JPH06500416A - General purpose document support stand - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] ]-- Crotch 1 Pressure part FIELD OF THE INVENTION This invention relates to document support devices, and more particularly to computer workstations and document support devices. selectively and permanently in the document holder under visual reference conditions and other visual reference situations. It is related to a general-purpose document support stand that supports posture.

Conventional Ω technology In the following explanation, "document" means one page or multiple pages. shall be.

In the following explanation, "document holder" refers to book cases, spiral binding instructions, loose A device used to hold documents such as a leaf binder, an ordinary copy holder der stand or similar, and furthermore, there is no mention of it here. No. 4,925.146, incorporated by and as a part of Ganjin Toyama (HegBrty) has made improvements to the already registered application. It means a device like this.

In the following explanation, "multivalue 1" means a pivot machine around one or more rotation axes. It shall mean Noh.

In the following description, "symmetrical features" refer to the support of the present invention or of such a support. It is understood that the member can function in either the left or right position of the user's central position. means.

In the following explanation, "movable" means that it can be moved from one location to another while remaining engaged. It means the ability to move.

In the following description, "fixed support position" refers to a member with a support base of the present invention. When placed at a specific position on the main body of the stand, the member at that position means a position that provides the necessary support to perform its intended function. do.

Document support stands for supporting documents or document holders in space are in the related technical field. It is commonly known as a "suspended copy holder stand". Many normal supports are supported by brackets that are fastened to the edge of the desk, and The document holder can be spaced with the help of various mechanical structures such as hands, levers, and adjustable lengths. It is designed to be hung up on.

Their structure allows the copy holder to be "fixedly suspended" in space, while at the same time changing its position. It is intended that it can be changed. The result of such a combination of objectives is a compromise. It's showing. If the structure is such that its position can be easily changed without adjustment. If it is, it must be lightweight, and if it is intended to be able to support heavy objects, it must be lightweight. This can lead to complications, and generally speaking, if a certain piece of equipment is For example, in order to provide the ability to suspend and support heavy objects, US Patent Nos. 4 and 7 No. 68゜744 “Device for supporting a load in a dynamically balanced position (Appa ratus ForSupporting a Load in a Dyna iiically Ba1anced Po5ition) as published in J. ■ It will have a complex mechanical balance device. Therefore, “heavy type” hanging calligraphy Holder supports are mechanically complex and expensive for both the manufacturer and the purchaser. It becomes valuable. As a result, one of the major deficiencies of many ordinary hanging document supports is 81 This is because there is no ability to fixedly support heavy objects in a space with a small number of mechanical parts. Ru.

Another significant disadvantage of regular hanging document holder stands is that they are difficult to view documents. The ability to easily and accurately position the object while suspended in space is poor. 0 Ordinary document holders are difficult to position due to the need to balance the load. For example, if a parallel link is used as a support device, However, due to the inherent problems with the parallel link structure itself, positioning ability in space is limited. has been done. In many cases, users use trial and error to move the arm mechanism to get the best results. The entire device must be adjusted to obtain a balanced reading position.

If the structure is capable of supporting a heavy suspended load and a fixed value of 1. When reproducing a book reading posture once used, the user must do it by trial and error. must be performed and difficult to reproduce.

Another disadvantage of normal hanging document holders is that they position documents in a reading position. This requires a considerable amount of desk and space. First, many Most suspended document holders utilize the edge of the desk to support themselves.

Furthermore, in the case of these document holders, the wall, fence, etc. should be placed so that the suspension arm can move freely. , interference with lighting equipment, etc. must be avoided, and as a result, there are no obstructive objects on the desk. In addition to this, the arm is a boom-shaped member, so you can hold documents in the required reading position. This requires a considerable amount of space both vertically and horizontally.

Symmetrically structured, functionally “heavy” document holder stand (video/ A document support that can be placed on either the left or right side of a support such as a display monitor. When considering the ``Mochidai'', a fundamental flaw is recognized. These “symmetrical functionalities” Tando has extremely limited functionality. Some conventional techniques are constructed symmetrically. and with the help of other parts of the stand, a) the line of sight height can be adjusted; , b) attached to the tip of a fixedly protruding arm with adjustable posture, and C) a spring. d) without the use of adjustment knobs or other similar mechanical balancing devices; mounted on either side of a cooperative device such as an optical display monitor. I can't find any document holders or stands that can hold heavy loads freely. .

However, there are currently stands that incorporate an L-shaped base member that can function symmetrically. do. Such a stand is described in U.S. Pat. No. 4,582,285 (Bello). Disclosed. The support includes an L-shaped base member, the short legs of the L member on desk surfaces and supports such as typewriters or video display monitors. inserted between the bodies. However, the Ballo patent, like many other examples, , the ability to fixedly project and position loads of various weights at various line-of-sight heights. Another type of symmetrical device that does not have a video display Glued to the top of the monitor and supports a single page document on either side of the monitor. can be done. Such a device is described in U.S. Pat. No. 4,902,078 (Judd ) and is disclosed in ``Document Holder Clip (Document Holder Clip)''. C11p) Titled J. Clearly, this device does not meet its intended purpose. For example, heavy documents such as loose-leaf binders It does not have the ability to fixedly support the holder.

Currently available document holder stands are limited by the support that vertical support structure surfaces can provide. On the other hand, there are walls and partitions in the working environment. Desks, shelves, file cabinets and video display monitors. There are many vertical structural members. These vertical surfaces are for mounting, positioning, and supporting documents. The capabilities that video can offer to - Conventional technology for display monitors requires a heavy document holder in cooperation with other components. Provides a way to modify the monitor's outer box to support and spatially position the monitor. No, however, recently published publications which are hereby incorporated by reference. U.S. Pat. No. 5,020,763 () provide such a structure for mounting and positioning a support arm on a fixed support position 1; There is.

Another lack of “copy holder” style document holder stands currently available. The problem is that its purpose is limited. What has been disclosed to date? The writing face of the pea holder is very limited in its purpose, and can only be used for a single document or document. or support the document holder with clips, line guides and/or edges. limited to holding more. Multiple documents on the writing surface of the document holder/stand Recent improvements that provide the capability of U.S. Patent Application No. 077rA2,676, filed January 17, 1991 (Hegar ty).

Yet another shortcoming of copyholder technology to date is that it is When considering the purpose of quickly and easily positioning a writing surface at a location, The problem is that the positioning capabilities of these holders are somewhat limited. copy ho The operation to change the posture of the copy holder's writing surface is possible if the supporting body of the copy holder (e.g. It is easier if the first pivot axis on the base) pivots around a vertical axis. Simple and can increase efficiency. A copy holder with such a structure is Gravity is said to be an ally in maintaining the original posture of a rotating member suspended around a vertical axis. There are advantages. Furthermore, if the pivot axis of the copy holder is too close to the writing surface, In other words, if it is provided on the back side of the support member for the writing surface, it will be possible to position the copy holder. 9 For example, Workstation Plus(R) Copy Holder, Model No. 21115 (Manufacturer: Fel, Itasca, Illinois) Many copy hotels such as Lows141 Nufacturing Company) Luder ignores the effectiveness of using gravity, and first pivots around a horizontal axis. Since an arm is used, first adjust the copy holder's reading surface to a horizontal position. 1 and then vertical position 1, you have to fiddle with the adjustment knob many times. As mentioned above, some of the copy holders available today are: a) paperbacks; It has a vertical axis pivoting support member installed in the immediate vicinity of the A device that can be rotated around the machine and fixedly positioned for each rotation axis. is not found.

Due to the above-mentioned drawbacks, even in the office environment where today's cutting-edge technology is applied, Computer operators often place heavy documents on their desks or on their laps. The only way to work is to compare it with a video display monitor. the As a result, operators must frequently refocus their eyes on a single surface, causing eye strain. stress, fatigue and other general unsuitable working conditions.

Light Tsui Qdan-sights The object of the present invention is to provide a system that has a small number of parts and that supports a heavy load fixedly in space. The purpose is to provide a document support stand.

Another object of the invention is to accurately position an object at a predetermined position in space; Provide a document support whose position can be easily readjusted by the operator There is a particular thing.

Still another object of the invention is to position a document in space and to occupy a space for viewing it. To provide a document support stand that takes up as little space as possible on a desk.

Yet another object of the invention is that the support has a symmetrically formed base member. , thereby resulting in cooperation with other components, whether the video display monitor Heavy loads can be positioned on one side or on both sides and can be fixedly ejected. The purpose of the present invention is to provide a document support stand of the type described above.

Yet another object of the invention is to mount a document, position the document in space, and view the document. Various vertical structural members can be used to install document supports that can There are many things.

Yet another object of the invention is to provide a modified video display monitor case. support and adjust the posture and position of the document in space with the help of other support components. To provide a document support stand that can be used as a support member that can be folded. .

Yet another object of the present invention is to provide an IE small book capable of supporting heavy loads in space. The purpose is to provide a similar support stand.

Yet another object of the present invention is to provide a multi-valued system that dynamically and symmetrically functions in cooperation with each other. 1 by providing three statically formed members constituting an accumulative support. Ru.

Yet another object of the invention is to attach the tip of the protruding arm to the aid of any tensioning mechanism. To provide a support base that can be positioned in space without using any tools.

Yet another object of the present invention is to provide a bundle posture adjustment member directly attached to the writing surface mechanism. The writing surface can be rotated around three rotation axes and the rotation position can be fixed in a fixed manner. To provide a document support stand having a writing surface whose posture is adjustable.

In the case of the first aspect of the invention, this universal document support stands for holding documents or document holders in space. includes a removable multi-purpose, multi-position article support that protrudes fixedly at several points on the It is something.

Therefore, the protruding multi-position article support includes a supporting body, a movable multi-position arm, and a movable multi-position arm. It includes a movable support bracket.

The support body may be in the form of a static support member bent at right angles.

The body consists of integrally molded horizontal and vertical members. Horizontal components placed on a desk A video display monitor will be mounted on top of the vertical member, so the vertical member will have a stable vertical position. A vertical position is formed on either the left or right side of the monitor. Vertical members have a member movement surface on the front side. , which forms the mounting surface of the support base. Therefore, there are many movable parts on the member movement surface. To removably attach the position arm and movable support bracket to the main body of the support base. A second attachment device is provided.

In a preferred form of the invention, this attachment device is provided on the front member movement surface. , forming a symmetrical pattern of grooves. The cross section of this groove is C-shaped, and the opening It forms a groove with an edge. The open end of this T-slot is connected to the multi-position arm and support bracket. symmetrical to provide the ability to mount, selectively position and move objects. It is for attaching a mounting device. The symmetrical pattern Provide vertical and horizontal support when positioning and moving the frame and bracket members. This is what we provide.

A movable multi-position arm according to the invention includes a multi-position fixture and a supporting elongated It consists of a large cylinder. The multi-position fixture has a mating support frame and a mating support frame on the main body. It consists of a member to be attached. Furthermore, the elongated cylinder forms two discs as one drug combination. An elongated cylinder and a removable article holder attached to the tip of the member. It includes an attachment member. The elongated cylinder is removably fitted and attached to the support frame member. attached and pivot supported.

Furthermore, according to the invention, the movable support bracket has a three-dimensional support member with a receptacle. Configure. This three-dimensional structure is arranged in two bodies and has a window-like structure that forms a closed horizontal support surface. It consists of a hollowed out part and a member for attaching a movable support bracket to a support base.

The member for attaching the fitting support frame to the main body preferably has a circular shape and a T-shaped cross section. mold and is attached to the side of the mating support frame member. T-shaped part of fitting support frame The material is received by the C-bracket on the main body by sliding it through the open end of the C-bracket. , the multi-position arm moves its support frame member to several locations on the main body and is positioned; Mounted in a pivotable manner.

The preferred form of the member for attaching the movable support bracket to the main body is square. The cross-sectional shape is T-shaped, and the bracket is attached to the three main bodies that are attached to the side of the bracket member. Before attaching the multivalue 1 arm to the bracket, insert the end of the multivalue 1 arm through the cutout hole provided in the bracket The T-shaped member of the bracket body also slides through the opening in the C-shaped bracket. The movable support bracket is received by the C-shaped bracket of the main body. Fixedly positioned and supported at several locations on the top.

A movable multi-position arm selectively positioned in this way on the body positioning the tip of the arm member in cooperation with a movable bracket that supports part of the , supports and, as a result, allows the document holder attached to it to be moved at several locations in the space. It is used for positioning.

In the second aspect of the invention, the main body of the protruding multi-level 1 support is a video display. Formed integrally with the national body of the play monitor, providing two opposing movement surfaces. .

Such an embodiment provides a support body monitor with symmetrical functionality. child The support body of the monitor is combined with the protruding arm and bracket member to support this monitor. The tips of the combined members are positioned at several fixed support positions.

All of the above-mentioned supports are the following components of general-purpose document supports: multi-purpose, multi-position Can be used in combination with a document holder. Multi-purpose multi-value 1 document holder is As a prototype, it has the following two characteristics.

The first feature is that the writing surface of the holder functions as a multipurpose document holder. Ru. Its versatile feature is that it has pivoting means on the lateral edge of the writing surface, which allows it to hold i.e. pivoting the spring-loaded clip and/or supporting edge to the opposite (back) side of the writing surface. It can be obtained by making it possible to transfer it. According to this feature , by pivoting and transferring the usual holding means, the writing surface is flat and unobstructed. The present invention supports conventional retention means such as spring-loaded clips or edges. There is no need to remove it from the stand; once the book surface has been redecorated in this way, it can be Various sizes depending on the purpose such as Velcro (Registered Trader If) and T-rail. It is possible to freely attach a holding means with a mounting method of a different shape.

The second feature built into the removable multi-purpose multi-position stand is that this device can be used as a multi-position stand. It has the function of a folder, and can be used to store documents or document holders placed on the writing surface. Position the player in any position around the reward axis and support it from close range. It is. Additionally, this device relies on gravity, pawls and lugs, and rack/binion cooperation. The position around each axis is determined in a fixed manner.

Therefore, the combination of support and positioning functions of the universal document support of the present invention is It offers great convenience to workers working with computers and other visual equipment. It is something to give.

These and other objects, features and advantages of the present invention will be described below with reference to the accompanying drawings. This will become clear after reading the detailed description.

Brief explanation of attached figures FIG. 1 is a front three-dimensional view of a computer workstation, showing one implementation of the present invention. The example general-purpose document support stand is shown in use.

It is a diagram.

FIG. 32 is a front three-dimensional view of the support body of the document support stand shown in FIG. 31 and FIG. 2;

Figure 3N is a front elevational view showing one type of member moving surface of the support body shown in Figure 3; Ru.

FIG. 4 is a partial sectional view of the document support stand shown in FIG. This shows one form of construction.

FIG. 4Aj Is a partial cross-sectional view of the document support shown in FIG. Here is one form of construction.

Figure 4B is along 4B-4881 of 1lff13A of the member movement plane shown in Figure 3A. 1 is a partial cross-sectional view showing a stop groove constructed in accordance with one form of the present invention; FIG.

1 is a partial cross-sectional view along the sum-gap line of the member movement plane shown in Figure 3A. The tip of the arm/bracket branch and its protrusion are shown.

FIG. 9 - The mobile multi-position support arm of FIG. 2 constructed in accordance with one form of the invention. FIG.

FIG.

6 is an elevational view of the movable multi-position support arm shown in FIG. 5;

FIG. 6A shows a T rail formed from the base member of the movable multi-value 1 support arm shown in FIG. 3 is a three-dimensional view of one type of roll engagement portion; FIG.

FIG. 6B is a plan view of the engagement groove pattern of the T-rail engagement portion shown in FIG. 6A.

FIG. 7 is based on one type of pivot member of the mobile multi-position support arm shown in FIG. FIG.

Figure 84 is based on the second type of pivot member of the movable multivalued single support arm shown in Figure 5. FIG. 3 is a front elevational view of the pivot-supporting telescoping cylinder constructed based on the above-mentioned construction.

FIG. 8A is a front elevational view of the tip of the pattern pivot supporting telescoping cylinder.

Figure 94 is a partial top view of the document support stand in Figure 2, showing the movable multilevel 1 when first installed. The support arm is shown.

Figure gA41<y+ is a partial front view of the support body of the document support stand, showing the branch part in the present invention. One format is shown.

FIG. 9 is a partial back elevation view of the arm/bracket branch of FIG. 9A, showing the present invention. the engagement groove pattern before the support arm engages with it in relation to the protrusion of the support body; Illustrated.

Similar to FIG. 9B, Figure χ shows the engagement groove pattern when it starts to engage with the projection of the support body of the present invention. Illustrate the process.

FIG. 9DtlA section along the line 9D-9Dtl in FIG. 2 of the document support stand of the present invention shown in FIG. A partial cross-sectional view of the engagement groove pattern in engagement with the protrusion of the support body of the present invention. The state at terminal position 1 is shown.

Figure 104f of a document support constructed according to one form of the invention shown in Figure 2; FIG. 3 shows a front three-dimensional view of the movable support bracket.

FIG. 3 is a front elevational view of the mold support bracket.

FIG. 10C is a partial top view of the document support of FIG. Shows the state when installed.

Figure 10D4 is a partial cross-sectional view of the document support stand in Figure 2 taken along line 10D-1■ in Figure 2. 1017) a partial side view including a moving support bracket constructed in accordance with the present invention; FIG. This shows the state in which it is stuck in the stop groove.

Figure 10E! A movable support constructed based on the fifth type of movable bracket of the present invention. It is a front three-dimensional view of a holding bracket.

FIG. 11 is a view similar to FIG. 3, showing a second form of member movement surface constructed based on the present invention. movement constructed on the basis of the second type of arm member of the invention, in a public top view; The retractable multi-position support arm is shown installed in a movable and retracted state.

Figure 12A is almost the same as Figure 12, except that the multi-position support arm is retracted! Decision It shows the state where it is fully engaged and extended.

Figure 12B! ! FIG. 12A is a partial side elevational view of the arm shown in FIG. The figure shows the state of engagement between the pivot support cylindrical member constructed based on the type and the base.

Figure 1 shows the retractable multivalued single arm shown in Figure 12A along the 12-12m line in Figure 12. FIG. 6 is a partial side elevational view in cross-section showing the control rod securing the member;

Figure 1 Partial side elevation with partial section taken along 13-1311 of Figure 11 , showing the movable support bracket installed and engaged.

The attached tin is shown.

Figure 16 Imaginary Figure 1 A partial section of the initial member movement plane including the cross section along line 14fl16-16 Semi-rigid multi-position constructed according to the first type of arm member of the invention, in top view Shown with support arm attached.

FIG. 17 is a diagram similar to FIG. 3A, in which the member movement constructed based on the storage format of the present invention is shown. Show the face.

FIG. 184 is a diagram similar to FIG. Showing a stop groove built with a moving surface.

FIG. 191 Imaginary combination type multiplication system constructed based on the first combination type arm type of the present invention It is a front three-dimensional view of a value 1 arm.

19A is a front elevational view of the combined multi-position support arm shown in FIG. 19. FIG.

Figure 19BJi is shown in Figure 19A, including a partial cross-sectional view taken along contour line 19B-1 in Figure 19A. FIG. 4 is a front elevation view of the combined arm member.

719C is a front three-dimensional view of the combination type arm member shown in FIG. 19, which is based on the present invention. This figure shows an arm as a member of a symmetrically functioning document support built with Ru.

FIG. 20 shows a partially removable arm constructed according to the second combination arm format of the present invention. FIG. 3 is a front elevational view of the mold multi-position support arm;

It is a diagram.

FIG. 20DJi is a view similar to FIG. 20B, showing the removable pivot from the mounting base member of the present invention. The figure shows the empty fitting area after the support cylinder is removed.

Section 21 shows a front elevational view of the removable pivot support cylinder shown in FIG. 2OA.

FIG. 21A shows an elevational view of the removable pivot support cylinder shown in FIG.

121BJi Removable pivot support modification formed in accordance with another embodiment of the present invention. It is a partial elevational view of a built column.

Figure η is an elevational view of the back side of the engagement surface with the base member of the Figure 1 combination type multivalue 1 indicator arm. Place the arm on the left side of the video display monitor based on the format! symmetry 8 ! This figure shows an arm as a member of the Noh-type support stand.

Figure 2 Seven-section η and symmetrical three-dimensional mouth, video based on the symmetrical form and function of the present invention - Shows the arm placed on the right side of the display monitor.

Figure 2: This is a diagram similar to EA imaginary diagram 19, but it is a combination type multi-unit equipped with a removable weight. Partially disassembled partial side surface of the engagement surface of the position support arm with the base member It is a diagram.

Figure 25A4 is a diagram similar to Figure 5, showing how to attach the removable weight to a further extended position. Indicates a state where the

FIG. 2B4i A view similar to FIG. Fig. 3 shows the engagement surface of the base member.

FIG. FIG.

FIG. 28 shows a copy holder configured based on another combination type of the present invention. It is a front view.

FIG. 28A is an elevational view of a symmetrical copy holder constructed in accordance with the present invention. Also, Figures 2 & 7) There is another set of structures on the opposite side for the mobile copy holder. It shows.

FIG. 3 shows a mobile copy holder constructed in accordance with one alternative form of the present invention. A front three-dimensional view of the attached support body is shown.

FIG. 304 is a filing diagram constructed based on one modified form of the present invention. It is a front three-dimensional view of a cabinet in which a member movement surface is integrally formed.

FIG. 31 shows a typical filing key constructed in accordance with one alternative form of the present invention. Although the adhesive support body is attached to the side of the cabinet using economical attachment means, It is a front three-dimensional view.

The figure shows an attachment-type support body constructed in accordance with still another form of the present invention, which is compatible with the disassembly side. It is a front view.

FIG. 32A shows a removable attachment type support constructed based on an embodiment of a different type than that shown in FIG. It is an exploded side elevational view of the main body.

FIG. 32B is a cross-sectional elevation view of the embodiment shown in FIG. 32A, when it is assembled and supported. Shown is attached to a member.

FIG. 32C is a front three-dimensional view of the filing cabinet and the attached support body; 2 shows a partial front elevational view of a support body attached to a structural member; FIG.

Ru.

be.

A mobile copy holder configured based on another combination application example of the 33CI virtual invention of the present invention FIG. 3 is a perspective three-dimensional view of the stationary support body with attached base and adjustable accessory base;

Figure 33D4 imaginary Irregularly shaped video constructed based on one mounting type of the present invention - is a split front elevational view of the display monitor and adaptive support body;

Figure 34 is an elevational view of a movable weight constructed based on one form of the imaginary invention. be.

FIG. 34M shows a stationary document support module constructed according to a more complex form of the present invention. It is a front three-dimensional view of Nita.

Figure 34F! The brake assembly is based on an improved version of the embodiment shown in section i 34A. FIG. 3 is a front perspective view of the fixed adjustable document support monitor.

FIG. 35i shows a protruding multi-purpose document support stand shown in FIG. 1 constructed in accordance with the present invention. It is a front three-dimensional view of a position support stand and a removable multi-position holder.

The drawing is a top elevational view of the removable multivalued single document holder shown in Figure A, and its document surface. The figure shows a state in which the rotation degree has been rotated from the position 1 shown in Figure A.

Figure m is the removable multi-position document shown in Figure I constructed in accordance with one form of the present invention; FIG. 6 is an elevational view of the U-shaped fitting shown on the holder;

Diplomatic relations is a removable multivalued document shown in the drawings, constructed based on one form of the present invention. FIG. 3 is a front three-dimensional view of a two-axis metal fitting shown on a holder.

The catch value shown in Figure 39i and Figure A! FIG. 3 is a top elevational view of the fitting.

FIG. 40 shows a mounting shown in the outline constructed in accordance with one form of the invention shown in FIG. Part of the rotating document holder shown in the demolded multi-position document holder includes a broken surface. It is a front three-dimensional view.

Figure 41 is a three-dimensional view of the side of the rotating calligraphy holder shown in Figure 41. A stop member is shown.

FIG. 42 shows a portion of a pivotable document holder constructed in accordance with one alternative form of the present invention. FIG.

Figure 42A is a bottom elevational view of the back side of the rotating plate-shaped rotating member shown in Figure 42; The position I of the protruding member formed in is shown.

Figure 42Bfj Top elevational view of the semi-rigid support member of the pivotable document holder shown in Figure 42 This shows a detent member formed integrally therewith.

FIG. 42C is an elevational view of one member of the swiveling document holder shown in FIG. the semi-rigid support when the material is disengaged from the detent member with which it is to be engaged; Indicates the state in which the material is bent.

Figure 434j Multi-position pivot support constructed in accordance with a further modification of the present invention. FIG. 3 is a top elevational view of the document holder.

Partial back elevation view of the multi-position pivot support document holder shown in Figure 43N It is.

Figure 43 Partial top elevational view of the multi-position pivot support document holder shown in the diagram. the rack and pinion platform is Indicates the state of being removed from the form.

Figure 4 is based on a further modified form of the present invention and is shown in the diagram. 3 is an exploded view of the winged shaft of the multi-position pivot support document holder, showing that the shaft is Shown with associated parts.

Figure 43DGi Rack-and-binion platform shown in Figure 43A FIG. 3 is a front three-dimensional view of an attached loose-leaf document holder according to the technology of the present invention.

FIG. 454 A detachable device shown in FIG. 454 constructed based on one improved form of the present invention The inside of the cover is modified to have an engaging means on the inside, which can be engaged with a type multivalue 1 document holder. FIG. 3 is a top elevational view of the constructed loose-leaf document holder.

Figures 45A and 45B are elevational views of the internally modified document holders shown in Figures 45; .

Figure 45: Actual and imaginary A view similar to that shown in Figure 6, with the cover of the modified document holder folded. and the removable multi-value 1 document holder shown in Figure A and the modified document holder are engaged. This shows how it works.

Kokuto is a multi-purpose document support and document solution constructed according to one alternative form of the present invention. This is a three-dimensional diagram.

A three-dimensional view of a part of the viewing support stand of the present invention shown in Kokuto, which is partially disassembled and partially disassembled. The cross section is shown in .

FIG. 47 shows a mobile multi-purpose document holder constructed according to one alternative form of the present invention. FIG.

FIG. 4M is an elevational view of the mobile multi-purpose document holder shown in FIG. 47;

FIG. 484 is a three-dimensional view of the removable multi-purpose multi-value class 11 holder shown in imaginary diagram 1.

126, 1G fitting part 128.1 Glossy disk 130, 15 mud walls Bottom wall of 132, 126 134, 128f) Cylindrical surface 136, 126 curved proximal side wall 1311t, 1 part curved distal 1 Window-like opening in the front of side wall 140, 1 name 142, 10v) Back side (71JM Ro! 146, 106 cylindrical part 148, 1 sliding door 150, 1 gloss upper orbit 152, 1 gloss lower orbit 154, 108/detent members 156, 148; Top 158, 1 inch outer surface Distal 1 corner of 160, 142 162-11ocr) narrow part 1 (A, 110.51 wide part 11ocr) back plate 167, 11 (b) upper surface formed in 166, 108 Engagement grooves formed in 168 and 167 169, 1 bottom surface 172, 1 piece diameter groove part・ 174, distal 1 arcuate groove of 1 lance 176, 1μs near circular arc groove 178, 1 Opening in the diameter of the house 180, 1 proximal engagement point 182. Closed end of 1 piece diameter part 1&4.1 Distal engagement point of 紽 186, protruding fastener on side 1 138, 1 gloss outer circumferential ridges 190, 12v) Top closed circular area 192, 12F/) Bottom closed circular area 194, v) pivot support telescopic cylinder 196, one modified cylinder 1’li8.194 modified extension cylinder Fish, 194I7) Male thread 202, 1 adjustment knob 204, 1 bond compression washer Fish, convex part in the longitudinal direction 歎、1-piece longitudinal recess 210, stirrup body 218, 21 (a) Front m, 21 (b) back side m2 neck window cutout 234, 232 waveform curved surface Cloudy, 3 (a) Tanibe Lacquer, 76 left side wall 240, 236f right side wall 242, 210.522.54 T-rail 243, narrow part of 242 244, 1v) Modified bracket Wide part of 245, 242 246, 24 top surface 248, 24 Nohiro-men 249, 10.244.25E/) Upper engaging part 5.10.244.25c/) Lower Side support engagement part 252, 10.244.25 Left side engagement part water, 10.244.25 Ff) Right side engaging part 255, opening bracket in Figure 10E 7 additional, 25 one exposed support surface Near 70.3w) Inward facing surface Engineering’2. yii) outward facing surface 374, lff smooth axis 376, 37 Groove at the end 378.5 gong central hole 382, Mathematics reinforcement e-ring 35sL7) Semi-fixed position multi-position arm 385, 39v) T-groove shape Lime response 9 Figure 19C stand 387, support stand main body in Figure 17 Multi-value combination of 9 porridges and 6 pieces! Support arms 389, 386, kneading support stand body Yome, 387 member movement front 391, 387 first vertical end surface First horizontal T-slot with three prongs 393, 387 second vertical end surface Horse, T-wei of the 1st vertical error of the 3rd place 395, 390 second vertical error point, lower groove east, calculation ■ Upper stop groove Wei, 38cd) Termination surface 398, 394.395.415.4] Opening 3 in the longitudinal outer surface of 7 99, 38v) First vertical end surface 400, 390.4047) Wide rono opening 4o10 main body 38w) Second vertical end surface 402, 41/w) Termination surface 404, 38v) Member movement surface 410, Chogon arc-shaped narrow terminal surface 412, 67) Arc-shaped wide terminal surface 414, 38v) Horizontal Sujl First Tffi 415.38v) First Vertical Fault T groove 416, 333f71 combination base 417, 38v) Facade made of second vertical layer T-wagon 418, 416.4 420, 416.4 (Capital) engagement opening Ditch! 2.416, dorsal surface of ξ Front end surface of 424, 416.4■ 426, 416.4 Upper end surface of shame Lower end surface of 428, 416.4 (fund) 430, 416.4 (equity) symmetrically shaped brackets 432.43v) wide Horizontal left arm support surface of hollowed out closed head part α, 432 α, 432 horizontal right arm support surface 438, 416.4 (fund) curved symmetrical handle, 4 that grip shape 442, 416.4 Father's first circular T-rail book 14.416.4 (fund) second Circular T-rail support & Figure 2 (b) Combination type partially removable multi-position support arm Figure 0n, 2M) Fixed stand 450, 44v) combination base 452, detachable pivot support cylinder 456, 45 (supporting frame) 458, fitting part of 4 sections 461, 4580 inner bottom 462, outer bottom of 4th enclosure 463, proximal curved inner wall ridge of 451S, outer surface of distal 1 of 4th section 465, 458 distal 1 curved inner wall accommodation, 4 proximal outer surface Window-like opening on the front of 467 and 456 Peep, 8f) Outside front 469, Window-like opening on the back of the 4th enclosure 470, curved groove 472, curved terminal part of April Modified disc 476 with protrusions 474, 452, Fig. 21F/) Modified removable pivot Disk-shaped portions of the cut support cylinders 478 and 452 578, 574 grooved nuts 579.5 & 5f7) Common edge surface (3) Sokou dent 581.9b horizontal waves 582, hole 583, bay vertical stream Arc, round support surface Tue, 58 type bracket 589, 588f) screw 590, Th protruding legs 591, 58 second vertical edge 592, 588#M mouth g 593, Ying Gong second member movement surface 5g4. Tatsumi Bolt 595, 58E/) Top surface 596, 595+7) Hole 597,. 58 bottom side 5g8. cam lock 599, 602 member movement surface 601, 602 national polity Stationary document support monitor in the 6o21 drawing department Yellow 1 Multi-directional multi-position video document support 609 in Figure 33A, stationary document support in Figure 34A Holding monitor 610, Figure 3XF + adaptive support body 611.61 (b) Member movement surface Adaptation to 612, 6 614, side of 6 cities 615, Zuko ℃ adjustable stand 616, Figure 34 Irregularly shaped video display monitor 617, Figure 34 large document holder 618, Removable counterweight with figure 623, 627 stability lever 624, C stationary document support monitor as shown in the figure 625, 6 rug T-slot Hollow part of 628, 626 A2g-o, m fixed adjustable document support monitor 630, movable counterweight of 63 631, screw hole 632, 604+73 adjustable stabilizer 633, 64 stability lever 634, I#) S type stabilizer 635.60 first front 636, 6 that hole 637, 6. W) Threaded rod 638, 6047) National polity 639, bottom of 6 kudzu Shikin, 632, even (4) self-leveling leg 641, 642 wall 642, Tame cutout part 643, 642 wall In υ, 6 that adjustment disc 645, 6447) Center screw hole Shitaku, e4M) Notched outer periphery 647.6 That opening 650, removable multi-position document holder 652, removable U-shaped proximal 1 of 650 Joint 65L 6 father concentration 1 determining member 656, 650 distal 1 pivot type U-joint 657, 746 distal I pivot G-type U-shaped joint 658, 6-piece swivel document holder Leg members of 670 and 652 Leg members of 672 and 652 674, 652 short cylindrical members Fitting fixing holes for 676 and 652 Longitudinal depressions of 678 and 652 (3), the outer plane of 670.672 681, 670. Inner plane of 672 682, Jong Kong cylindrical surface Disc of proximal I of 683, 69 684, 652 curved edges Center hole of 5.670.672 Taber of step old 9 legs 670.672.718.719 and disc 683.687 triangular pyramid prism with 687.6 distal disc Saka, the communication trunk of 6 people 689, (Foundation) upper circular surface 690, 68:v) Lower circular surface 692, 71g, 71v) Center hole 694, 6&v) hole 695, Mata Yojiku 696, 69 head payment Butterfly nuts for 698 and 695 700, upper circular surface of inscription 7 Lower circular surface of 702, 687 Cylindrical surface of 704, 687 710, [587 hole Cylindrical surface of 714, 687 717, 71g, 71v) Inside 718, anti-6 leg 719, 65 legs 7.6 Father's Axis 721, 74v) legs 723, 7 Tsuge's legs 724, head of 7 726, 72α Tsucho Nut 728, 6 Father's plate-shaped body 730, the front of 7th Road (6-ro no calligraphy surface) 732, 72v) Back side 734, 6 dew T groove 735, 6 Father's turning table 736, 7 That upper part 737, 7 That top surface 738, 7 That lower part 739, 74 (b) Top surface 740, support plate of 6 edicts 741, 74Ck7) Bottom 742,7etsu) shell-shaped protrusions 743, 7 underside of kudzu Detents installed on 744 and 732 746, basic pivoting document holder 748 in Figure 42.4, plate-like body of 7 cities. 754, front of 7 ro (7 tsuge calligraphy surface) 755, back side of 7 ro 756, 7 father's T groove 757, opening in the 7th section 760, 7 ro center hole 762, 7 nu's 7 [#) < sunken shoulders 764, 7-ku backboard 766, 75 circular groove 7 Seki, 75 No-Komi 770.7 Father's front Viewl, 7 Father's back side 774, 7 Father's center hole Projections of 776 and 772 778, 772 concave shoulders Shoulder screw for 780.782 782, shoulder connection tube for 7 cities 784, 7 The part where shame spreads 7 Seki, 782 smooth outer circumference 7g8.774f) Sliding kana’kW1 Friendship 0 figure 4y) Multi-value! Pivot Fixed Document Holder 801.8000 Swivel Pivot Rack-and-binion platform for fixed document holders 802, 801 Removable U-shaped joint 4. Jugong Island positioning member aos, cool distal 1 pivot type U-shaped joint 806, 80471 modified distal 1 disc 807, plate-shaped body 801 & Takumi, 8o1 semi-rigid support member So, the front of 8o7 810, Yuan Gong T groove 811, 80' backside of body 812, apology front 813, Xie Gong back side Legs on 814 and 813 815, 802 legs 816, 814.Protrusion on 816 817, leg 814i7) modified hole Modified holes of 818 and 815 819, 802 winged shaft Raised back of 820 and 802 i11 facing outward on the side surfaces 822, 802 of the legs facing the discs 821, 802; Walls of nodal planes 825 and 826 826, 802 gear room 827, 8 That wall Member holding recesses 828 and 802 829, 802 control lever Tori, 8o2 modified hole 831, Hanari wall &, 84 handles Corridor, 8w) Wall 834.802 key Top view of embryo, 832 836, bottom of 8 branches 837, Pivoting ears on &T5 (3), 81'1k7) Retaining end 839, 81v) Threaded end Shiran, 841 key C U, 842 key Split ring that holds 845 and 819 & Taku, and the rack of the chase 847, 8194 two paired butternut ■, 8o2 binary on 819 849, 88’l modified hole 85o, document holder according to prior art 851, 8 ear hole 852, 8-tone loose-leaf binder Axis for 853, 829 4.850.86F + short side of binder mechanism 855, 832 856, documents Spring on 857.836 858, 852 jacket Ears above 820 of 859, 802 (8), front cover of 852 361, 859f7) hole Back cover of 862, 852 Long parallel sides of 853, 832 Ino 7 First, in FIG. 1, a general-purpose document support stand 1 is used to hold documents on a computer workbench U. It has been shown that it is used to support and position the reader in the proper reading posture. Ru. The general-purpose document support stand 1 has two independent devices, namely a protruding multi-position article support It can be considered as a combination support stand that combines the stand 2 and the removable multi-purpose multi-position document holder 4. In this disclosure, the description of the universal document support stand 1 will be divided into two parts. Present separately. The disclosure first describes the structure of the protruding multi-position article support stand 2 (of the support stand 1). It starts with an explanation of its functions and then the detachable multi-purpose holder that is attached to it. The structure and function of the position document holder will be explained.

Referring to FIG. 2 with reference to FIG. 1, a protrusion constructed in accordance with one form of the invention. It can be seen that the mold multi-position article support 2 consists of three elements. Thanks to these three elements The support base is used to hold articles (in other words, loads), such as the removable document holder 4, in various empty spaces. It can be selectively fixed in a position within the gap, and can be protruded and supported reliably. support The components of the support stand 2 are: the first element, which is the support body 6; the second element, which is the movable a position protruding arm 8; and a fourth movable support bracket 10, which is the fourth tension element. Below As will become clear from the description below, the multi-position support arm 8 and support bracket 10 are: It is detachably moved to a plurality of determined positions on the support body 6 of the support stand 2 of the present invention. , mounted.

The combination of these three elements allows the support arm storage tip to be fixed in multiple locations. This provides the ability to localize to a given spatial location.

The first element, the support body 6, is a stationary support member, and is a flat plate-shaped member in the width direction. It consists of a right prism-shaped member consisting of two clearly separated flat plate parts that can be bent in the opposite direction. has been completed. Therefore, supporting body 64, two panels, panel 12 and panel 14, It includes connected plate-like solids, each panel forming a right-angled prism. It can also be explained that there is. The first rectangular panel 12 installed vertically and the water The second flat rectangular panels are perpendicular to each other at the lateral bottom end surface 16. are joined to form a single body. Further, the vertical panel 12 includes an outer surface thereof; In other words, the 9-member moving surface 1 has the member moving surface 18 integrally molded on the front surface. 8 is provided with a T-shape 20 (described in detail below) which is a component attachment function. A support member having the engagement ability shown in Figures 1.2 and 3 by The holding body 6 is completed.

As can be seen from FIG. 2jJ), the support stand 2j, t, the support body 6 and the movable support of the present invention bracket] 0 (first and fifth elements), which are the second supporting element, the transfer element. With the help of the dynamic multi-level one-protruding support arm, the arm storage tip is spatially positioned, Fixed support. The arm 84, which is the second element of the support base 2, provides its support to the first and the second element.

Next, we will discuss other functions of the three elements, such as their mutual cooperation in Figure 1 and 2 and looking at FIG. 3, it can be seen that the first rectangle between the support bodies, which is the first support element, Panel 1d (perpendicular to it and the second rectangle formed in the wood) This is because the panel 14 is placed horizontally on the workbench 247) I understand. Horizontal panel 14i! A flat lower surface 3 supported by a horizontal surface η and a tie Like a printer, TV, computer or video display monitor It has a flat top surface n that is used to support heavy objects. vertical rectangular panel 1 2 is the front member movement surface 18 which is the mounting surface of the support base 2, and the back surface parallel to it! have do. The vertical rectangular panel I2 between supporting bodies further faces the bottom end surface 16 in the lateral direction. It has an upper end surface A facing the second vertical end surface, and a first vertical end surface A facing the second vertical end surface.

What is shown in the Japanese language is one form of the member moving surface 1v) of the vertical panel 12, and its The configuration and purpose of the groove pattern will be described below. It is a flat surface, and the member that engages the rest of the support is forced to move, so that it is flat in order to move. In a preferred form of the present invention, which provides a As shown in Figures 3A and 3A, the T-shape is deployed in a symmetrical pattern, with supporting book Interbody member movement surface 1v) - constitutes an element. On the T-slot side, with other engaging members Coupled with this, the support body (b) moves with the detachable multi-position support arm 8 on the member movement surface 18. It is provided to detachably attach the mold support bracket 1°.

As shown in FIG. As the step, a bracket material having a C-shaped cross section is used. Bu The racket material is installed in the groove formed on the surface of the supporting body phantom member moving surface. ing. Bracket a is connected between the backboards, to the opposite edges between the backboards, and on the same side of the backboard. between a pair of side plates extending perpendicular to the back plate, and between each corresponding side plate. A pair of support arms 5 that are joined and face each other facing inward at a certain distance from between the back plates. Consists of 1 visit. C bracket 44! T-shape 20 with narrow part I and wide part I Configure.

The narrow part of the T groove is defined as the distance between the pair of arms 52, and the wide part of the T groove is defined as the distance between the pair of arms 52. 561 is defined as the distance between a pair of side plates.

What is illustrated in FIG. 4A is a C bracket as one of the preferred forms of the present invention. This is a case in which T Weijiang is directly formed on the member moving surface 18 without using. As a result, the department The material movement surface 18j is an unobstructed, smooth surface for attaching, moving, and engaging members. provide a surface. In this case, the front member should be moved between the narrow part of the T-groove and the wide part of the field. Surface 1&f71T? Defined by the first part and second part ■ of 1120 . The first and second parts, Dew and ■, together form an L-shape as shown, and are mirror images. Ru.

As shown in FIG. 3, the member moving surface 1 & 71T wei-nod originates from the upper end surface 34 of the member movement surface 1 & 71T, It ends before reaching the facing bottom end surface 16. The end surface similarity is on the main body ω of T-grooving. The cooperating support arm magazine and bracket 1-5 receptacles provide the limits to be accommodated. Up As mentioned above, one end is the member movement surface 1v) upper end surface of the vertical panel member 12. It has reached U.

Therefore, as shown in FIG. 4A, this opening end 64f is exposed and the T-slot nozzle is inserted. Since it becomes a mouth, the arm elongation and bracket 10, which are removable and movable members, are used. , is slidably received between the exposed open ends.

Returning to Figures 3 and 3A again, there is one T-way in the vertical direction in the center of the member movement surface 1v). You can see it running, which is shown in Figure 3A, which is named the main body part. As shown, there are several orthogonal horizontal divisions 4d in the longitudinal direction of the main body. ing. Each horizontal division part 42 intersects between the main body ω and the opening in the longitudinal side wall, and A pair of similar parts on a - straight line that extend outward from the pipe part ■ in a mirror image manner. is forming.

A closer look at the horizontal portion 42 reveals the basic, different, and symmetrical groove shape of Class A. I can see the condition.

First, it is convenient to view the horizontal branch 42 by dividing it into a left branch and a right branch. Furthermore, As shown in the diagram and 3A disclosed in , the two left and right branch schools are in category 1, respectively. 0 member moving surface repeating different groove shapes 1v) Upper end surface wing Near left branch part If you look at it (see Figure 3A), the top groove is different in shape from the groove just below it. top left The groove on the side is called the left side bracket support groove 70, and the far side groove is the right side bracket support groove. The vertically running main button, called the yui η, has multiple side wall openings arranged symmetrically. A mouth barrier is provided, and each opening has four horizontal T-groove branches (to be connected. The bucket parts 70 and 72 are provided with vertical stop grooves 74. stop groove 74 mm provides a fixed support position for the movable support bracket 10. Each stop groove 74 A horizontal side wall opening 76 is provided in the wall n below each horizontal division part 42, and each opening is vertically It is constructed by connecting the stop grooves 744 in the direction. Furthermore, each stop groove U has a step. A stop portion 78 is provided.

The stop part 78 has a horizontally wide end face and a horizontally wide end face as shown in Figure 38 and Figure 38. Narrow terminal face 8 kalpas (included. If we look at the above diagram with reference to Figure 4, we can see that the C bra Kett wood side plate 50i! It can be seen that it is perpendicular to the back plate. Furthermore, from Zutsukuda, one Are the arms 52 facing toward the inside of the pair at right angles to the space between the pair of side plates? , parallel to the space between the back plates. The end face 82 is therefore perpendicular between the back plates. difference Furthermore, each inward arm 52 has a front surface that is flush with the inter-support body member movement surface 18; It can be considered to have parallel and opposing back surfaces between the back plates. According to the above structure Therefore, the movable bracket member of the present invention can be reliably positioned.

As shown in IZ3A, the left groove just below the left bracket support section is It is called the side arm/bracket support branch, and the branch in a mirror image position is attached to the right arm. Each arm/bracket support section is called the arm/bracket support section. , the distribution has a different structure from the structure of the bracket support peripheral section described above. Each a The arm/bracket support part 88 (or 90) is located at the tip of the opening in the side wall. Ti20 extensions are added horizontally, and each branch has a vertical termination surface. It ends at the rudder.

The end face 93 has a similar shape to the end face 62 in the horizontal direction. However, with illustrations As shown in the figure, each arm/bracket branch part, 9oc/') between the back plates is as follows. It has been modified as follows. There are two independent sections between the back plates of T-slot 20 (branching and chuno). The upper portions of the protrusions are arranged near the ends of each branch part and the joint in the longitudinal direction thereof. Ru. The first protrusion 944 is closer to the main body ω than the second protrusion, and the latter is closer to the arm/ The bracket is located closer to the branch and the end of the beauty. Arm/bracket branch Movable multi-position protruding arm storage due to the structural feature of being close to the end of elegance and beauty. The supporting position force is 1, which will be described below.

For the remaining branch parts, each arm/bracket branch part, the head of which is a pair of brackets. The racket branches 70 are alternately arranged between π. Based on the above As you can see, each branch has bracket 1 (b) or arm 8 and bracket 1. 0 is supported. Movable multi-position support arm 8 and movable support bracket Required for removably mounting the kits 10 on the member moving surface 18 by engaging with each other. The required structure will be described shortly.

In this description, at this stage the support body 6 also includes the member movement surface 18 and its longitudinal It is observed that the structure is symmetrical with respect to the direction. Because of this symmetry, vertical The direct panel 12 should be placed on either the left or right side of the video display monitor. Can be done. This is because the display monitor is on horizontal panel H as shown in Figure 1. The latter is possible because it is located above a horizontal workbench. did Therefore, as explained below, this symmetry feature makes the support bell body video ・It can be placed on either side of the display/monitor power and function. be.

Furthermore, a second document support type, support stand 1■, as shown in 1Z2A is possible. Ru.

The support base 1■ includes a support main body 102, and the latter has a front and a weak member movement surface facing oppositely to each other. two vertical rectangular panels 10 connected by a common horizontal support panel enclosure with It consists of 1 and 103. On the support stand 100, the video display unit It is also possible to attach a removable member to either side. As described further below, When manufacturing a computer monitor casing or support frame, the display By integrally molding grooves on the left and right vertical walls of the screen, the movement surface of parts can be monitored. It is also possible to provide them on both sides of the tank.

At this stage of this description, there are two types of projecting document supports of the invention, the first element being 1(X) #' Disclosed. Below, a removable movable multifunction device, which is one form of the second element of the present invention, will be described. Figures 5, 5 and 5B, which describe the position protruding support arm, are shown in conjunction with Figures 1 and 2. Observe the movement amount multi-value I support arm 8 while referring to . The support arm 8 has two Elements are included: namely, the first element, multivalued 1 base 104 and the second element, pi There is one faction that supports bots.

A multi-position base 1o44, which is one type of element of the first support arm, has a box-shaped fitting. The mating support frame member 108 and the mating circular T-rail attached to the mating support frame 108 110.

As shown in Figures 5.5 and 5B, a mating support frame W & a length with six flat surfaces It has the shape of a square rectangular prism: that is, the engagement surface 112 at the inner proximal position and the distal position outer surface 114; front surface 116 and far back surface 118; top, W120 and bottom surface 1η As shown in FIG. 5, the mating support frame member 1084 is first 4.2 It may consist of a solid body with a hollow part provided in the vicinity, the hollow part being a support. It penetrates from the front side 116 to the back side 118 of the holding frame 1, and has the shape and dimensions of a 10% circular plate. A disc-shaped fitting portion 126 is formed having an open end with partially matching walls.

Referring again to 1 and 5B, the fitting portion 126 has a top! ! ! ! 130 and bottom Wall 1! are provided facing each other, and the walls 130 and 132 have the same thickness as the cylindrical surface 1 of the disk 12g. That is, they are separated by a distance equal to their width. Furthermore, the fitting part 1 is a bay. A curved proximal side wall 136 and a curved distal side wall 138 are provided facing each other. The distance between the two and the curvature of the wall are determined by the diameter of the disc 12, as explained below. and is consistent with that. Curved walls 136 and 1384 seen from the back Initially, it is straight, and near the front of the support frame 108, it is semicircular, and the support frame 108 The disk 128 can be inserted and housed in the holder.

As shown in Wards 5 and 5B, when viewed from above, Wall II and 1384 have a simplified U-shape. forming a shape. The front of one support frame is 116! ! Including the window-like opening part 140 It has been modified. The pivot support cylinder 106 is removably inserted into the support frame 1084. , the installation is devised to obtain. As detailed below and shown in Figure 5, It is a member that combines a disk 128 with the width of a pivot support cylinder 128 and an elongated cylinder 146. . The window-shaped opening shrine not only accommodates the disk 128 within the support frame 108, but also provides a pivot point. Rotate the support cylinder 106, and the tip of the cylinder rotates around the y-axis of the disk 1. As if drawing a circular arc, the dimensions of the disk 1 are such that part of the cylindrical surface 1 is exposed. There is. Therefore, the fitting part 1261 should face the opening 142 on the back side. A window-like opening 140'h (provided in the front, and a window-like opening 14v in the front) ) Dimensions are disk 128f) Cylindrical surface 1 smaller than that thickness, but elongated cylinder 1 It's getting bigger.

As shown in FIG. 5A, the mating support frame 11) 8 has a back surface close to the back surface 118. A sliding door 148 for closing the opening 142 is provided. Sliding door 1 swing up Lower U-shaped activations 150 and 152 (formed in upper and lower walls 130 and 132, respectively) ) is fitted into the support frame 10 & 7) at right angles to the side surface 112 near the inner side. To slide in a direction, moving away or approaching. The sliding door 148 has supports. To prevent the sliding door 148 from accidentally coming off from the holding frame 108, a protruding handle stop 1 that engages a distal corner 1 of the mouth 142; 56 is provided on the outer surface 158.

As shown in Figure 5, the base 104 has been further modified to provide a position close to the inside of the support frame 1. The T-rail 11 is generally cut out on the engagement surface 112. T rail 1101 narrower part 1 6d The wide part is joined to 1 piece, but the wide part 1 of T rail 1ji is connected to the figure 1. The width and length are approximately equal, which is formed in the support body 6 realized in the manner shown in the figure. It is made to be equal to or slightly smaller than the wide part of the T-shaped nod. Similarly, T-ray The width and length of the narrow part 162 of the LE are approximately equal and are equal to the narrow part NU. Squid is made slightly smaller. The T-rail IW contacts the engagement surface 112 near the inside. To attach the rails with adhesive, screws, or other methods, leave one wide area apart. including a back plate (not shown) attached to the narrow portion 162 at the It is also possible. Further, preferably, as shown in FIG. 5, the T-rail 110 is attached to a support frame. It may also be molded integrally with the support frame during the manufacture of one name, thus as shown in Figures 5 and 6. In addition, each T-rail 1 has a circular wide part 164 and a circular narrow part 162. It is composed of

Additionally, in one type of T-rail engagement member of the present invention, as shown in FIGS. 6 and 6A, An engagement groove pattern 168 is formed in one wide circular part of the Uni T-rail IW. ing.

Expose pattern 1 of the engagement groove, as shown in the section, support main body small arm/bracket branch part It cooperatively engages with the engaging protrusion and glaze provided on the back plate near the inscription and tip. Ru.

Engagement groove pattern 1, T rail 11 (b) bottom surface 169 of circular wide part 164 A groove is cut in the upper surface 167 at the far position. The depth of the groove is 1 city of the circular T rail. The wide part of IM is shallower than the thickness of IM. The groove is concave, and its depth and width are T. It is adapted to the height and width of the protrusions and ridges formed on the back plate.

As shown in FIG. 6A, the engagement groove pattern 168i is considered to be composed of three parts. i.e. the diameter groove portion 172, the distal arcuate groove portion IE and the proximal groove portion IE. This is a circular arc groove portion 176. The entrance of the engagement groove pattern 1 is a circular wide part with one bar. A diametrical opening 178 is formed in the top surface 167. The groove pattern starts from there. The diametrical groove 1728, which runs along the diametrical groove 172 of the wide section 1-, terminating at a proximal engagement point 180 close to, but somewhat distant from, the closed end 182; Ru. At that point of the diameter groove 17, named proximal engagement point 180, the proximal 1 The arcuate groove portion 176 branches from the diameter groove 1π to show a wide circular portion of the T-rail IW. Proceeding counterclockwise along a circle χ concentric with the center of , the diameter of this concentric arc is The spacing is approximately equal to the distance between the protrusions formed on the back plate of the T-groove shown in 3A and the button. The circular arc groove portion 17 at the near position ends before intersecting with the diameter groove portion 172.

As shown in 1N6A and 6B, the engagement groove pattern 168 includes a distal arcuate groove. It also includes 174 minutes. The arcuate groove portion 174 at the far position also corresponds to the circle 1 17 at the near position. Similarly to 6, the diameter groove 1727!11 branches out from the circular arc groove at the far position as shown in the figure. 1n with distal engagement points 1 & 4 near the diametrical opening 178 along the diametrical groove. At the named point, the diameter groove 17 branches off. Proximal to the distal arcuate groove 174 Similar to the circular arc groove 176 shown in FIG. It ends before the end.

Thus, as illustrated in FIGS. 5 and 2 and 6A, a circular T with an engagement groove 1. The rail 11 has a multi-position base 104, and therefore a movable multi-value 1 support arm 8, Rotating the support body 6 (or support body 102) to a fixed support position on the member movement surface 18 Can be installed freely. Multi-position support arm 8 and its unique position! decisive ability I will discuss power next.

Figure 7 shows a pivot/y-to-support circle that is one type of second element containing a movable multi-position support arm. A column 106 is illustrated. Pipod support column 1 has a disk 128 integrated in the front. The cylindrical part 14+3 is formed of It consists of a fastener 186. Furthermore, as shown in the figure, a fastener 1 is attached to the moving end of the cylindrical part 1. In front of the part, a circumferential ridge 188 is provided to provide a fastener for attaching other cooperating parts. The nine discs 1, which serve to assist the fittings 186, are illustrated in Figures 5.5 and 5B. As shown in the figure, the upper closed circular area 190 and the lower closed circular area 1 are circles. 0 discs 12 and 1 formed as cylindrical solid bodies separated by a cylindrical surface 134 The disc 12v) is molded into the body and includes a cylinder 146 protruding from the cylindrical surface 1a. The diameter of the 0 cylinder 1 capital that has been modified to It is as follows. Furthermore, the length of the cylindrical cap can be changed according to various embodiments of the present invention. It should be noted that this can be seen from the tip of cylinder 1461. It has a circular shape (see FIG. 5B) and is molded integrally with the disk 128, as shown in FIG. It is recognized as a pivot support cylinder 106.

However, in a second type of pivot support cylinder of the present invention, as shown in FIGS. As shown, the pivot support cylinder 106i! Modified to add important additional abilities The pivot support telescopic cylinder 1 is a modified cylinder 196 and a modified extension cylinder. Pivot support with the ability to extend and retract the tip of the multi-position support arm with the cooperation of one person. The structure described above for the retaining cylinder 106 and the relationship between the modified cylinder 196 and the modified extension cylinder 1 The combination with the additional structure brought about by the combination is called a telescopic cylinder 1-70 As shown in Figure 1.2, Part 8A, the modified extended cylinder 1 enclosure is inside the modified cylinder 1 enclosure. It is of such shape and dimensions that it can be accommodated in a Limited expansion and contraction can be achieved in a method. The modified cylinder 196 has a male at its tip. The male thread is cut into the thread and is slidably fitted onto the modified extension cylinder 1g8. It engages with and cooperates with the cut adjustment knob 202. TJR knot knob 2 02J, modified extension circle 1!Slides on the outer circumference of 1198 and the inner surface of the tip of modified cylinder 1 Modified extension to modified cylinder 196 in cooperation with split compression washer 204 engaged with Selectively restrict the relative longitudinal expansion and contraction of circle filQ8. The above telescopic mechanism is Similar to those traditionally used for microphone stands and camera tripods. . An example of such an application is 61-101 Ave. Woodside, New York, USA. A stand produced by Unifot Inc., located in the area, zip code 11377. - Seen on the D-16 "Falcon" tripod. The above telescopic mechanism is a modified extension cylinder. relative to the modified cylinder 196, and such rotation is included in the present invention. Since it is undesirable to modify these parts as shown below, As shown above, the modified 1% is hollow, and the inward longitudinal protrusion 206 is connected to its inner surface. The outer surface of the extended cylinder 1 from the convex part 2061 of 0 cylinder 1% provided along the length direction of It engages with a recess 208 formed along the length of the surface. Thus, the longitudinal Due to the interaction between the convex part and the longitudinal concave part 20, the modified cylinder 1 of the modified extension cylinder 1 Rotation relative to 96 is prevented and this new combination is pivoted to support telescoping cylinder 1 Used in the detachable multi-value 1 support arm 81y') configuration with a body count of 9 or more. The explanation of the basic structure of each member has been completed.

Next, referring to FIGS. 5A and 5B, pivot support cylinder 106 or 19 4 can be easily inserted into and removed from the base 101f) support frame 108. Ru. When the sliding door 148 is opened, the pivot support cylinder 106 or 19441, the back side and passes through the cylindrical window-like opening 140. curved Walls 136 and 138, in cooperation with upper and lower walls 130 & 132, hold disk 128. The cylinder 106 or 194 protrudes from the support frame 108. It comes out and turns. The width of the window-like opening IQ on the front is 128 discs inside the support frame 1. The pivot support cylinder 1o6 (or cylinder 194) pivots around the y-axis. Referring to Figure 5, the sliding door 148 &amp; It can be seen that 134 cylindrical surfaces of the disk 1n are adjacent to each other. This disk 1 Due to its proximity to n, sliding door 1 case, we can shape disk 128 to fit it. It is held in the fitting part 126 that is partially formed, and around y-11 of one part of the disk. This will allow rotation of the vehicle. Furthermore, as you can see from the above explanation, the sliding door is Moving the pivot support cylinder 1o6 (or 1g4) in and out through the sliding door 148 This allows it to be detachably attached to the support frame 108.

With reference to Figure 1.2, Island, Side and 9A, the removable multi-position support The member moving surface 18 between the support bodies of the support base 2 (or the support body 1 of the support base 1) 02) It was shown that a removable multi-position support arm 8 could be attached on top. multi-position support The arm 8 is supported by the support body (b) and the member movement surface 18 (or the member movement surface of the support body 102). When mounting on a clasp or holder, the user must complete the arm assembly8 or Only the base 104 can be attached to the base.

As shown in FIG. 9 and FIG. 2 vertically, turn the circular T-rail 110 of the base example 1 into a T? 1I20 opening Slide the end embryo into place and insert the base 104 and therefore the support arm 8 along the main stem chrysanthemum. Move the circular T-rail 1K with 1 base width and 1 support frame to the specified arm/bracket. to reach between the side wall openings of the cut branch section 88 (or 90). Therefore, the part of the panel 12 which is a plate-like member that is vertical to the support body from the multi-position support arm 81 is In one form of the present invention, which can be removably attached to the material 18, As shown in 9A, each arm/bracket branch part and T of size like CA4A4. including grooves, these are commonly referred to as T-grooves 20.

The selection of the branch line by the user maintains the end force 1 in front of the support arm stamp on the surface n of the workbench. Determine the height at which the The inter-support body member movement surface 18 and the T-joint are configured symmetrically. (As mentioned above, there is no support for either side of the video display monitor power. (in order to be able to arrange the vertical panel 12 between the support bodies of the stand 2), the user At the selected longitudinal side wall opening mark, move the support arm 8 to either the left or right side of the main body. It can also be moved in the opposite direction. The preferred direction is away from the user; In the case of , it is the arm/bracket branch name.

Once the movable multi-position support arm 8 is attached to the selected arm/bracket branch part, Once the user has decided to attach the support arm phantom base 104 to the branch line, Move to a distant point. However, when moving the support arm 8 to a fixed support position, Base 1047) Circular T-rail 110fl engagement groove pattern 1 piece on T-shaped back plate It is necessary to engage the protrusion example provided with the mark and the shell. For that purpose, Figure 9B, χ and As can be seen from the 9th rib 1, in order to engage the branches, the user must Place the member between the arm/bracket branch with its window-like opening 140h' facing downward. Just slide it to the farthest point, according to the above explanation, T rail 11v) engagement groove An example of the protrusion on the back plate of the pattern 1 eye and the positioning can be done in preparation for engagement with the shell. As shown in Figure 9D, the engagement of the first diameter opening 1 is as follows: The protrusion is parallel to the diameter groove 172 as shown in the diagram, and the base 104 is shown in FIG. 9D. Just by rotating counterclockwise as shown above, the near and far arcs of the T-slot IW can be adjusted. Grooves 176 and 174 can engage protrusions and shells, respectively. Furthermore, Figure 9 As can be seen from D and Figure χ, the opening 140 on the front of the base 10 faces forward. , the protrusion structure 7 has a proximal arcuate groove 176 and a distal arcuate groove 1, respectively. Almost in the middle of Ha! are doing. This explanation ensures that the multi-position arm 8 is supported. However, it can be seen that turning around the X-axis is possible within the range required by the present invention. x The axis is perpendicular to the member movement plane 18 of the support body 6, and the latter is defined as being within the y1 plane. be done. Once the base 104 is securely supported in the desired location and pivotably engaged, If it fits, the installation is complete and you can move on to the second element, the mobile multi-position support arm. The storage tip can be pivoted around both the x and y axes, thereby creating the protrusion shown in 71. Items attached to the storage end of the support arm, such as a removable multi-purpose multi-position document holder Storage support and selective spatial positioning are possible.

Thus, as can be seen from the foregoing description, the engagement of the additional engagement member (of the T-rail IW) Movable multi-position support arm with engagement groove pattern 168 and T-groove nod protrusion (7%) The phantom attachment requirement is satisfied and therefore it moves on the support interbody member movement surface 18. fixed, supported, and pivotable positions. Therefore, A multi-position base 104 is provided at the base of the movable multi-value 1 support arm. The holding arm 8 is attached to a number of secure points on the member mounting surface 18 of the support body 6 (or 1o2). It not only allows for removable and movable mounting in support positions, but also Move with the cooperation of the bot support cylinder 106 or the pivot support telescopic cylinder 1 The mold multi-position support arm storage tip can be rotated around the X and Y axes, This makes it possible to determine the location in a wide range of locations. More details later However, the phantom end of the multi-position support arm has a protruding fastener 186 and a ridge 1 in the outer circumferential direction. It should be noted that &8 is provided for the attachment of additional parts.

According to the above, the movable multi-position support arm storage tip can be placed in a wide range of horizontal and vertical positions. Can be positioned. However, as is clear from the above explanation, this At this stage, the phantom tip of the support arm should not be connected to any auxiliary fittings, joints, parts, or other objects in the space. known in the prior art for supporting the support arm in a number of selectively securing protruding positions. It also does not use similar materials, so it is not possible to lift the item and support it in a protruding position. cannot hold it.

Loads such as a removable multi-purpose multi-position document holder as shown in Figure 1, 甜 and n. The ability to support the phantom tip of the support arm is the support stand 2 (or support stand 100) of the present invention. In one form of the invention, a cooperation is made possible with the help of the first element of The movable support bracket, which is a member, is mounted on the support body 6 (or the support body 102). It is detachably and movably attached to a number of fixed support positions I, and the support body mortar and The ability to support the arm phantom tip in multiple selectable fixed spatial positions in cooperation with bring.

First of all, in FIG. 10 and IOA, the movable support bracket, which is the fifth element member, Body 21v) Three-dimensional body in the shape of a corbel-shaped bracket consisting of 101 and 6 sides is formed as. The six surfaces are: Vertical engagement surface 212 (height of bracket structure) , upper horizontal support surface 214 (depth of bracket structure), lower inclined support surface 216 (column curved part of the bell bracket structure), the front surface 21 and the back surface located far from the front surface. m (surfaces 21 and 2 are planes bounded by surfaces 212, 21, and 216). , the front surface 218 and the back surface 220 are separated by the thickness of this three-dimensional structure. This stand The thickness of the body is determined by each of the above-mentioned surfaces, that is, the engaging surface 212, the horizontal support surface 2u, and the inclined surface. The supporting surface 21v) width.

Referring again to FIG. 10, mobile support bracket 104! Has a window-like cutout do. The cutout m is basically a rectangular opening and extends through the thickness of the main body 21 (b). It's cutting through. The cutout π has a proximal boundary surface 224 of the support bracket W and a distal boundary surface 224 of the support bracket W. A positional boundary surface 226 is created that is parallel to the engagement surface 212 at 224 and 22eA. difference In addition, an upper horizontal boundary surface 228 and a lower horizontal boundary surface 228 are also created in the cutout part B. These are parallel to the upper horizontal support surface 214 of the support bracket W.

The cutout m also creates a saddle-shaped support 232. Saddle-shaped support part Z 萱 is the lower horizontal support It has the following shape provided on the surface 23 (b) position 1, and the supporting surface 2304i waveform This is the first time that the curved surface is continuous. Each curved surface is used for gripping the steering wheel of 37 automobiles. There is a rounded valley 236 with a similar shape to the one shown in FIG.

Furthermore, as shown in FIG. 1OB, each curved surface has a left side surface 23 that matches the shape of the arm. Similarly to 8, the right side 2 collapses to match the shape of the arm (both sides of each curved surface of the waveform are When the pivot support cylinder 1o6 (or 1g4) selects one curved surface 3 times, the pivot support cylinder 1o6 (or 1g4) It is formed at an angle parallel to the bot support cylinder. If you missed it here What is not true is that the angles are different for each combination of side surfaces. because For example, the pivot support cylinder 106 (,t or 1g4) is supported by the support body 6 or 10. Its angle changes as it assumes various positions in the horizontal plane relative to a fixed pivot point It is from. Each wavy curved surface consisting of troughs 236 and side surfaces 238 and 240 is The position support arm 8 is properly accommodated within each curved surface, and the support arm storage tip is selectively secured. It has the necessary curvature and angle to support it.

As shown in FIG. 1OA, mobile support bracket 10i! Vertical engagement surface 2] T on 2 It has been modified to install rails 242. In addition, as shown in Figure 10, the present invention As a second type of movable bracket, the bracket 244 includes a pair of similarly shaped brackets. A T-rail 242 can also be provided. T-rail 2 with mobile support bracket 42, however, is not suitable for mounting the movable support arm 8 on the member movement surface 18. The aforementioned circular T-rail 110 incorporated into the multi-position base 104 used is As shown in Figure 1O1IOA, 10B and ]OE, which have different structures, The T rail 242 has two narrow parts connected to a wide part 245. The wide part 2&) of the roll 242 is approximately the same width and length as shown in FIG. It is the same as or slightly smaller than the wide part of the T-shaped joint formed on the member movement surface 18 between the supporting bodies. Similarly, the width and length of the narrow part 243cr of the T-rail 242 are almost the same. The narrow part of the T-rail is the same or slightly smaller, so the T-rail 242 is 0 Figure 1OA which will have a wide part and a narrow part 245 and 243 of the square As shown in FIG. 2, the wide portion 2451 has a top surface 246 and a bottom surface 248.

Furthermore, the narrow portion 24 is connected to the wide portion 245, as shown in FIG. As shown in A, IOB and IOD, when viewed from the side, the narrow part 2 The wide flat edge is called ``stepped'' because it hangs down from the horizontal edge as in 24th page. can do.

This "stepped" feature that emphasizes the lower support pedestal part 250, as shown in FIG. A movable support is provided in the stop groove n formed in the member moving surface 18 of the holding body 6 (or 102). It is used to explain how to position the bracket 10 reliably. T rail 242 The back plate (not shown) must be installed in the narrow section 243 away from the wide section 245. ), the latter may include attaching the rail to the body with adhesive, mounting hardware or other means. It is for attaching to 210. Also, as a desirable method, T rail 2 421, movable support bracket 1 (b) (integrated with main body 210 when manufactured) It may also be molded.

Alternatively, as a fifth form of the movable support bracket of the present invention, as shown in FIG. 10E. As shown, the support bracket 255 is inserted into the cutout m having the saddle-shaped support 232. The movable multivalued single support is constructed so as to have a supporting surface 5 exposed at the bottom and a curved end portion. When the holding arm 8 is supported by the movable support bracket 255, the tip of the arm It can also make maintenance easier.

The movable bracket 10 is different from the movable multi-position support arm V) in this embodiment. In this case, any horizontal branch 42 is provided with a means for supporting the bracket 10, i.e. a stop groove. 74, so you can position it in any branch, but here What must not be overlooked is that the member movement surface 184 and all the branch parts 42 are / Bracket Branch Sekiyuki (9) can also be formed in the same way. As illustrated in FIG. 3A, each branch 42 has a similar Includes a T-slot of dimensions. When the user selects the branch section 42, the mobile support The height of the holding bracket W above the workbench surface η will be determined. Support body member Since both the moving surface 18 and the T-rail 242 are formed symmetrically (as described above), On either side of the video display monitor 30 there is a support body 6 of the support base 2. , or the main body 102 of the support stand 1ω), the user carried it. At the point of the open end of the longitudinal side wall, place the bracket in either direction of the main body ■. can also be moved. The most suitable method is to use a multi-position support arm mounted nearby. This is the direction farthest from the position. In other words, the support arm 8 is on the left side of the main movement. (if the user is facing the video display monitor (9) Support body (b) Vertical panel 121' + (if it is on the left side) Multi-position support arm 8 along its cylindrical portion 140. It must be attached to the right side of main body 4 (b).

As shown in Figure 10C and IOC, and also in Figure 1, Sieve and 10A#J1), Attach the support bracket 10 with one T-rail 242 to the support body 6 as follows. Can be installed: The user can install the bracket 10 so that its engaging surfaces 2 are vertical. Hold it like this, pass the phantom tip of the support arm through the cutout m, and insert it into the square part of the bracket. Insert the T-rail 242 into the open end of the T-hole of the C-bracket. Users can move further. When the 24 T-rules of the dynamic support bracket are lined up with the selected side wall openings of the branch section 42, A support bracket that moves the movable support bracket 10 along the main body ψ up to the rollers. 10 into a particular branch 42, the user should attach the bracket to the T-rail 242. Move until it aligns with the opening 764 in the side wall next to the lower support engagement part 25 (stop groove 7). If they match, attach the support bracket 1ol, as shown in Figure 101)4. The support bracket has fallen into the 7 stop grooves, the installation is complete, and the T-rail 242 is stepped. The lower support engagement part pawl, the stop groove 7 and the stepped stop part 7 have a wide terminal surface and a narrow terminal surface. The bracket is reliably positioned on the member movement surface 18 of the support body by engagement with the support body. . Therefore, FIG. 10D4: As shown, the wide part 2 of the T-rail 242 The top surface 246 and the bottom surface 246 are in face-to-face contact with the back plate and the back surface of the inwardly facing arm 52. By holding the movable bracket 10 in the stop groove C, reliable positioning can be achieved. Let me do it.

Once it enters the stop groove 74, the support arm phantom end of the movable support bracket 101 It is thought that the load at the end was fixed and it entered a secure support position.

Thus, as mentioned above, the movable support bracket 104, which is a cooperating member, With respect to the stand 2 (or the support stand 100), the movable multi-position support arm 8 and its tip are In addition to providing a surface to balance the downward vertical force of the applied load, Position and support loads in multiple horizontally and vertically adjustable spatial locations. We will cooperate with the following.

To obtain the unique spatial positioning capabilities of the present invention, in conjunction with FIG. vertical plates of the support body 6 (or support body 102) must be taken into account. The shaped member, panel 12 has a member moving surface 18 within the y-zi mark plane and its member moving surface. Consider it to be a solid with an X axis perpendicular to 18. Mobile multi-position support arm & The member movement surface is It is movably attached to 18. 1: Thanks to the mounting positioning ability of the engagement means of The support arm can be moved to multiple fixed support positions I within the base 104 and y-z. On the other hand, it protrudes perpendicularly to the yz plane and can be turned around the X axis. support arm [Base protruding in the direction of the closing direction] O44 Supports one end of the cylindrical part and supports its X axis. It also supports rotating movements. As a result, the above combination is a moving multivalued 1 support arc. To make it possible to selectively change the posture of the tip of a mower around a plurality of rotation axes. Sara According to the pivot support telescopic cylinder 194, the phantom tip of the support arm can be extended and contracted in two axial directions. It is positionable and can provide a plurality of spatially protruding positions.

With reference to Figure 10, IOB and IOE, what can be seen from Figure 10 is that mobile type Support brackets 10.244 and 255 also support body 6 (or body 102). ) on the member movement plane 18, y-zJi [having a structure that cooperates perpendicularly and parallel to the C plane It can be movably attached via a retaining means. By its engagement means, each Brackets 1o, 244 and 255 have their horizontal support surfaces 230 or 5 y- It protrudes in the normal direction of the evaluation surface and can be moved to multiple fixed support positions within the Y-, J marking surface. As it is attachable, the horizontal and vertical support positions can be changed. normal The support surface 230 or 2E84 protruding in the can be selectively positioned and supported in multiple locations.

To summarize this disclosure at this stage, the positioning of the movable support bracket W Combine positioning and support capabilities with mobile multi-position support arm storage positioning and support capabilities It is possible to attach loads of various weights to the tip of the arm and support it at multiple spatial positions. It turns out that this is possible. What is very important here is the implementation of this support Including the ones that follow, connect the tip of the protruding arm to a spring or other coil. Balance the spatial position of equipment such as springs, hydraulics, pneumatics) and adjustment knobs. supports the tip of the protruding arm member without the use of a tension control device to keep it in place That's true.

As shown in Section 11, the support body 25v) of the present invention has a second type of member moving surface. The member moving surface 23ol has four symmetrically provided vertically parallel T-grooves 21. has.

Each T section 21 is the T? of the main stem ψ of the first embodiment shown in FIGS. 112 Figure 11 has the same structure as 0 but differs in that there is no opening between the longitudinal side walls. , the T-slots 21 are each a T-groove for the distal 1 arm. 1261, distal 1 bracket T-slot 262 for the arm, T-slot z4 for the proximal bracket 1, and T-slot flag for the proximal arm. Ru. As an alternative, the arm/bracket T groove reed and the arm in front/ Braget T groove! (b) It is also possible to provide only a pot. The following parts of Twei 21 Since the minutes are set in the same way for T-Yu-no, they will be called by the same number. : That is, the back plate, a pair of side plates, a pair of inward-facing arms, a narrow portion and a It has a wide portion size. Furthermore, similar to the first embodiment described above, the symmetrical arrangement of FIG. The vertical member panel 263 is mounted on the support body 25v) as a video display module. It is possible to place it on either side of Nitami.

Referring again to FIG. 11, in addition to the above structure, T? 11261.262. It can be seen that 34 and 270 are each provided with an opening p2. Karu. These openings 272 are provided at equal intervals in the longitudinal direction of the back plate of each T-way. The centers of these openings 272 are T 261, 262, A and 266 ( or 2 and 270) exactly coincides with the center of the narrow partial view. Depth of opening m The opening 2'72 may also pass through the back plate phantom thickness. (2637) thickness of the panel, even if it is a part of it or penetrates it. It's okay.

The second type of member moving surface mentioned above, surface Aα, has a movable multivalued single support arm and Figure 12.1. 2A and 12B, a second type of support arm, multilevel 1 arm 27 441 movable and retractable. The second type of support arm 274 A first type of support arm with respect to the pivoting function, i.e. pivoting for x and y@t. This is equivalent to 8. The movable, retractable multi-position arm 274 has two basic elements: That is, it is composed of a base 276 and a pivot support cylinder 278 attached thereto. No. 1 element, the base Z7eAi is the second base type of the present invention, and has two lengths. It is composed of a rectangular solid, that is, a long prism 230 and a short stepped prism 28d1. 1 As shown in Figures 12A and 12B, the square pillars 2 and 2 are straight at their ends. The base 2'7V) is connected to the corner and has a fold-shaped solid body 284 when viewed from above. It consists of It is composed of 284 L-shaped solids and the following eight sides. That is, the top surface 286, its distal bottom surface 288, its front surface 290, its distal back surface 292, its proximal The engagement surface 294 (arm/base member 27V) of the ), stepped distal 1 lateral surface, short distal 1 medial surface tear, (stepped distal 1 (parallel to the outer surface of), intersects at right angles to both 296 and 8v) 0 stepped pivot side which is the stepped pivot side 300 which is the tip 3■ is the base 27v) which functions as the second swing end.

Base 77V) The L-shaped body 2M is located around the end adjacent to the engagement surface 294 of its proximal 1. Circular flange 30 ribs attached or molded. first fruit This base 2'76, which is somewhat similar to the base 104 in the example, also has a support body 25 and a fin member transferred thereto. T-rail on the engagement surface for attaching the retractable multi-position support arm 2'74 on the dynamic surface group. The imaginary part of the T-rail 304 of this embodiment is provided with the first implementation surface. It is similar to the T-rail 110 of . The narrower part 162 of the T-rail 304 and the The support body 25w) has a wide portion 164 that meets the member movement surface, and both are circular. Same as or slightly smaller than the narrow part and wide part of T-section 21 formed above. It is installed or molded in the center of the three rails near the T rail 3o44. There is. The center of the engagement surface is a point on the central axis of the prism αp.

Similar to the first embodiment, the T-rail 3o4 is circular, but its narrow part 162 and wide part 162 are circular. The 16th section was modified to include a large hole that penetrates the center of the enclosure. Also here, Note that the engagement groove 1681 of the previous embodiment is not required for this modification. The base 27 must be kept, and the prismatic surface Δ along the longitudinal central axis. A cylindrical hole 308 is provided running through the hole. Remove the prismatic turbidity from hole 3 width from the nearby engagement surface dust. The distal outer side view is penetrated to reach the opening 310 . The diameter of opening 3 is Smaller than the diameter of the hole.

The hole 3084 is concentric with the large hole provided in the T-rail 304 and therefore provides close engagement. It is possible to insert the @den stick 312 that can be retracted from the Daito provided on the surface 294. It has become.

The control rod 312 is cylindrical and its diameter is T-rail 3047) circular narrow part 1 62, and furthermore, the diameter of the control rod 312 becomes thinner at the tip and the removal stop part 31 4, the latter cooperating with a small opening 310 and a recessed wall 316 to form a rod. 31 square pillars 2807! 11 round pillars are prevented from coming out. At the tip of the rod 312 A knob 318 is provided, which allows the user to extend or withdraw the rod. I will Further, as shown in FIG. 12C, the knob 318 has a pair of protrusions 3. 2 (B) (provided), the latter is a pair of holes formed in the base (B) recess 3W. It engages with the recess 2 to keep the control rod 312 protruding.

As mentioned above and as shown in FIG. 12, two mobile retractable multi-position arms 274 elements, namely the first element described above, the base 276, and the second element, the mounting It is composed of a pivot support cylinder 278 that is angled. and pot support cylinder 2'7&yo As shown in FIG. 120, which is the second type of pivot support cylinder of the present invention, A stepped portion 324 is provided at the tip of the base 27V). The 0 cylinder 2781 that slides with 6 and is pivot supported is basically a circle. It has a cylindrical shape and is similar to the cylinder 146 shown in FIG. 0 cylinder 27v) The tip differs in that it has a stepped part 3. For installation, attach one protruding fastener and one circumferential ridge to the cylinder 146. The 0 step part, which is equipped with a device similar to the one described above, is equipped with a pivot support. Cylindrical column 278/) A base 27elcr) whose proximal position is formed in a similar shape It is provided with more pivot support.

12B and 12C show the retention state force between the base and the pivot support cylinder of the third formula of the present invention. It is being cheered. In these figures, the base 27617) tip and cylinder 27 &7) The proximal ends are provided with stepped portions 32 and 32 that engage with each other and slide together. Each of the first stepped portions 324 and 326 is provided with a hole 328 perpendicular to the longitudinal direction. , each of which is provided with a shoulder 330 in a shallowly recessed portion on one side, FIG. 12C. To assemble members 278 and 2'76, as shown in FIG. 32 and stepped part 3247) There is a recessed part of the shoulder pad (b) on each of the bottom faces (32 and 3247). The cylinder 2'78 is connected by a screw 336 having a shoulder at the top and a connecting cylinder 338 that receives it. It is attached to the base 276, but is not tightened. Therefore, cylinder 2 78 is pivoted at the tip of the base 2711fl so that it can rotate freely.

Thus, as is clear from the above description, the movable retractable multi-position arm 2'74 was created. What is important here is that the cylindrical pivot support is connected to the initial screw 336. The rotation around the X-axis is limited to the position 1 of the joint cylinder 33& and its contribution. Ru. However, with the cooperation of the circular T-rail 304 and the protruding control rod 312, one more A pivot axis, ie, an X axis, is attached to the cylinder 278. This cooperation is supported by 2 5w) Member movement plane Z of the wrestler (or of the support body as described above and illustrated in FIG. 2A) Born by mounting the retractable multi-position support arm 27 (on a pair of member movement surfaces) There is.

As shown in FIG. 12 in conjunction with FIG. 11, the support body 25v) moves onto the member movement plane. , in order to install the retractable multi-position support arm 274, the user must open the hole on the member movement surface. T at the farthest position, which is the most effective support position? Select 112610 Figure 12 As shown, a support arm 27 is mounted on a vertical solid body, a member moving surface 260 between the panels 26 4 in a movable manner, the user must first place the base 276 at a position close to the inside of the base 276. Hold the control rod 3]2 in a retracted state with the engaging surface of the Insert the roll row into the exposed T-slot 1, and move and pull the base 2'76 accordingly. The included multi-position support arm 2'74 is attached to the support arm 2, and the T-shaped arm 261 for the arm at the far position is attached to the support arm 2. Once the 9 positions in which the 74 is to be moved to the user's desired position are determined, the operation is performed as shown in Figure 12A. The trader pushes the knob 318 inward, that is, in the direction of the member movement surface 2β, and the control rod 31 2 is engaged with one of the plurality of openings W to be selected. The control rod 312 is a knob By turning 318 1/4 turn clockwise, the protrusion is removed as shown in Figure 12C. Further locking is provided by the cooperative engagement of 320 and locking recess 322.

Thus, somewhat similar to the description of the first embodiment of the invention, the second form described above By combining the member moving surface 260 of the formula and the support arm 2'74f), a multi-value 1 support arm is created. Supports the system 2'74 Main body 25w) Vertical three-dimensional panels 26 Multiple, selectable fixings It can be movably attached to any one of the values 1. Similarly, support arm 2 74/) The tip is rotatable around the x and y axes. However, the first aspect of the present invention Similar to arm members of the type, a movable, retractable support arm 274 can move objects over a wide area. Separate supports are used to enable selective positioning in space across need to be added.

Similar to the arm 8 which is the 5th one arm member of the first type, the arm 274 is shown in FIG. The movable, retractable support bracket 34 shown in FIG. Fig. 10, IOB and This is a modification of the first three formats illustrated in the IOE. Basically, in this example The retractable support bracket differs from brackets 10.2 and 255 in two ways. . First, the retractable bracket 3404t, the square T-rail 2 of the previous embodiments. 42, it uses an elongated T-rail 342. Second, retractable bracket mt, unlike the previous combination of square T-rail 242 and stop groove n, the length is 34] with a retractable control system and a support body 25 with a protection provided on the first member moving surface λ. In combination with the matching opening 2'72, the position in the vertical direction is determined. long slender T-rail 342 is the same as that described in the previous embodiments on the retractable support bracket 3 movement near position engagement surface. As shown in FIG. 13, the control rod 344 is Holes formed along the line parallel to the lower horizontal support surface of the bracket body during calculation It is incorporated into three metropolitan areas. Other features related to control rod bundles include moving, retractable multivalued This is the same as the explanation regarding the 1 support arm 274fl control keyaki 312.

As mentioned above, when we explain the characteristics of the movable multivalued single support bracket, we can see that the movable /Retractable type 5th position 1 support bracket 340fl Attachment to the support body 25 is partially It can be seen that the mobile support brackets 10.2 and 255 are similar. same Since the same type of T-groove is used for all the T-grooves in this embodiment of FIG. Players can choose either of the remaining Sei 262 or Z Omana 26. Akira Obviously, the T-groove ℃ is the farthest from the groove where the support arm 2'74 is attached. , provide the most effective support. However, the user must identify the specific requirements of the task at hand. Different grooves may be used depending on the needs of the bracket 3401. A part of the cylinder 27Pf) passes through the window-shaped cutout z2 of the bracket. Ru. When the bracket is slidably attached to the T-slot, the retractable 5-position 1 support arm 2 7v) Similar to the previous description of the control rod 312, the retractable bracket wing control rod 3 44 in the back plate 4v) into engagement with the selected opening n2.

When the engagement of the opening is completed, the bracket A is fixed to the member moving surface 26f), and the cylinder 2'7'v) Part of the bracket supporting surface 23ocI') With cooperation, ensure that it is supported. It will be. As a result, the movable, retractable multivalue 1 support arm 274#c end is A range of selected fixed spatial positions can be reliably supported.

0 As shown in Figure 14, a set of vertical panels are used to attach the arm. 34 are arranged on spaced lines parallel to the second vertical end surface 353. . Furthermore, from the first vertical end surface 351 They are similarly placed on spaced lines. Furthermore, as shown in Figure 14, position fixed type multi-position An existing support arm 348 is used to position and support the tip of each arm. A bracket mounting hole 272 for mounting the removable support bracket 340 described above. Attachment means T groove 352# (shown; A support stand 343 using the previously described support brackets 1o and 24 shown in the OE, respectively. The 0 position fixed type multi-position support arm 3484 shown in the figure is a third type base member. It consists of a base 356 and a pivot support cylinder 2'78. base 3&yo The base 356j, which includes an L-shaped solid body with a long leg and a short leg 362, has a second fruit. It is partially similar to the base 2'76 of the embodiment. However, some of that support is fixed Since it is also normalized from the value 1, the T rail 304 and control rod 312 described above are unnecessary. . Instead, the L-shaped spacecraft is provided with a support fitting A4 at its tip. support money The tool 364 has a disk-shaped flange and a plant firmly fixed to the center of its inward surface 370. The dowel bolt (bright and its outward facing surface, with a smooth shaft 374 protruding from the center of T72) Ru. A circumferential groove 376 is provided at the tip of the smooth shaft 37Iv). shaft 3'74, it passes through a hole 378 provided in the L-shaped solid body 358, and the solid body is fixed. This aids in turning around the axis. From the hole 3781 to the solid body 35 & long leg part 36 along the longitudinal axis It penetrates deeply. As a result, axis 374;! Inserted from the end of the three-dimensional hawk phantom proximal part 1 , the outward facing side of the solid body 372JJ) protrudes from the outside and cooperates with the reinforced e-ring 382. This makes it possible to hold the three L-shaped three-dimensional buildings relative to the shafts 374 and to rotate them.

Referring again to FIG. 15, the base 3561 includes an L-shaped three-dimensional horse and is in the second form. Pivot-mount the distal end of cylinder 27Pf) in a manner similar to that already described for It turns out that it is possible to do so. Thus, this type of single-place fixed type multi-position single support The support arm 3 is pivotable about a similar axis, i.e. is seen to be pivotable about the X and Y pivot axes. Furthermore, its distal 1 As mentioned above, at the end of the An ejecting mechanism is provided.

From the above explanation, the fixed position type multi-position support arm 3481 can be explained as follows. It is also possible to support the tip with a support bracket of the type is clear.

FIG. IV) A second form of the fifth and first arm members of the present invention as shown in the support stand 355. A certain function is added to the above-mentioned third format in addition to those described in 1- above.

This embodiment creates a fourth type of arm-base member, thereby providing a multivalued one A fourth type of support arm is formed. 1 fixed type, 1 support arm, 3 positions) The format is somewhat lacking in the ability to easily move on the support body 3 members 347 There are 9 examples, 1 semi-fixed multi-position 1 support arm 3PA, and its structure is the 3rd type. It is almost the same as that of the flange 5, but the difference is that the flange 5 A semi-fixed multi-point support arc on the member moving surface 347 is attached to the inward surface 3'70 of The purpose is to have a convenient structure for moving the bar. Instead of protruding stud bolt m, The inward facing surface 370 of this embodiment includes the movable support arm array described and illustrated in the first embodiment. A circular T-rail 11 f is provided.

■The rail 110 has a support body, similar to the first type explained with reference to Figure 16. An engagement iM i 6g that engages with the protrusion system is provided. Therefore, the following Upper position 1 semi-fixed multi-position i-arm 3844 It is clear that it has a means of movement that can also cooperate with the support bracket. It is.

In order to better utilize the positioning function in the above embodiments, we will introduce new requirements here. Introducing elemental combinations to not only strengthen functionality but also to improve it. In this example As in the example illustrated in Figure +9c, a new type of support platform is created, which supports It consists of two important elements: a holding body 389 and a combined multivalued single support arm wing. under The first new combination type multi-position support arm wing and imaginary combination type arm member detailed in , with the same movable connection between the proximal end of the protruding arm and the support bracket. 9 combination type multi-position support arm that can be attached to the base member This embodiment uses the support bracket 255, which is the previously described element V shown in FIG. 10H. It is combined and modified as part of the second element of. This support method To install, move, and fix a combination multi-position support arm on the support body. becomes possible.

Referring to FIG. 19C, the support body 389 includes a member movement surface 404. One thing that can be seen is that the wave pattern formed on the member moving surface in this example is For example, Ward 17 is already A support body 387 having a member moving surface 390 which is a modified form of the member moving surface described above is provided. FIG. 17 shows a basic fourth type of member movement surface 390, and FIG. Diagram of the member movement surface of the fifth type, which is the preferred type, modified from 18 and 19Ci. It shows.

As shown in FIG. 17, the first main component of the newly formed support platform design is: A supporting body 38π'' video display partially symmetrically formed as in FIG. Contains a grooved moving surface that can be placed on either side of the Ray Monitor It can be placed on either side of the video display monitor. Because of its function, the second design of this symmetrically formed support base as shown in FIG. It is possible to install and position the combination type multi-value 1 support arm, which is the main component of the Wear. As shown in FIG. 17, this support body 387 is similar to that of the present disclosure introduced so far. It is a new type of support body that is different from other support bodies. This new combination is a combination type It provides a member movement surface that supports the arm/bracket member. moreover, This support body 387 is further modified to support the support base 1■ shown in Figure U. It is thought that it includes something that is basically U-shaped like the body 102.

The member movement surface 3 in Fig. 17 has T grooves 38!5 arranged at at least two places. The second and main element of the new support platform design, RfP, is the makeshift multi-position As shown in FIG. ;! The first horizontal T-slot is the horizontal T-slot in the center of the small hole. a first vertical groove portion 92 and at least one vertical T-groove portion; It is equipped with a second T-plumb. T groove parts 392 and 394i, Tffi385 However, it shares the T-groove format recognized as Figures 3.3A-4A and 14 are similar to the T-20 already illustrated. It is something to do. The first vertical T-slot 394 has one line on its inwardly facing side wall. between the openings in the longitudinal side walls of the series. Side ffi opening part 68 + imaginary, horizontal leg part 73 It is connected to an inverted-shaped lower stop groove R consisting of a vertical leg portion 75 and a vertical leg portion 75. Vertical leg 75 i includes a stepped stop 78, the structure of which is shown in Figure 3 and already explained. is the same as As mentioned above, each stop groove 74 is connected to the mounting portion on the member moving surface of this embodiment. This provides a fixed position for the material. Furthermore, the lower side of the member moving surface blade α of the support body Mirror image installed in the opposite direction to the stop groove 74! with at least one upper stop groove tile It's okay if you keep it.

The member moving surface 3 may be provided with one or two vertical T-grooves.

In its most basic form, it is parallel to the first vertical end surface 3'91 with a slightly spaced groove. As an alternative plan, the first vertical T-groove 3947) running along the , if another second vertical T-shape 395 is set, it is added to the first vertical Parallel to the second vertical end surface 393 in a mirror image with the third T-slot 3, with a slight interval therebetween. Further, each vertical T-slot 394.39% may be provided with a longitudinal groove. There are 391 and 393 openings on each outer surface, and a cooperating T-slot. A combination base member with an IW engagement member can now be installed. ing. Alternatively or additionally, a wide opening willow may be provided in the member movement surface. You can also do it. The length and width of the wide opening 4o (b) are at least the T-slot portion 392.394. It is the same as Toyo6wa backboard phantom width.

Referring again to FIG. 17, at least one horizontal initial T-slot part 3! ll ribs (you can see that there is a horizontal first T-groove sentence with a pair of wide openings) The first horizontal T-groove or the vertical second T-groove 3g4 (also may be formed as an extension of the T-groove formed in 395), resulting in an open The first T-slot portion 392 that is initially horizontal and the T-slot portions 4 and 3 of the vertical layer As shown in Figure 18, the horizontal maximum The first T-groove portion 392 is an independent T-groove portion having a terminal end 402 and a pair of wide opening directions. It should be noted here that if the asymmetric component mounting surface If this occurs, use only one T-groove I4 and opening χ or chestnut in the vertical layer. This means that it is sufficient. Furthermore, if the above asymmetric plane has an independent horizontal If the first T edge part is provided, only one wide opening part is required. .

Figure 18 shows another pattern of component mounting surface for attaching the combination type arm component. The support body 38b held by As shown in Figure 13f7) The part moving surface is partially 17 with a first vertical end surface 399 opposing a second vertical end surface 401. is formed similarly. However, the opening N of each longitudinal side wall and the T groove 39 of the layer 4 (or 395) connected to a short, downwardly sloping, fornix-shaped stop groove. There is. Except for the curved feature of each stop groove 4o64! -1 is an extension of the T groove collapse. and have the same structural shape. Each arc-shaped stop, first member movement surface 18 An arc-shaped stepped stop portion 408 having an arc-shaped stepped stop portion 408 that is partially different from the stepped stop portion 78 described in The stepped stop 4 has an arcuate narrow end surface 410 as shown in FIGS. 18 and 18A. It has a wide end surface 412. Lower than the arc-shaped stop groove 4o614 side wall opening part name It has the same function as the stop groove 74 described above. From the above description, the present invention It is clear that various other groove patterns are possible to achieve the purpose of be.

Now that the explanation of the member moving surface (9) and the sacrocostal type of this combination type of the present invention has been completed, the figure 19, the member movement surface 390 of the support body 387 or FIG. Combination type multi-position that can be detachably and movably attached to each of the 4 sections of moving surfaces 7 and 18. The structure of the support arm) will be described below.

Combination type multi-position support arm A & M First combination of combination type arm support members of the present invention It is a set format. The most basic and economical form is a combinatorial multi-value 1 support algorithm. Room 3881. t Has a protruding cylinder without pivot support, has no moving parts, It can also be constructed as a one-piece plastic part. However, in Figure 1 The type shown and described here has a movable part and a three-way component movement plane. is 4Kh and can be supported and installed in a wide range of positions.As shown in Figure 19, the combination Type multi-position support arm 38 &li combination base 416 and pivot support cylinder 278 9 combination type base consisting of 2 main elements: 4 precepts Combination type base member that attaches or combines a support bracket to the base member of the system This is the first form of . This combination of members includes a plurality of fasteners on the support body of the support base of the present invention. The arm and the bracket member are simultaneously moved to a fixed support position.

In Figures 19 and 19A, the combination type multi-level 1 support arm Tsuyoshiwa combination base 41 , basically a front surface 418, an engaging surface 420 facing it, a rear end surface 422, and Consisting of six faces: a facing front end face 424, an upper end face 426, and four lower end faces facing it. It is a right prism. The front surface 418 protrudes above the surface of the rear end surface 422 at a location close to the rear end surface 422. It includes an L-shaped solid body 284 configured to do so. This I-shaped solid 2 words is a book What has been described in connection with the second type of arm member of the invention, namely FIGS. It is configured similarly to the moving r31-inclusive multi-position arm 774 shown in FIG. 12A. . As already mentioned, there is a screw 336 on the tip of the L-shaped car body surface (4) and a coupling tube damper. The pivot support cylinder 278 is attached with an integrally molded screw ( (not shown) and the connecting tube 338 that fits the pivot support circle as described above. The column 278 may be attached to the combination type base 416, and the combination type multi-value position support The holding arm and the tip are similar to those described and illustrated in the foregoing form of the invention. It can be expanded and contracted.

Furthermore, as shown in FIG. 19B, the front A symmetrically formed surface protruding in the normal direction from the front face 418 proximate the end face 424. A bracket 430 is provided. Symmetrical bracket 43Qii combination bra 9, which is the first type of bracket and also the primary type of support bracket of the present invention. The symmetrical bracket 4 of this embodiment has the above-mentioned combination type multi-position support arm wing & groove configuration. It is a member. Bracket 43 cooperates with pivot support cylinder 2'78 mentioned above.

Bracket 4 is the previously described movable support bracket 255 (T rail) shown in FIG. 10E. 242). The four symmetrical brackets are wide Hollowed out closure part 4! The latter includes a horizontal left arm support surface 434 and its The 0 combination type base 416 consisting of the horizontal right arm support surface 436 facing the A linear symmetrical handle is also included. Handle 43&l upper and lower end surfaces 426. Each of the four paths is formed with a symmetrical grip curved surface.

As shown in FIG. 19A, the last component of the combined multi-position support arm is A pair of circular T-rail members 442 and le μ. First and second circular T-rails 442 and 4441. t, each combination type base 41ef) rear engagement surface 42f); /+1 The combination type base 41 has nine openings located along the phantom longitudinal direction. As shown above, the first circular T-rail member 442 extends from the rear end surface 4n on the engagement surface 420. They are placed at a certain distance apart.

Further, on the imaginary engagement surface 420 of the second circular T-rail member 444, from the front end surface 424 It is placed at a distance from the center. T rail 4+82 and 444yo are the same size This is fine, but in some cases it may be desirable to change the size. For example, if the T-rail 392 shown in FIG. 17 combined with the first T-rail 442 and its force is It is also possible to make the T-rail m diameter of 2 and the T-groove combined with it much larger than 4. can. With this description, the combination multi-position arm 38 & and symmetrically transfer it to a plurality of fixed support positions 1 on the support body 389, This allows for movable installation.

In a second preferred composite form of this combination arm, FIG. As shown, by connecting the base member and the pivot support cylinder by static means. allows for cooperative engagement of the members while allowing the pivot support cylinder to be freely attached to and removed from the base member. 8 Parts that bring about such cooperative engagement Examples of materials are also shown in the drawings mentioned above, and are partially attached in combination in Figure 2OA. It is shown as demolding multilevel 1 support arm 446.

As shown in FIGS. n and 24, the document support stand 4481 of this embodiment, , combination type base 45o (the base is the combination type multi-value which is the above-mentioned first combination type) symmetrical support bracket 430 as well as the central support arm), and a removable The support stand 4484i of the nine embodiments consists of only three elements of the pivot support cylinder 452, There are three individual stationary parts that cooperate with each other to form a document support platform 448 with dynamic functions. This is considered to be very convenient for molding plastic parts.

Figure 204: A second improved and desirable composite type, combination type, partially removable Type multivalue! Partially removable multi-level I support arm with 0 combination type showing the support arm band As shown in FIGS. 20 and 2OA for reference to FIGS. 19 and 19At, the combination type of this embodiment It is basically the same as the base 4 combination type base 416 because it is a solid square prism. The bases of the 0 combination type base 450 and the combination type base 416 will be explained using the same numbers. The main difference lies in the way the pivot support cylindrical member is attached to the front face 418 of the base member. 9 combination type partially removable multi-value! Support arm & combination type base 4 fathers are engagement type support It is equipped with a frame 45i5, and a combination type base with a removable pivot support cylinder 452 is removable. This allows for convenient installation.

The support frame 4cB is basically a U-shaped member with rectangular parallelepiped side surfaces shaped like a hoe plate. Engagement type The support frame 45 is a combination used in the previously described combination type embodiment 388 shown in FIG. Base 41EJg) L-shaped solid 284! : It is a replacement. Refer to 32OA As shown in Figure 20D, the side surface of the U-shaped member is the dorsal end surface of the combination type base. It is attached perpendicularly to the front face 418 near 4η and is also integrally molded. . The engagement type support frame 4 has a dark rectangular side surface. That is, the outer "ladle", it parallel outer bottom surfaces 462 facing each other and connecting them to each other and intersecting at right angles distal The lateral surface of the female proximal 1 and the lateral surface of the female proximal 1 are defined as Furthermore, the four engaging type support frames have a front face a added as shown in Figure 20B. It is. Engagement type support frame 4561, as already described with reference to Figures 5.5A and 5B. This is substantially the same as the fitting support frame 108 of the embodiment described above.

It is almost the same as the previously described embodiment, and is engaged as shown in FIG. 20B with reference to FIG. 2OA. The mold support frame has similar parts such as the following, namely, the fitting part 458, Side upper wall 459, inner bottom surface 461, proximal curved inner wall 463, distal 1 curve A curved inner wall 465, a window-like opening 467 on the front, and an opening 469 on the back. . Note 1 is necessary here because in this example, there is no need for a dense opening on the back side. Yes, it is undesirable. Engagement type support frame 45Bi! , and also a pair of kinds Similar-shaped, outward facing, aligned closed curved grooves 470 are connected to the outer top surface and the outer bottom. As shown in FIG. ) each have a pair of curved terminal ends 472.

The terminal end 472 is anterior relative to the posteriorly facing central portion of each curved groove 4 condyle.

The removable pivot support cylinder 452j shown in FIGS. 21 and 21A is the pivot of the present invention. The first type of bot support cylinder 452, the zero-removable type pivot support cylinder 452, is shown in FIG. This embodiment is almost the same as the previously described pivot support cylinder 106 shown in FIG. The difference from the above example is that the disc part is integrally formed with the cylindrical part 146 of the pivot support cylinder 1. This relates to material 1284.

As shown in FIG. 20, the modified disk 474 with the protrusion of this embodiment The body, that is, the detachable mold and the pot support cylinder 452 can be molded as an integrated static member. Therefore, it can be detachably attached to the engagement type support frame 456 of the combination type base 4. According to FIGS. 21 and 21A, the removable pin Bot support cylinder 45 (including a modified disk 474 having a protrusion at one proximal end thereof) I know that there is. The modified disc 4744 with a protrusion is similar to the disc 128 mentioned above. It includes a disc-shaped portion similar to those described in connection. Furthermore, it has a protrusion The modified disc 474 has been further modified to protrude in the normal direction from the cylindrical surface 134 of the disc-shaped part. A pair of rearwardly projecting handles 482 protrude from the shell 4. child The pair of handles are parallel to each other and opposite to the integrally molded cylinder 148. sticking out in the direction. These pair of handles are the upper and lower disc-shaped parts 47v). The upper hand whose outer surface is on the same plane as the circular area 1 (material) and 1 ore, respectively. Figure 9, which can also be recognized as the handle tree on the lower side facing it, As shown in 21A, the protruding handle 482.484 When viewed from the imaginary side, the protruding handle 482. The U-shaped 9-wheel handle is an integral part of the modified disk 4E with a protrusion. It has the elasticity to bend inward when touched. , and integrally on the longitudinally central outer surface 486 of each handle stem, 4844. It has molded protruding ear rails. This protruding ear plate may be shaped like a short round bar. , or may be a curved plate-like tab member, each of the protruding ear ridges is an engaging type. It has a size and shape that cooperates with the support frame m curved groove 470, and regarding the engagement. The details are explained below.

In FIGS. 2OA and 20C, the removable pivot support cylinder 4521 Insert the tip of the support column 452 into the opening 469 on the back side of the engagement type support frame 4. This shows that it is possible to attach and engage with the engagement type support frame 456. 0 cylinder 4527! /After passing through the front opening part 467, the user presses the handle 482. , grab the peephole 4 and bring its elastic handle and therefore the protruding ear rail close together. Flex the cylinder so that it is completely inserted into the support frame 456. Once fully inserted, the user releases the gripped ears and releases the pair of protruding ears 488. A removable pivot support cylinder 452 moored to a pair of curved grooves 470 and statically shaped. Attach it to the support stand & statically molded combination base 450, and attach it to the pivot support. Ru.

What should be noted here is that the modified disk 474 having the protruding portion can be further modified to achieve the present invention. It may be desirable to create a fixed form of pivot support cylinder. This modification, illustrated in FIG. 21B, is another embodiment of the invention, a modified A pivot support cylinder 476 will be created. Modified pivot support cylinder 47 Yo, it is a modified version of the above-mentioned pivot support cylinder 452, and is a combination type partially removable type multi-position type. The main element of the support arm 446 is shown in FIG. 21B. As shown, the disc 4R with the protrusion has a rectangular hollow extending backward from its central axis. The hollowed out parts 490 may be provided at the top and bottom of the disc 41 having the protruding parts. parallel to each other, midway between the circular areas 190 and 192. Hollowed out part 4■ , when viewed from the side as shown in Figure 21B, the disk 47 with the protrusion has a thin wall. This will generate a 0-character part. Such cutouts are used in the manufacture of the part. Depending on the material used, the desired elasticity may be used to provide the handles 482 and 04 with the necessary resiliency. Sometimes it's sad. Handle 02 and m inward elasticity and restoring force are When attaching the demolding pivot support cylinder 476 to the engagement mold support frame 456, it protrudes. This is required for the ears to pass freely through and reliably engage the curved grooves 470.

Now that we have completed the explanation of the symmetrical structure of this example, if we pay attention to the ward parts, Symmetrical bracket 4: D7) Left arm support surface 4a is a combination type partially removable type The position support arm is placed on the left side of the video display monitor. When mounted on the main body 389, the protruding portion of the removable pivot support cylinder 452 I understand that you support it. Furthermore, at the discretion of the user, as shown in FIG. , a combination partially removable multi-position support arm for video display monitors ( 9) when mounted on the support body 389, the symmetrical bracket The right arm support surface 436 of the fourth nod supports the protrusion of the removable pivot support cylinder 452. I will have it. It can be seen that it has the above-mentioned set. Furthermore, from the above book Except for the static characteristics of the embodiment, Fig. 1v) the combination type support arm wing &amp; It can be seen that the mating partial attachment/detachment functions similarly to support arm 44B.

Is this the combined partially removable multi-position support arm of this embodiment? This concludes the explanation of the structural form. Now, the attachment to the member moving surface 38 shown in FIG. n will be explained.

Referring to FIG. 9, IOC and 18, this embodiment, combination as shown in FIG. The mold arm is placed on the member moving surface 4041 of the support body 389 (or as shown in FIG. 17). first and second circular T-rails 4 projecting above the surface (9) of the main body 387 as shown in FIG. 42 and 444. The user can press the wide part of the first T-rail 442. 164 parallel to the backplate name of the horizontal T-slot 4u located in the center, and Insert the rail line into the wide opening section near you.

Once the first T-rail height 2f is installed, the user should install the wide part 1 of the second T-rail. 64 against the back plate and insert it into the opening 398 on the outer surface, and then insert the combination support arm 446 ( Or the one that is far away from the supporting main body 38w) (on the side of the combination arm) Slide it in the opposite direction.

As can be seen from the sections and 24, once the T rail 442 and the 4 are attached to the support body 389 Once attached to the second T-rail 444, the user can use the handle Q to Align it with one of the openings in the longitudinal side wall of the plurality of vertical T-branches, and Branching from the lower groove 415 of the ), the fixed support position and position of the stepped stop 4o8 (or stop 78) are cooperative. See Figures 18 and 19C. There are two vertical lower grooves on the member moving surface 404, and a second vertical lower groove. 417 is provided parallel to and opposite to the lower groove 415, and supports the support body 389 in a video ・It has been found that it is possible to install the display terminal on either side. Referring to Figure 18 and referring to Figure 1 and Figure 18, this operation is performed with the first circular T rail 442. Place in the center! The first horizontal T? Cooperation with 11392 and second T-rail cap and the movement and positioning provided by the cooperation of the first vertical groove 4 It is obtained through ability. The arc-shaped stop groove weight where the second T rail rule μ is selected When fixedly engaged (supported in a fixed position), the first T-shaped rail 442 is also assembled. Due to the combined base 45 (b), it cannot move and is therefore considered to be fixed. As shown in FIG. or 74) and fixed in a comfortable vertical position 1, the user can 452 can be rotated around the With the two tips of the arm, positioning can be performed over a wider area.

Looking at UA23 and UA24 with reference to Figure 18 and WB, the removable cylinder 452 is symmetrical. Bracket 43 (b) Penetrates the enlarged closing hollow part 432 and closes to its tip. 434.4313 is supported by the left or right arm support surface 434.4313. Since the removable pivot support cylinder 452 has an elongated shape, there is a limit to its rigidity. There is a combination type partially removable multivalue 1 support arm 446 at the tip of the support body 38. v) Left support surface 434, right support surface 434, depending on whether it is installed on the left or right side. It will be supported by one of the four holding surfaces. It is clear from the above explanation The vertical position of the tip of the removable pivot support cylinder 452 has a handle 438. You can select the opening base by raising and selecting another arc-shaped stop groove (or 74). Ru. As previously alluded to, the above and below examples of this combination type The function of Fig. 1 Rib combination type moving type multi-value! support arm and support This also applies to Bladder yto3PJ3.

3, the object of the present invention is to provide a variety of document holders, such as the removable document holder shown in FIG. The type of multi-purpose multi-position document holder 4 is to support, in other words, heavy Document holders and supports such as encyclopedias may be combination base 45o (or combination base 45o) to help support such documents. 4 removable counterweights that can be fixedly attached to the back end surface 422 of the mold base 416) It may be desirable to have a weight 49, which is basically a rectangular parallelepiped, as shown in Figure 251. The l weight 4% showing a removable counterweight 494 consisting of 6 is equipped with a protruding threaded rod 498. Yes, it can be installed on the combination base 45o (or combination base 416). , engages with a screw hole 500 opened in the rear end surface 422. The function of the counterweight is 9 Figure 2! 5A shows a protruding cylinder 502 that may be improved by using a compression member. This figure shows a removable counterweight having a weight j1496, and the cylinder has a hole 503. , the cylinder expands and contracts in the same way as already described in other embodiments of the invention, A longitudinal projection built into the combination base 450 (or combination base 416) It engages with the extending/contracting member 504.

The hole 50 engages with the protruding fastener 1 provided at the tip of the hollow elastic member 5ov) This serves to securely attach the removable counterweight 506 to the telescopic member 504. Ru. Considering the above explanation, it is possible to use counterweights when handling heavy loads. It is expected that this will make the operation easier. Also, the load on the arm It is also convenient to apply a force that forces the side tips upwards.0 Figures 3 and 25A Referring to Figure 17, if a weight is attached to the attachment point near the arm, , position the arm and engage the second T-rail cap with the upper stop groove 396. To do so, the user simply pulls the arm down (the arm then becomes unsupported). The holding body 38v) has its terminal end in the second lower groove 3g4; It is worth noting here that the combined support arm 446, or According to the above, since the force is working to turn it upward, the three sets of upper stop grooves and Engages firmly and remains there unless intentionally moved by the user It turns out.

One modification to the above-described combination arm of the present invention is shown in the ward and sword.

The engagement surface 4 of the combination type base 4 (material) is added by modifying the first T-rail shown in Figure n. Type, T rail 51 combination type base 4 Allows adjustment in the axial direction in the longitudinal direction. As shown in Fig. 9, the engaging surface 420J has a double axial T-groove. is provided, extending to nearly four fixed T-rail rails, and ending at the terminal 510. The distal end 1 is modified to reach the opening 512 of the dorsal end surface 422. ing. The lower axial groove (capital) & the threaded circular first T-rail 514 shown in Figure 27. They are arranged to engage with each other. Threaded circular 1st T rail 5141, arm 4 48 (or the center of the arm) to the support body sill 9. Ru. The threaded circular first Tl/-ru 514 has a wide circular portion 164 as described above and its A narrow part 516 provided at the center of the bottom surface 16 and having a threaded stud-like bolt. Consists of. Threaded circular first T-rail 514.1 A thread is cut at the tip. , a plurality of screws provided on the member moving surface 404 in Figure B (or 390 in Figure 17) Both holes 51v) are screwed into one and installed. As can be seen from Figure 24, the above The modified attachment means engages the lower axial groove 508 to provide a combination partial attachment. Modification of demolding multi-position support arm 446 (or arm wing) and support body 389 Initial engagement takes place. Circular T-rail 444 and support body 38 movable surface 1 or true) are as stated above. The tip of the combined support arm 448 (or arm 388) is fixed to a plurality of In addition to positioning the support base 448 (or 336) in a vertical position, For added convenience, the combined support arm can be removed from the sheep's body. It is something that can be enjoyed. Alternatively, referring to Figure n, as can be understood from Figure 3, The attached circular first T rail 514, the modified combination type base 450 (or 41 6) The engagement surface 42v) has a screw engagement with the screw hole 520 in a plurality of selectable fixing positions I. It can be fixed depending on the case. From the above description, the threaded circular T-rail 514 Which of the combination support arms modified from the first circular T-rail of this type according to the present invention? In this case, that is, in the arm sleeve (or 388) of the present invention, the support body 3 87 (or 389) at multiple locations on the member movement surface 4o4 (or 39o) It can be seen that this can be used as a means for fixed and selective positioning. Therefore, this opening Fixed value of combination type arm according to the indication! The choice of decisions is truly wide-ranging. I can understand that. In addition, ease of removal and the resulting combination The ability to switch from one size of support arm to another is an advantage of the present invention. It increases effectiveness and versatility of application. Support body 3 which was the subject of the above discussion 891, the above explanation indicates that it is also possible to take the form of the support body 102 of Figure n. It is clear that

Another combination of the present invention is shown in FIG. 3 as a mobile copy holder 5. . The movable copy holder 5η is attached to a plurality of fixed values 1 of the support body of the present invention. and can be moved. The movable copy holder 522 is a rectangular board. It has a main body 524 formed as a three-dimensional object, and the latter has: a front document mounting surface 5; 26, the back surface 528 facing it, the inside surface 530, the outside side facing it, the top surface 5 34, the front document mounting surface 5264, which has a lower surface 5 facing it and 6 more surfaces. Includes removable spring paper scissors 531 and support edges 541 for attaching documents. 9 As shown in FIG. 28, the inner surface 530 has a sideways integrally molded square rib. 54 ribs are provided in a form that protrudes from the surface. Flange (4 body) 52 A. Perpendicularly to the horizontal rib 542 having both plate-like side surfaces parallel to the inner surface 530. It is provided. Square T formed integrally with flange m engagement surface 54151 It has a rail 242, the latter of which projects in the normal direction from its plate-like surface. T-ray As already explained in Section 2421i[]10, the first type of movement of the present invention It is for engaging the mold support bracket 10 and is shown in Figure 2.1 and IOC. It engages the stop groove 74 in the same manner as shown and previously described. In addition, the front document mounting surface 5 is provided with a T-shape 52'7 that crosses the center, the shape of which has already been explained with reference to FIG. 4A. It is similar to what was done. The T-clearer 527 has an opening 525 on the outer surface 532 for document collection. It crosses almost the entire width of the attached surface 5, and stops at the terminal surface 5 before reaching the inner surface 530. ing. The T-groove 527 is made with the help of the spring paper scissors 531, as already mentioned. It is also for attaching another document holder as described herein.

Alternatively, as shown in Figure 28A, a first document tray on the front side with a T-slot 52'7 A second document mounting surface 54 on the back side having a T-groove 523 having exactly the same shape as the mounting surface 529 It is also possible to form a double-sided symmetrical copy holder 549 with both mounting surfaces of 7. 0 in this example.

Two spring paper scissors 531, 538 and 2 are placed on each document mounting surface 529 and 547. Two supporting edges 541, 540 may be provided, such double-sidedness means that the viewer can No matter which side you place the support body of the present invention, you can attach the document holder to the FJ sheep on it. It is convenient to attach or replace. As a result, understanding from the ward The movable copy holder 522 or the symmetrical copy holder 50 can be The vertical sections of the various types noted here also support documents or document holders. Figure 29: Has the ability to be reliably attached to the material moving surface in a detachable, movable manner. 1, a supporting body 531 having a member moving surface 539 and a symmetrical copy holder 54v) In some cases, a symmetrical copy hoist showing a two-element document support 535. Ruder 54w) For the paper scissors 531, use Twei 527 (or Tl523). It may be attached removably in order to attach a separate holder.

As already mentioned and as shown in Figure X, the support body and parts described so far a common support body, for example body 550, and as a result a member movement surface 5. 51 can be used as long as there is a flat surface that is large enough to provide a surface for moving parts. The 9-figure nod is a modified file that can be integrated into any vertical solid. - a supporting body 550 formed by a cabinet and used for the purposes of the invention; The drawing 0 shows a member moving surface 551 integrally formed on the side plate, such that A support body 550 having a member moving surface 551, a movable multi-position arm, and a movable support The nine-member moving surface 551 shown on the multi-position support stand 55 consisting of the bracket 10 is The pattern is similar to the member movement surface 18 already explained with reference to 7 fat and 3A. This pattern of one-member moving surfaces is only one option.Walls, partition walls, columns, file cabinets, desks, workbenches, video displays, monitors, etc. in a modern office environment, using the support body and grooved member moving surface of the present invention. deemed appropriate for integral installation (or installation of components containing them). In the modified form of the present invention shown in FIG. It has a plate-like rectangular parallelepiped shape, has a member movement surface 543, and is placed vertically. Part 553j! It consists of ll. Support body 553Ji For example, ordinary file key Easily and economically self-tapping onto vertical support surfaces such as cabinets. Can be attached with pin screws, adhesive or other methods.

In another embodiment of the invention, shown as a support body mh attached to the ward and ward, the panel A recess 55 is provided on the back side 556 of the cable 557, and an inward mounting surface (8 ) and an adhesive mat 558 having an outwardly facing adhesive surface 562 is attached. inward direction Attach the attached surface 56Ql to the back surface 556 of the support body 557 with adhesive or other methods. The attached, outwardly facing adhesive surface 562 is attached to a vertical support surface, such as member 555. Adhesive just by contact. Support the vertical support body panels described here Materials with strong adhesive properties that are considered suitable for Bridge, 6211 Whitmore Street, 0214Of7) lJ, R, G. It is called Ice & Windshield (registered trademark) sold by Race Co., Ltd. The method of bonding the same is hereby incorporated by reference into the present invention. If you look at the illustration again, referring to Figure 32C, which is part of the The adhesive method described below attaches panel 557 to architectural structural members such as walls or ordinary file cabinets. It can be used as an auxiliary means for secure installation just by touching something like Vignette 5. This new embodiment is recognized as an attached support body 564. However, an example of its application is shown in the National Constitution, Ward 0 320, File Cabinet 5. 54 and has a member moving surface 565, an attached support body 564, a movable multi-position A support pedestal 567 is shown including a projecting arm arm and a movable support bracket 10.

Another embodiment of the present invention, shown in FIG. Although it is very securely engaged, it can be easily removed if necessary. It also has the ability to Ice and Water Shield (registered trademark) Due to the strong adhesive strength of materials such as If member 557 is attached using such an adhesive, it will be very difficult to remove it. It is. Panel 557 has a large hidden adhesive surface that allows for The adhesion strength is even higher. Because of these properties, it is possible to avoid damaging the contact support surface. It is possible to attach the supporting body easily. However, depending on the arrangement of parts as described below, This makes it possible to remove the adhesive member. As shown in Figure 32A and G. , removable, attachable support body 563ii with a widened, flat flexible head 572 and an elongated It has as part of it a semi-rigid mounting bolt 570 consisting of a threaded rod 574.

Bolts 57o4 and 8 adhesive mat holes into the holes 576 provided on the outward adhesive surface 562. It has been inserted. As a result, the head 572 of the bolt 57M has five adhesive mats. is in the same plane as the surface 562 of. The diameter of the head of the semi-rigid mounting bolt 570 is A force that pulls six panels of body m apart in the normal direction or parallel to that The size is such that it will provide sufficient support for the assembly when it is assembled. be. The inward mounting surface 560i of the adhesive mat 5 and the back surface 5 between the panel 56 face the barrier. When installing the removable support body 56&f, please attach the panel to the member moving surface 569. By tightening the bolt 57 and the slotted nut 578 through the through hole 582. will be held. 5 grooved nuts 5781 panels 5 recesses in the flat surface 1 out of 80. Once assembled, the detachable, adhesive support body 55 &amp; The surface 5621 is strongly connected to the support surface 584 and is suitable for various applications of the support body of the present invention. This provides sufficient support for the structure.

As a result, in order to remove the support body from its support surface M, the grooved nut 578 must be removed. Simply remove and remove the panel from the adhesive mat 558, which will allow the semi-rigid Body bolt 57Qi! It is exposed and can be removed by tearing it off. Furthermore, attention What you should do is semi-rigid bolt 57o4! That head is 5727! l (integrated with mat 558) As such, it is also possible to integrally mold the adhesive mat 558. With this A similar approach is known for mounting typewriters on horizontal surfaces. So The method is described in U.S. Patent No. 3. &) 0.392 (GasGa55a) and are incorporated herein by reference.

While attaching the support body to the vertical support surface according to the present invention, the following alternative plans have also been considered: There is. I] As shown in 32D, the support body 585 with the member-moving surface is attached to the wall. or can be pivoted directly to a vertical support such as a column 587 (0 shown). As shown, a pair of diamond-shaped brackets are attached to vertical support column 587 by screws 5894. attached.

The protruding leg 590 is made of an L-shaped bracket attached to the support surface and has an opening 59. A bolt 594 is provided on the upper surface 595 and the lower surface of the support body 5 through which the bolt 594 is inserted. It is screwed into the screw hole 596 provided in 5g'7. Hole 5% is the vertical end surface of the top and bottom surfaces It is located near 591. Therefore, the support body 5I3EA and the y-axis Instead, it is pivot-supported, and as a result, the multi-position support base of the present invention This will further improve positioning ability. Furthermore, what should be noted is the tightening of the 5 bolts. by tightening the attachment or by other known methods of fixing the pivot support. It is also possible to securely fix the pivot support around the support body 585oy axis. It is.

Also, with reference to FIG. 32D, a common and shared wave pattern consisting of a groove 581 and a dead For example, a plate having two facing and isolated member movement circuits provided with 591 Flat consisting only of a single rigid sheet of xyglass, styrofoam or similar material It is understood that it is within the scope of the present invention to use a support body that is similar to the above. T of the present invention described above Similar to the grooves, the single-layer grooves 581 and 583 have a wide part and a narrow part of the rail member. Through cooperation, a member movement surface that cooperates with the T-groove and arm portion of the present invention described above is realized. It is something that is expressed. Furthermore, in the case of this example, the stepped characteristics of the rail member described above are two. The two facing and parallel member movement surfaces 586 and 593 and the thickness of the face body result in Groove end surfaces 57 provide reliable support for each rail member due to the cooperation of the common groove end surfaces. 91 is perpendicular to both member movement planes 586 and 593 and connects them. . In this way, the idea of the single-layer sheet described above is effective as the support body of the support base of the present invention. It is clear that it is useful and can be produced economically.

As can be seen from this example, there are countless applications for the support stand of the present invention. mentioned below This example shows important changes in the application of the present invention to computer workstations. It brings good. The support body has a flange as shown in Figure 1 and 32D. The support body 58 is mounted on a vertical surface such as a file cabinet 4 or a column 587. Although it is possible to install the video display module as shown in the figure, On the vertical planes on both sides of a symmetrical support body like the national body 601 of It is also possible to provide a member moving surface with a groove pattern similar to 04! for , a member transfer for the purpose of acting as an improved alternative form of the support body of the present invention. A symmetrical stationary support monitor 602 with moving surfaces 599 and 603 is illustrated. moreover , 33A and 331, integrally molded support body and orientation adjustable video display. A new type of tilt/swivel video display based on a combination of spray monitors It is a dual-purpose video display monitor with a symmetrical support body. 504 shows an adjustable document support monitor 504, the latter with a video display. ・In addition to the function as a monitor, it can also be used as an arm Adjustable support for supporting directional combinational multivalued I-arms such as It has the function of a main body.

The ability to tilt and swivel video display monitors is well known. and are disclosed in patents such as: 1) Fixed monitor For example, US Pat. No. 4.3 65, TI'R (Bates et al.) and No. 4,500. Anders on et al.), shown as adjustable attachment base 615 in Figure 3I = 2) its own This structure incorporates a tilting and turning function, and is disclosed in U.S. Pat. No. 4,554,590 (Ch. e1in+! Potash and No. 5.024,415 (Purens), direction to Figure 33A. These include the adjustable document support monitor. The above patents are hereby incorporated by reference. A tilting/swivel video display as shown in Figure 9 included in this patent. A modified ray monitor provides an orientable document support with member movement surfaces 607 and 608. The holding monitor 604 is used as one important component along with other important components of the present invention. Forming a multi-directional multi-position video document support (see Figure 33A) 9 This embodiment will create a new and improved multi-directional multi-position support platform. A large number of storage spaces can be installed on one or both sides of your computer or display monitor. It is very useful in supporting the player and adding the ability to decide the place. child Versatility improvements like add negligible support to the computer work environment. This can be achieved by

Figure 0 section discloses another important feature of the video document support 6 of Figure 33A. Shows cam lock 598 attached to support monitor 6o housing face 635. Ru. The lock 5 shell blocks the opening 398 on the longitudinal outer surface. This is to prevent the arm 446 from being removed from the support stand 606 without permission. . Rock 5g&li National Rock Company of Rockford, Illinois It is sold as Model No. C8111 from -. Lot Kam locks like Ku5 Kuo basically have the form of a seal. lock 598 Monitor (a) Place the lock cylinder on the storage surface 607 parallel to the member movement surface 607. A lock that can be pivoted and pivoted in a direction perpendicular to the cylinder when installed in the cylinder. The 5-section cam is an opening formed in the longitudinal direction to divide the T opening 3g8t. supports the arm 446 by blocking the T-slot opening 398 by passing through the Make it impossible to remove from the monitor 604. Alternatively, as shown in Figure 17, A cam 5g8 may be provided on the member moving surface 390 of the support body. In this case, the cam is T Rotate parallel to the back plate. As a result, the cam of the lock 5 is the side plate of the T clearing. Pass through the opening provided in the father and remove the armband from the document support monitor 604. Eliminate. A similar safeguard is provided by U.S. Patent No. 5.020.763 (I (Pgart y), which is incorporated by reference herein as part of the present invention. do.

A multi-directional multi-position video support stand with a unique and diverse positioning function. The following items may be considered. Further x, y around the skin at the tip of the support arm member In addition to the above, the following mechanisms are used to ensure positioning around the axis and spatial protrusion: Add ability. Orientable support body monitor 6 with tilting and pivoting capabilities By providing a support body such as 04°, the support monitor 6o4 ( The support stand (yellow support body) can select the direction of rotation around the X and Y axes. It turns out.

By adding the rotation function of the supporting body member of the main support stand, this The arm attached to the tilt warehouse video display monitor can be When considering that the ability to project heavy loads was thus obtained, we will discuss the following. Functionality becomes very important. A tilt/swivel monitor with a document holder hanging from its side. Even if the monitor has sufficient size and positioning rigidity to support the If the load creates a moment that is large enough to affect the exposed position, it is considered unstable. It is thought that a means of conversion will be required. Looking back at Figure 3, we see a pair of adjustable stabilizers. Mounts 632 and 634 are attached to support monitor 604. stabilizer a32.6 Aha, it is used to adjust the level of heavy household appliances such as washing machines and dryers. It's the same as what you have. As can be better understood by looking at Figure 33B, the stabilizer The position 634 has a direction 1ilili type support monitor 6047) A hole provided in the national body 6a. 6 There is an audience. Hole 6 has a threaded rod 63 with self-leveling leg expansion at one end. 7 is engaged. Self-level shoulder circumference, the well-known ball and socket joint It is of the ceremony. Hole near the front corner of the ama support monitor 60, on the bottom 6 of the National Athletic Meet 6 394 holes to form an opening 647, and a flat surface slightly away from the member moving surface 608. provided in rows. Furthermore, in the lower corner of the support monitor 604, there is a A rectangular cutout 2 is provided. The hollowed out portion 642 is directly aligned with the hole 636. It is provided at the corner, intersects with the wall 641, 841 hole 636, and connects with each wall surface. The intersection with 6636 is located just above the entrance of the hole. Hollowed out part 64 2 has a screw hole 645 in the center, and an adjustable disc (4) with increments around the outer periphery is placed. It's dark. Insert the stabilizing device 634 female threaded rod 63'7 into the hole 636 and remove the hollowed out part. 642 into the adjustment disc I storage screw hole, the latter has a hollowed out part 1542 is held in place by engagement with threaded rod 63'7. held. Orientable document support monitor 60 and at least one stabilizer 634 When provided, the support monitor 604 can support a comparable load in the protruding position, and Keeping the display screen tilted to the desired angle is ensured by adjusting the adjustment disc. 9 above, which can be easily performed by turning the outer peripheral part 346 with four knobs. Instead of the stabilizer 6, set up the support monitor ■4 in the same way as the national edict & the hole 6. Using a simple adjustable stabilizer 632 consisting of a drilled screw hole 631 You can also do it. Threaded hole 631 engages threaded rod 634 and stabilizes adjustment disc 634. Adjustment is made by turning screw stud 634 instead of turning 644. . What should be noted here is that the above-mentioned stabilization function It can be moved anywhere within the support 60441, so it can be freely rotated around the y-axis. It is possible.

By selecting, combining, or adopting any of the references below, In addition to the above, various stabilizing devices can be added to the direction-adjustable one-section support main body monitor 604. can be done. The stability function of the tilt/swivel type 1-support main body monitor has been developed with the following patent. It can also be obtained by adopting the brake equipment shown and also mentioned here. and are hereby incorporated by reference into this patent: § 4,453. [) No. 87 ( No. 4.591.12 (Bryant-Jeffries, and No. 4,591,123 (Bradshav, et al.); The features are shown in FIG. 34A as an adjustable accessory brake assembly 627 with a stabilizing lever 623. be done. The brake assembly 627 adjusts the stationary document support body monitor □□□ and Provide a means of fixing the position. Alternatively, the above improvements (U.S. Pat. No. 4.591, No. 120, No. 4,591.1 Part Month) is incorporated into the stand of the orientation-adjustable document support main body monitor. As shown in Figure 348, a further improved implementation can be obtained if A fixed adjustable document support monitor 6291 that incorporates a device and an adjustment lever 633. , can be realized as described above.

13A, 29 and ]OD et al. Referring to , the mobile copy holder 5n, which is a combined implementation plan, has a direction adjustable type. Moving the member that supports the document parallel to the attached table 615 and the tilting monitor screen. When combined with a stationary document support monitor 624 having a surface 605, a mobile copy holder Even if the monitor is rotated or tilted, the relative position 1 of the reader 522 to the screen remains unchanged. Therefore, the front document mounting surface 526 of the movable copy holder 522 is always connected to the screen. , which is particularly useful for supporting documents parallel to the screen of tilted monitors. I can understand that it is useful.

The above discussion also applies to the symmetrical copy holder 549 illustrated in FIG. 28A. .

Alternatively, video display terminals are not always box-shaped. Then, attach a mounting type support body like the support body 553 (or 564) mentioned above. It should be noted that they do not necessarily have smooth, flat plate-like sides suitable for be.

In that case, another type of support body as shown in 1lW33D, i.e. a plate-shaped The member movement surface 611 is an irregularly shaped side surface of a video display monitor 61ef) 6144 Formed to face two matching irregularly shaped adaptive sides 612 It can be seen that an adaptive support body 610 is required. Adaptive support body 61C xy') For side mounting of the video display monitor, use screws, adhesive side, etc. This can be done by a mechanical method such as an adhesive method as described above. In addition, for specific To meet this need, the adaptive support body of the present invention, such as body 61G, may include a plurality of It may also consist of components, such as a monitor 61v) as shown in FIG. 33D. A combination arm member is used for an irregularly shaped video display terminal. It is not possible to change the retaining surface or length of those protruding rail members for installation. Within the scope of the present invention.

Unique combination of arm and bracket member and video display monitor of the present invention In this case, there is another type of modification.The multi-position mounting according to the present invention is that can be mounted on similar display monitors, but other features may be desirable. 1 As shown in Figure 34A, for example, a large document holder 61 is attached to the tip of the protruding arm. When installing heavy loads such as 7, distal the monitor (if no stabilizer The force generated on the side that supports the load of the monitor by attaching a weight to the vertical surface of the can be balanced. In addition, the eel weight is attached to the figure 34A for detachable fishing. The 9-detachable counterweight 618 illustrated as a counterweight 618 is a rectangular parallelepiped with a bow. A proximal engagement surface 620 and an opposing distal! With the mounting surface 622 of The surface 620 has the previously described T-rail 110 ( or 242) is provided. The mounting surface 622 is shown in FIG. 4A. A T-slot 625 as described above is provided, by which another weight 613 can be added. It is now possible to add

Furthermore, as shown in FIG. When using a monitor (model without a stabilizer), use a movable weight that can move the weight. When used, it acts as a counterweight, while moving the center of gravity to The above-mentioned detachable fishing rod is shown in Figure 348, which is convenient for adjusting and stabilizing the clean. A hollow part 628 is provided in addition to having all the 'Pf characteristics of 6 ratios of weights, and a 0th place, which is a moving counterweight 626 containing a moving weight 630 like a closed liquid. Both the demolded counterweight 618 and the movable counterweight 62 maintain a balanced state. In order to adjust the force required for Arm/bracket supporting branch part with terminal surface 74 and beautifully configured water Can be installed in a square groove.

In addition, a branch part for arm/bracket support with a terminal surface 74 and a beautiful horizontal It is also possible to provide a directional clearance solely for the purpose of attaching a counterweight. I would like to point out that.

With the above explanation, you can select from various directions, move, and have multiple values! Hold the mold parts The basic form and characteristics of the document support stand have been explained. See Figure 1 again Then, as part of the present invention, the protruding type support 2 of the general-purpose document support It can be seen that the tip of the support arm can be made to protrude at a fixed position. moreover , the tip of the support arm disclosed by the present invention can be With the cooperation of the engaging metal fittings attached to the article holders that hold the items together, countless types of It can be seen that the device has means for attaching an article holder.

For the field to which this patent pertains, the already mentioned arm 8, bundle or fluttering movement Removable multi-position document holder 6 at the tip of the multi-position support arm! #) Detachable type like Referring again to Figure 1, it is desirable to attach or attach the document holder to the By joining the mold support stand 2 and a document holder whose posture can be further adjusted, various Figure 1 shows the holder 4, which shows that it can take a supporting posture. The holder, whose unique features can be understood by reading the instructions carefully, includes: It has as its part a holder 650 which will be described below.

At the rear of the figure, the removable multi-position document holder 6 according to the present invention has the following pillar main parts. Material: First member, nearby removable U-shaped joint 652: Second member, bird positioning member 654; Lower cutting part, pivot type U student's hand first part, rotating type view holder 658 It consists of It should be noted here that in this example, the explanation was given as a removable type. However, the attachment/detachment device on the α side of the detachable U-shaped joint located nearby has been modified to provide a mounting hole. By providing a lunge member, it is also possible to attach to a fixed stationary support. That's true.

The first and second members 652 and 6 are the second two-axis positioning members, respectively. Attach and position the underarm member and rotating document holder 658 on the support structure by applying force. It is possible to do so.

As shown in Figure y, the first member, the nearby removable U-shaped joint 652, is viewed from the side. The cylindrical member 674 is provided with an inset fixing hole 676 and a longitudinal recess 678. The latter has the aforementioned protruding fastener at the end of the arm-like support arm. and nine legs 670,672 that engage the longitudinal protrusions 206, respectively, in the outer plane. It has a leading edge and an inner 1,000-sided block 1 facing it, and the inner side has a far position. Facing the inside of the leg 672, the thickness of the proximal 1 disc 68°C cylindrical surface 2 described below separated by equal distances. The curved end face f384i is semicircular, and its curve The center of the index is in a central hole 685 located near the tip of the leg. Each sleeper has a similar shape , are in similar positions, and the pair of center holes 685I are imaginary concentric with each other, and this multivalued 1 hole When the ruler is assembled and attached to the support member, it can be thought of as being in the y-axis. Wear. Furthermore, each inner plane 681 has a tessellation extending outward from the center hole 685. A triangular pyramidal prism (3) with a bar is formed. The above structure is explained below The proximal parts! The purpose is to engage and cooperate with U student servant 652. .

Artwork and 39 have a removable multi-position document holder 6, which is the second main component of the A fastener 654 is shown. Bird positioning bracket 6. Two independent discs, close It has a disc 683 at the position and a disc 7 at the far position, and both discs are joined by the connecting stem 6g + S. It is. If we observe this figure in more detail, we can see that the upper circular shape of the nearby disks 6 & 3ii It is composed of a lower circular surface 690 facing the surface μs9, and 689 and 6 gloss are the disk portions. They are separated by the thickness of the cylindrical surfaces [ ) 82 of the material. In addition, the disk 683 has Referring to Figure 9 U, where 60g4 is provided to penetrate along the core axis, As shown, the 60 points of the positioning member 6 are located near the hole 652 of the U student's hand. and with the help of joining means such as a shaft 6% with a 698 head and a 7-way nut 698 Then, attach the discs 6 & 3 so that they can be inserted between the legs 670 and the rim of the removable U″F-F-joint. wear. Referring to Ward I, as you can understand from 1lK38 Tobukou 1, etc., the disc in the far position 687 is formed similarly to the proximal disc υ mouth, and has an upper circular surface 700 and a lower circular surface 700. It has a circular surface 702, and the thickness of the cylindrical surface 702 is the same as that of the pivot type U student arm 6. Equal to the distance between 718 and 719 (Figure A), along the center axis of the hole 71o4 Penetrating. Furthermore, the inner surface 681 of the already mentioned leg 670.6'72 (and the leg 718 and 71v') plane 717) with a tapered triangular pyramid prism 68 6 (and 687 respectively have their faces 689, 690, 70 0 and 701h hole 6u, triangular pyramid 685 with a taper spreading from the center of 7shame is provided. Triangular pyramid prisms with tapers placed close together like this The system allows for frictional engagement and, if necessary, changes in relative position. It is also easy to do. As already mentioned, the proximal disc 6 and the distal disc 6 It is joined to 87 by the connecting trunk ~ 2. Connecting trunk 68&l forms an imaginary square prism, Its thickness is equal to that of the cylindrical surface 682 of the disc member.

If we turn our attention again to the figures A, A, and A, we can see that the circular surface 700 on the upper side of the disc m at the far position is offset from the circular surface 689 on the upper side and between the discs in the near position, but Therefore, the central axis of the distal disc 687 is perpendicular to the central axis of the proximal disc 687. I understand that. Therefore, the central axis of the disk 687 at the far position is coaxial with the x-axis, The nearby discs are considered to be coaxial with the y-axis, and the two central axes are perpendicular to each other. '2@ The two-part determining member 654 is a rotary document holder 6 that is a main member of the bottom cutter. The rotation around the axis and/or the rotation positioning around the X axis is performed by the first and second □□ With the cooperation of the main components, the near-located U-shaped joint 652 and the far-located U-shaped joint 6 It is a joining member that has the function of making this happen.

Referring to Figure A, the main parts of the multi-position document holder 6 and 41 are shown in Figure A. As shown in Figure 0A, which shows a pivot type U-joint 6W at a certain far position, The pivot type U-shaped joint 6564 of the position, the first main member mentioned above, the removable type near position The structure is partially similar to that of the pivot type U-shaped joint 652. Distal 1 pivot type The U-shaped joint 656 is a base member, the bottom surface 741 of the rotating document holder solid support plate 7. is formed integrally with. Pivot type U-shaped member 6 at far position loosens, support plate 7 excitation bottom surface It has two legs 718 and 719 that protrude from 741 in the normal direction. j171 Similar to 8 and 71g4 imaginary legs 670 and 672, it has a center hole 692 and 1 rhythm (6). ing. However, the final method of attaching the distal 1 pivot type leg member The direction is parallel to the removable pivot type U-shaped joint 652 whose leg members 718 and 74 are located close to each other. There is a (9) degree difference between the installation of J1670 and J672, and the positioning part of the fishing It should be noted that the disk 68'7 at the far position of the material 6 can be attached. It is possible. As described above and as shown in Figure A, the fishing positioning member 654i , if the removable multi-position document holder 6 is not assembled, it will directly engage with the first and second armature members. The structure is such that they can come together and cooperate.

Next, we move on to the removable multi-position document holder 6, and the last major component, the swivel The type document holder 658 will be explained. Refer to Figure A, as shown in Figure ψ and 41. Uni, the rotating type 1 type holder is = 1) removable multi-position document holder. Front side 730 and back side 7325: Holding plate shape 728; 2) Swivel table 73 5. The turning table has an upper member and a lower member 7I, 738 that can turn relative to each other. The upper surface 73'7 of the upper member 7 is in contact with the back surface 732 of the plate-like main body 7. ;3) a support plate 748 having a top surface 7 and a bottom surface 741; and 4) a support plate 740 and the bottom surface 741 and the 6 parts of the pivot type U-shaped joint of the distal 1 are integrally molded. consists of elements. The upper surface 739 of the support plate 7 is the lower surface 74 of the lower member 7 of the rotating table 7. It borders on 3. Furthermore, a T-slot 734 is provided on the front or writing surface 730. Ru. T-groove 734 has a shape similar to that shown in FIG. 4A.

Furthermore, as shown in Figure 4, this rotating document holder rotates instead of ringing. When using a mobile device, the front writing surface 730 has a means to maintain one pivot position. 9 body 72V) has at least one bullet-shaped protrusion 742 (more There is a 72-page booklet on the main body, 72 pages on the book surface, and every 4 rotations. It is configured to engage with a detent 744 provided in the holder 744 for positioning. Return stop The corners are square and located at the top of the revolving table 7 and at the four corners.

Another type of swivel type 1 holder, which is the main element of the holder, can be considered 0 Figure 42.42 A, 42Fl and 42C have the above implementation fM65g,! :The structure is simple and all plastics are used. The basic swiveling type holder 745 can be manufactured economically as a stick structure. The class II holder 74 shown in Figure 42, the plate-shaped main body 748, 9 main body 7 consisting of only three elements: semi-rigid support plate 750 and pivot joint member 752 481, the front side 754 and the back side 75, which are the writing surfaces of the removable multivalued 1 document holder. 5, the front face 754 is equipped with an interengageable document holder 850 (described below). A T-wagon 756 is provided for carrying the load. Furthermore, as shown in FIG. 42A, A hole 760 is provided in the center of the surface through the main body 748, and the hole 760 is provided in the center of the hole 760 to penetrate the main body 748. A hole is provided on the back side 755 of the main body 7, which has a recessed shoulder 762 on the same plane as the back plate 764. 9 circular grooves 766+, in which a circular groove 766 with 760 as the center is provided, that groove There are four indentations 768 on the bottom, each spaced 9 degrees apart, as shown in Figure 42B. For reference, the seven main bodies shown in FIG. 42A are engaged with the semi-rigid support plate 750, The latter can be seen to have a front side 770 and a back side 772.

The support plate 75Qii has a square shape, and its dimensions are 755 The support plate 750 has a diameter larger than the diameter of the circular groove 7 formed in the support plate 750. A hole 774 is provided. The support plate 750 has four protrusions on its front surface 770. 7'76 is a circle with a diameter equal to the diameter of the circular groove 7 on the back side and having a common center. The main body 7 is provided at a certain distance on the main body 7 by a rotary joining member 752, which will be described later. 48 and support plate 7, the protrusion fits into the circular groove 71) 6, the plastic In the case of this example, which is expected to be manufactured using a stock material, as shown in Fig. 42C. In the assembled state as shown, there is a protrusion at the bottom of the circular groove 7 on the back surface 75. When the 776 is hitting the support plate (the height of the protrusion is slightly bent) There is. &42C, on the back side '772 of the support plate 7, there is a large barrel shoulder '7. 78 is also provided. Furthermore, on the back side m, there are holes 7747) perpendicular to that surface on both sides. The opposite pivot type U-shaped joint 657 with legs 721 and 723 protruding from the The last member in this embodiment is a pivot joint member 75π, as shown in Figure 42. As shown, the pivot joint member 752 has two cooperating fasteners, shoulder joints 780. It consists of 78 and 1 shouldered connecting tube. Hole 7 made in the back plate 7 of the screw 7 and T groove 7 It is inserted through the front face 754 of the main body 7. What should be noted here is the T groove 75 6J at the center, and its wide part (not shown) is perpendicular to the hole 760. It is also possible to match the direction of the screws 7w) to facilitate insertion. another The idea is to mold the screw body α integrally with the main body 748 and protrude from the back surface 755. The screws 7 may be inserted through the holes 774 on the back side of the support plate 75M. It is combined with a shouldered connection tube 782 with a tih-shaped cut. screw 780 and When the connecting tube 7 is completely assembled, the main body 7 is slightly bent with the support plate 750. I am drawn to it. The facing members 748 and 7 have a smooth connection 1!4782. With the cooperation of the holes 75o provided in each of the outer wall 7, the main body 748, and the support plate 7, etc. and can rotate relative to each other. Furthermore, the depression 7 provided at the bottom of the groove 7 i38 and protrusion 77V) By cooperative engagement, the rotating document holder 7 can be placed on the writing surface. The position is fixedly determined every 174 rotations of 7. Fixedly positioned function The rotation of the support plate 75o (and its protrusion 776) in a bent state and the rotation of the main body 7 It is brought about by the mutual cooperation of the 7th place of the depressions formed on the surface.

The rotating type 1 microscope holder 746 shown in IZ42#' et al. 42C has a plate-like member 748. The writing surface 7 is located in the x-y plane perpendicular to the rotation axis 2. , and therefore the writing surface 754 of the document holder pivots in the x-y plane, It can be said that its position is adjusted within the -y plane.

Detachable proximal summer document holder eReferring to the above explanation and looking at the artwork, this part's It can be seen that assembly can be accomplished as follows. Basically, required for the first and lower members. What is important is that the second member, the positioning member 654, is joined.

First member 652I, move the proximal 1 disk 883 of the bird positioning member 6M to the proximal 1 U section. Insert between the legs 670 and 672 of the hand 652 5 already mentioned Osaka, 6094, holding head Due to the holding function by the cooperation of the shaft 695 with 696 and the 6 corners of the butterfly nut, Due to the retention function of the nine heads and six butterfly nuts installed, these parts are At the same time as the materials are assembled, it becomes possible to rotate the nearby disk around the axis. . The above retaining feature is achieved by the tapered triangular prisms on the inner surfaces 881 of legs 670 and 672. 686 and the disc m of the proximal 1 mutually cooperating therewith, provided on both sides 689 and 690. Includes a frictional position retention function provided by a tapered prism plate 1 It is something to do. What should be noted here is that the legs and discs have a tapered prismatic defeat. Frictional cooperation through combinations is one of many ways to obtain the desired resistance between members. In other words, it is no more than one thing. Alternatively, the legs and disc members may be The two surfaces facing each other are roughened; a Teflon washer with a cylindrical cross section is used. something built into a pair of symmetrical circular grooves and slightly protruding from them; or on each disc m, as disclosed in U.S. Pat. No. 2,744,498. , a series of radial ridges formed on the lower surface are l1670.6'72 and 718, η 9 inwardly facing plane 1) combined with ribs projecting inwardly from 81.717 There may be various methods, such as indexing based on The above frictional engagement method Use manufactured parts using plastic materials. By two and It is clear that further improvements in its performance are possible.

According to the above explanation and referring again to Figure A, the removable multi-position document holder The final assembly of the lumen involves attaching the distal 1 disc 687 of the effusion 1 determining member 654 to the distal I vivo 6-shaped U-shaped joint @n8 and 71 groaning figure 4 or rotating document holder 7 legs η1, m) The zero assembly, which can be completed by simply inserting and attaching the Member 6 separate proximal 1 disk 683f7) Similar to the attachment of proximal 1 to U7 joint 652 and a head 724 which is a similar retention and frictional engagement means, i.e., mutual retention means. It includes a shaft 720 having a shaft 726. The holding means, head 724 While the parts are assembled using the tocho nut 726, the main body 728 The rotating document holder can be rotated around the 73oflx111i make it look like By combining the final parts of , :i, etc., a removable multi-position document holder can be created. The holder 6 is now completed 1-1. It becomes possible to attach it to the holding member, and the state of the combination is shown in Figure I.

Considering the above-mentioned function of being able to rotate the writing surface 730 around the X axis, It can be fixed at a specific position around the I think it would be desirable to be able to choose the location. Multi-position with such functions The document holder is shown in Figure 43. Figure 43 shows the multi-position pivot fixed type 1 holder. show.

Swivel type pivot fixed document holder formed as a part of Type 1 Holder 8M This new embodiment, called -801, tightens the fixed positioning around the writing surface X-axis. It can be easily performed without requiring any injuries. Swivel type pivot fixed single ticket holder -801 is an improved version with a rack-and-binion platform 802. A semi-rigid support member 808 is included. rack and binion platform The support member 2 of the rotary document boulder 7 mentioned above, that is, the and a semi-rigid support member 750 as shown in FIGS. 7 attached to those features, including the protruding distal I hand 657 from the back side of the ndt. As shown in Figure 43 and OA, a multi-position pivot fixed document holder is added. The two embodiments described above, namely the removable multi-position book shown in Figure I. The document holder 650 and the rotating document holder are new elements that incorporate many features. It's a combination. Therefore, similar components are also used in this embodiment, namely: Demoulding U-gakube hand 803, fishing positioning member 804, distal 1 pivot-type U-gakuboku hand dormitory, A member called a rotating pivot fixed one-slip holder 801 is also used. Turning The type pivot fixed livestock holder 801 includes a plate-like main body 807 and a semi-rigid support member part. The included 0 main body 807 is formed similarly to the plate-like main body 748 described above, and is integrally formed. It has a writing surface and blade with a T-shaped 810.

The back surface 811 and the front surface 812 of the main body &07 are shown in FIGS. 42A and 42B. They are formed in the same way as the back side 755 and front side 770 of the illustrated pivot type holder 7. . This improved aircraft is shown in Figure 43 as a rack-and-binion platform. 302. Rack and Binion Platform 11 102 is formed as an integral member between semi-rigid support members. Here , a rack-and-binion platform 80, as shown in FIG. 43A. 2 can be considered as a semi-rigid support member attached to the back surface 813. . The back side 813 has a distal 1 pivoting U-shaped connection with a pair of legs 814 and 815. A hand 805 is attached and protrudes at right angles to the back surface 81 of the leg 814. It is a member that is integrally molded with the sea urchin. 31815 also protrudes at right angles to the back surface 813 1, 2, and is integrated with the rack and binion platform 802. Although it is a shaped member, the latter itself is integrally molded with the back surface 813. Swivel Hole 11814, which is partially similar to the shoulder member of the U-shaped hand 657 of the distal 1 of the D-7 excitation. In order to strengthen the slight frictional engagement effect with the member facing 815, a tapered triangular Attaching the shaft member to the zero legs 814 and 8151 where the square pyramid prism 816 is provided A hole is drilled for. However, as can be seen from FIGS. 43B and 43C, Leg 814/) The unmodified hole 817 is different from the already mentioned 6692 of U student's hand 657. It has a sharp shape. Furthermore, the modified hole 81 of the modified distal 1 disc cutter 34 has a different shape from the previously described hole 710 in the interdiscal space 7 at the imaginary position. modified Take the hole 817 and the modified hole 81 & the winged shaft 819 described below. It's a special thing.

Fig. 438J shows a 5th position I bolt equipped with a winged shaft 819 and its fixing means described below. This is an exploded view of a fixed type document holder. Figure 43BJ, Figure 43 Fat and 43D This also shows the characteristics of the rack and binion platform 802. . This embodiment will be explained below in two parts. The first part is rack and ・Among the main elements of the Binion platform 802, the control lever 82g is excluded. The latter will be explained in the second part.

Rack and Binion Platform 8o21. is shown in ward and 438 It has an oval shape when viewed from the side. Platform 302 is high ( It has a 820 rear surface. Additionally, opposing outwardly facing adjustment surfaces 822 A pair of opposing lengths as shown in 821 and 1I43A of the leg facing the disc. There are tapered side surfaces 823 and 824 in the hand direction, the latter two of which are opposite surfaces 8 mentioned above. 21.822 as best shown in Figure 43B. Binion platform &02 has two independent groove-like cutouts. , the adjustment surface 8 facing the gear chamber 826 and the member holding recess 828 outwardly. It is provided on the surface of the back 8 le. In addition, rack-and-binion plastic The bottom form 802 is parallel to the back surface 820 and slightly below it faces the disk. From the center of the side surface 821 of the leg, past the member holding recess 828 at the tip of the gear chamber clearing. A modified 6830 is provided that extends straight up to the roller. hole or open The term "modified" as used herein with respect to the mouth is defined as shown in FIG. 43C. As shown above, the winged shaft 81 protrudes from the periphery of the hole due to the protruding key-shaped part. This means a circular hole provided with a keyway 834. Modified hole 830 ( ) faces 825 and 827 of gear chamber 826 and <component holding recess 82Bf)) retaining wall 831, [The gong is arranged so that it appears in the center. Furthermore, as shown in Figure 43r, leg 111247) modified hole 817, modified disc 8 gloss modified The drilled hole 818 and the modified hole 8 nod of the platform 802 are opposite to each other. There is a support in the keyway. Keyway & 341, protruding from the surface of the winged shaft 819 In order to be inserted and engaged with two independent blade-like engagement portions 841, a blunt force is inserted. It is provided. As shown in IU43C, the shaft 8191 and the shaft 7 mentioned above 2) It can be considered that it has been modified. Winged shaft 8194f, holding end 8 43C, which is a cylindrical rod having 38 and an opposing threaded end 839. As you can see, the winged shaft 8191 has an integrally molded part like the yotsugi. That is, the circumferential retaining groove (4), the first engaging part &41, the 2, an engaging portion 842, a threaded end portion 839, and a smooth cylindrical portion 819 that connects them. Ru. The first engaging portion 841 is integrally formed with a pair of similarly shaped keys and a winged shaft 819. and keys &43 protruding from the cylindrical surface in mutually opposite directions; The second engagement portion 842 also includes a pair of oppositely protruding keys &4. Key( 4) and 844 are in the same plane when viewed from the axial direction, as shown in Figure 43C. . In order to insert and install the shaft 819 into the swivel pivot fixed document holder 801 Other parts needed are: retaining split ring 845, modified pinion &amp; This example has a swivel pivot fixed document holder. Modified Binion & 4 in the fixed positioning function around the X axis of Ruder ■1 The 61 roles are described below.

Next I! l! The assembly of this embodiment will be explained with reference to No. 143Bh43c.

Multi-position rotating fixed document holder fish near position U student hand 803 positioning unit The initial stage of assembly in the installation of the material is the same as in the previous embodiment. But above As can be seen from the above explanation, the distal 1 disk fish modified with the paddle positioning member m is rotated. To store in the type pivot fixed document holder 801, use the winged shaft 81v) This is done by Winged shaft 8191. t, For the receiver, insert key 8 into keyway 8M on the insertion side. 43, &l while inserting into the modified hole 817 of 11814. same Similarly, for the shaft 8191, insert keys 843 and 344 into the modified disk and the modified hole 830. It is inserted while aligning it with the groove and bar. Shaft 81 retaining end 838 enters gear chamber 826 After passing through the hole PA9 of the modified pinion and passing through the walls 82'7, &31, the shaft 8 1 kalpa holding end 8 wing 4 finally reaches the holding recess & man in a free state.

Looking again at Figures 43B and 43C, when the shaft is fully inserted into the hole, the retaining shaft 81 A split ring 84 is held in the hole for the purpose. Holding split ring 8451yo, Drilled on the back side 813 of the rack and binion platform 802 The shaft 81 is fitted into the circumferential groove (b) through the holding recess 828 . Thus, Once the shaft 81 is correctly attached to the main body of the platform 8o, the shaft 81 v) The first and second engaging portions are distal to their receiving portions, They will cooperate cooperatively with each of the disc dormitories.

Referring to FIG. 43C, as is apparent when viewing FIG. Final assembly of the shaft 81 to the holder 801 involves screwing the threaded end 839t to the butterfly nut &1. ! This is done by screwing in 7. After the parts are drawn together, When the nut 847 is tightened, the shaft 819 and the pinion position are fixed, and the rotation Structures in other parts of the mold holder 801 are frictionally engaged, and the user intentionally applies force. This frictional positioning maintains a fixed position around the axis (X-axis) unless The function is to install the final component, the control lever 82g, on a rack-and-binion platform. By adding this to form 802, the improvement is dramatically improved.

Referring to Figures 43A and 43D, Figure 43 shows a rack-and-binion platform. Control lever 829'b(l) of form 802 is shown.Control lever 829'b(l) is shown. Installed on platform (equipment) 2, the rotation type holder 801 can be rotated around the X axis. Engage the rack (4) with the pinion and string to secure the free turning position.

The control lever 8294 has a flat trapezoidal handle m, and the latter has a top surface, 6 and a bottom surface. As shown in Figures 43 and 43A, there are a pair of opposing contacts on the bottom and bottom. A pivoting ear 83'7 projects perpendicularly from surface 836 and is rigidly formed. ing. A hole 851 for inserting a shaft 853 described later is provided in each ear. It is. On the back side 836 of the control lever 84, there is also a mark parallel to the short side 855 of the trapezoid. A square rack member 846 is attached, and a semi-rigid flat member is attached to the back surface 836. A U-shaped spring 857 is attached. Rack m and spring 857 are glued together or Mounted using screws. In addition, the rack m and the spring 857 are attached to the handle 832. The teeth of the rack, which may be integrally molded on the bottom surface, are attached to the binoculars through the structure described below. The platform 80 engages with the teeth of the cavity 8, as shown in Figures 43 and 43A. The raised rear surface 820 of 2 has a pair of strongly formed holes 861 that correspond to each other. 85 upright ear stops are provided. Two pairs of ears 837h8591, hands The longer side of the two parallel sides of Le and Q is placed parallel to and apart from each other. ear 837 They can be attached to each other by passing the dozeki 9G imaginary axis &) 3 through holes 851 and 861. . To attach handle 832 to platform addition 2, ears 83'7 and 83' 59 to each other and press the spring &) 7 against the raised back 820. 0 figure, just pass the shaft 853 through the 6s 851 and 861, and bend both ends. 43 and Wl et al., the rotating pivot fixed document holder 801 is completely In the assembled state, rack 846! Wings that are always fixed by the action of spring 857 The attached shaft 81Lv) is engaged with the pinion & silk, and as a result, the book surface PMKI' ) The rotational position around the y-axis is secured.

Thus, unless the user intentionally attempts to disengage and reposition the While the rotation position around the 9 viewing planes x axis continues to be fixed, the rotation position around the y and zllll It will have the ability to freely rotate. If you want to change the rotation position, turn one Grasp the handle 832 and the main body 807 with your hands, and place the book surface and set in the desired direction around the X axis. Turn it into position.

Furthermore, the user can also use the previously described proximal 1 disc 68. Tighten the yl butterfly nut 6Q8 By doing so, it is also possible to fix or prevent rotation around the y-axis. Also already By cooperation between the recess 7f) 8 and the protrusion 77, the turning around the guide is restricted. is also possible. It should be noted here that in this example, the document holder's 180 degrees It is possible to obtain an adjustment angle comparable to that of Ura. This is attached like a document type This is especially important when you are using an item or fixing it above your head to read a book while lying down. It is convenient for

Thus, the swivel pivot fixed document holder 801 (and therefore the multi-position pivot In the fixed document holder (8oO), the rack-and-binion function of the present invention is Even if the rotation around the × axis is fixed, select the holder fish and the writing surface of 801. Friction rotation It has the advantage of being able to be rotated.

At this stage of disclosure, it is important to review certain fundamental relationships of certain embodiments described above. The important feature of this holder is that it has 9 removable multi-position document holders. Even when attached to a fixed support member, it has a multiple-part-one-selection function due to east rotation. There are things to say. Detachable multi-level one-time home mounted on a stationary fixed support base The place setting function of ruler 6 (capital) is that its writing surface 7x rotates around the axis of rotation that is orthogonal to each other This means that each can be positioned independently. Multi-position document holder 6 father : The writing surface in the X-y coordinate plane is fixed and independent in space around the X rotation axis. Possible to position: Can be fixedly positioned independently around the X rotation axis in space. and can be positioned in a limited manner around the dark axis passing through the plate member 728. (with respect to the writing surface or front surface 730 in the x-y coordinate plane perpendicular to the pivot axis), Therefore, the writing surface 730 of the document holder is fixedly positioned in the x-y coordinate plane. , can be described as being able to protrude into space along a wall. Therefore, the original Light multi-position document holder 650i in three planes of imaginary x-y, y-z and z-x It is possible to adjust the position by 1.

Furthermore, it should be noted that: The relative position of the pivot axis, the support position of the cooperating member, and the mechanical This feature contributes significantly to the unique positioning capabilities of the present invention. vinegar In other words, the support means for the X rotation axis (the U7 joint 652 in the near position) is the support means for the dark shaft ( It also supports the distal 1 U student's hand 656) due to the cooperation of the four palanquin positioning members, and the latter Furthermore, it supports the support means (support plate 740) for the dark shaft. Furthermore, it is worth noting The power is that since the first support axis is the y-axis, the added dependent structure (U7 of proximal 1 The adjacent members (suspended from the joint 65) are arranged horizontally in the vicinity of the U7 joint. Due to the mutual cooperation of the placed legs 670 and 672 and gravity, its position around the y-axis is determined. It is maintained. This structure changes the position around the y-axis when supporting the additional rotation axis of the present invention. Requires little adjustment to hold.

The characteristics described below are based on the multivalued 1 holder (holder transmission or holder & illusion) described above. ), if it is installed in a fixed, stationary location. That is, the distance between the X-swivel axis and the X-swivel axis is independent of the support position. Constant; the distance between the d rotation axis and the X rotation axis is constant regardless of the support part 1 .

From the above description, it can be seen that the positioning capability of the multi-position document holder of the present invention is The support base is mounted on a movable support arm projecting into space, as already disclosed. It is clear that the efficacy will be further increased by adding it.

A removable multi-position document holder such as the Various types of document holders and combinations disclosed in patented inventions It is worth noting that you can This reference constitutes a part of this invention. The following considered patent (Hegarty) describes a removable multi-position document holder 650 and 4,787.5%; No. 4,925,145 and Tokyo No. 4,925.1.

Figure 44 = Page or page showing previously disclosed prior art document holder (8) 4 with a binder mechanism for holding documents 856 and front and back covers 860.86 ), and a binder mechanism 854 is attached to the inner surface of the jacket. Ordinary loop leaf binder 852 like the one attached to the back 4 part You can install a long rail 865 near the back m of the outer surface of the jacket 858 by modifying the be. Long rail 885f) The cross section is T-shaped, its narrow and wide parts, vortices, &■ indicates the width of the T edge formed on the reading surface 730 of the multi-position holder 6 shown in Figure A. between the narrow portion and the narrow portion, corresponding to 54 (FIG. 4A). The T-rail 865 has a wide A back plate 868 is provided and attached to the narrow part 867 away from the narrow part 867, and the adhesive Attach the rail to the Loopleaf Binder jacket with a zipper, etc. Another option is a long T-rail 865+! , Jacket Hole It may be molded integrally with the jacket 858 during the manufacture of the holder.

Figure 36 It can be attached to and removed from the paper side of a document holder like the multi-value 1 holder 6 (capital) shown in the picture. It can be installed freely, in that case, T rail 865JiTko 73 saddle opening Insert from the open end and the document holder reaches the center of the writing surface 7, but the end of the T-slot 7 Slide it until it reaches . In this way, the attached document holder 8501 As the user's window remains, the multi-value 11 can be rotated or the holder snoring can be placed in the book reading position. You can change the digit by changing the position.

An improved animal microscope holder will be described as a further form of the present invention. this Document holder 86 Fig. 447) This is an improved version of document holder 8. this In the improved embodiment, not only the cooperative engaging member is attached, but also the outside of the cover is a normal surface. Provides a removable loop leaf binder that can be used even on surfaces Figure 45 shows a loop in which a cooperating engagement member is attached to the inside of the cover of the holder. The inside of the pref binder model has been modified i: 9 showing i type holder 8i39 As shown in FIGS. 45 and 45A, this type 1 boulder has a binder mechanism 854. It is of a type attached to the inner side 822 of the rear cover of the cover 871 of the holder.

Therefore, there is a section along the spine 874 at the inside eight corners of the front cover of the holder. It is desirable to install the rail 872 with a common back. It is divided into two parts 876 and 877 with j7ji, 878.

These two parts are in line with the middle of each set of binder rings (87v). Arranged as shown! be done. As a result, portions 876 and 877 are binder rings. 879 and the cover can be closed without interfering with ring 879. . A Velcro (registered trademark) double-sided fastener m is used to keep the cover open. It is attached to the inside of the back cover 882, and the hook-and-loop fabric of its counterpart As shown in Figure 45B, 9 is attached to the inside of the front cover 8. With this zipper, the S-controller can be disconnected from each other while keeping the cover open. It has a grooved writing surface that cooperates with the holder and is attached to the support of the previously mentioned shikichi. T-rail 872 can be provided in a state. Furthermore, this example uses cooperating members. Latch means may also be included for further engagement. such a means of latch details are disclosed in applicant's previously filed or pending applications and Reference has already been made to U.S. Pat. No. 4.92.5,146. It shall be deemed to be part of this application. Alternatively, the document Ruder & 69i: As shown in Figure 45, there is a label on the inside of the front cover. 0-wear that can be equipped with a removable Velcro 886 (registered trademark) type securing means. Removable Velcro (registered trademark) hook-and-loop fastener W engagement handle The stage is made of Velcro (registered trademark), hook and loop, which should catch it. In cooperation with the fastener 932 engagement means, the multi-purpose, multi-position Class 1 holder illustrated in FIG. You can attach a support type 1 holder like the first one.

Here, a further improved Il microscope support device will be introduced. This multipurpose document support stand 8 fXX7) By combining a number of features and the various forms of the invention described above, each A unique document support device with a great variety of species is obtained.

Looking at the national capitals with reference to Figures 46A, 468g and 46C, one form of the present invention can be seen. The multi-position support base 8% formed based on the rectangular flat plate-like main body 892 Contains. The plate-like main body 892j of the multi-purpose support base, the first and second side surfaces 9 facing each other 00.902 and a plurality of body parts having at least one other side plate. consists of parts. Preferably, the plate-like body includes first and second side plates 904. Ru. The first side plate 904 is attached to the first side wall of the main body part 8, and It is pivotable relative to the body part. Similarly, from the second side plate α to the second side of the main body part 0 body portion 898 attached to plate 9021 and pivotable relative to the body portion; Each of the first side plate 904 and the second side plate 904 has a front surface and a back surface.

For this purpose, a side plate 904 and a fish are attached on the main body part 8g8 so that the fish can be rotated. What is the method? For example, as shown in the figure, each side plate has a is a main body portion 89v) a bottle 908 protruding from a side surface adjacent to the first and second side surfaces; Press fit into the hole 912 provided on the side end surface of the bottle W. Alternatively, it may include a thick free end 910 to prevent removal. This hole 912 is at least partially located in the recessed portion 914 on the back side of the main portion. It may be formed as follows. Bin 9oPAa, at least partially is received in hole 912 and fitted into the recess defined by portion 914; It is stopped by a block 916 and secured to the body by a screw 918 or similar. .

As shown in FIG. 1, the main body 892 of this embodiment includes the support base described above and the support base described herein. It can be attached to other support stands 2. As an alternative, this main body was made in 1991. Including a co-pending application entitled "Multi-Purpose Document Support Stand" filed January 17th (see here (included in this application by reference to) with a wide range of currently available support devices. can be supported. The detailed description disclosed by the above-mentioned co-pending application is incorporated herein by reference. Most relate to the present example described in Figures 46A, 46B and 46C. included in, or recognized as identical to, those disclosed herein.

As shown in section and 46A, this support is a conventional double-arm multifunctional support 920. Such brackets are usually attached to desks, drafting tables, etc. The top is used to support a swing arm type lamp, and the base is fixed to the edge of a desk, etc. be done.

Such a support bracket 92o4 is a swing arm manufactured by Electric Corporation. Used in Room Lamp Model No. 173-7500. like that Support arms are disclosed in the aforementioned US Pat. No. 4,925,146.

As can be seen from Figure 46), the flat plate body 892 is placed on the support bracket , preferably in the center of the 8th section on the back side of the main body part, by the method described in the above-mentioned patent. installed. In this way, the pattern and the already mentioned loop leaf illustrated in 45 ・Binder type document holder & attached to 5o or 869I document support stand It is suspended above the workbench and the viewing angle and rotation angle can be adjusted. support bracket The plate-like body 892 is rotated to the angular position of the appointee around the skin by the cutter 920, and the position is 1 by determining the writing surface 894 and the document holder attached on the writing surface. , for example, you can set the holder and 沁 to various book viewing positions. plate-shaped body The writing surface of 892 lies in the xy plane perpendicular to the two rotation axes. Support bracket 9 nods , enables rotation of the plate-like main body around the Z axis, thereby making the writing surface of the main body x- It enables rotation in the y plane and positioning in the x-y plane. .

Alternatively, the document support can be triangular or pyramidal, as illustrated in Figure 46B. Desk, table or back door of a dome block ηwa or an L bracket (not shown) A support stand that can be placed on a table may also be used; in such a case, the document support stand should be placed on the shaft 92. 4 and a flange 92E provided at one end, and the back of the main body part 8 of the plate-shaped main body. Side 896 is attached to it. The shaft 9244 is formed on the desk support stand 922. The plate-shaped main body 892? /Can be rotated to support stand I'm doing it.

The first side plate 904, the main body part 8 section, and the second side plate Soto each have various types of attachment m. It contains an oval, and on top of the plate-like body, there is a document holder like a loop leaf binder. For example, on the front of the first side plate 9041, One or more Velcro® hook-and-loop attachment strips 932 has been established. Similarly, in front of the main body part 8g8 and the second side plate 906J. An attachment band 932 is provided. Therefore, the first and second side plates 904,906 For the main body part 8g8, all the front faces of those three parts are the front writing surface of the plate-like main body. 894, a series of equally spaced lines are placed on the writing surface of the plate-like body, as shown in the diagram. Parallel hook-and-loop mounting strips will be placed in the area.

Hook-and-loop attachment strip 932 allows attachment to the front or back cover of the document holder or a corresponding hook-and-loop fastener attached to the spine 9 Use a document holder 850, such as a loop leaf binder with 34 By placing the plate-like main body 892 in various positions, the person can place the document support stand in various positions. It is possible to attach and hold the front book surface 894. As an alternative, Figure 45 Modified holder 86v shown in the figure and described above) Zipper installed on the inner side of the front cover Attach a hook and zipper to the inside of the document holder, like a leapfrog. You can also do that. Multiple hooks and loops attached to the writing surface on the front of the plate-shaped main body. Document holders of various sizes can be attached to the document support stand using the loop attachment strip 932. be able to.

Looking at the section with reference to FIG. 46C, it can be seen that the second type of mounting device You can see that it is held on the back. This second type of attachment device is an elastic, Stick scissors 936 or similar. Rotate the first side plate 904 so that the back surface constitutes a part of the 8 examples of the front writing surface of the plate-like main body 892, Spring scissors 9. ’ (It is also possible to make it so that 6 is exposed on the front writing surface of the plate-like main body. Wear. This allows the user to use the spring scissors to write on the front writing surface of the plate-like body. Or you can install a bibliography holder.

Similarly, the second side plate 906 is pivoted relative to the main body portion 898 of the plate-top body, and A document holder support formed to protrude at right angles from the back side of the plate and the second side plate. Another type of attachment device, such as a retaining edge 938, may be used to attach the front writing surface of the board body 892. Therefore, the user of the document support should be able to If necessary, the document holder can also be supported by placing it on top of the support rim.

The main body part of the plate-like body is 8g8+, for example, a document holder with a pattern like ■. may include another type of attachment device for removably attaching the router to the main body. stomach.

Such an attachment device is an elongated bracket having a C-shaped cross section and is illustrated in FIG. It forms a T-shaped groove with at least one open end as described above. C type The bracket is attached to the front of the main body. I presented it to Kokuto as an alternative plan. 8, the main body part 8 has a groove 939 directly in the thickness direction on the front of the main body part 8. The grooves may constitute themselves by forming a The structure constituting the groove, such as the mold bracket), will be explained in the explanation of this example and in the above-mentioned US. It is disclosed in National Patent No. 4,925.146.

The C-shaped bracket or other structure that makes up the T-branch has a flared surface at the end of the groove. 940 is provided to make it easier to insert the elongated rail member &65 with a T-shaped cross section. The T-shaped rail 885I forms part of the document holder, and the rail shown in the illustration - Leaf binder type document holder 8. It may also be attached to the foot part. Alternatively, the document holder 86 shown in FIG. v) Attach to the inside of the divided T-rail 872 and the cover of the document holder. The document holder 850 or the linear T-rail engaging means may be attached to the plate-like body 892. It engages with the T-slot 9 blade, and the document holder can be attached to and detached from the writing surface 894 on the front of the plate-shaped main body. attached to allow the user to adjust to various angular positions.

A document holder with a T-rail attached to the T-groove 93g of the main body part of the plate-like main body 892. 850 or 86 support (to ensure that it remains securely held on the document support) In other words, the document holder may come off the support base or slip from the open end of the groove 9 blade. To prevent the opening end of the groove from opening freely, the key allows the thumbtack to be inserted. Specifically, as shown in the collection with reference to the national capital, books with a plate-shaped body may be provided. Groove 9426 perpendicular to T-groove 93g4 formed in body portion 898 (main body portion Formed in minutes.

The groove 942 is provided to intersect the T-groove 93g, and has various shapes across the open end of the T-groove. It has a built-in elongated rod 9k that can be used to determine the position. Knob g4I51 thinner It is attached to a long keyaki 9k, and it is passed through the square hole 948 made on the back side of the main body. It's growing. The user grasps this knob and slides the key stick to open the T-groove 9. You can close or open the corner of your mouth. This frictionally attached key mechanism The T-rail 865 of the router is accidentally inserted into the open end of the T-groove formed in the plate-like main body 892. prevent it from slipping down.

The above-described key mechanism is disclosed in U.S. Pat. No. 4,925,146 (Hegarty). This is an alternative to the previously described key engagement means, and the latter can also be applied to the above embodiment. can be done.

The first and second side plates 'Ik) 4, to ensure that the fish rotates relative to the main body part 898. In order to prevent An ear 950 is provided that projects outwardly from the main body portion. The surface is configured to receive an ear when the side plate rotates with respect to the main body part of the plate-like body. A recess 95 having dimensions and position 1 is provided so as to form a recess 95. Ear 950 and The recess 952 of the main body part that engages with it is and rotate 180 degrees, thereby allowing the front or back side of each side plate to be With respect to the main body part so that both of them form a part of the front writing surface 8 of the plate-shaped main body 892. To enable positioning. Additionally, each ear 950 and each indentation 9 Attach Velcro hook and loop fastener 954 to 52. , the first and second side plates 904,906 are maintained in a desired position relative to the body portion 898. You can make it possible to hold it.

As is clear from the above explanation and accompanying drawings, the multipurpose document support stand 890Jfm is easy to construct. It has a small number of parts and is easy to manufacture. This support platform supports documents and a wide range of document holders, such as regular or modified loop leaf binders, Books, or other similar items, can be supported in a variety of ways. document support The various support mechanisms installed on the support stand should be carefully designed so that they do not interfere with other attachments on the support stand. used and positioned individually. As you can see from the attached diagram, there are 4 different models. A type 1 mounting 81is including M is provided on the multi-purpose document support.

The features of the eight multi-purpose support stands described above are those adopted in many of the support stands of the present invention. 7 and 47A, the features of the main body 892 of the multi-purpose support stand 8 are described here. Also, if it is incorporated into the structure of the recessed movable document holder 522 described above, a new As a new embodiment, a mobile multi-purpose copy holder 95 with symmetrical functions 6 is born. Spring scissors 93 on pivotable upper and lower parts 905 and 907 By providing a suitable attachment means such as the holding edge 9, the first attachment surface 957 and , with a second mounting surface %9 opposite it (symmetrical component described with reference to the drawing) A symmetrical removable multi-purpose document holder 956 (such as P Holder 54) is created. As can be seen from Figures 47 and 47kfJ, the spring scissors 936 and/or Support edge 93&l, either the first or second mounting surface 957 or 95 from one side to the other (second or first mounting surface 957 or 95v, respectively). I can do it. The mobile multi-purpose copy holder 95 is the mobile copy holder 95 described above. It is somewhat similar to Ruder 522, and has a T-shape 958 on each of its mounting surfaces. It is also possible. Arrangement of mounting surface 957 or 959A- similar to mounting means 936 The device can be installed by suitably selecting with respect to the fixed support flange m1. It can be used by placing it on either the left or right side of the user.

Furthermore, as shown in the diagram, most of the structure of the main body 892 of the multipurpose support stand 8 The features and structure of the removable multi-part 1 calligraphy holder 6 mentioned above or already mentioned When combined with the majority, another new removable multi-purpose multi-position document holder 4 is born. It will be done.

In the illustrations, the same reference numbers used in the description of Examples 650 and 8% are used. Therefore, the removable multi-purpose, multi-part, one-time observation holder 4 of this embodiment has these features. Based on It shows that it is out. From the above description, as shown in FIG. Not only can type 1 be positioned symmetrically in space, but also a wide range of engagement is possible. It is clear that even a flexible document holder can be pivotally mounted and positioned. It's empty.

In view of the foregoing, the present invention provides a support that significantly improves current document support technology. It offers a wide range of document supports and document holders with positioning ability. I understand that. Symmetrical features disclosed herein are symmetrically formed and symmetrically To provide a document support that can be described as positionable and capable of functioning symmetrically. It is something.

As is clear from the structure illustrated and described in the attached figures, these document supports are simple in construction. It is simple, has a small number of parts, is easy to manufacture, and can be used to convert documents or document holders into a variety of 9 The document support of the present invention is such that it can be received and held in a reading position. It is considered to be a plastic structure, but other materials, e.g. sheet metal or wood It is also possible to manufacture.

Although the detailed description of the present invention has been made with reference to the accompanying drawings, the present invention These examples are not intended to be limited to their exact appearance; Various other modifications may be made by those skilled in the art without departing from the scope or idea of the invention. It should be understood that this includes any changes and modifications.

Fig, 14 16347352 □6 half Book + ・ +3. . −′ 350 0 3qs 74 gu1 353' o, 96 354.

Fig, 25 Fig, 30 Fig, 31 Fig, 34B Fig, 37 Fig, 42A Fig, 42B ~(○km~ to I~- ~%/’+h/”+-(Tl-Fig, 45 Fig, 47 international search report Continuation of front page (81) Designated countries EP (AT, BE, CH, DE.

DK, ES, FR, GB, GR, IT, LU, NL, SE), 0A ( BF, BJ, CF, CG, CI, CM, GA, GN, ML, NiR, SN, T D, TG), AT, AU, BB, BG, BR, CA, CH, C3, DE , D.K.

ES, FI, GB, HU, JP, KP, KR, LK, LU, MC , MG, MN, MW, NL, No, PL, R○, SD, SE, S U, U.S.

Claims (50)

[Claims] 1. a support body having a member movement surface; A multi-position protrusion assembly having a proximal end and a distal end, the distal end being supported by a support body. arm member; a first aperture formed within the bracket for supporting the arm member on the bracket; A movable support bracket member that is a support means for the support body, and a bracket on the member movement surface of the support body. A bracket provided on the member movement surface of the support body to detachably attach the racket member. The movable support bracket member is composed of a racket member attachment means, and the movable support bracket member is attached to the support body. including means for engagingly cooperating with the support bracket member attachment means; The support bracket member attachment means includes a member moving means, and the member moving means includes a movable bracket. engagingly move the socket member to a plurality of fixed support positions on the member movement surface of the support body. means for projecting in cooperation with the movable bracket member and the supporting body. A multi-position object that fixedly supports the distal end of the arm member at a plurality of fixed spatial positions. Product support stand. 2. In the multi-position article support stand according to claim 1, the member attachment means is the main part. means for defining an elongated groove provided on a surface of movement of the body, the means for defining the groove comprising: The cross-sectional shape is roughly T-shaped, with one narrow part and a wide part connected to it. A multi-position article support that forms a groove. 3. In the multi-position article support stand set forth in claim 1, the member movement of the support body is The moving surface is in the y-z coordinate axis plane perpendicular to the horizontal x-axis, and The arm support means is provided perpendicularly to the moving surface of the support body, and the first arm support means has a multi-position support surface for supporting a multi-position protruding arm member; further selectively positioning the distal end of the arm member along the x-axis in the planar support direction; A multi-position article support stand that allows holding. 4. In the multi-position article support stand according to claim 3, the support body has one support body. It is a rectangular prism and has a front member movement surface on which the member is attached and a back surface opposite to it. multi-position article support such as 5. In the multi-position article support stand according to claim 4, the support member attachment means includes means for defining an elongated groove provided on the moving surface of the body, and a means for defining the groove; The tiers are generally T-shaped in cross-section, with outer tiers facing outward on the writing surface. A groove consisting of a narrow section and a wide section facing inward from the surface of the writing surface. A multi-position article support stand, such as forming a 6. In the multi-position article support according to claim 5, means for completing the groove. is connected to one back plate and the opposite end surfaces of the side plates, and extends from the back plate at right angles to the same side. It consists of a pair of side plates, and a pair of arms connected to each side plate and facing inward. The arms are placed apart from each other so that the distance between them is narrow, with a long and narrow groove. The arm and back plate form a long and narrow groove by being placed away from the back plate. The back plate is spaced inward from the member movement surface. The means for defining the groove are in the same plane as the plane of member movement. , and a multi-position article support that is arranged to extend inwardly from it. 7. a first member having a first front member movement surface, a support body and a proximal end and a distal end; a second member, a movable multi-position projecting arm member formed within the bracket; a third member that is a first arm support means for supporting the arm member on the bracket; , second and third movable mold parts are disposed on the movable support bracket member and the member movement surface of the support body. A movable component holder is provided on the component moving surface of the support body to removably attach materials. the second and third movable members are in engagement with the member attachment means of the support body; including means for jointly cooperating; The movable member attachment means includes a member moving means, and the member moving means is attached to a second and a third movable member. Engagingly moves the bracket member to a plurality of fixed support positions on the member movement surface of the support body means for causing the protruding arm to move in cooperation with the movable member and the supporting body. a multi-position article support, such as fixedly supporting a distal end of a member at a plurality of fixed spatial locations; Holder. 8. In the multi-position article support stand according to claim 7, the multi-position protruding arm The proximal end of the member is pivoted about the y-pivot axis, and the member moving surface of the support body is in the y-z coordinate plane perpendicular to the planar x-support axis, the first arm support means The first arm support means is provided at right angles to the moving surface of the holding body, and the first arm support means has a multi-position protrusion. There is a support surface with multiple positions for supporting the arm member, with a horizontal support direction. permitting further selective positioning and support of the distal end of the arm member along the x-axis; A multi-position article support stand. 9. In the multi-position article support stand according to claim 7, the support member attachment means includes means for defining an elongated groove provided on the moving surface of the body, and a means for defining the groove; The steps are generally T-shaped in cross section and are arranged outwardly on the surface of the member movement surface. It consists of a narrow part on the side and a wide part located inward from the surface of the member movement surface. A multi-position article support stand that forms a groove. 10. In the multi-position article support stand according to claim 7, there is one support body. It is a rectangular prism, and has a front surface on which a member is attached and a back surface opposite to it. A support stand for ornaments. 11. In the multi-position article support stand according to claim 10, the support member attachment the means for defining an elongated groove on the moving surface of the body; The means for moving the member has a generally T-shaped cross section and is disposed facing outward on the surface of the member moving surface. It consists of a narrow outer part and a wider part facing inward from the surface of the member moving surface. A multi-position article support that forms grooves that resemble 12. In the multi-position article support stand according to claim 11, the support bodies are mutually arranged. a right-angled member comprising first and second panel portions forming a right angle; , a multi-position article support in which the member movement surface is in front of the second panel portion. 13. In the multi-position article support stand according to claim 12, the support body further comprises: symmetrical with a third panel located opposite and perpendicular to the first panel section. a multi-position article formed with a third panel portion having a second front member movement surface; Support stand. 14. a support body having a first front member movement surface and a multi-position projection having a proximal end and a distal end; The arm member is removably attached to the arm member and the member moving surface of the support body. arm member mounting means provided on the member moving surface of the support body for the purpose of The arm member includes means for engagingly cooperating with the member attachment means of the support body. and The arm member attaching means includes a member moving means, and the member moving means supports the arm member. means for engagingly moving the plurality of fixed support positions on the body member movement surface; Thus, the distal end of the multi-position protruding arm member is fixedly supported at a plurality of fixed spatial positions. multi-position article support such as 15. In the multi-position article support stand according to claim 14, a portion of the support body Because the material movement plane is in the y-z coordinate plane perpendicular to the horizontal x-axis, The distal end of the positioning arm is movable along a plane parallel to the y-z coordinate plane. Position article support stand. 16. In the multi-position article support stand according to claim 15, the support body includes one It is a rectangular prism with a front face on which the member is attached and a back face opposite to it. Position article support stand. 17. In the multi-position article support stand according to claim 16, the multi-position protruding part A multi-position article support, wherein the arm member includes telescoping means. 18. In the multi-position article support stand according to claim 16, the movable multi-position The arm member is a protruding combination member, and the combination member is a support bracket having a first arm support means disposed at right angles to the Position article support stand. 19. In the multi-position article support stand according to claim 18, the protruding combination assembly The proximal end of the arm member is pivotally supported about the y pivot axis, and the proximal end of the arm member is has a multi-position support surface for supporting a multi-position protruding arm member, and further selectively positioning the distal end of the arm member along the x-axis in the planar support direction; A multi-position article support stand that allows holding. 20. In the multi-position article support stand according to claim 16, the support bodies are mutually arranged. and a right-angled member comprising first and second mounting panel portions forming a right angle to each other. , the first member movement surface is in front of the second panel, so that the support is oriented A multi-position article support stand that functions symmetrically even when the position is changed. 21. In the multi-position article support stand according to claim 20, the multi-position protruding part The beam member is a combination type symmetrically formed member, and pivots around the y-pivot axis. the second member is supported at a right angle to the member movement plane of the support base, and the combination member is disposed at right angles to the member movement plane of the a support bracket having a first arm support means, the bracket member further having a first arm support means; a second arm support means opposite the first arm support means, whereby the combination Transferring both the first and second parts of the symmetrical functional support body in cooperation with the floating arm part. a multi-position member fixedly supporting the distal end of the combination arm member on the moving surface; A support stand for ornaments. 22. In the multi-position article support stand according to claim 21, the first arm the means has a support surface with a plurality of fixed support positions, and the second arm support means also Multi-position article support, such as having a plurality of fixed support positions. 23. In the multi-position article support stand according to claim 16, the support body is symmetrically formed and having a second member movement surface, the second member movement surface interfering with the first member movement. Multi-position article support placed on opposite sides of the surface. 24. In the multi-position article support stand according to claim 23, the multi-position protruding part the arm member is formed as a protruding combination arm member, and the distal end of the protruding arm A multi-position article support stand pivot-supported around the y-swivel axis. 25. In the multi-position article support stand according to claim 20, the support body further comprises: symmetrical with a third panel located opposite and perpendicular to the first panel section. a multi-position article formed with a third panel portion having a second front member movement surface; Support stand. 26. In the multi-position article support stand according to claim 25, the multi-position protruding part the arm member is formed as a protruding combination arm member, and the distal end of the protruding arm A multi-position article support stand pivot-supported around the y-swivel axis. 27. In the multi-position article support stand according to claim 25, the support body is is formed on the housing of the video display monitor, and has first and second member movement surfaces. a multi-position article support, with the mounts on opposite sides of the monitor; 28. In the multi-position article support stand according to claim 27, the multi-position protruding part the arm member is formed as a protruding combination arm member, and the distal end of the protruding arm A multi-position article support stand pivot-supported around the y-swivel axis. 29. In the multi-position article support stand according to claim 28, the combination type protrusion A multi-position article support platform in which the arm member includes telescoping means. 30. In the multi-position article support stand according to claim 29, the support stand is Multi-position article support without tension stress means. 31. A video device including a support body having an enclosure incorporating a first member movement surface. display monitor, In order to removably attach the movable multi-position arm member to the member moving surface of the monitor, It consists of an arm member mounting means provided on the member moving surface of the The attachment means includes a member moving means, and the member moving means moves the multi-position protruding arm member to the support book. A hand that engageably moves to a plurality of fixed support positions on the body member movement surface and provides fixed support. a step, thereby securing the distal end of the multi-position projecting arm member to a plurality of fixed spatial positions; To removably attach a movable multi-position protruding arm member that provides constant support. Supports body type video display monitor. 32. The support body video display monitor according to claim 30 , the monitor housing further includes a second member movement surface, and the second member movement surface is configured to move the monitor. a supporting body-type video display disposed above and opposite the first member movement plane; ·monitor. 33. The support body video display monitor according to claim 31 a supporting body-type video display monitor, wherein the supporting body has tilting means; . 34. The support body video display monitor according to claim 33 A video display monitor with a support body, the support body having stabilization means. Ta. 35. The movable multi-position protruding arm member and the movable multi-position protruding arm member are detachable. A support unit for mounting a support unit on a video display monitor combination. A hand-held video display monitor displays a national polity incorporating a first member moving surface. Includes a video display monitor that includes a support body with a movable protruding multi-position In order to detachably attach the arm member to the movable surface of the monitor, use the arm member attachment. The attaching means is provided on the member moving surface of the monitor, and the arm member attaching means is provided on the member moving surface of the monitor. The member moving means moves the multi-position protruding arm member onto the member moving surface of the support body. means for engagingly moving and fixedly supporting a plurality of fixed support positions of the A movable multi-position projecting arm member engageably cooperates with the distal end and the member attachment means of the support body. and means for forcing the distal end of the multi-position arm member into a plurality of protruding positions. A combination that allows for positioning. 36. In the combination according to claim 35, the monitor housing further comprises a second , the second member moving surface is on the opposite side of the first member moving surface on the monitor. A combination arranged in . 37. In the combination according to claim 35, a movable multi-position projecting arm A combination where the member is a projecting combination arm member. 38. In the combination according to claim 35, the support body includes tilting means. A combination like that. 39. In the combination according to claim 38, the support body has stabilizing means. A combination that includes. 40. In the combination according to claim 37, the protruding combination arm member The members are symmetrically formed, pivot supported around the y-pivot axis, and the combination The mold member has a first arm support means arranged at right angles to the member movement plane of the support base. a support bracket having a first arm support means; having opposite second arm support means, thereby facilitating cooperation with said combination arm member; said combined arm on both the first and second member movement surfaces of the symmetrical functional support body under a force; A combination in which the distal end of the arm member can be fixedly supported. 41. A flat, plate-shaped support body with a front book surface and an opposite back surface, and a support book. a document attachment means provided on the writing surface of the body for attaching documents to the body; Position the plate-shaped main body at selectable square positions around multiple pivot axes, and place the main body on the back side. means for supporting the main body. However, the pivot support means for supporting the plate-shaped main body is a two-axis positioning means, that is, a second pivot axis, a distal attachment means coaxial with the x-axis; and a third pivot axis, a proximal attachment means coaxial with the y-axis. and a mounting means; The distal attachment means allows the writing surface to be independently positioned about a second pivot axis, the x-axis. It is pivotally supported on the back side of the main body, and further consists of a proximal support means. is, The proximal attachment means is for independently positioning the writing surface around the third pivot axis, the y-axis. multi-position document holder, such as attached via a pivot to the proximal support means of the - equipment. 42. In the multi-position document holder device according to claim 41, the two-axis position Multi-position documents where the positioning means is a single member near the back of the plate-like member holder device. 43. In the multi-position document holder device according to claim 41, the distal The attaching means has a control means, the control means does not have a pivot adjustment knob, and the control means does not have a pivot adjustment knob. and means for selectively fixing the pivot position of the shaped body about the second pivot axis, the x-axis. A multi-position document holder device. 44. In the multi-position document holder device according to claim 43, the control hand A multi-position document holder device, wherein the stage includes a pivot control lever. 45. In the multi-position document holder device according to claim 44, the control hand Multi-position document holder systems where the tiers further include rack-and-binion means. Place. 46. In the multi-position document holder device according to claim 41, the main body support The holding means further pivotally supports the plate-like body about the first pivot axis, the z-axis, and supports the plate-shaped body at a selectable angle. The body is supported on the back side by body support means. The main body is pivoted around the supporting means to open the writing surface and the writing surface mounted thereon. can be independently positioned in multiple selectable book positions around the z-axis. , a multi-position document holder whose writing surface lies in the x-y coordinate plane perpendicular to the Z pivot axis. Device. 47. In the multi-position document holder device according to claim 46, the two-axis position Multi-position documents where the positioning means is a single member near the back of the plate-like member holder device. 48. It has a flat plate shape, with a writing surface on the front and a back surface on the opposite side. It is composed of a plurality of parts including a main body part having side surfaces, and the first and second side end faces are each each having first and second side edges, the first side plate portion being attached to the first side surface of the main body portion. and the first side plate portion has a plate-like main body having a front surface and an opposite back surface. , a means for removably attaching the document holder to the main body; The first attachment means arranged on the front and back sides and the document holder can be attached and detached to the main body. A second mounting means arranged on the front of the main body portion. The first side plate portion is configured to pivot about a pivot axis perpendicular to the first side edge of the body portion. the first attachment means selectively attaches to the front side of the plate-like body; a first pivoting position such that it is on the writing surface of the body; and a first attachment means selectively positioned on the back side of the body. It is possible to select either the second rotation position such as on the surface, moreover A document holder consisting of a plate-like main body support means that supports the main body from the backside can be attached and detached. Multi-purpose document holder device for easy installation. 49. It has a flat plate shape, with a writing surface on the front and a back surface on the opposite side. It is composed of a plurality of parts including a main body part having side surfaces, and the first and second side end faces are each each having first and second side edges, the first side plate portion being attached to the first side surface of the main body portion. and the first side plate portion has a plate-like main body having a front surface and an opposite back surface. , a means for removably attaching the document holder to the main body; The first attachment means arranged on the front and back sides and the document holder can be attached and detached to the main body. a second attachment means for attaching, the second attachment means being disposed in front of the main body portion; The first side plate portion is configured to pivot about a pivot axis perpendicular to the first side edge of the body portion. the first attachment means selectively attaches to the front side of the plate-like body; a first pivoting position such that it is on the writing surface of the body; and a first attachment means selectively positioned on the back side of the body. It is possible to select either the second rotation position such as on the surface, moreover A plate-like main body support means that supports the main body on the back side, and a rotatable plate-like main body as a main body support means. The main body can be attached to the writing surface and positioned at a selectable angle position around the Z rotation axis. for positioning the document holder mounted thereon in one of a plurality of reading positions; is pivotable on the support means, and the writing surface is in the x-y coordinate plane perpendicular to the z-axis. , the writing surface of the plate-shaped main body is rotated in the x-y coordinate plane, and its posture is changed in the x-y coordinate plane. The document holder can now be pivoted around the z-swivel axis for adjustment. Multi-purpose document holder device for removable installation. 50. In the multi-purpose document support stand as set forth in claim 49, around a pivot axis perpendicular to the second side edge of the main body portion. It has a second side plate part that can pivot, and the second side plate part has a front side and a back side opposite to the front side. The second side plate part has a fourth side plate for removably attaching a document holder to the main body. The fourth mounting means is attached to either the front or back surface of the second side plate portion. the second side plate portion has a fourth attachment means on the writing side of the plate-like body; a first pivot position and a second pivot position in which the fourth attachment means is on the back side of the plate-like body. A multi-purpose document support stand that can be pivoted to select one.