DE102007011131A1 - Support frame for an electronic device - Google Patents

Abstract

The present invention is a structure of a support frame for an electronic apparatus constructed of a solid rod body (1), which is designed as a rod member body having a uniform cross section and having a fixing member (11) on the lower side to attach an object to it. A mounting bar body (2) is constructed of a bar body and a sleeve member (22). The mounting member (21) is disposed at one end of the mounting rod body (2) for mounting the electronic device, while at the other end of this mounting rod body (2), a sleeve member (22) is fixed over the fixed rod body (1). Further, an expandable rod body (3) for connecting the solid rod body (1) to the mounting rod body (2) is provided.

Description

Technical area

The The present invention relates to a support frame for electronic Device, in particular a structure with the properties of a multi-axis Mechanism and what the functions of this mechanism extends can be.

State of the art

Of the Building a conventional support frame for electronic equipment is executed that with it a flat screen monitor, a PDA, a satellite navigation device and others electronic equipment can be set up the position or the angle of view of this electronic device Adjusting the orientation of this structure of the support frame for easier use or visibility for the user can be adjusted. Monitors with liquid crystal displays (LCD) thanks to the advent of the digital age, these are the supremacy the Internet and the advantages of lightweight, thin, compact, energy-efficient and low-radiation embodiment increasingly preferred for use as a computer monitor and television. To set up an LCD monitor on a work table is the Support or adjusting the viewing angle of this monitor generally a rack needed.

In For the past few years, racks for LCD monitors and LCD screens manufactured separately and then assembled. When setting up a monitor together with a rack on a work table Also, the tilt angle of the LCD monitor for easy visibility is easy be adjusted.

To The latest trends are the LCD monitors with the designations provided by different manufacturers, are increasingly larger. Increasingly larger and heavier LCD monitors are manufactured in mass production. When putting on an LCD monitor with a large screen area a support frame is this stronger loaded. For example, if the stand for supporting an LCD monitor becomes smaller accomplished and for the viewing angle can be adjusted only slightly, can with this Frame can only be supported by a lower weight. If, in contrast to the rack for the best viewing angle can be adjusted further forward, the entire structure of this frame is exposed to a higher weight. The conventional ones Racks for supporting LCD monitors are to support different loads through monitors rather unsuitable, so that their structure are not adapted to different weights can and therefore when putting a screen in another Size or not robust when adjusting the viewing angle of the monitor screen is.

To the Mending the disadvantages of conventional supports for electronic devices with the present invention, an improved construction of a Stüztrahmens for a electronic device be created.

Object of the invention

The The main object of the present invention is to provide a Frame construction for one electronic device, in particular a frame structure with a multi-axis mechanism for Mounting an electronic device at one end and to Adjust the alignment of this electronic device to a End so this electronic device is mounted on one end as well the screen of this device can be aligned as required on request.

One Another object of the present invention is to provide a support frame for an electronic Device with a detachable back cover, with the the back this on the construction of the support frame mounted electronic device protected It is also an aesthetic Effect to achieve.

One Another object of the present invention is to provide a support frame for an electronic Device, which is provided with a place for arranging tools, So that the user the necessary tools in a practical way to adjust and adjust the structure of the support frame practically store can.

To the Achieving the above objectives is intended with the present invention a structure of a support frame for electronic equipment be created, this structure of a solid body in Shape of a bar element body with a uniform cut and is constructed with a fastening member on the bottom, so that this construction can be attached to an object while a Mounting rod body as a rod body accomplished is and includes a mounting member and a sleeve member. The Mounting member is attached to one end of the mounting rod body, order the electronic device to attach while at the other end of this mounting rod body for fixing the fixed rod body the sleeve member is appropriate. Next is with an expandable rod body of solid rod body connected to the mounting bar body.

Next are a hollow member of the solid rod, an upper cover and a tool are provided on the apex of the solid rod body, the hollow member of the solid rod being made as a hollow structure extending axially inwardly through the apex of the apex. The top cover has a disc-shaped construction and is located at the apex opening of the hollow member of the fixed rod and can be opened or closed. Further, a hanger ring is mounted on the lower surface of the upper cover for suspending the tool.

The Mounting member of the mounting rod body comprises a mounting plate in the form of a plate for mounting a electronic device. One Knob is rotatable with its front end on the back attached to the mounting plate and has several pommel flanges on, the ring-shaped are arranged around the front end of the knob, these knob flanges by extending from the surface the front end of the knob are formed while a rear plate with a first plate body and provided with a second plate body is and these form a symmetrical construction. The middle of the back plate is provided with a through hole while the plate at the front End of this back plate provided with a recess member for receiving the mounting plate is, wherein the plate at the rear end of the back plate with a plurality of guide ribs, several notches and provided with several stop ribs is while these guide ribs surrounded on the plate at the rear end of the back plate, the knob opening. Between the guide ribs For example, a concave member is formed to form the notch. The stop ribs are in agreement with a leadership rib arranged and extend radially and outwardly from the respective leadership rib and stand out of the plate of the rear end of the back plate out. Next, the mounting plate with several predetermined holes provided in accordance with with the standard screw holes on the back side a usual one Monitors with liquid crystal display to secure the electronic device.

The Objects, features and effects of the invention will be described below Reference to the embodiments and detailed in conjunction with the attached drawings to be discribed.

Brief description of the drawings

1 shows a perspective view of the embodiment of a structure of a support frame for an electronic device according to the invention.

2 Fig. 10 is a partial exploded view of the embodiment of a structure of a support frame for an electronic device according to the invention.

3 shows a section of a partial view of the embodiment of a structure of a support frame for an electronic device according to the invention.

4 shows a part exploded view of an embodiment of a structure of a support frame for an electronic device according to the invention.

5A shows a detail of a partial view of an embodiment of a structure of a support frame for an electronic device according to the invention.

5B represents a status diagram of one in the 5A shown partial element in perspective view.

5C represents another status diagram of one in the 5A shown partial element in perspective view.

6 shows a perspective view of an embodiment of a structure of a support frame for an electronic device according to the invention.

7 Fig. 10 is a partial exploded view of the embodiment of a structure of a support frame for an electronic device according to the invention.

8th shows a section of a partial view of another embodiment of a structure of a support frame for an electronic device according to the invention.

9 FIG. 12 is a partial cross-sectional view of yet another embodiment of a structure of a support frame for an electronic device according to the invention; FIG.

10A Fig. 12 is a state diagram of the bottom view of a subelement in the structure of the support frame for electronic equipment according to the invention in perspective view.

10B FIG. 12 is another perspective diagram of the bottom view of a subelement in the inventive structure of the electronic device supporting frame. FIG.

Ways of executing the invention

With reference to the 1 and 2 show the 1 a perspective view of the inventive composite structure of a support frame for an electronic device, while the 2 a partial explosion view of an off guide embodiment of the inventive composite structure of a support frame for an electronic device represents. The structure of the support frame for an electronic device according to the present invention comprises a solid rod body 1 Mechanically with a mounting rod body 2 is connected so as to construct a structure of a support frame for an electronic device. In this case, this electronic device may be a flat screen, a PDA or a satellite navigation device. The user can change the position of this electronic device with the orientation of the structure of the support frame for convenient viewing.

The 1 . 2 and the 3 show a partial cutout of a view of an embodiment of the structure of the support frame for an electronic product according to the present invention. In this embodiment, the solid rod body 1 the construction of the support frame as a rod element body with a uniform cross-section with a fastening member 11 carried out on the underside to which an object can be attached. The mounting bar body 2 is a rod body and includes a mounting member 21 at one end of this mounting rod body 2 to attach it to the electronic device while the sleeve member 22 at the other end of this mounting rod body 2 is attached to it the solid rod body 1 mechanically fasten. The sleeve member 22 of the mounting bar body 2 has a perforated hole 221 on which vertically and in the axial direction through the mounting rod body 2 runs. The inner diameter of the perforated hole 221 is consistent with the outside diameter of the solid rod body 1 and is with an adjusting bolt 222 provided on the same level on the side wall, in such a way that when arranging this perforated hole 221 with the sleeve over the solid rod body 1 the force when touching the sleeve member 22 of the mounting bar body 2 with the solid rod body 1 with the help of the adjusting bolt 222 can be adjusted.

The inner surface of the perforated hole 221 of the sleeve member 22 can with a deposit 223 be provided. This insert 223 may be made of a flexible material to prevent friction between the inner surface of this perforated hole 221 of the sleeve member 22 and the outer surface of the solid rod body 1 to avoid, otherwise the surfaces can be damaged. Next can with the insert 223 the frictional force between the inner surface of the perforated hole 221 of the sleeve member 22 and the outer surface of the solid rod body 1 reinforced or the space between these two elements are reduced, so that the sleeve member 22 of the mounting bar body 2 at a vertical height of the solid bar body 1 can be secured.

In one embodiment of the inventive structure of the support frame for an electronic device is the attachment member 11 on the bottom of the solid rod body 1 with an L-shaped member 111 , a bolting member 112 , a bolt 113 , with a bolt handle 114 and with a follow-up block 115 Mistake. The horizontal link 111 of the L-shaped member 111 is at the bottom of the solid rod body 1 attached. The bolting member 112 is at the bottom of the vertical link 111b of the L-shaped member 111 attached. The lower part of the bolt 113 is at the bolt handle 114 fastened while the lower part of the bolt 113 at the bolt handle 114 is attached and the bolt 113 spirally from bottom to top in the threaded connection 112 is arranged. The follow-up block 115 located at the top of the bolt 113 , By turning the bolt handle 114 can with the spiral motion between the bolt 113 and the bolting member 112 the next block 115 are moved upward, so as a flat plate (not shown in the drawing) between this sequence block 115 and the horizontal link 111 of the L-shaped member 111 to secure so as to secure the attachment.

Like this in the 1 and in the 4 is shown represents the 4 a partial exploded view of an embodiment of a structure of a support frame for an electronic device according to the invention. In this embodiment, the solid rod body 1 continue with a collar ring 12 be provided, which is designed annular, wherein the inner diameter of this collar ring 12 with the outer diameter of the solid rod body 1 matches and the side wall of this collar ring 12 executed perforated in the radial direction and inwardly with an adjusting bolt 121 connected is. With this adjusting bolt 121 can the collar ring 12 in any vertical position of the solid rod body 1 attached and at one point to this solid rod body 1 in accordance with the sleeve member 22 of the mounting bar body 2 be secured to the sleeve member 22 this mounting rod body 2 better support.

In addition, with the upper end of the solid rod body 1 a vertex element 13 educated. This vertex element 13 comprises a hollow member of the fixed rod 131 , a top cover 132 and a tool 133 , This hollow member of the solid rod 131 is designed as a hollow structure extending axially within the crown element 13 extends through the vertex. The top cover 132 has a disc-shaped structure and is at the apex opening of the hollow member of the fixed rod 131 arranged and can be opened and closed be sen. The tool 133 includes several hand tools for assembly / disassembly or for adjusting the structure of the support frame for the electronic device, such. As a wrench or a screwdriver.

A hanging ring 132a is also on the bottom surface of the top cover 132 for hanging the tool 133 appropriate.

Like this in the 1 and 2 together with the 5A . 5B and 5C is shown, the shows 5A a partial cutout of a view of an embodiment of a structure of a support frame for an electronic device according to the invention. The 5B shows a status diagram of one in the 5A shown partial element in perspective view, while the 5C a status diagram of one in the 5A shows partial element shown in perspective view. In this embodiment, the mounting member comprises 21 of the mounting bar body 2 the following elements: a mounting plate 211 , a knob 212 and a back cover 213 , The mounting plate 211 is as a plate assembly with several predetermined holes 211 designed to attach the electronic device. In the example with the LCD monitor, which typically has standard screw holes on the back, these screw holes may be after the predetermined holes 211 be aligned. The front end of the pommel 212 is rotatable with the back surface of the mounting plate 211 connected and can be twisted articulated. The knob 212 is with several pommel flanges 212a provided annularly around the front end plate of the knob 212 are arranged, with these knob flanges 212a from this front end plate of the pommel 212 extend to the outside. The back cover 213 includes a first cover body 213a and a second cover body 213b , which together have a symmetrical arrangement, the center of this back cover 213 with a pommel with a through hole 213c is provided. The front end plate of the back plate 213 is with a specialization 213d provided in the mounting plate 211 is taken while the rear end plate of the back plate 213 with several guide ribs 213e , with several notches 213f and with several stop ribs 213g is provided. The guide ribs 213e have an annular structure on the rear end plate of the back cover 213 to the knob with the through hole 213c on, while between the guide ribs 213e a concave element for defining the notch 213f is provided. The stop ribs 213g are ever in accordance with a stop rib 213e arranged and extend radially and outwardly from these matching respective guide ribs 213e off and stand from the rear end plate of the back cover 213 out. at the front end plate of the knob 212 in accordance with the notch 213f at the rear end plate of the back cover 213 is rotated, the first cover body 213a and the second cover body 213b transversely separated. When turning the knob 212 to the knob flange 212a at the front end plate of the knob 212 in accordance with the leadership rib 213e on the back end plate of the back cover 213 become the first cover body 213a and the second cover body 213b through the knob flange 212a of the pommel 212 restricted and at the rear end plate of the mounting plate 211 while with the indent member 213d at the front end plate of the back cover 213 the side as well as the remainder of the rear end plate of the mounting plate 211 is covered. Will also be the pommel 212 further rotated when the first cover body 213a and the second cover body 213b be locked, the Knaufflansch engages 212a of the pommel 212 mechanically with the stop ribs 213g engages, after which the knob 212 can not continue to be rotated continuously to ensure that with this knob 212 the first cover body 213a and the second cover body 213b can be secured in this position.

Like this in the 1 and in the 2 is shown, in one embodiment of the structure of the support frame for an electronic device, the mounting bar body 2 rotatable with the mounting member 21 connected while the rotary member as a first composite member 23 is executed. In addition, the mounting rod body 2 rotatable with the first composite member 23 connected, wherein the rotary member as a second composite member 24 is executed and wherein this first composite member 23 and the second composite member 24 are arranged perpendicular to each other.

In the above embodiment, the second mounting bar body becomes 2 rotatable with the sleeve member 22 connected while the rotary joint as a third composite member 25 is executed. The pivot of this third composite link 25 is arranged parallel in the horizontal direction.

Like this in the 6 . 7 and in the 8th is shown represents the 6 a perspective view of an embodiment of a structure of a support frame for an electronic device according to the invention. The 7 FIG. 12 is a partial exploded view of the embodiment of a structure of a support frame for an electronic device according to the invention, while FIG 8th a section of a partial view of another embodiment of a structure of a support frame for an electronic device according to the invention. In this embodiment, the structure of a Support frame for an electronic device further an expandable rod body 3 , wherein at this expandable rod body 3 at one end a composite member of the expandable rod pivot 31 and at the other end a pull-out rod of the sleeve member 32 is attached. The expandable rod pivot 31 is designed as a rod body with a uniform average and is perpendicular to the axis direction of the expandable rod body 3 arranged. The outer diameter of the expandable rod pivot 31 agrees with the inside diameter of the perforated hole 221 of the sleeve member 22 of the mounting bar body 2 agree with that in this perforated hole 221 via the expandable rod pivot 31 can be arranged. The pull-out rod of the sleeve member 32 is with a perforated hole of the pull-out bar 321 provided vertically in the axial direction through the expandable rod body 3 runs. The inside diameter of this perforated hole of the pull-out bar 321 is consistent with the outside diameter of the solid rod body 1 match, with the height on the same level with an adjusting bolt 322 is arranged on the side wall so that when expanding the perforated hole of the pull-out bar 321 over the solid rod body 1 is arranged while the between the pull-out rod of the sleeve member 32 expandable rod body 3 and the solid rod body 1 with the help of the adjusting bolt 322 can be adjusted.

The inner surface of the perforated hole of the pull-out bar 321 the pull-out rod of the sleeve member 32 can with a deposit 323 be provided. This deposit can 323 of a flexible material to avoid friction between the inner surface of the perforated hole of the pull-out bar 321 and the outer surface of the solid rod body 1 be prepared to prevent damage to the surfaces. Next can with the insert 323 the frictional force between the inner surface of the perforated hole 221 and the outer surface of the solid rod body 1 reinforced or the space between these two elements are reduced, so that the pull-out rod of the sleeve member 32 at a vertical height of the solid bar body 1 can be secured.

Like this in the 6 . 7 . 8th and in the 9 is shown, the shows 9 a section of a partial view of yet another embodiment of a structure of a support frame for an electronic device according to the invention. In this embodiment, the composite member of the expandable rod pivot 31 expandable rod body 3 with a hollow member 311 provided which extends axially through the top. The top of the hollow member 311 is with a cap body 312 provided while the inside of this hollow member 311 with an elastic element 313 is provided. One end of this elastic element 313 Can with the bottom of the cap body 312 come into contact so as to cause a force to operate, so that the cap body 312 is moved further up. The inner surface of the hollow member 311 is with a ring body 311 provided, said annular body 311 radially from the inner surface of the hollow member 311 extends and with an inner hole 311b , with several guide grooves 311c as well as with several notches 311d is provided. The inner hole 311b runs axially through the middle of the ring body 311 , The guide grooves 311c are designed as an inner concave and form a notch from the inner surface of the inner hole 311b and extend along the axial direction. The notches 311d are on the bottom of the ring body 311 designed as an inner concave and extend from the inner surface of the inner hole 311b and extend along the radial direction. The cap body 312 is with an outer cap body 312a and with a rod element 312b Mistake. This outer cap body 312a is designed as a disk-shaped body whose outer diameter is greater than the inner diameter of the perforated hole 221 of the sleeve member 22 of the mounting bar body 2 is. The rod element 312b is designed as a cylindrical body extending axially from the lower surface of the outer cap body 312a extends and is slightly longer than the inner hole 311b , The underside of the bar element 312b is with several flanges 312c provided, extending from the outer surface of this rod element 312b extend radially outward. These flanges 312c correspond to the guide grooves 311c and the notches 311d , so when turning the rod element 312b relative to the inner hole 311b the relative flange 312c simultaneously with one guide groove each 311c or with one notch each 311d matches.

Like this in the 10A and in the 10B is shown, the shows 10A a status diagram of the bottom view of a sub-element in the inventive structure of the support frame for an electronic device in perspective view, while the 10B shows a further state diagram of the bottom view of a sub-element in the inventive construction of the support frame for an electronic device in perspective view. In expandable rod pivot 31 need to install the cap body 312 in the hollow member 311 the rod element 312b in the inner hole 311b of the ring body 311 be used, the flanges 312c down and along the respective guide grooves 311c (please refer 10 ) of the ring body 311 be moved until these flanges 312c from the guide grooves 311c be disengaged. At this moment, the outer cap body has to 312a for actuating and turning the flanges 312c with the flanges 312c with the help of the rod element 312b to be moved. After that, the flanges become 312c depending on the position in accordance with the notches 311d brought (as in the 10B shown), after which with the force by the actuation of the elastic element 313 the flanges 312c one the respective notches 311d be indented. To remove the cap body 312 of the hollow member 311 expandable rod pivot 31 gets onto the outer cap body 312a of the cap body 312 pressed to the flanges 312c from the notches 311d disengage, after which the cap body 312 for turning the flanges 312c over the rod element 312b is moved. If the flanges 312c each position in accordance with the guide grooves 311c can reach the cap body 312 be removed.

Loud the above description is the structure of the support frame according to the invention for an electronic Device with provided with several structural functions to improve load capacity, thus with this embodiment of the invention also larger and heavier LCD monitors and for a simple and user-friendly operation can be better supported. Therefore For example, this present invention has novel and innovative motives up and fulfilled the basic ones and main criteria for a patent application. With the examples given above, the preferred according to the invention embodiments be set out.

These However, examples should not be considered as limiting the actual Scope of the present invention, where also all Modifications and changes below the scope of the following claims should be made, without departing from the spirit and scope of the present invention.

1

Fester rod body

11

attachment member

111

L-shaped member

111

horizontal element

111b

vertical element

112

Verschraubungsglied

113

bolt

114

bolt handle

115

result block

12

collar ring

121

adjusting pin

13

apex member

131

hollow member the solid rod

132

Upper cover

132a

hanging ring

133

Tool

2

Mounting rod body

21

mounting member

211

mounting plate

211

predetermined hole

212

knob

212a

Knaufflansch

213

back cover

213a

first covering

213b

second covering

213c

knob with through hole

213d

depression link

213e

guide rib

213f

notch

213g

stop rib

22

sleeve member

221

perforated hole

222

adjusting pin

223

inlay

23

first composite link

24

second composite link

25

third composite link

3

expandable rod body

31

composite link expandable rod pivot

311

hollow member

311

ring body

311b

inner hole

311c

guide groove

311d

notch

312

Cap body body caps

312a

Outer cap body

312b

rod element

312c

flanges

313

elastic element

32

extender of the sleeve bar

321

sleeve member the pull-out bar

322

Adjustment Bolts

323

inlay

Claims (35)

Structure of a support frame for an electronic device for mounting and fixing an electronic device, comprising a solid rod body ( 1 ), which serves as a bar element body with a uniform cross-section with a fixing member ( 11 ) is made on the underside to which an object can be attached; and a mounting rod body ( 2 ), which is designed as a rod body and from a mounting member ( 21 ) at one end of this mounting rod body ( 2 ) and a sleeve member ( 22 ), this mounting rod body ( 2 ) at one end of the mounting rod body ( 2 ) is attached to secure the electronic device while at the other end of the mounting rod body ( 2 ) the sleeve member ( 22 ) and with a perforated hole ( 221 ), this perforated hole ( 221 ) vertically in the axial direction through the mounting rod body ( 2 ) runs; characterized that the inner diameter of the perforated hole ( 221 ) of the sleeve member ( 22 ) of the mounting rod body ( 2 ) with the outer diameter of the solid rod body ( 1 ) and with this solid rod body ( 1 ) can be attached. Structure of a support frame according to claim 1, characterized in that on the underside of fixed rod body ( 1 ) a fastening member ( 11 ) and with an L-shaped member ( 111 ), a bolting member ( 112 ), a bolt ( 113 ), with a bolt handle ( 114 ) and with a follow-up block ( 115 ), the horizontal member ( 111 ) of the L-shaped member ( 111 ) on the underside of the solid rod body ( 1 ), the bolting member ( 112 ) at the lower part of the vertical member ( 111b ) of the L-shaped member ( 111 ), while the lower part of the bolt ( 113 ) on the bolt handle ( 114 ) and the lower part of the bolt ( 113 ) on the bolt handle ( 114 ), and the bolt ( 113 ) spirally from bottom to top in the screw member ( 112 ), and the next block ( 115 ) at the upper end of the bolt ( 113 ) is attached. Structure of a support frame according to claim 1, characterized in that the mounting rod body ( 2 ) from a first composite member ( 23 ), this first composite member ( 23 ) is designed as a rod pivot whose one end is mechanically connected to the mounting rod body ( 2 ) while the other end is mechanically connected to the mounting member ( 21 ) connected is. Structure of a support frame according to claim 3, characterized in that the mounting rod body ( 2 ) further comprising a second composite member ( 24 ), this second composite member ( 24 ) is constructed as a structure of a pivot whose one end is mechanically connected to the mounting bar body ( 2 ), while the other end is mechanically connected to the first composite member ( 23 ) connected is. Structure of a support frame according to claim 4, characterized in that the pivots of the first composite member ( 23 ) and the second composite member ( 24 ) are arranged perpendicular to each other. Structure of a support frame according to claim 1, characterized in that the mounting rod body ( 2 ) comprising a third composite member ( 25 ), this third composite member ( 25 ) is designed as a construction of a rotary joint, whose one end is mechanically connected to the mounting rod body ( 2 ), while the other end is mechanically connected to the sleeve member ( 22 ) of the mounting rod body ( 2 ) connected is. Structure of a support frame according to claim 6, characterized in that the pivot of this third composite member ( 25 ) is arranged parallel in the horizontal direction. Structure of a support frame according to claim 1, characterized in that the inner surface of the perforated hole ( 221 ) of the sleeve member ( 22 ) with an insert ( 223 ) is provided. Structure of a support frame according to claim 1, characterized in that the side wall of the perforated hole ( 221 ) of the sleeve member ( 22 ) of the mounting rod body ( 2 ) at the same level as an adjusting bolt ( 222 ) is located. Structure of a support frame according to claim 1, characterized in that the solid rod body ( 1 ) with a collar ring ( 12 ), which is annular and securely fixed on this solid rod body ( 1 ) is mounted, and at a location on this solid rod body ( 1 ) in accordance with the sleeve member ( 22 ) of the mounting rod body ( 2 ), where the sleeve member ( 22 ) is attached. Structure of a support frame according to claim 10, characterized in that the collar ring ( 12 ) is annular, wherein the inner diameter of this collar ring ( 12 ) with the outer diameter of the solid rod body ( 1 ) and the side wall of this collar ring ( 12 ) perforated in the radial direction and inwardly with an adjusting bolt ( 121 ) connected is; the collar ring ( 12 ) on the solid rod body ( 1 ) and at a location on this solid rod body ( 1 ) in accordance with the sleeve member ( 22 ), while the adjusting bolt ( 121 ) of the collar ring ( 12 ) on the solid rod body ( 1 ) is attached. Structure of a support frame according to claim 1, characterized in that the vertex element ( 13 ) comprising a hollow member of the fixed rod ( 131 ), a top cover ( 132 ) and a tool ( 133 ); characterized in that this hollow member of the fixed rod ( 131 ) is designed as a hollow structure which extends axially within the vertex element ( 13 ) extends through the apex; the top cover ( 132 ) disc-shaped and at the vertex opening of the hollow member of the fixed rod ( 131 ) is arranged and can be opened and closed. Structure of a support frame according to claim 12, characterized in that a hanging ring ( 132a ) on the lower surface of the upper cover ( 132 ) for hanging the tool ( 133 ) is done. Structure of a support frame according to claim 1, characterized in that the Montegeglied ( 21 ) of the mounting rod body ( 2 ) is further comprising the following elements: a mounting plate ( 211 ) in the form of a board assembly for mounting an electronic device; a knob ( 212 ), whose front end is rotatable with the back surface of the mounting plate ( 211 ) and with several knob flanges ( 212a ), which ring around the front end plate of the knob ( 212 ) are arranged, these knob flanges ( 212a ) from this front end plate of the knob ( 212 ) extend outwards; and a back cover ( 213 ) with a first cover body ( 213a ) and a second cover body ( 213b ), which together have a symmetrical arrangement, the center of this back cover ( 213 ) with a peg with a through hole ( 213c ) is provided; the front end plate of the rear plate ( 213 ) with a well ( 213d ), into which the mounting plate ( 211 ), while the rear end plate of the back plate ( 213 ) with a plurality of guide ribs ( 213e ), with several notches ( 213f ) and with several stop ribs ( 213g ) is provided; the guide ribs ( 213e ) an annular and protruding structure on the rear end plate of the back cover ( 213 ) around the knob with the through hole ( 213c ), while between the guide ribs ( 213e ) a concave element for defining the notch ( 213f ) is provided; the stop ribs ( 213g ) in accordance with a stop rib ( 213g ) are arranged and radially and outwardly from these matching respective guide ribs ( 213e ) and protrude from the rear end plate of the back cover (213). Structure of a support frame according to claim 14, characterized in that the mounting plate ( 211 ) as a plate assembly with a plurality of predetermined holes ( 211 ) is carried out for fixing the electronic device. Structure of a support frame for an electronic device, comprising a solid rod body ( 1 ), which is designed as a rod element body with a uniform cross-section and with a fixing member ( 11 ) is made on the underside to attach an object to this solid rod body; a mounting rod body ( 2 ), which is designed as a rod body and from a mounting member ( 21 ) at one end of this mounting rod body ( 2 ) is carried out to secure the electronic device while the sleeve member ( 22 ) at the other end of this mounting rod body ( 2 ) is attached to it the solid rod body ( 1 ), while the sleeve member ( 22 ) of the mounting rod body ( 2 ) a perforated hole ( 221 ), which vertically and in the axial direction through the mounting rod body ( 2 ) runs; and an expandable rod body ( 3 ), to which at one end a composite member of the expandable rod pivot ( 31 ) and at the other end a pull-out rod of the sleeve member ( 32 ) is attached; the expandable rod pivot ( 31 ) as a rod body with a uniform average and perpendicular to the axis direction of the expandable rod body ( 3 ) is arranged; the pull-out rod of the sleeve member ( 32 ) with a perforated hole of the pull-out bar ( 321 ) which extends vertically in the axial direction through the expandable rod body ( 3 ) runs; the side wall of the perforated hole of the pull-out bar ( 321 ) with the aid of an adjusting bolt ( 222 ) can be arranged; the inside diameter of the perforated hole ( 221 ) with the outer diameter of the composite member of the expandable rod pivot ( 31 ); the inside diameter of the perforated hole of the pull-out bar ( 321 ) with the outer diameter of the solid rod body ( 1 ) matches; the perforated hole ( 221 ) of the sleeve member ( 22 ) of the mounting rod ( 2 ) on the composite member of the expandable rod pivot ( 31 ) is placed while the solid rod body ( 1 ) into the perforated hole of the pull-out bar ( 321 ) is used. Structure of a support frame according to claim 16, characterized in that the fastening member ( 11 ) on the underside of the solid rod body ( 1 ) with an L-shaped member ( 111 ), a bolting member ( 112 ), a bolt ( 113 ), with a bolt handle ( 114 ) and with a follow-up block ( 115 ) is provided; the horizontal link ( 111 ) of the L-shaped member ( 111 ) on the underside of the solid rod body ( 1 ) is attached; the bolting member ( 112 ) at the lower part of the vertical member ( 111b ) of the L-shaped member ( 111 ) is attached; the lower part of the bolt ( 113 ) on the bolt handle ( 114 ), while the lower part of the bolt ( 113 ) on the bolt handle ( 114 ) and the bolt ( 113 ) spirally from bottom to top in the screw member ( 112 ) is arranged; the next block ( 115 ) at the upper end of the bolt ( 113 ) is located. Structure of a support frame according to claim 16, characterized in that the mounting rod body ( 2 ) is further comprised of a first composite member ( 23 ), this first composite member ( 23 ) is designed as a rotary member whose one end is mechanically connected to the mounting rod body ( 2 ) while the other end is mechanically connected to the mounting member ( 21 ) connected is. Structure of a support frame according to claim 18, characterized in that the mounting rod body ( 2 ) further than a second composite member ( 24 ), this second composite member ( 24 ) is designed as a rotary member whose one end is mechanically connected to the mounting rod body ( 2 ), while the other end is mechanically connected to the first composite member ( 23 ) connected is. Structure of a support frame according to claim 19, characterized in that the pivots of the first composite member ( 23 ) and the second composite member ( 24 ) are arranged perpendicular to each other. Structure of a support frame according to claim 16, characterized in that the mounting rod body ( 2 ) further from a third composite member ( 25 ), this third composite member ( 25 ) is designed as a rotary member whose one end is mechanically connected to the mounting rod body ( 2 ), while the other end is mechanically connected to the sleeve member ( 22 ) of the mounting rod body ( 2 ) connected is. Structure of a support frame according to claim 21, characterized in that the pivot of this third composite member ( 25 ) is arranged parallel in the horizontal direction. Structure of a support frame according to claim 22, characterized in that the composite member of the expandable rod pivot ( 31 ) of the expandable rod body ( 3 ) comprising a hollow member ( 311 ) extending axially through the top; on the inner surface of this hollow member ( 311 ) an annular body ( 311 ), this annular body ( 311 ) radially from the inner surface of the hollow member ( 311 ) and with an inner hole ( 311b ), with several guide grooves ( 311c ) as well as with several notches ( 311d ) is provided; the inner hole ( 311b ) axially through the center of the ring body ( 311 ) runs; the guide grooves ( 311c ) are designed as an inner concave and a notch from the inner surface of the inner hole ( 311b ) and extend along the axial direction; a cap body ( 312 ) with an outer cap body ( 312a ) and a rod element ( 312b ), wherein the outer cap body ( 312a ) is designed as a disc-shaped body and whose outer diameter is greater than the inner diameter of the perforated hole ( 221 ) of the sleeve member ( 22 ) of the mounting rod body ( 2 ); the rod element ( 312b ) is designed as a cylindrical body extending axially from the lower surface of the outer cap body ( 312a ) and is slightly longer than the inner hole ( 311b ); the underside of the rod element ( 312b ) with several flanges ( 312c ), which extends from the outer surface of this rod element ( 312b ) extend radially outward; and an elastic element ( 313 ), which in the hollow member ( 311 ), one end of this elastic element ( 313 ) with the underside of the cap body ( 312 ), so as to cause a force for actuation, so that the cap body ( 312 ) is moved further upwards; characterized in that the outer cap body ( 312a ) of the cap body ( 312 ) at the apex of the hollow member ( 311 ), the rod element ( 312b ) of the cap body ( 312 ) passing through the inner hole ( 311b ) of the hollow member ( 22 ) is arranged; the flanges ( 312c ) with the guide grooves ( 311c ) and the notches ( 311d ) to match; these flanges doing the guide grooves ( 311c ) and the notches ( 311d ), so when turning the rod element ( 312b ) relative to the inner hole ( 311b ) the relative flange ( 312c ) simultaneously with one guide groove each ( 311c ) or each with a notch ( 311d ), while the respective flange ( 312c ) by turning the rod element ( 312b ) relative to the inner hole ( 311b ) simultaneously with one guide groove each ( 311c ) or each with a notch ( 311d ) matches. Structure of a support frame according to claim 16, characterized in that the side wall of the perforated hole ( 221 ) on the sleeve member ( 22 ) of the mounting rod body ( 2 ) with the aid of an adjusting bolt ( 322 ) can be adjusted to the same level. Structure of a support frame according to claim 16, characterized in that the side wall of the perforated hole ( 221 ) on the pull-out rod of the sleeve member ( 32 ) with the aid of an adjusting bolt ( 322 ) can be adjusted to the same level. The construction of a support frame according to claim 16, characterized in that the inner surface of the perforated hole ( 221 ) of the sleeve member ( 22 ) of the mounting rod body ( 2 ) with an insert ( 223 ) is provided. Structure of a support frame according to claim 16, characterized in that the inner surface of the perforated hole ( 221 ) of the pull-out rod of the sleeve member ( 32 ) can with an insert ( 223 ) is provided. Structure of a support frame according to claim 16, characterized in that the solid Stan Genetic body ( 1 ) comprising a collar ring ( 12 ), this collar ring ( 12 ) designed as an annular body and securely on the solid rod body ( 1 ) at the location corresponding to the location on the mounting bar body ( 2 ), where the sleeve member ( 22 ) is attached. Structure of a support frame according to claim 28, characterized in that the collar ring ( 12 ) is designed as an annular body and has an inner diameter that matches the outer diameter of the solid rod body ( 1 ), wherein the side wall of the collar ring ( 12 ) perforated in the radial direction and inwardly with an adjusting bolt ( 322 ) connected is; the collar ring ( 12 ) over the solid rod body ( 1 ) and with a location on the mounting rod body ( 2 ), where the sleeve member ( 22 ), during the adjustment bolt ( 322 ) of the collar ring ( 12 ) on the solid rod body ( 1 ), while the adjusting bolt ( 322 ) desd collar ring ( 12 ) on the solid rod body ( 1 ) is attached. Structure of a support frame according to claim 16, characterized in that the solid rod body ( 1 ) comprising a collar ring ( 12 ), this collar ring ( 12 ) is designed as an annular body which securely on this solid rod body ( 1 ) and is located at a location which is aligned with a location on the mounting rod body ( 2 ), where the sleeve member ( 22 ) is attached. Structure of a support frame according to claim 30, characterized in that the collar ring ( 12 ) is designed as an annular body and has an inner diameter that matches the outer diameter of the solid rod body ( 1 ), wherein the side wall of the collar ring ( 12 ) perforated in the radial direction and inwardly with an adjusting bolt ( 322 ) connected is; the collar ring ( 12 ) over the solid rod body ( 1 ) and with a location on the mounting rod body ( 2 ), where the sleeve member ( 22 ), during the adjustment bolt ( 322 ) of the collar ring ( 12 ) on the solid rod body ( 1 ), while the adjusting bolt ( 322 ) of the collar ring ( 12 ) on the solid rod body ( 1 ) is attached. Structure of a support frame according to claim 16, characterized in that the vertex of the solid rod body ( 1 ) comprising a hollow member of the fixed rod ( 131 ), a top cover ( 132 ) and a tool ( 133 ); characterized in that the hollow member solid rod body ( 131 ) is constructed as a hollow structure extending axially within the chip element (FIG. 13 ) extends through the apex; the top cover ( 132 ) has a disc-shaped structure which at the vertex opening of the hollow member of the fixed rod ( 131 ) is arranged and can be opened and closed. Structure of a supporting frame according to claim 31, characterized in that a hanging ring ( 132a ) on the lower surface of the upper cover ( 132 ) for hanging the tool ( 133 ) is attached. Structure of a support frame according to claim 16, characterized in that the mounting member ( 21 ) of the mounting rod body ( 2 ) further comprising the following elements: a mounting plate ( 211 ) is designed as a plate assembly for mounting an electronic device; a knob ( 212 ) whose front end is rotatable with the rear surface of the mounting plate ( 211 ) and with several pommel flanges ( 212a ), which ring around the front end plate of the knob ( 212 ) are arranged; the knob flange ( 212a ) from the front end plate of this knob ( 212 ) extends forward; and a back cover ( 213 ) a first cover body ( 213a ) and a second cover body ( 213b ), which together have a symmetrical arrangement, the center of this back cover ( 213 ) with a peg with a through hole ( 213c ) is provided; the front end plate of the rear plate ( 213 ) with a well ( 213d ), into which the mounting plate ( 211 ), while the rear end plate of the back plate ( 213 ) with a plurality of guide ribs ( 213e ), with several notches ( 213f ) and with several stop ribs ( 213g ), while these guide ribs on the plate at the rear end of the rear plate ( 213 ) surround the knob opening, wherein between the guide ribs ( 213e ) a concave element for defining the notch ( 213f ) is provided; the stop ribs ( 213g ) in accordance with a stop rib ( 213g ) are arranged and radially and outwardly from these matching respective guide ribs ( 213e ) and from the rear end plate of the back cover (FIG. 213 ) protrude. Structure of a support frame according to claim 34, characterized in that the mounting plate ( 211 ) with several predetermined holes ( 211 ) are provided for mounting the electronic device.