JP3128010U - Article hook combination structure - Google Patents

Abstract

Provided is an article hook combination structure.
The structure of the present invention comprises a square seat, a connecting element, and a free-standing seat. The free-standing seat is rotated by a left-right rotation or a swing element, and the free-standing seat is liquid crystal by a panel. It is connected to an article element such as a panel or a display, and the connecting element has a pair of plates and a cylinder. The connecting element passes through a sliding element or a hydraulic element by a skewer seat, and further includes a swing element. After that, it is connected to the stationary seat, a hydraulic element is installed between the square seat and the connecting element, and several skewer seats are installed radially between the pair of plates of the connecting element, and the whole is an umbrella Is.
[Selection] Figure 1

Description

The present invention relates to a combination structure of article hooks, and more particularly to a multi-faceted, multi-function combination article hook structure.

Computers are a necessity in daily life and work. In desktop computers, liquid crystal displays are the mainstream, and the thickness of the display is greatly reduced. It is necessary to improve the use effect by using a neglected space. Therefore, a telescopic receiving / releasing structure is provided, which is widely used by lamps and the like, and can be sandwiched around the desk. Although this is convenient in use, it is a clever application method, and therefore needs to be further improved in application as compared with a liquid crystal display with a large unit price and a large area. Furthermore, it is necessary to solve known usage problems in order to meet the requirements of the arrangement and the like.

The present invention provides a combination structure of article hooks, has a basic localization effect that hangs on the periphery of the desk and on the wall, and further has a deployment action that expands and contracts up and down and back and forth. It has a radial structure that provides several sets of display hooks so that it can be viewed in an annular shape, and the free-standing seat has an omnidirectional turning effect so that the user can work at the optimum angle. The purpose is to.

  In order to achieve the above-mentioned object, the structure of the present invention comprises a square seat, a connecting element, and a free-standing seat, and the free-standing seat is rotated by a left-right rotation or a swinging element, and the free-standing seat. Is connected to an article element such as a liquid crystal panel or a display by a panel, and the connecting element has a pair of plates and a cylinder, the connecting element passes through a sliding element or a hydraulic element by a skewer seat, and further , Through the oscillating element, connected to the stationary seat, a hydraulic element is installed between the square seat and the connecting element, and several skewer seats are installed radially between the pair of plates of the connecting element And the whole is an umbrella shape.

  The present invention is a multi-faceted, multi-function combination structure that can be applied by many users as needed, and at the same time saves space, maximizes application space and puts the display in the user's required state. It is a great leap forward in use because people do not adapt to the usage of machines and electronic equipment. In addition to displays, it can be applied to computer products such as hosts, notebook computers, printers, keyboards, mice, etc., multimedia such as game consoles, multi-function audio, radio, projectors, work desks, temporary desks, etc. Is possible.

  1 to 32 provide an article hook combination structure of the present invention. In the embodiment of FIGS. 1 to 3, the present invention is a simple embodiment of FIG. 2 is a combination of the skewer seat 4, the oscillating element 8, and the free-standing seat 3. In FIG. 2, the connecting element 2 is added between the upper corner seat 1 and the skewer seat 4, and FIG. A sliding element 8 is further added between the oscillating elements 8. The simplest implementation is shown in FIG. 28, which has only the upper corner seat 1, the skewer seat 4, and the panel 31 of the set-off seat 3. The threaded hole (or nut) of the transverse through hole 45 is chain-connected. Further, the joining sleeve 80 of the oscillating element 8 in FIG. 1 is connected to the skewer seat 4, or the panel 31 is connected to the ball of the oscillating element 8 by a chain connecting element 35 (screw or nut). It connects with the long hole 863 of the rod part 862 of the rod 86 (FIG. 31).

  As shown in FIG. 4, the upper corner seat 1 has a first vertical plate 11 and a first horizontal plate 12, and several wall contact holes 13 and several first sets are formed on the first vertical plate 11. The contact holes 15 are installed, and the wall contact holes 13 at the four corners are respectively penetrated by the screws 10 (or rivets) to generate the effect of fixing to the wall surface 9 (FIG. 16) of the fixing element. Several connecting holes 14 having the same concentric periphery are installed on the horizontal plate 12, and the connecting holes 14 are three, four, or six, and are centered on the center of the first horizontal plate 12. Hole 16 is installed.

  As shown in FIG. 4, the lower corner seat 5 of the corner seat unit composed of the upper and lower corner seats 1, 5 has a second vertical plate 51 and a second horizontal plate 52, and several pieces are provided on the second vertical plate 51. The second assembly light 53 and the corresponding first assembly hole 15 on the first vertical plate 11 of the upper corner seat 1 (with the screw holes at this time) The corner plate seats 1 and 5 are fixed to a U-shape through a nut, and the plate element 90 (for example, a desk plate, see FIG. 18) is clamped. Generate.

On the lower corner seat 5, the bearing element 50 is further provided. The bearing element 50 may or may not be installed, and may include one having a similar function. The lower corner seat 5 has a screw hole 54 on the second horizontal plate 52, the support element 50 has a top support plate 55 and an adjusting rod 57, and an intermediate portion of the top support plate 55 has a positioning hole 56. The adjustment rod 57 has a concave tank 571 at the top end, the concave tank 571 of the adjustment rod 57 and the localization hole 56 of the top support plate 55 are fitted, and the top support plate 55 can be rotated at the top end of the adjustment rod 57, The periphery of the adjustment bar 57 is an external screw pattern 572, and the external screw pattern 572 and the screw hole 54 are joined to generate a state in which the adjustment bar 57 can be rotated and moved up and down (installed only in FIG. 4). The fitting tank 573 is installed, the fitting tank 573 connects the narrow end 591 of the gripping rod 59 by the sheath 58, the narrow end 591 and the fitting tank 572 are in close contact with each other, and there is a perforation (not indicated). 58 is fitted to form a bending type adjusting rod 57 and a gripping rod 59. When the gripping rod 59 becomes horizontal, it is convenient for gripping, and the adjustment rod 57 is swung and rotated to move the top support plate 55 up and down to adjust the gap. The square seat unit may be U-shaped or anti-U-shaped in addition to the U-shaped use. In other words, the square seat unit is the localization element of the present invention, the localization element and the wall surface 9, the desk plate 90, etc. The fixed device is connected to the fixed device, and is positioned above, below, or sideways of the fixed device. That is, the present invention can be used by suspending the device in reverse.

  As shown in FIG. 6, the free-standing seat 3 can be rotated left and right or omnidirectionally, and the diamond-shaped panel 31 is linked to an article 99 such as a liquid crystal display (FIG. 16). Can also be used vertically and can be used horizontally. The panel 31 has a recess 32 in the middle, the center hole 33 in the middle of the recess 32, at least one joint hole 34 at each of the four corners of the panel 31, and the article 99 is connected by the joint hole 34. The mounting seat 3 further includes a chain connection element 35 (a combination of a screw and a nut) and a swing element 36, and the panel 31 and the swing element 36 are joined by the chain connection element 35. The shape of the panel 31 is not limited to the one shown in the figure, and the oscillating element 36 is U-shaped or U-shaped, and the oscillating element 36 is mainly U-shaped, and is formed at both ends. In the case where the connecting element 37 has an intermediate hole 38 in the middle and the above-mentioned connecting element 35 penetrates the intermediate hole 38 and it is desired to achieve fixing between the panels 31, the oscillating element 36 has an intermediate hole. 38 horizontal positioning holes 331 are fitted and contacted by a positioning element such as a sheath to prevent free rotation of the panel 31 itself. The connecting hole 37 of the oscillating element 36 rotates the set seat 3 with a included angle of 180 degrees or more (shown in FIGS. 19 and 20). In addition, in a simpler implementation, even if the panel 31 is directly fixed on the joining sleeve 80 of the oscillating element 8 by the chain connecting element 35 (combination of screw and nut) without installing the oscillating element 36. Well (FIG. 30), the panel 31 may be directly fixed on the skewer seat 4 (in FIG. 28, the screw hole provided in the skewer seat 4 directly by the chain connection element 35 (screw) (transverse perforation 45). The combination can be changed.

  As shown in FIG. 5, the connecting element 5 includes a pair of plates 21 and 22 and an intermediate cylinder 27, and the connecting element 2 is connected to the mounting seat 3 by at least one skewer seat 4 (see FIG. 5). 23) The lower plate 21 and the upper plate 22 of the connecting element 2 are all discs, and for the sake of aesthetics and convenience of use, the lower plate 21 and the upper plate 22 are respectively connected to the lower connecting hole 23 and the lower center hole 25. The upper connecting hole 24 and the upper center hole 26 are installed, and the connecting hole 24 is installed vertically symmetrically. In the figure, six are shown, but this is not restrictive. The center holes 25 and 26 of both plates 21 and 22 are connected by an intermediate cylinder 27 and may or may not have an internal screw pattern 28 in the intermediate cylinder 27 by welding or screwing.

  As shown in FIGS. 6 and 7, the inner end of the skewer seat 4 is sandwiched between a pair of plates 21 and 22 and connected to the corner seats 1 and 5 (FIG. 2). The skewer seat 4 has a main body 41, and the main body 41 has a longitudinal through hole 42. The main body 41 is positioned between the plates 21 and 22 of the connecting element 2 by a connecting element 40 (a combination of a screw and a nut or a hook), and the main body 41 is connected to the connecting element 40 as shown in FIG. May be directly positioned in the connecting hole 14 of the upper corner seat 1. Further, the other end surface of the main body 41 has a protrusion 43, the protrusion 43 has a columnar shape and has an external screw pattern 44, and a transverse through hole 45 or a square tank hole 46 is installed in the main body 41. This is because of the design for penetrating the conducting wire 60 as shown in FIGS.

  The skewer seat 4 has the effect of rolling contact in the present invention, and directly connects the setting seat 3 (FIG. 28), the swing element 8 (FIG. 23), or the sliding element 6 (FIG. 8, 9) or the hydraulic element 7 (FIG. 17) can be connected.

In addition, as shown in FIG. 29, after adding the hydraulic element 7 on the square seat units 1, 5, the longitudinal perforation 42 of the main body 41 is directly connected to the outside of the cylinder 74 by the skewer seat 4. An inner screw pattern (not shown) is provided at the upper end of the cylinder body 741 at the position of the outer screw pattern 7411 (not shown), and the inner screw pattern is screwed or externally attached by a nut (not shown). You may join to the screw 741 upper end. The conducting wire 60 is pierced from the wire hole 47 and pierced from the transverse through hole 45, and the other may be in a use state using the skewer seat 4.

  A hydraulic element 7 (FIG. 10) can be installed between the upper corner seat 1 and the connecting element 2, and may be the same as or not the same as the pneumatic cylinder 74 described later. The hydraulic element 7 is of atmospheric pressure, hydraulic type, or similar function.

  The structure of the hydraulic element 7 shown in FIGS. 10 to 13 is installed in the upper corner seat 1, but this is not restrictive. The connecting element 2 may be connected to the upper corner seat 1, and the hydraulic element 7 may be installed on the connecting element 2 (shown in FIG. 25).

  Referring to FIG. 26, one or more connecting elements 2 can be directly engaged with the outer sleeve 72 of the hydraulic element 7 at a location in the intermediate cylinder 27. It is connected and moves with the cylinder 74. A free-rotating laterally connecting structure may be formed, that is, the uppermost connecting element 2 and the top end of the outer cylinder body 741 of the cylinder 74 are connected to each other, and the connecting elements 2 are connected to each other by the connecting element 20. The connected connecting element 2, the bottom plate 71, and the upper corner seat 1 are connected by a connecting element 20 (screw and nut), respectively.

  As shown in FIG. 27, the intermediate cylinder 27 of the connecting element 2 opens a hole 271 (similar to the hole 84 in FIG. 17), can pierce a finger, and presses a pressure element 743 described later. The cylinder 74 moves up and moves the upper three sets of connecting elements 2, and the four sets of connecting elements 2 installed outside the outer sleeve 72 do not move up. Even if the upper plate 22 of the connecting element 2 is not horizontal with the pressure element 743, the intermediate cylinder 27 of the connecting element 2 may have a hole 271 and can be operated by a finger.

  The hydraulic element 7 includes a bottom plate 71, an outer sleeve 72, a bottom closing element 73, a cylinder 74, a closing sleeve 75, and a sleeve unit 76. The bottom plate 71 has several peripheral holes 711 and a center hole 712. The bottom of the outer sleeve 72 closes the bottom plugging element 73, and the bottom plugging element 73 has a top tank 731 and a through hole 732 penetrating through the center on the top surface, and the through hole 732 and the center hole 712 correspond to each other. . The structure of the cylinder 74 is not limited to the form described later.

  The cylinder 74 has an outer cylinder body 741, a closing rod 742, a pressure element 743, a piston 744, a closing rod cover 745, a ring 746, a sealing block 747, an air chamber 748, and a membrane piece 749. Is located in the outer cylinder body 741, and has a piston 744 in the outer cylinder body 741, the piston 744 is connected to the block rod 742, a block rod cover 745 is installed outside the block rod 742, After penetrating the through hole 732 of the bottom plugging element 73 and the center hole 712 of the bottom plate 71, the ring 746 is engaged with the annular concave tank 7421 installed at the end of the plug rod 742 (it may be a chain connection) and plugged. The outer end of the bar 742 is completely fixed and does not move. The movement of the cylinder 74 generates a shift by the outer cylinder body 741, and the bottom tank 742 of the bottom closing element 73 is stopped by the lower end of the closing rod cover 745 outside the closing rod 742 to achieve the localization effect, The cylinder body 741 can be moved up and down.

  The bottom plate 71 is fixed to the upper corner seat 1 by a connecting element 70 (screw) at a peripheral hole 711 (FIG. 16), and a sealing block 747 is provided at the opening of the outer cylinder body 741. The outer cylinder body 741 has an outer thread 7411 on the outer surface of the other cylinder body 741, and the other end surface of the outer cylinder body 741 has a pressure element 743. A ring prevents air leakage (not shown). An air chamber 748 is installed in the outer cylinder body 741 inside the pressure element 743, the air chamber 748 in FIG. 12 forms a pressure cylinder, and the air chamber 748 is composed of an upper lid element 7481 and a lower lid element 7482. 741, the air chamber 748 is filled with compressed gas, and the pressure element 743 pierces the lid elements 7481, 7482 of the air chamber 748 with the connecting rod 7431 (the connecting rod is each lid element 7481. , 7482, which is not shown by reference numeral), the upper top lid element 7481 has a perforated ring 7432 to prevent air leakage. The perforation of the lower lid element 7481 does not have a leak-proof ring, but the outer end of the connecting rod 7431 connects the membrane piece 749, and the membrane piece 749 seals the perforation of the lower lid element 7482 so that the gas is in the air chamber. 748 is prevented from leaking, and only when the pressure element 743 is pressed and moved, the gas moves downward into the outer cylinder body 741 and the piston 744 is restricted, so that the outer cylinder body 741 moves upward. FIG. 13 shows the state after the movement, and after releasing the pressure of the gas, the membrane piece 749 is sealed and cannot return, and this force pulls the movement of the outer cylinder body 741 and With this force, each element to which the outer cylinder body 741 is connected is supported and has high bearing performance.

  Since the outer cylinder body 741 needs to move, a closing sleeve 75 is installed between the upper inner surface of the outer sleeve 72 and the outer surface of the outer cylinder body 741, and the outer cylinder body 74 is reciprocated to move the outer sleeve 72 and the outer cylinder body. The sealing sleeve 75 has a protruding edge 751 and is connected to the outside of the outer sleeve 72. When restoring the cylinder 74, it is necessary to release the pressure in the cylinder 74. Further, the pressure element 743 is pressed to release the membrane piece 749, and at the same time, the outer cylinder body 741 is decompressed, and the air is supplied to the air chamber. Returning to 748, the state of FIGS. 13 to 12 is restored.

  As shown in FIG. 11, a sleeve unit 76 is added outside the hydraulic pressure element 7, and includes a top cylinder 761, a middle cylinder 762, and a bottom cylinder 763, and an upper end of the top cylinder 761 is installed on the outer cylinder body 741. The top cylinder 761 and the middle cylinder 763 have outer edges 764 and 765 that move up and down along with the outer cylinder body 741, and the inner edge 766 installed at the inner top edges of the middle cylinder 762 and the bottom cylinder 763. , 767, and its appearance is shown in FIG. 14 and FIG.

  An upper perforation 768 is installed on the top surface of the top cylinder 761, and a plurality of lower perforations 769 are installed on the bottom cylinder 763, and a lead wire 60 (signal line) is formed in the inner space of the sleeve unit 76 between the upper perforations 768 in the lower perforation 769. And the power supply line), and lead the lead wire 60 into the square tank hole 46 of the skewer seat 4, but this square tank hole 46 has poor concealment of the lead wire 60, and the rear through hole 45 is optimal. One of the features of the present invention is that it has a concealing action for a conductive wire 60 and has a concealing type electric wire structure. At this time, as shown in FIGS. 5, 16, and 18, the lower plate 21 of the connecting element 2 has several wire holes 211, penetrates the conducting wire 60, and penetrates the skewer seat 4. 45 also penetrates the conducting wire 60 and pulls the conducting wire 60 to the seat 3 for use.

  As shown in FIG. 17, a horizontal hydraulic element 7 is installed between the skewer seat 4 and the free-standing seat 3, and the hydraulic element 7 described in the previous stage is a vertical type.

  The hydraulic element 7 here is in contact with the inner screw pattern 83 of the joining sleeve 81 of the oscillating element 8 by the outer screw pattern 7411 of the cylinder 74, and the inner sleeve 721 of the outer sleeve 72 is first provided around the bottom plate 71. After being connected to the outer thread 44, the inner thread 721 is further connected to the outer thread 44 of the protrusion 43 of the main body 41 of the skewer seat 4, and the skewer seat 4 is further vertically drilled by the connecting element 40. 42 and the lower plate 21 of the connecting element 2, the lower connecting hole 23 of the upper plate 22, and the upper connecting hole 24 are connected. At this time, it is not necessary to install the inner screw pattern 28 in the intermediate cylinder 27, and the hydraulic element 7 is connected. It is only necessary that the element 2 can be connected. After the movement of FIG. 17 is shown in the upper left part of FIG.

  As shown in FIG. 20, a lid 29 is provided above the connecting element 2, and the protruding portion of the pressure element 743 of the hydraulic pressure element 7 is covered with the hemispherical lid 29 (FIG. 12) to ensure safety in use. .

  As shown in FIG. 22, the space between the pair of plates 21 and 22 of the connecting element 2 is radially installed on the skewer seat 4 so that the whole becomes an umbrella shape.

  As shown in FIG. 6, the skewer seat 4 connects the sliding element 6, but the combination of the sliding elements is not limited to those described below, and the sliding element 6 includes the outer tube 61, the outer blocking element 62, and the inner tube 63. , Which is a two-barrel manual sliding element, one end of the outer tube 61 has an inner screw pattern 611, and is connected to the outer screw pattern 44 of the skewer seat 4. Complete the assembly of 6 and skewer seat 4. The outer tube 61 has an inner tube 63, and the other end of the outer tube 61 has an outer element 62. The outer element 62 receives the sliding of the inner tube 63. The edge 621 is connected to the outer end surface of the outer tube 61, one end of the inner tube 63 has an inner screw pattern 631, the other end of the inner tube 63 has an outer screw pattern 632, and the outer screw pattern 641 of the inner element 64 is The inner tube 63 is screwed into contact with the inner screw pattern 631, and the inner element 64 receives the sliding of the inner tube 63. This forms a manual lateral movement, shown in FIG. 8 before movement and on the right side of FIG. 18 after movement.

  The sliding element 6 can also be a three-barrel type, and as shown in FIG. 9, a second inner pipe 65 is added in the inner pipe 63, and as described above, the outer end of the inner pipe 63 is the second outer covering element 66. The second outer element 66 is connected to the end face of the inner tube 63 by an outer protruding edge 611, one end of the second inner tube 65 has an inner screw pattern 651, and the other end of the second inner tube 65 is an outer screw pattern. 652, the external screw pattern 671 of the second inner tube 67 is screwed into the inner screw pattern 651 of the second inner tube 65, and the second inner tube 66 receives the sliding of the second inner tube 65. This forms a three-barrel manual lateral movement, and is shown on the lower left side of FIG. 18 after the movement.

  As shown in FIG. 6, the oscillating element 8 is directly connected to the protrusion 43 of the skewer 4 (FIGS. 7 and 23) or connected to the outer end of the inner tube 63 of the sliding element 6. (FIG. 8), or connected to the outer end of the second inner pipe 65 (FIG. 9), or connected to the outer thread 7411 of the hydraulic element 7 (FIG. 17).

  The oscillating element 8 has a joining sleeve 81, a spring 80, and a ball rod 86. The joining sleeve 81 has an inner projecting edge 82 and an inner screw pattern 83, and the inner screw pattern 83 becomes an outer screw pattern 632 of the inner tube 63. When connecting (FIG. 8) or connecting to the external thread 652 of the second inner tube 65 (FIG. 9) and applying to the hydraulic element 7 (FIG. 17), the pressure element 743 can be pushed with a finger. The joining sleeve 81 has a hole 84 if necessary.

  Before joining the joining sleeve 81, the ball rod 86 is inserted, the ball portion 861 of the ball rod 86 is positioned in the joining sleeve 81, and then the spring 80 is placed, and the inner tube 63 (second pipe) is inserted into the spring 80. The outer end of the inner tube 65) is stopped, and the ball portion 862 of the ball rod 86 protrudes from the opening between the inner protruding edges 82, the inner protruding edge 82 restricts the movement of the ball portion 861 and the ball rod 86. 21 can pivot in a region of a certain angle, and as shown in FIG. 21, it can swing and rotate up and down and left and right in a space of 22 degrees up and down and left and right, and the oscillating element 8 is similar to a universal joint It is a thing.

  The ball rod 86 has a long perforation 863, penetrates the conducting wire 60, and the inner tube 63 (second inner tube 65) of the sliding element 6 is hollow, so that the conducting wire 60 is bent or spirally installed. It can be inserted through the transverse through hole 45 (or the square tank hole 46) of the skewer seat 4, and is hidden by the conductive wire 60. The conductive wire 60 shown in FIGS. 16 and 18 shows the state before and after use.

  The ball rod 86 has a short perforation 864, penetrates the connecting element 30 (screw and nut), and joins the ball rod 86 and the oscillating element 36 by the connecting element 30. And complete the assembly between the constellation 3.

  However, when the oscillating element 8 of FIG. 23 is directly combined with the skewer seat 4, it is necessary to connect the inner screw pattern 82 of the joining sleeve 81 with the outer screw pattern 871 by, for example, an annular intermediate fixing block 87.

  In FIG. 17, when the external screw pattern 7411 of the cylinder 74 of the hydraulic element 7 is screwed, it is necessary to localize the ball rod 86 and the spring 80 by the intermediate fixing block 87, and the bottom plate 71 of the hydraulic element 7 The outer screw 713 is in contact with the inner screw pattern 721 of the outer sleeve 72, and the outer sleeve 72 is connected to the outer screw pattern 44 of the skewer seat 4 by the inner screw pattern 721.

  In addition, as shown in FIG. 24, the oscillating element 8 is joined to the skewer seat 4 or the like in the vertical shape, not in the horizontal lateral shape as described above, and at this time, the turning joint 88 is necessary. One end of the turning joint 88 has an inner screw pattern 881 and is connected to the outer screw pattern 44 of the skewer seat 4, and the other end of the turning joint 88 has an outer screw pattern 882. At this time, the intermediate fixing block 87 may or may not be installed. At this time, the channel 883 is provided in the turning joint 88 and the conductor 60 is passed.

  As described above, the oscillating element 8 forms a configuration in which the free-standing seat 3 is contacted vertically or horizontally, and the horizontal shape mainly connects the article element 99 to the panel 31, and the article 99 is an electronic device. Computer products such as computer hosts, notebook computers, printers, keyboards, mice, etc., multimedia such as game machines, multi-function audio, radio, projectors, etc., work desks, temporary desks, etc.

  The square seat can be installed on the frame element, or can be directly combined with the frame element by the bottom plate of the hydraulic element. As shown in FIG. 32, the hydraulic element 7 shown in FIG. The combination of the sliding element 6, the connecting element 2, the square seats 1 and 5, the skewered seat 4 and the free-standing seat 3 is applied on the frame element 91 (fixed element), and the frame element 91 has a sufficient width and height. With a desktop computer host and similar items. The frame element 91 is hollow and includes a bottom plate 92, a top plate 93, and four support columns, and several rollers 95 are added below the bottom plate 92 for convenient movement. Further, the horizontal bar 94 is of a two-bar type or a multi-bar type so that at least one horizontal bar 94 provided on one side or both sides rear side does not fall down. May be added. A pair of support-type structures of the present invention are localized on the rear side of the bottom plate 92 and the top plate 93 in the drawing, and are clamped using the corner seat units 1 and 5. However, on the lower side, the horizontal placement / displacement seat 3 is connected to the sliding element 6 at the end of the sliding element 6, and a horizontal plate 97 (article element) is continuously provided on the panel 31. It becomes a work board, a computer keyboard leaving board, a mouse, or a notebook computer leaving board, and the entire device of the present invention is changed to a work table element for work, reading, the Internet, and computer operation. In the present invention in which the top plate 92 is fixed, a vertical plate 96 (article element) is continuously connected to the left side panel 31, and the vertical plate 96 fixes a display to become a TV shelf or a liquid crystal display shelf. A schematic may be used. In the present invention in which the top plate 92 is fixed, a square plate 98 (article element) is connected to the right side panel 31 to provide a storage space for an article such as a printer or a multi-function machine. Therefore, the implementation space can be greatly expanded, the convenience of perspective adjustment can be increased, and the adjustment can be made according to the level of use and customs, which is different from the existing work desk form.

  Due to the structure as described above, the present invention uses the utility of modularization to simplify the types shown in FIGS. 1 and 2, the long and short usage forms shown in FIGS. 3 and 14, and the standard usage forms shown in FIGS. 15 and 16. 18 and 22, the expanded multi-layered multi-purpose usage, the horizontal type in FIG. 23, the vertical type in FIG. 24, the type in which the horizontal element has a sliding element, or the type having a hydraulic element 7, There are types including, a type having the connecting element 2 (FIG. 2), or a type not including the connecting element 2 (FIG. 1), and the connecting element 2 in FIGS. 25 and 6 is a combination of several stacks. The connecting element and another connecting element are combined with the connecting elements shown in FIGS. 3, 4, and 5. Since the connecting element has peripheral connecting holes 23, 24, the connecting element is vertically assembled by the chain connecting element 20, or at the same time, the two connecting elements 2 are connected to the top end or bottom end of the hydraulic pressure element 7. The connecting element 2 at the top end of the hydraulic element 7 is an upper connecting element or another connecting element, and the connecting element 2 at the bottom end of the hydraulic element 7 is a lower connecting element, or It is another connecting element below. In FIG. 25, two additional connecting elements 2 on the upper and lower sides, another hydraulic element 7 may be added below the connecting element 2 below the hydraulic pressure element 7, and the lower side of the other hydraulic pressure element 7 is shown below. The upper corner seat 1 or another connecting element 2 or FIG. 26 is formed by stacking two or more connecting elements 2, and further includes a sleeve unit 76 in addition to the hydraulic element 7. In the form (Fig. 14), the square seat units 1, 5 can be wall-mounted, desk-connected, or inverted-suspended, and thus have a lot of changes and produce a large utility. It is a mechanism completely different from the known ones, providing excellent usability, changeability and assembly.

FIG. It is the implementation three-dimensional view which added the connection element of this invention. FIG. 3 is an implementation three-dimensional view in which a connecting element and a sliding element of the present invention are added. It is a three-dimensional exploded view of the vertical seat of the present invention. It is a three-dimensional exploded view of the connecting element of the present invention. It is a three-dimensional exploded view of the skewer seat, the sliding element, the swinging element, and the free-standing seat of the present invention. It is a three-dimensional exploded view of the connecting element, skewer seat, and oscillating element of the present invention. FIG. 7 is a cross-sectional view of the present invention before unextended, which does not include the seating seat of FIG. 6. It is sectional drawing before un-extending of the sliding element of the three clauses of this invention. It is a three-dimensional exploded view of the hydraulic device of the present invention. It is a three-dimensional exploded view of the sleeve of the present invention. It is sectional drawing before unextending of the combination of FIG. 10 of this invention. It is sectional drawing after already extending | stretching of the combination of FIG. 10 of this invention. FIG. 3 is a three-dimensional view of a pressure element and a sleeve unit of FIG. 2 of the present invention. FIG. 4 is a three-dimensional view of a pressure element and a sleeve unit of FIG. 3 of the present invention. It is sectional drawing containing the conducting wire of FIG. 15 of this invention. It is sectional drawing of the combination which added the connecting element and skewer seat of this invention to the hydraulic element and the oscillation element. FIG. 18 is a cross-sectional view after extension of FIGS. 8, 9, and 17 of the present invention. (At the same time, the two-node sliding element displays a developed shape including a conductor and a sleeve unit, and the connecting element indicates that three skewer seats can be connected up and down) It is a three-dimensional view of the downward movement of the swinging element at the end of the sliding element of the present invention and the free-standing seat. It is a three-dimensional view of the upward movement of the oscillating element at the end of the sliding element of the present invention and the free-standing seat. It is sectional drawing of the up-and-down movement of the rocking | swiveling element of a part of sliding element end of this invention. FIG. 3 is a three-dimensional view of the connecting element according to the present invention, in which three sets of skewers, sliding elements, oscillating elements, and stationary seats are assembled horizontally. It is sectional drawing which connected the rocking | swiveling element of the skewer seat of this invention. It is sectional drawing which connected the oscillation element by the turning joint of the skewer seat of this invention. It is a three-dimensional partial exploded view when a pair of connecting elements are connected to each other in the vertical direction with the hydraulic element of the present invention, and when a skewer seat and an oscillating element are connected. It is sectional drawing when the six connection elements of this invention are skewered to the hydraulic element. It is sectional drawing when seven connecting elements of this invention are skewered to a hydraulic element. FIG. 2 is a cross-sectional view of the present invention without the lower corner seat of FIG. 1 and combining only the skewer seat and the free-standing seat. FIG. 19 is a cross-sectional view when the skewer seat and the hydraulic element are directly combined without the connecting seat in FIG. 18 of the present invention. FIG. 29 is a cross-sectional view in which the stationary seat panel in FIG. 28 of the present invention is directly assembled with the swing element. FIG. 29 is a cross-sectional view in which the stationary seat panel in FIG. 28 of the present invention is directly assembled with the ball rod of the swing element. FIG. 4 is a three-dimensional view applied to the computer host of the present invention.

Explanation of symbols

1 Upper corner seat 10 Screw 11 First plate
12 First horizontal plate 13 Wall contact hole 14 Connection hole
15 First assembly hole 16 Intermediate hole 17 Screw
5 Lower corner seat 51 Second flange 52 Second horizontal plate 53 Second assembly hole 54 Screw hole
591 Fine end
50 Bearing element 55 Top bearing plate 56 Orientation hole
57 Adjustment rod 571 Recessed tank
572 Outside Screw
573 Fitting tank
58 sheath 59 grasping rod
2 Connecting element 21 Lower plate 211 Wire hole
22 Upper plate
23 Lower connection hole 24 Upper connection hole 25 Lower center hole 26 Upper center hole
27 Intermediate cylinder 271 Hole 28 Inner thread 29 Lid 20 Chain connecting element
3 Free-standing 30 Chain connecting element 331 Stereotaxic hole
31 Panel 32 Recessed part 33 Center hole
34 Joint hole 35 Chain connection element 36 Oscillation element
37 Connecting hole 38 Medium hole
39 Side hole
4 skewer seat 40 chain contact element 47 wire hole
41 Body 42 Perforation 43 Projection
44 External thread 45 Transverse drilling 46 Square tank hole
6 Sliding element 61 Outer tube 611 Inner thread
62 Outer element 621 Outer edge 63 Inner tube 631 Inner screw mosquito 632 Outer screw
64 Inner element 641 External screw pattern 60 Conductor
65 Second inner pipe
651 Inner thread 652 Outer thread 66 Second outer element 661 Outer edge
67 Second Inner Block Element 671 External Screw Pattern
8 Peristaltic element 80 Spring
81 Joining sleeve 82
Inner edge 83 Internal spiral
84 hole 86 ball rod 861 ball part
862 Rod
863 Long drilling 864 Short drilling
87 Intermediate fixing block 871 External screw pattern 88 Angle joint
881 Inner Screw 882 Outer Screw 883 Channel
7 Hydraulic element 70 Chain connection element 71 Bottom plate
711 Peripheral hole 712 Center hole 713 External thread
72 Outer sleeve 721 Inner spiral
73 Bottom Blocking Element 731 Top Tank
732 Through hole
74 Cylinder 741 Outer cylinder body 7411
Outer spiral
742 Blocking rod 7421 Ring-concave tank 744 Piston
743 Pressure element 7431 bars
7432 Ring ring
745 Cover Rod 746
ring
747 Seal
748 Air chamber 7481 Upper lid element 7482
Lower lid element
749 Membrane 75 Sealing sleeve 751 Projection
76 Block sleeve 761 Top tube 762 Middle tube
763 Bottom cylinder 764 Outer edge 765 Inner edge
766 Inner edge 767 Inner edge
768 top drilling
769 Bottom drilling 99 Article element
9 Wall surface (fixed element) 90 Plate (fixed element)
91 Frame element (fixed element)
92 Bottom plate 93 Top plate 94 Horizontal bar
95 Roller 96 Vertical plate (article element)
97 Horizontal plate (article element) 98 Square plate (article element)

Claims (50)

A combination structure of article hooks,
Having a first vertical plate and a first horizontal plate, having at least one wall contact hole on the first vertical plate, and being localized on the fixed element by way of the chain contact element through the wall contact hole, An upper corner seat having at least one connecting hole on the first lateral plate;
A main body, the main body has a longitudinal perforation and a protrusion, the longitudinal perforation is connected to the connecting hole of the first horizontal plate of the upper corner seat by the connecting element;
A panel, wherein the panel and the article element are connected by the chain-connecting element, and the panel is further arranged to be joined to the protrusion of the skewer seat,
An article hook combination structure characterized by comprising: The article hook combination structure according to claim 1, wherein the chain connection element is a combination of a screw hole corresponding to a screw or a nut. Furthermore, it has a lower corner seat, the lower corner seat has a second vertical plate and a second horizontal plate, has several second assembly holes on the second vertical plate, The first vertical plate has several corresponding first assembly holes, and the corresponding second assembly hole and the first assembly hole are joined by a chain connection element. Item 10. A combination structure of article hooks according to Item 1. The second horizontal plate of the lower corner seat has a screw hole, further has a support element, the support element has a top support plate and an adjustment rod, and the middle of the top support plate is at the top end of the adjustment rod. 4. The article hook combination structure according to claim 3, wherein the adjustment hook is fitted with an outer screw pattern around the adjustment rod, and the outer screw pattern and the screw hole are joined. 5. The article hook combination structure according to claim 4, wherein the lower end of the adjusting rod further pivots a gripping rod. 2. The article hook combination structure according to claim 1, wherein the skewer seat has a transverse through hole, a square tank hole, or a wire hole. The connecting element further includes a connecting element, and the connecting element is connected to the connecting hole of the upper corner seat by at least one chain connecting element. The connecting element includes a pair of plates and an intermediate cylinder, and the counter plate Each has at least one connecting hole and a center hole, and the intermediate hole is fixedly connected between the center holes of both plates, and the connecting holes of both plates are vertically drilled in the skewer seat by a connecting element. The article hook combination structure according to claim 1, wherein the article hook combination structure is fixed to the article hook. Furthermore, it has another connecting element, installed below the connecting element, the upper corner seat is connected to both connecting elements by at least one connecting element, and the other connecting element is a pair of connecting elements. The counter plate has at least one connecting hole and a center hole, the intermediate hole is fixedly connected between the center holes of both plates, and the connecting holes of both plates are connected to each other. The combination structure of the article hook according to claim 7, wherein the structure is fixed to a longitudinal perforation of the skewer seat by an element. 9. The article hook combination structure according to claim 7, wherein the lower plate of the connecting element has at least one wire hole, and the wire hole penetrates a conducting wire. 9. The article hook combination structure according to claim 7, wherein each of the connecting elements fixes a longitudinal through-hole of a corresponding skewered seat by a plurality of connecting elements. The swinging element further includes a swinging element, and is installed between the skewer seat and the stationary seat. The swinging element includes a joining sleeve, a spring, and a ball bar, and the joining sleeve includes an inner projecting edge and an inner projecting edge. The protrusion of the skewer seat has an external screw pattern, the internal screw pattern of the connecting sleeve and the external screw pattern are bonded, and the ball bar is inserted before joining the chain bar. The ball portion is positioned in the joining sleeve, and then the spring is placed, the protrusion is retained by the spring, the ball portion of the ball bar protrudes from the opening between the inner protruding edges, and The ball rod has a long perforation, a center hole in the panel, and the long perforation and the central hole of the stationary seat panel are joined by a chain connecting element. 4. The article hook combination structure according to 4, 5, 6, 7, or 8. The joining sleeve further includes an intermediate fixing block, the intermediate fixing block has an outer screw pattern, the outer screw pattern and the inner screw pattern of the joining sleeve are joined, and at the same time, the intermediate fixing block receives the spring. The combination structure of the article | hook hook of Claim 11 characterized by stopping. Furthermore, it has a turning joint, installed between the skewer seat and the oscillating element, and has an inner screw pattern at one end of the turning joint, connected to the outer screw pattern of the skewer seat, and The article according to claim 11, wherein the other end of the corner joint has an outer thread pattern and is connected to the inner thread pattern of the joining sleeve, and at this time, the rotation angle joint stops the spring. Hook combination structure. The stationary seat further has a swing element, is installed between the ball bar and the panel, has a U-shape, and both ends of the swing element have side holes, A short perforation of the ball rod and the holes on both ends of the oscillating element are joined to each other by a chain connecting element. The article hook combination structure according to claim 11, wherein the panels are connected. The sliding element further includes a sliding element, and is installed between the skewer seat and the setting seat. One end of the sliding element is connected to the skewer seat, and between the other end of the sliding element and the panel of the setting seat. Are connected by a chain connecting element, and the sliding element can be expanded and contracted, The combination structure of article hooks according to claim 1, 3, 4, 5, 7 or 8. Furthermore, it has a sliding element, installed between the skewer seat and the stationary seat, the sliding element has an outer tube, an outer closing element, an inner tube, an inner closing element, and one end of the outer tube is Having an inner thread, chained to the outer thread of the skewer seat, having an inner tube in the outer tube, and having an outer cover element at the other end of the outer tube, and one end of the inner tube having an inner thread The inner tube element has an outer screw pattern, the outer screw pattern and the inner screw pattern are screwed, and the other end of the inner tube and the panel of the set-off seat are connected by a chain connecting element. 9. The article hook combination structure according to claim 1, 3, 4, 5, 7, or 8. Furthermore, it has an oscillating element, and is installed between the sliding element and the stationary seat. The oscillating element has a joining sleeve, a spring, and a ball bar, and the joining sleeve has an inner protruding edge and an inner screw pattern. Before the chain connection, the ball rod is inserted, the ball portion of the ball rod is positioned in the joining sleeve, and then the spring is inserted, and the projection is retained by the spring. The ball portion of the ball stick protrudes from the opening between the inner projecting edges, and the ball stick has a long perforation. The combination of an article hook according to claim 16, wherein the other end of the inner tube has an outer screw pattern, and the outer screw pattern of the inner tube and the inner screw pattern of the bonding sleeve are bonded. Construction. The stationary seat further has a swing element, is installed between the ball bar and the panel, has a U-shape, and both ends of the swing element have side holes, The ball rod has a short perforation, the short perforation of the ball rod is joined to the holes on both ends of the oscillating element by a chain connection element, and the chain connection element 18. The article hook combination structure according to claim 17, wherein an inner hole of the oscillating element is connected to the panel of the stationary seat. 19. The article hook according to claim 18, wherein the skewer seat has a transversal perforation, the transversal perforation and the long perforation of the ball rod, and the inside of the inner tube pass through to penetrate a conductor. Combination structure. Further, it has a turning joint, is installed between the sliding element and the oscillating element, has an inner screw pattern at the inner end of the turning joint, is connected to the outer screw pattern of the inner tube, and 18. The article hook according to claim 17, wherein an outer end of the joint has an outer thread pattern and is connected to an inner thread pattern of the joining sleeve, and at this time, the turning joint stops the spring. Combination structure. The sliding element further includes a second inner tube, and is installed in the inner tube. The outer end of the inner tube and the second inner tube connect the second outer element, and the second outer element Is connected to the inner tube end face by an outer protruding edge, one end of the second inner tube has an inner screw pattern, the other end of the second inner tube has an outer screw pattern, and the outer screw pattern of the second inner embedding element. The joint structure of the article hook according to claim 16, wherein the joint is joined to the inner screw pattern of the second inner tube, and the outer screw pattern of the second inner tube and the inner screw pattern of the joining sleeve are joined. Furthermore, it has a hydraulic element, is installed between the skewer seat and the set-off seat, one end of the hydraulic element and the set-up seat are connected, and the other end of the hydraulic element is connected by a chain-connecting element 9. The article hook combination structure according to claim 1, wherein the structure is connected to the stationary seat panel and the hydraulic element can be expanded and contracted. . Furthermore, it has a hydraulic element, is installed between the skewer seat and the stationary seat, and consists of a bottom board, an outer sleeve, a bottom closing element, a cylinder, a joining sleeve of a closing sleeve and a swinging element, Several peripheral holes and a central hole, the outer sleeve has an inner screw pattern at one end, the protrusion of the skewer seat has an outer screw pattern, the inner screw pattern and the outer screw pattern are connected, and The inner screw pattern of the outer sleeve and the outer screw pattern of the bottom plate are joined, and the bottom portion of the outer sleeve closes the bottom plugging element, and the bottom plugging element has a through-hole through the top tank and the center on the top surface. The through hole and the center hole correspond, the cylinder has an outer cylinder body, a blocking rod, a pressure element, a piston, a blocking rod cover, a ring, a sealing block, an air chamber, a membrane piece, Most of the elements are located in the outer cylinder, and have a piston in the outer cylinder. Is connected to a cover rod, and a cover rod cover is installed outside the cover rod, and the cover rod penetrates the through hole of the bottom block element and the center hole of the bottom plate, and is then connected to the end of the block rod by the ring. Engaging the installed annular recess tank, the lower end of the closing sleeve stops the top tank of the bottom closing element, providing a sealing block at the opening of the outer cylinder body, and punching the blocking rod cover, The outer surface of the other end of the outer cylinder body is provided with an external thread pattern, and the other end surface of the outer cylinder body has a pressure element, and air leakage is prevented by the sealing, and the outer cylinder inside the pressure element An air chamber is installed in the body, the air chamber is filled with compressed air, the pressure element penetrates the air chamber by a connecting rod, and the outer end of the connecting rod connects the membrane pieces, The air chamber is sealed with the membrane piece, and the movement of the pressure element causes the membrane piece to leave the perforation of the air chamber, so that gas flows outside the air chamber. The binder is moved, the joining sleeve has an inner thread pattern, the outer thread pattern of the outer cylinder and the inner thread pattern of the joining sleeve are joined, and the other end of the joining sleeve is connected to the stationary seat by a connecting element. 9. The article hook combination structure according to claim 1, wherein the article hook combination structure is connected to a panel. Furthermore, it has an oscillating element and is installed between the hydraulic element and the stationary seat, and the oscillating element has a joining sleeve, a spring, and a ball bar, and the joining sleeve has an inner protruding edge and an inner part. Prior to chain connection, the ball rod is inserted, the ball portion of the ball rod is positioned in the joining sleeve, the spring is then placed, and the projection is retained by the spring. The ball portion of the ball bar protrudes from the opening between the inner projecting edges, and the ball bar has a long hole, and the long hole is perforated by a connecting element, so that the stationary seat The article hook combination structure according to claim 23, wherein the article hook combination structure is joined to the article hook. 25. The article hook combination structure according to claim 24, wherein the joining sleeve has a hole. The free-standing seat further has a swing element, is installed between the ball bar and the panel, has a U-shape, and joins both ends of the ball bar and the swing element by a chain-connecting element. 25. The article hook combination structure according to claim 24, wherein the stationary seat panel is connected by a chain connecting element. Furthermore, it has a turning joint, is installed between the hydraulic element and the oscillating element, has an inner screw pattern at the inner end of the turning joint, and is connected to an outer screw pattern of the outer cylinder body, The outer end of the turning joint has an outer screw pattern and is connected to the inner screw pattern of the joining sleeve, and at this time, the turning joint stops the spring. Combining structure of article hooks. Furthermore, it has a hydraulic element and is installed between the upper corner seat and the connecting element, and one end of the hydraulic element and the upper corner seat are connected by a chain connecting element, and the other end of the hydraulic element 8. The article hook combination structure according to claim 7, wherein the connecting elements are connected by a chain connecting element, and the hydraulic element can be expanded and contracted. Furthermore, it has a hydraulic element and is installed between the upper corner seat and the connecting element, and consists of a bottom board, an outer sleeve, a bottom closing element, a cylinder, and a closing sleeve, and the bottom board has several peripheral holes and a center. And a bottom portion of the outer sleeve closes the bottom plugging element, the bottom plugging element has a through hole on the top surface that penetrates the top tank and the center, and the through hole and the center hole correspond to each other. The cylinder has an outer cylinder body, a blocking rod, a pressure element, a piston, a blocking rod cover, a ring, a sealing block, an air chamber, a membrane piece, and all the elements are mostly located in the outer cylinder body. The outer cylinder has a piston, the piston is connected to a blocking rod, a blocking rod cover is installed outside the blocking rod, and the blocking rod is a through hole of the bottom blocking element and a center of the bottom plate. After penetrating the hole, the ring engages an annular concave tank installed at the end of the block, and the block 3 The lower end stops the top tank of the bottom clogging element, and the bottom plate is fixed to the upper corner seat by a connecting element by a peripheral hole, and a sealing clog is provided at the opening of the outer cylinder body The cover rod cover is pierced, the other end surface of the outer cylinder body has a pressure element, air leakage is prevented by the sealing block, and an air chamber is installed in the outer cylinder body inside the pressure element. The air chamber is filled with compressed air, the pressure element penetrates the air chamber by a connecting rod, and the outer end of the connecting rod connects a membrane piece, and the air piece by the membrane piece. The chamber is sealed, and the movement of the pressure element causes the membrane piece to leave the perforation of the air chamber, the gas moves the outer cylinder, and the upper end of the outer cylinder body and the intermediate cylinder of the connecting element are connected. The combined structure of article hooks according to claim 7. Furthermore, it has a sleeve unit, and consists of a top cylinder, a middle cylinder, and a bottom cylinder, the top cylinder upper end is installed on the outer cylinder body, and the top cylinder and the middle cylinder outer surface bottom end have outer edges. 30. The article hook combination structure according to claim 28 or 29, characterized in that the inner edge installed at the top end of the middle cylinder and the bottom cylinder is banded. The top cylinder has an upper perforation, the bottom cylinder has a lower perforation, and a conductor is connected between the upper perforation and the lower perforation inside the sleeve unit. Combination structure of the article hook as described. Furthermore, it has another connecting element on the upper side, is located above the connecting element, and connects the two connecting elements by at least one connecting element, and the other connecting element on the upper side has a pair of plates. Each of the counter plates has at least one connecting hole and a center hole, the intermediate tube is fixedly connected between the center holes of the two plates, and the connecting holes of the two plates are connected to each other by a chain connection. 30. The article hook combination structure according to claim 28 or 29, wherein a longitudinal perforation of the skewer seat is fixed by an element, and the intermediate cylinder has a hole. 33. The longitudinal perforation of the skewer seat is fixed to the upper part of the counter plate of the connecting element or the lower part of the lower plate through the connecting hole by a connecting element. Combination structure of the article hook as described. 33. The article hook according to claim 32, wherein the connecting element fixes the longitudinal perforation of the corresponding skewer seat through the connecting hole between the counter plates corresponding to each other by several chain connecting elements. Combination structure. 30. The article hook combination structure according to claim 28 or 29, further comprising a lid on the connecting element. Furthermore, it has a lower connecting element, is installed between the upper corner seat and the hydraulic element, and connects the lower connecting element to the connecting hole of the upper corner seat by at least one chain connecting element, The lower connecting element has a pair of plates and an intermediate cylinder, each of the counter plates has at least one connecting hole and a center hole, and the intermediate cylinder is fixedly connected between the center holes of both plates. The connection holes of the plates are fixed to the longitudinal perforations of the skewer seat by a connecting element, and the lower connection element and the bottom plate of the hydraulic element are joined together, or 30. A combination structure of article hooks according to 29. Furthermore, it has another lower connecting element, is installed between the lower connecting element and the hydraulic element, and connects both connecting elements by at least one connecting element, and the other lower connecting element Has a pair of plates and an intermediate cylinder, each of the counter plates has at least one connecting hole and a center hole, and the intermediate hole is fixedly connected between the center holes of both plates, and the connecting holes of both plates are connected to each other. 37. The combination structure of article hooks according to claim 36, wherein a longitudinal perforation of the skewer seat is fixed by a chain connecting element. 38. The article hook combination structure according to claim 37, further comprising a hydraulic element, and disposed between the lower connecting element and the lower connecting element. Furthermore, it has a hydraulic element, and is installed between the lower connecting element and the lower connecting element. The hydraulic element is composed of a bottom plate, an outer sleeve, a bottom closing element, a cylinder, and a closing sleeve. The bottom plate has several peripheral holes and a center hole, and a connecting element connects a peripheral hole of the bottom plate and a connecting hole of another connecting element below, and a bottom portion of the outer sleeve is the bottom. The closing element has a through hole penetrating the top tank and the center on the top surface, the through hole and the center hole correspond to each other, and the cylinder includes an outer cylinder body, a blocking rod, a pressure A moving element, a piston, a cover rod cover, a ring, a sealing block, an air chamber, a membrane piece, and all the elements are mostly located in the outer cylinder body, and have a piston in the outer cylinder body, The piston is connected to a block, and a block cover is installed outside the block, and the block is After penetrating the through hole of the bottom capping element and the center hole of the bottom plate, the ring engages an annular concave tank installed at the end of the clogging rod, and the lower end of the cuff sleeve is the top tank of the bottom capping element The bottom plate is fixed to the other connecting element by a peripheral element through a peripheral hole, a sealing block is provided at the opening of the outer cylinder body, and a blocking rod cover is pierced. The other end surface of the outer cylinder body has a pressure element, prevents air leakage by the sealing block, and installs an air chamber in the outer cylinder body inside the pressure element, and the air chamber is compressed. Filled with air, the pressure element penetrates the air chamber by a connecting rod, the outer end of the connecting rod connects the membrane pieces, and the air chamber is sealed by the membrane pieces, With the movement of the pressure element, the membrane piece leaves the perforation of the air chamber, the gas moves the outer cylinder, and the outer cylinder Intermediate cylinder body upper and lower connecting element is connected, the combination structure of the article hook according to claim 37 intermediate cylinder below the connecting element is characterized by having a hole. Furthermore, it has at least one outer connecting element, is installed on the outer sleeve of the hydraulic element, and connects both connecting elements by at least one connecting element, each connecting element comprising a pair of plates and an intermediate cylinder Each of the pair of plates has at least one connecting hole and a center hole, and an intermediate cylinder is fixedly connected between the center holes of both plates. 30. The article hook combination structure according to claim 28 or 29, wherein the longitudinal perforation of the seat is fixed and the intermediate cylinder is installed outside the outer sleeve of the hydraulic element. Furthermore, it has a hydraulic element, is installed between the upper corner seat and the skewer seat, one end of the hydraulic element and the upper corner seat is connected by a chain connection element, the other end of the hydraulic element, The article hook combination structure according to claim 1, wherein the hook is directly connected between the longitudinal perforations of the skewer seat. Furthermore, it has a hydraulic element and is installed between the upper corner seat and the skewer seat, and one end of the hydraulic element and the upper corner seat are connected by a chain connecting element, and the other end of the hydraulic element The longitudinal contact of the skewer seat is connected, and the hydraulic element is composed of a bottom plate, an outer sleeve, a bottom closing element, a cylinder, and a closing sleeve, and the bottom plate has several peripheral holes and a central hole. The bottom portion of the outer sleeve closes the bottom plugging element, the bottom plugging element has a top hole and a through-hole penetrating the center, the through-hole corresponds to the center hole, and the cylinder , Outer cylinder body, blocking rod, pressure element, piston, blocking rod cover, ring, sealing block, air chamber, membrane piece, and all the elements are located in the outer cylinder body, A cylinder has a piston, the piston is connected to a block, and a block cover is installed outside the block. The clogging rod penetrates the through hole of the clogging element and the center hole of the bottom plate, and then the ring engages an annular concave tank installed at the clogging rod end by the ring, and the cuff sleeve lower end is the bottom A top tank of the closing element is stopped, and the bottom plate is fixed to the upper corner seat by a connecting element by a peripheral hole, and a sealing block is provided at an opening portion of the outer cylinder body. A cover is pierced, the other end surface of the outer cylinder body has a pressure element, air leakage is prevented by the sealing block, an air chamber is installed in the outer cylinder body inside the pressure element, The air chamber is filled with compressed air, the pressure element penetrates the air chamber with a connecting rod, and the outer end of the connecting rod connects the membrane pieces and seals the air chamber with the membrane pieces. Then, the movement of the pressure element causes the membrane piece to leave the perforation of the air chamber, and the gas moves the outer cylinder to move the outer casing. The combination structure of the article hook according to claim 1, wherein the Sunda body upper end of Trans perforation of one end of the skewer contact seat, characterized in that it is connected. The article hook combination structure according to claim 1, further comprising a frame element, wherein the frame element and the upper corner seat are coupled. 2. The article hook combination structure according to claim 1, wherein the fixing element is a frame element, the frame element and the upper corner seat are coupled, and an article element is placed in the frame element. 45. The article hook combination structure according to claim 44, wherein the frame element is hollow and has only a bottom plate, a top plate, and four columns. 45. The article hook combination structure according to claim 44, wherein several rollers can be added below the bottom of the frame. 45. The article hook combination structure according to claim 44, wherein the frame element has a horizontal bar added to one side or to the rear of both sides. 48. The article hook combination structure according to claim 47, wherein the horizontal bar is of a two-bar type or a multi-bar type, and a roller may be added below the outer end of the horizontal bar. 45. The article hook combination structure according to claim 44, wherein at least one upper corner seat and lower corner seat are joined to the top plate or the bottom plate of the frame element. 2. The article hook combination structure according to claim 1, wherein the article element is a horizontal plate, a vertical plate, a square plate, or an electronic device.

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