JP3043575U - Keyboard stand with separable palm rest pillow - Google Patents

Abstract

(57) [Abstract] [PROBLEMS] A computer keyboard stand is very important for a person who specializes in key input work.
This is because long-time input causes fatigue of the finger joints and may cause palm damage for a long time. For this reason, a multimedia keyboard having a so-called palm rest area has become popular. However, this kind of integrated multimedia keyboard has the drawbacks that it has a very large volume, cannot be stored, and is very expensive. Therefore, in general, the standard keyboard is still used most often. The present invention provides a computer desk keyboard stand with a palm rest pillow when a standard keyboard is used and a palm rest pillow when a multimedia keyboard is used according to the needs of the operator. It corresponds to. It's also a challenge that vendors have been waiting for.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a stationary computer peripheral equipment. When installing computer peripherals such as a mouse or digital board, we often see the above-mentioned items scattered on the computer desk due to the lack of a fixed position. How to set up another space so that it can be operated on it is an issue worth exploring. Through the experience of researching and developing computer peripheral products, the applicant has developed a keyboard stand that overcomes the above problems and can be equipped with a standard keyboard or a multimedia keyboard. At the same time, a mouse pad (Mouse Pad) that can be pulled out or stored on the side of the mouse was installed to facilitate the operation of the mouse or digital board.

[0002]

[Prior art]

 Known computers are generally composed of a main machine, a display, a printer, and a keyboard. The above-mentioned items are usually placed on a computer desk for the convenience of operation. Since the keyboard is basically installed in the computer, all known computer desks have a keyboard stand that can be pulled out and stored, and is used for installing the keyboard.

[0003]

[Problems to be solved by the device]

 From the viewpoint of a specialist who specializes in key input work, the keyboard stand described above often causes indirect hand fatigue and long-term palm injury in the long run. For this reason, in recent years, standard keyboards have gradually become popular as multimedia keyboards having a so-called palm rest. However, this type of integrally molded multimedia keyboard has the drawbacks that its volume is very large, it cannot be stored, and it is expensive. Therefore, many ordinary users still use the standard keyboard. For this reason, how the computer desk keyboard stand installs the palm rest pillow when using a standard keyboard and not installing the palm rest pillow when using a multimedia computer is in line with the user's needs and the vendor. Is an issue waiting to be resolved.

[0004]

[Means for Solving the Problems]

 The present invention is a kind of keyboard stand that can separate the palm rest pillow. It uses a pulley rail device on either the left or right side of the keyboard stand to connect it to a mouse pad, and puts the mouse pad on one side of the keyboard stand and pulls it out so that it can be stored.

[0005]

[Embodiment of the invention]

 As shown in the drawing, the present invention basically comprises a keyboard stand 1, a palm rest pillow 2, both side plates 3, an adjusting mortise 4, a mouse pad 5, and a pulley rail device 6. The keyboard stand 1 can be used for actual use, and when the palm rest pillow 2 is not connected, it can be used for a large keyboard with a palm rest area. On the other hand, after fitting the palm rest pillow 2 and the keyboard stand 1 to each other, the stand surface 11 can put a standard keyboard on it and leans against the palm rest pillow 2 snugly. At this time, both of our hands can be placed on the pillow surface 22 to perform key input work.

[0006]

【Example】

 As shown in FIG. 1, the keyboard stand 1 is a flat plate body, and in front of a stand surface 11 on the upper surface thereof, a few stand holes 12 are provided for use in fitting connection with a palm rest pillow 2 which will be described later. There is. In addition, lock holes 131 are formed in the stand recesses 13 on both sides of the stand recess 13 so as to be fixed so that the stand recesses 13 can be pulled out and stored in the computer desk after being connected to a known pulley rail device. Moreover, a few hook holes 132 are separately provided in the stand recess 13 to seal the side plate 3. Further, in order to prevent the keyboard from freely moving to the left and right, there are guards 14 extending upward on the left and right sides of the stand 1, respectively. At the same time, in order to increase the localization rigidity of the keyboard and the stand 1 and prevent the keyboard from sliding on the stand surface 11, the stand surface 11 is slightly laterally indented. It has increased friction. In addition, in order to prevent the keyboard from moving backward, an adjustment hole 16 is installed in the center rear side of the stand surface 11, and parallel wave-shaped hole teeth 161 are installed in front of the bottom surface (see FIG. 3). Has been done. In addition, two parallel hole edges 162 are installed on the peripheral edge for connecting with the adjusting tenon 4, so that the front and rear position movement adjustment is possible. When not using the above-mentioned pulley rail device but intending to use the telescopic bar device having the telescopic effect, the bottom of the stand 1 is symmetrical and has a hole-fitting tenon for fixed connection. 17 can be installed. Further, for the sake of aesthetic appearance, the hook holes 132 in the stand recess 13 described above can be fitted with the side plates 3, respectively, so that the stand recess 13 is in a flat and regular state.

[0007] At the same time, in consideration of our convenience of key input, in the center of the front of the stand surface 11 of the present invention, a surface depression 18 is depressed so that various items such as writing instruments can be placed. doing. The palm rest pillow 2 is a rectangular arcuate object, and the hooks 21 extend downward corresponding to the respective stand hole 12 portions. The key hooks 21 are respectively inserted into the stand holes 12 and engaged with each other so that both hands can be placed on the arcuate pillow surface 22 above them for the convenience of key input work. At the same time, in consideration of the design for accommodating the object of the palm rest pillow 2, it corresponds to the planar depression 18 and the box-shaped depression 23 is formed by depression. In addition, box mortises 231 extend to the upper rear of the box, facing each other, and engage with the corresponding box holes 241 on both sides of the box lid 24 so that the box lid 24 can be opened and closed. I am in a state. Moreover, a soft rug can be pasted on the pillow surface 22 in order to provide comfort when placing and holding the palm. Next, the tenon 42 is fitted into the hole edge 162 at the bottom of the adjusting hole 16 so that the sliding movement can be adjusted in the adjusting hole 16. In addition to this, there is an upward hook 43 projecting upward in front of it, which meshes with the hole tooth 161 to form a localization effect.

In addition, a mouse pad 5 (depending on the user's right hand or left hand habit) may be installed on one side of the keyboard stand 1 of the present invention. It uses the action of the pulley rail device 6 so that it can be pulled out or stored under the stand 1, and the mouse, digital board, tablet, or glide-point is a flat plate-shaped instruction. The device, which is a device that shifts its position when the fingers slide over it, is also used to position and position the device. See FIGS. 3, 4, and 5. Regarding the above-mentioned mouse pad, on the left and right front and rear sides of the bottom of the keyboard stand 1, there are platform supports 19 each having a few holes, which are used to lock and fix the pulley rail device 6. The mouse pad 5 is a flat plate having a long rectangular shape, and the size thereof fits between the front and rear platform supports 19. The top is a plate surface 51, which is used for mounting and positioning a mouse, a digital board, a tablet, or a glide point. On the front and rear sides of the bottom surface, plate supports 52 each having a few holes are installed, and are fixedly locked and connected to the sheave rail device 6. In addition, a board edge 53 extends outward on one side of the mouse pad 5 for the stool to pull it out. The pulley rail device 6 includes two fixed rails 61 and two slide rails 62. The inner fixed rail 61 is an L-shaped thin piece body, which is fixedly fitted into the above-mentioned platform support 19 by facing each other, and is installed on one side of the keyboard stand 1. On its vertically oriented rail plate 611 there is a laterally elongated rail groove 612 installed which allows the slide rail 62 to slide between the two rail grooves 612. Further, rail holes 613 are installed at both the front and rear ends of the rail groove 612, and the rail holes 613 are fitted and fixed to two facing packings 63, and the range of forward and backward movement is limited. The slide rails 62 are L-shaped thin pieces, and are fixedly connected to the plate supports 52 so as to fix the slide rails 62 to the front and rear of the mouse pad 5. Among them, two or more than two rail mortices 621 extend outward at one end of the slide rail 62, and the pulleys 64 each having a size corresponding to the rail groove 612 are fitted together. One side of the pulley 64 has a pulley edge 641 larger in size than the pulley, and when the pulley 64 is set in the rail groove 612, the pulley edge 641 mutually supports the inner edge of the rail groove 612. As a result, the pulley 64 is not separated from the slide rail 62. In this way, the mouse pad 5 can be pulled out and stored on one side below the keyboard stand 1.

The padding 63 described above is a solid material having elasticity. Inside it is one or more top ends 631 and on the outside is a diagonally extending stuffing tenon 632. The distance between them is equal to the thickness of the rail plate 61, and inside the stuffing tenon 632, there is a rod tenon 633 that is obliquely cut. Therefore, the rails 613 can be easily inserted into the rail holes 613, and the rail holes 613 are supported by each other so that the rails 613 are not separated from the fixed rail 61. When the sheave 64 contacts the tenon 632, it compresses the tenon 632 for convenience over the tenon 634 and subsequently enters the rail groove 612. At this time, the stuffing tenon 632 loses the pressure from the pulley 64 and is restored to its original shape, supporting the tenon head 634 and the pulley 64 against each other, and pulling them forward or backward for the convenience of operation. Form a storage orientation towards.

[0010]

[Effect of the invention]

 The keyboard stand of the present invention can hold a large keyboard (for example, a multimedia keyboard) when the palm rest pillow is not used. Also, after connecting the keyboard stand and palm rest pillow, a standard keyboard without a palm rest area can be set aside for the convenience of the user. Moreover, guards are installed on both left and right sides of the present invention, and an adjustable tenon is provided at the rear. Therefore, the keyboard can be stably placed on the keyboard stand.

The keyboard stand of the present invention can be used for connecting a known pulley rail device or a telescopic bar to accommodate different drawers or storages. When using a telescopic bar, the stand dents on both sides of the bar are sealed together with the side plates to enhance the appearance.

A pencil case is installed on the keyboard stand or palm rest pillow of the present invention, and stationery such as writing instruments can be stored.

The keyboard stand of the present invention has a retractable mouse pad on the side surface, which is used for stationary and operation of a mouse, a digital board, a tablet, or a glide point.

The mouse pad of the present invention can be installed on the left side or the right side of the keyboard stand to suit the user's usage habits.

[Brief description of the drawings]

FIG. 1 is an exploded view of a keyboard stand and palm rest pillow of the present invention.

FIG. 2 is a three-dimensional view of the adjusting tenon of the present invention.

FIG. 3 is a bottom view of the keyboard stand of the present invention.

FIG. 4 is an exploded view of the mouse pad according to the present invention.

FIG. 5 is a three-dimensional view of the filling machine of the present invention.

FIG. 6 is a stereoscopic view of the present invention.

[Explanation of symbols]

 1 Keyboard Stand 2 Palm Rest Pillow 3 Side Plate 4 Adjusting Mortice 5 Mouse Pad 6 Pulley Rail Device 11 Stand Surface 12 Stand Hole 13 Stand Cavity 14 Guard 15 Face Engraved 16 Adjustment Hole 17 Fitting Mortise 18 Planar Cavity 19 Stand Support 21 Key Hook 22 Pillow surface 23 Box-shaped dent 24 Box lid 31 Plate groove 41 Tatetai 42 Tenonigaku 43 Upward hook 51 Plate surface 52 Plate support 53 Plate edge 61 Fixed rail 62 Sliding rail 63 Stuffing frame 64 Pulley 131 Lock hole 132 Hook hole 161 hole Tooth 162 Hole edge 231 Box mortise 241 Box type hole 611 Rail plate 612 Rail groove 613 Rail hole 621 Rail mortise 631 Top edge 632 Stuffed tip mortise 633 Rod mortise 634 Mortise head 641 Pulley edge

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[Procedure amendment]

[Submission date] September 30, 1996

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Claims for utility model registration

[Correction method] Change

[Correction contents]

[Utility model registration claims]

7. The stuffing stick is a solid material having elasticity and has one or more top ends on one side thereof, and a stuffing tenon extending diagonally on the other side. And the distance between them is equivalent to the thickness of the rail plate.
Corresponding to the position of the rail holes, diagonally shaved rod mortises are provided, these mesh with each other and support each other, and the pulley is stuffed with tenons when passing through the tenons. Squeezing, past the tenon head above it, and then falling into the rail groove, the stuffing tenon regains its elasticity and reciprocally supports the pulley, thus restricting its withdrawal or storage. The pulley rail device according to claim 5. ────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] June 16, 1997

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Name of device

[Correction method] Change

[Correction contents]

[Title of device] Keyboard stand with separable palm rest pillow

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] Claims for utility model registration

[Correction method] Change

[Correction contents]

[Utility model registration claims]

Claims (7)

[Utility model registration claims] 1. A keyboard stand comprising a kind of separable palm rest pillow. It includes a flat panel keyboard stand with some stand holes in front of its surface. The palm rest pillow is an arcuate rectangular object whose length corresponds to the keyboard stand, which corresponds to each of the stand hole parts mentioned above, and which has a downward facing hook for fitting into each other. In addition, the arcuate pillow surface above it is used to rest the palm. 2. A stand recess is provided on each side of the keyboard stand having the separable palm rest pillow according to claim 1. A few lock holes are opened on it and used for connection with a known pulley rail device. In addition, a few hook holes are opened in the stand dents that correspond in size to the side plates. Is growing. In addition, guards extend upward on both sides of the keyboard stand to prevent the keyboard from falling off. 3. An adjusting hole is opened at the rear of the stand surface of the keyboard stand having the separable palm rest pillow according to claim 1, and a parallel hole edge is provided at the bottom thereof. Furthermore, corrugated hole teeth that are perpendicular to the hole edge and parallel to each other are installed in front of the hole edge. Also, the size of the adjusting hole corresponds to that for installing the adjusting tenon, and the rear part of the adjusting hole mutually supports the rear edge of the keyboard. Below that, a pair of or more tenons are extended so as to fit with the edge of the hole so that the adjusting tenon can be moved within the adjusting hole.
Further, the upward hooks installed so as to project to the front thereof engage with the hole teeth to form a localization effect.
In addition, on the bottom of the keyboard stand, there is a screwing tenon that is symmetrical and has holes that extend downwards.
Used for fixed connection with known telescopic bar device. 4. A keyboard-shaped stand comprising the separable palm rest pillow according to claim 1 has a planar recess formed in front of the stand surface, which is used for storing a writing instrument. In addition, the surface of the stand has a slight indentation at equal distances to increase the friction with the keyboard. Further, the palm rest pillow corresponds to a planar depression, and the box-shaped depression is depressed, and is used for a storage case. In addition, box mortises extend above and behind the box-shaped dents, respectively, so that the box mortises engage with the box holes on both sides of the box lid so that the box lid can be opened. 5. A type of pulley rail device can be used, for example, between a fixed object and an activity object. The pulley rail device is composed of two fixed rails and two slide rails. Among them, the two L-shaped fixed rails are connected to the holes previously installed on the front and rear side surfaces of the fixed object in a manner to face each other. On the rail plate in the vertical direction, there is a horizontally elongated rail groove installed, and at the front and rear ends near the rail groove, two rails are installed to face each other, so rail holes are installed respectively. Has been done. The L-shaped slide rails on both sides are connected to the holes previously installed on the front and back sides of the activity. Moreover, two or more rail bars extend outward at each end, and are covered with pulleys each having a size corresponding to the rail groove. There is a pulley edge on one side of the pulley, and when the slide rail is connected to the fixed rail, the pulley is included in the rail groove,
Moreover, the pulley rims mutually support the inner edge of the rail groove so that the fixed rail and the slide rail are not separated. At the same time, the activity can be pulled out or stored. 6. The pulley rail device according to claim 5, wherein said fixed object is a keyboard stand. It is a flat plate, and on the front and rear of the left and right sides of its bottom, there is a platform support with some holes, which is connected to two fixed rails of the pulley rail device. In addition, the activity item described above is a mouse pad. It is a flat plate as it is, and the size is interposed between the platform supports on the front and rear sides of the fixed object. The top surface is a plate surface, and there are plate supports with some holes on the front and back sides of the bottom part, which are connected to two slide rails of the pulley rail device. Further, a plate edge extends outward on one side thereof and is used when it is pulled out or stored by hand. 7. The pulley rail device according to claim 5, wherein the packing pad is a solid material having elasticity. One or more top ends are provided on one side, and a stuffing tenon extends diagonally on the other side, and the distance between them is equal to the thickness of the rail plate. Furthermore, there is a rod tenon corresponding to the position of the rail hole, which is in the state of being cut diagonally, these mesh with each other,
Support each other. When the pulley passes through the stuffed tenon,
When the stuffing tenon is squeezed, goes over the tenon head above it, and then falls into the rail groove, the stuffing tenon regains its elasticity and supports each other with the pulley. In this way, a limit is formed on the drawer or the storage.