TWM496466U - Modular framework used in assistive device - Google Patents

Description

Modular skeleton for auxiliary equipment 【0001】

This creation is about a modular skeleton for assistive devices, especially an accessory that provides support for the body, such as cerebral palsy or muscle atrophy.

【0002】

Patients with cerebral palsy or muscle atrophy need to be assisted to support the body through appropriate aids. Therefore, relevant manufacturers have developed a variety of different forms of assistive devices, such as a commercially available vertical aid, which can hold the patient in a standing position. Fixed on the accessory, the accessory provides a backing plate for the back of the patient to support the patient without tilting backwards, and a table is additionally provided on the accessory, so that the patient can eat, write, and Draw or engage in other rehabilitation or life related matters.

[0003]

In addition, there is a commercially available 趴-type accessory that also provides a back plate. When the 趴-type accessory is used, the patient is tied to the back plate, and the squat-type accessory uses the back plate to support the patient's body, so that the patient's body is forwarded. But still not dumping forward, the squatting aid also provides a table for the patient to eat, write, draw or engage in other rehabilitation or life related matters on the table.

[0004]

In order to provide patients with different vertical or squat assistive devices, as well as to provide patients of different heights and body types, it is necessary to manufacture vertical or squat-type assistive devices of different sizes. Therefore, the manufacturer needs to stock many different components to match Different requirements are assembled into vertical or shackle fittings of various sizes, which will increase the manufacturing cost of the manufacturer.

[0005]

In order to solve the problem, the present invention provides a modular skeleton for an accessory, comprising a chassis, a connecting frame fixed on the chassis, the connecting frame including a first connecting portion and a second connecting portion. a base frame pivotally connected to the connecting frame, the base frame includes a first socket hole formed at the upper portion, the base frame further includes a pivoting portion and a joint portion, and the first link of the pivoting portion of the base frame and the joint frame The pivoting of the base frame is pivoted between an orthogonal position and a non-orthogonal position with a pivot axis defined by the first joint as an axis. When the base frame is in an orthogonal position, the base frame and the chassis are approximately a first support member connected to the second joint portion of the joint frame when the base frame is in the non-orthogonal position, the first support member further includes a telescopically movable movable rod, and the movable rod is combined with the base frame The pivotal connection of the movable rod, the displacement of the movable rod or the shortening displacement is a table group of the base frame that is detachably displaced between the orthogonal position and the non-orthogonal position, and the first extension frame is combined with the basic frame. Orthogonal position Displacement between non-certified positions, detachably mounted on a backing plate set on the base frame, with the base frame pivoting between orthogonal and non-orthogonal positions, a pedal group, detachable and foundation The frame is combined, and the backboard group is located between the table group and the pedal group.

[0006]

The creation aids share a plurality of components to form a modularization, and the manufacturer can choose to assemble as a vertical aid or a squat aid according to the patient's needs, and assemble the patient into different sizes according to the patient's body, due to many zeros. The components are all shared, thus reducing the number of parts in the inventory and increasing the speed of assembly, further reducing the cost of production.

[0032]

8A‧‧‧Vertical aids 8B‧‧‧趴-type aids 10‧‧‧Support frame 20‧‧‧Chassis 22‧‧‧Sidebar 24‧‧‧ First end 26‧‧‧ second end 28‧ ‧ Feet 30‧‧‧ First wheel 32‧‧‧Second wheel 34‧‧‧ Connecting rod 36‧‧‧ Linking frame 38‧‧‧Border 40‧‧‧First pole 42‧‧‧Second pole 44 ‧‧‧ Connecting rod 46‧‧‧First joint 48‧‧‧Second joint 50‧‧‧Basic frame 52‧‧‧Side rod 54‧‧‧Upper connecting rod 56‧‧‧Lower connecting rod 58‧‧ ‧ Support rod 60‧‧‧ pivoting part 62‧‧‧ joint part 64‧‧‧ first set of holes 66‧‧‧ first extension frame 68‧‧‧ first set of joints 70‧‧‧ second socket Hole 72‧‧‧Second extension frame 74‧‧‧Second set of joints 78‧‧‧First support 79‧‧‧ Activity pole 80‧‧‧Table board set 82‧‧‧Table support 84‧‧‧ Table board 85‧‧‧ pivot block 86‧‧‧Table board fixture 88‧‧‧ grip 9 ‧‧‧grip bracket 92‧‧‧back plate group 94‧‧‧back plate 96‧‧‧side pillow 97‧‧‧ pivoting piece 98‧‧‧foot group 111‧‧‧foot bracket 112‧‧‧ Foot pedal 113‧‧‧foot fasteners 115‧‧‧Second support 117‧‧‧Sleeve 119‧‧‧ Extension rod

【0007】

The first picture is an exploded perspective view of the creation skeleton.
Figure 2 is an exploded perspective view of the assembly as a vertical accessory.
The third figure is a three-dimensional combination diagram of the creation of the vertical assembly.
Figure 4 is a side view of Figure 3.
Figure 5 is a state diagram showing the adjustment of the vertical accessory base frame to a non-orthogonal position.
Fig. 6 is a three-dimensional combination diagram of the assembled vertical auxiliary device assembled into a larger size.
Figure 7 is a three-dimensional combination of the maximum size of the creative vertical accessory.
Figure 8 is an exploded perspective view of the creation of the cymbal accessory.
Figure 9 is a three-dimensional assembly diagram of the creation of the cymbal accessory.
Figure 10 is a side view of Figure 9.
Figure 11 is a state diagram of the adjustment of the base frame of the cymbal accessory to a non-orthogonal position.
Figure 12 is a three-dimensional assembled view of the cymbal-type accessory assembled into a larger size.

[0008]

All of the following drawings are merely illustrative of the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. Post-guided changes are implemented in industry skills. In addition, changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths, and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation.

【0009】

In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "first", "second", "upper", "lower", "before", "after", "inside" , "End", "Part", "Segment", "Vertical", "Zone", "Side", and the like, are only used to facilitate the construction of the Figures and are only used to help describe the creation.

[0010]

This creation is about a modular skeleton for an accessory. The modular skeleton of the accessory can be assembled back into a vertical accessory 8A (as shown in Figure 3) or assembled as a squat aid 8B ( As shown in FIG. 9 , the modular skeleton includes a support frame 10 , the support frame 10 includes a chassis 20 , and the chassis 20 includes two spaced side bars 22 , each side bar 22 includes a first end 24 and a The second end 26, the chassis 20 further includes two connecting rods 34 extending between the two side bars 22, the chassis 20 further comprising two branches slidably sleeved with the second ends 26 of the side bars 22, respectively. The two first wheels 30 are respectively pivotally disposed at the first ends 24 of the side bars 22, and the two second wheels 32 are respectively pivotally disposed at the ends of the legs 28.

[0011]

As shown in the first diagram, the chassis 20 further includes a connecting frame 36 fixed to each connecting rod 34. The two different shapes of the connecting frame 36 shown in Fig. 1 are respectively assembled for the vertical auxiliary device 8A. Or assembled into the cymbal accessory 8B, first described as being assembled as a vertical accessory 8A. Referring to Figures 2 to 5, the splicing frame 36 selected for assembly as the vertical accessory 8A includes two spaced apart frames 38. Each of the frames 38 includes a first rod 40 and a second rod 42. A connecting rod 44 extends between the first rods 40 of each frame 38. Thus, the two connecting rods 44 for mounting the vertical auxiliary device 8A are used. The distance between the first rods 40 is smaller than the distance between the two second rods 42 (and the joint frame 36 on the right side in FIG. 1), and the joint frame 36 further includes two upper ends formed on the first rods 40. The first connecting portion 46 and the two second connecting portions 48 formed by the holes at the upper ends of the second rods 42 are formed by welding the lower ends of the first rods 40 and the second rods 42 of the connecting frame 36. Surgery is fixed to the respective connecting rod 44, the connecting block 36 of each second connecting portion 48 are provided a first pivot support member 78, each of the first support member 78 includes a movable rod 79 displaceable.

[0012]

According to the drawings, the support frame 10 further includes a base frame 50 pivotally connected to the link frame 36. The base frame 50 includes two side bars 52 spaced apart, and the base frame 50 is further included at the upper ends of the two side bars 52. An upper connecting rod 54 extending between and a lower connecting rod 56 extending between the lower ends of the two side rods 52, the base frame 50 further comprising a supporting rod 58 between the upper and lower connecting rods 54, 56, the basic frame The 50 further includes a plurality of joints 62 formed on the upper connecting rod 54 and the support rods 58. The base frame 50 further includes a plurality of pivoting portions 60 formed on the upper connecting rod 54 and the side bars 52. The base frame 50 is pivotally connected to each of the first connecting portions 46 of the connecting frame 36 by the pivoting portions 60. Referring to FIG. 2, when the vertical auxiliary device 8A is attached, the movable bars of the first supporting members 78 are attached. The respective joints 62 at the upper connecting rods 54 are respectively pivotally connected. Thus, when the movable rods 79 of the first supporting members 78 are displaced, the base frame 50 is pivoted by the respective first connecting portions 46. Displacement between orthogonal positions that are orthogonal to the chassis 20 (as shown in FIG. 4) and non-orthogonal positions that are non-orthogonal with the chassis 20 (as shown in FIG. 5).

[0013]

Referring to Figures 2 to 4, the vertical accessory 8A of the present invention further includes a backing plate group 92 detachably fixed to the base frame 50, the backing plate group 92 including a back portion such as a flat plate or a wooden board. A plurality of side pillows 96 are disposed on the back plate 94. The back plates 94 of the back plate set 92 are fixed to the side bars 52 of the base frame 50 such that the back plate set 92 is in an orthogonal position together with the base frame 50. Displacement with non-orthogonal positions.

[0014]

Referring to Figures 2 to 4, the vertical accessory 8A of the present invention further includes a table set 80 detachably fixed to the base frame 50. The table set 80 includes a table support 82 and is fixed to the table. A table 84 on the board holder 82, each side of the table holder 82 includes two U-shaped table holders 86. The table holders 86 of the table set 80 are respectively clamped to the side bars 52 of the base frame 50 and the back plates 94 of the back plate set 92, such that the table 84 of the table set 80 is approximately orthogonal to the back plate 94. And spaced apart by a distance, and the table 84 is oriented toward the first end 24 of each side bar 22 of the chassis 20 such that the table set 80 is displaced with the base frame 50 between an orthogonal position and a non-orthogonal position.

[0015]

Referring to Figures 2 to 4, the vertical accessory 8A of the present invention further includes a pedal group 98 detachably fixed to the base frame 50. The pedal group 98 includes a footrest 111 and is fixed to the pedal. A foot pedal 112 on the bracket 111 is used to support the patient's foot. The foot bracket 111 further includes two symmetrically spaced footrests 113. Each pedal fixing member 113 of the pedal group 98 is clamped to each side rod 52 of the base frame 50 and the back plate 94. The pedal group 98 is directed toward each first end 24 of the chassis 20, and the back plate group 92 is located at the table top. Between the group 80 and the foot set 98, the foot set 98 is pivoted together with the base frame 50 between an orthogonal position and a non-orthogonal position. In addition, the vertical accessory 8A of the present invention further includes two grips 88 fixed to the base frame 50. Each grip 88 includes a grip bracket 90, and the grip brackets 90 of the grips 88 are respectively clamped to the base frame. Each of the side bars 52 of the 50 and the back plate 94 of the backing plate set 92.

[0016]

The foot set 98 of the present vertical aid 8A is used to provide a foot rest for a patient such as cerebral palsy or muscle atrophy, and the back panel group 92 is used with the side pillow 96 to support the patient's body, the height of the table set 80 It is located in the chest of the patient, so that the patient's hands can rest on the table set 80, which is beneficial for the patient to eat or to write and draw. . . Rehabilitation training.

[0017]

When the base frame 50 of the vertical accessory 8A is to be adjusted in the non-orthogonal state, the first support members 78 are released first, so that the movable rods 79 of the first support members 78 can be displaced, so that the basic frame can be removed. 50 together with the table set 80, the backing plate set 92, and the foot set 98 are adjusted from the orthogonal position (as shown in Figures 3 and 4) to a non-orthogonal position that is slightly reclined (as in Figure 5). Show).

[0018]

The vertical accessory 8A shown in Figures 3 to 5 is suitable for patients with a small body, that is, the vertical accessory 8A shown in Figures 3 to 5 is assembled into the smallest form. The vertical accessory 8A can also be assembled into three different forms according to the height of the user. In detail, the support frame 10 further includes a U-shaped first extension frame 66 and a U-shaped second extension frame 72, An extension frame 66 includes two first socket segments 68 formed at the lower end, and two second socket holes 70 formed at the upper end, and the second extension frame 72 includes two second socket segments 74 formed at the lower end. .

[0019]

When the height of the patient does not apply to the vertical accessory 8A shown in FIGS. 3 to 5, the first extension frame 66 may be mounted on the base frame 50, and in detail, the first set of the first extension frame 66 The connecting portions 68 are respectively inserted into the first socket holes 64 of the base frame 50, so that the first extending frame 66 cooperates with the base frame 50 to provide a larger backing plate 94 installation (as shown in FIG. 6). The table holders 86 of the table set 80 can be clamped to the first extension frame 66 and the back plate 94, so that the vertical accessory 8A of the present invention is assembled into a medium-sized configuration.

[0020]

When the height of the patient is greater than the applicable range of the medium-sized vertical accessory 8A, the second extension frame 72 may be further mounted on the first extension frame 66. In detail, as shown in FIG. 7, the second extension frame 72 is shown. The second sleeve segments 74 are respectively inserted into the second socket holes 70 of the first extension frame 66, and the first and second extension frames 66, 72 cooperate with the base frame 50 to provide the maximum size of the back plate 94 for installation ( As shown in Fig. 7, the vertical aid 8A assembled to the maximum size can be used for patients with a tall body.

[0021]

The difference between the cymbal accessory 8B provided by the present invention and the vertical accessory 8A is only that the shape of the frame 36 of the chassis 20 is slightly different and the table group 80, the back plate group 92 and the pedal group 98 are slightly different. In detail, compared to the vertical accessory 8A, the link frame 36 of the cymbal accessory 8B includes two parallel and identically shaped frames 38 (see FIGS. 1 and 8), and the link frame 36 is further included in The two connecting rods 44 extending between the two frames 38 are spaced apart from each other by a distance between the first rods 40 of the frames 38. The first connecting portions 46 of the connecting frame 36 are connected to each other. The pivoting portions 60 at the side bars 52 of the base frame 50 are pivotally connected, so that the base frame 50 pivots between the orthogonal position and the non-orthogonal position with the pivot axis defined by each of the first links 46. Each of the second connecting portions 48 is located on the connecting rod 44 between the two second rods 42 . The first supporting members 78 are respectively pivotally connected to the two second connecting portions 48 on the connecting rod 44 , and each of the first connecting portions 48 . a support 78 of the active lever 79 are pivotally connected to the coupling portion 62 on the basis of the frame support rods 5850.

[0022]

The table set 80 of the cymbal accessory 8B differs in that the table set 80 forms two pivoting blocks 85 below the table 84, and the table holders 86 of the set of tables 80 are located below the table 84. Each table holder 86 is pivotally coupled to the top end of each side bar 52 of the base frame 50, and further the table set 80 faces each second end 26 of the chassis 20 (as shown in Figures 9, 10).

[0023]

The length of the backing plate group 92 of the cymbal accessory 8B is slightly smaller than the length of the base frame 50. The backing plate 94 of the backing plate group 92 further includes a pivoting member 97, and the backing plate group 92 is also fixed on the base frame 50. The frame 50 is located between the table set 80 and the backing plate set 92, and the backing plate set 92 pivots with the base frame 50 between orthogonal and non-orthogonal positions.

[0024]

According to the drawings, the present invention 8B further includes a second support member 115 pivotally connected between the backboard assembly 92 and the table assembly 80, and the second support member 115 includes a hollow sleeve 117. And an extension rod 119 slidably coupled to the sleeve 117, the surface of the sleeve 117 is provided with a plurality of perforations along the axial direction of the sleeve 117, and the extension rod 119 is provided with a perforation, when the perforation of the extension rod 119 and the sleeve 117 After any one of the perforations is aligned, the extension rod 119 can be positioned by a pin through the respective perforations of the extension rod 119 and the sleeve 117. The end of the sleeve 117 of the second support member 115 is pivotally connected to the pivoting member 97 of the backboard assembly 92. The extension rod 119 is pivotally connected to the table 84 of the table set 80 and extends through the adjustment extension rod 119. The length is such that the table 84 of the table set 80 is level with the ground.

[0025]

The pedal group 98 of the cymbal accessory 8B also clamps the side bars 52 of the base frame 50 with the two footrests 113, respectively, but the footrests 113 know the direction and back of the side bars 52 along the base frame 50. The backing plate 94 of the plate set 92 is spaced a small distance (as shown in FIG. 9) and, in addition, the foot set 98 is oriented toward each of the second ends 26 of the chassis 20.

[0026]

Referring to Figure 9, the foot set 98 of the present shackle 8B is spaced apart from the backing plate set 92 to form an opening therebetween, which facilitates the patient's sole to extend beyond the backing plate set 92, that is, Since the shackle 8B is used, the patient's front chest is attached to the backing plate 94 of the backing plate set 92 such that the patient's soles are toward the second ends 26 of the chassis 20, thus in the backing plate set 92 A space is formed between the groups of pedals 98 that allows the patient's foot to pass through, facilitating the patient to lie on the backing plate 94 of the backing plate set 92 in a more comfortable manner.

[0027]

When the base frame 50 is to be pivoted from the orthogonal position shown in FIG. 9 to the non-orthogonal position, after the movable rod 79 of each of the first support members 78 is released, the base frame 50 can be pivoted, resulting in a table Group 80, backing plate set 92, and pedal group 98 are pivoted together with base frame 50 from an orthogonal position to a non-orthogonal position (as shown in Figure 11). The angle of the base frame 50 can be fixed by fixing the movable bars 79 of the respective first support members 78 after the base frame 50 is in the non-orthogonal position, and further, when the base frame 50 is adjusted to the non-orthogonal position, the table set 80 The table plate 84 is non-parallel to the ground, in which case the extension rod 119 of the second support member 115 is released, causing the extension rod 119 to be slidably displaced along the sleeve 117, thereby adjusting the table panel 84 of the table set 80 to At approximately the angle parallel to the ground (as shown in Figure 11), the extension rod 119 is then secured and the table 84 is positioned at an angle parallel to the ground.

[0028]

When the smaller size shackle 8B shown in Figures 9 to 11 of the present invention is too small to be suitable for the patient, the first extension frame 66 can be combined on the base frame 50. In detail, the first extension frame 66 Each of the first connecting segments 68 is respectively inserted into each of the first socket holes 64 of the base frame 50 to further replace the larger-sized back plate group 92, and the table fixing members 86 of the table group 80 are first and The extension frame 66 is pivotally connected (as shown in Fig. 12). Thus, the created shackle 8B can be assembled into a larger size, and is suitable for patients with taller bodies.

[0029]

The vertical accessory 8A of the present invention and the cymbal accessory 8B share a plurality of components to form a modularization, and the manufacturer can select to assemble the vertical accessory 8A or the cymbal accessory 8B according to the patient's needs, and cooperate with the patient. The body is assembled into different sizes, and since many components are shared, the number of parts in the stock can be reduced and the assembly speed can be increased, thereby further reducing the production cost.

[0030]

The basic teachings of this creation have been described, and many extensions and variations will be apparent to those of ordinary skill in the art. For example, the connection frame 36 of the vertical accessory 8A and the cymbal accessory 8B may have the same outer shape, that is, the link frame of the vertical accessory 8A and the cymbal accessory 8B disclosed in the present drawing. The 36 profiles are slightly different, but even if the two use the same link frame 36, it does not affect the function of the base frame 50 to pivot between the orthogonal position and the non-orthogonal position.

[0031]

The present invention disclosed in the specification is to be considered as illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to be limited by the scope of the invention.

10‧‧‧ skeleton

20‧‧‧Chassis

22‧‧‧ side pole

24‧‧‧ first end

26‧‧‧ second end

28‧‧‧ feet

30‧‧‧First wheel

32‧‧‧second wheel

34‧‧‧ Connecting rod

36‧‧‧ link box

38‧‧‧Border

40‧‧‧first shot

42‧‧‧second shot

44‧‧‧ Connecting rod

46‧‧‧First Link

48‧‧‧Second Link

50‧‧‧Basic box

52‧‧‧ sidebar

54‧‧‧Upper connecting rod

56‧‧‧Lower connecting rod

58‧‧‧Support rod

60‧‧‧ pivotal department

62‧‧‧Combination

64‧‧‧First set of holes

66‧‧‧First extension frame

68‧‧‧First set of joints

70‧‧‧Second set of holes

72‧‧‧second extension frame

74‧‧‧Second set of joints

78‧‧‧First support

79‧‧‧ activity pole

Claims (9)

[Item 1] A modular skeleton for use in assistive devices, including:
a chassis (20);
a connecting frame (36) is fixed to the chassis (20), the connecting frame (36) includes a first connecting portion (46) and a second connecting portion (48);
a base frame (50) pivotally connected to the connecting frame (36), the base frame (50) includes a first socket hole (64) formed on the upper portion, and the base frame (50) further includes a pivoting portion (60) And a joint portion (62), the pivot portion (60) of the base frame (50) is pivotally connected to the first joint portion (46) of the joint frame (36), and the base frame (50) is connected by the first joint portion (46). The pivot axis defined is that the axis pivots between the orthogonal position and the non-orthogonal position. When the base frame (50) is at the orthogonal position, the base frame (50) and the chassis (20) are approximately perpendicular to each other. When the base frame (50) is in a non-orthogonal position;
a first support member (78) is coupled to the second joint portion (48) of the joint frame (36), the first support member (78) further comprising a telescopically movable movable rod (79), the movable rod (79) a pivotal connection with the joint portion (62) of the base frame (50), the extension of the movable rod (79) or the shortening of the displacement linkage frame (50) between the orthogonal position and the non-orthogonal position;
a table set (80) detachably coupled to the base frame (50), the first extension frame (66) being displaced along with the base frame (50) between the orthogonal position and the non-certified position;
a backing plate set (92) detachably mounted to the base frame (50) for pivoting with the base frame (50) between an orthogonal position and a non-orthogonal position;
A foot set (98) is detachably coupled to the base frame (50), the back plate set (92) being located between the table set (80) and the foot set (98). [Item 2] The modular frame for an accessory according to claim 1, wherein the base frame (50) further comprises two side bars (52) spaced apart and extending between the two side bars (52). An upper connecting rod (54) and a lower connecting rod (56) located below the upper connecting rod (54), the base frame (50) further comprising an extension between the upper and lower connecting rods (54, 56) and located on the two side rods A support rod (58) between (52), a joint portion (62) is formed on the upper connecting rod (54), and the pivot portion (60) is formed on the two side rods (52) or the support rods (58) Any one. [Item 3] The modular skeleton for use in the accessory of claim 1, wherein the chassis (20) further comprises two spaced apart side bars (22) and two legs extending between the two side bars (22) The connecting rod (34), the connecting frame (36) comprises two spaced apart frames (38), each frame (38) comprises a first rod (40) and a second rod (42), and the connecting frame (36) is further A connecting rod (44) extending between the two frames (38), a first connecting portion (46) is formed on each of the first rods (40), and a second connecting portion (48) is formed on each of the second rods (42) or any one of the connecting rods (44). [Item 4] The modular skeleton for an accessory according to the first aspect of the invention, wherein the table set (80) further comprises a table (84) and a pivoting block formed under the table (84) (85) The backing plate set (92) further includes a pivoting member (97) formed on the backing plate set (92), further comprising:
a second support member (115) includes a sleeve (117) pivotally mounted on the pivoting member (97) of the backing plate assembly (92), and an extension rod that is telescopically displaceable relative to the sleeve (117) ( 119), the extension rod (119) is pivotally connected to the pivot block (85) of the table set (80), and when the extension rod (119) is displaced along the sleeve (117), the table set (80) is adjusted relative to The angle of the base frame (50). [Item 5] A modular skeleton for use in assistive devices, including:
a chassis (20);
a connecting frame (36) is fixed to the chassis (20), the connecting frame (36) includes a first connecting portion (46) and a second connecting portion (48);
a base frame (50) pivotally connected to the connecting frame (36), the base frame (50) includes a first socket hole (64) formed on the upper portion, and the base frame (50) further includes a pivoting portion (60) And a joint portion (62), the pivot portion (60) of the base frame (50) is pivotally connected to the first joint portion (46) of the joint frame (36), and the base frame (50) is connected by the first joint portion (46). The pivot axis defined is that the axis pivots between the orthogonal position and the non-orthogonal position. When the base frame (50) is at the orthogonal position, the base frame (50) and the chassis (20) are approximately perpendicular to each other. When the base frame (50) is in a non-orthogonal position;
a first support member (78) is coupled to the second joint portion (48) of the joint frame (36), the first support member (78) further comprising a telescopically movable movable rod (79), the movable rod (79) a pivotal connection with the joint portion (62) of the base frame (50), the extension of the movable rod (79) or the shortening of the displacement linkage frame (50) between the orthogonal position and the non-orthogonal position;
a first extension frame (66) includes a first socket segment (68) formed below, and the first socket segment (68) is detachably coupled to the first socket hole (64) of the base frame (50) Combine
a table set (80) detachably coupled to one of the first extension frame (66) or the base frame (50), the first extension frame (66) being together with the base frame (50) in an orthogonal position Displacement between non-certified positions;
a backing plate set (92) detachably mounted to the base frame (50) for pivoting with the base frame (50) between an orthogonal position and a non-orthogonal position;
A foot set (98) is detachably coupled to the base frame (50), the back plate set (92) being located between the table set (80) and the foot set (98). [Item 6] The modularized skeleton for use in the accessory of claim 5, wherein the first extension frame (66) further comprises a second socket (70) formed above, further comprising:
A second extension frame (72) is detachably coupled to the first extension frame (66), and the second extension frame (72) includes a second sleeve segment (74) formed below, and a second extension frame (72) The second socket (74) is detachably coupled to the second socket (70) of the first extension frame (66). [Item 7] A modular skeleton for an accessory according to claim 5, wherein the base frame (50) further comprises two side bars (52) spaced apart and between the two side bars (52) An upper connecting rod (54) and a lower connecting rod (56) located below the upper connecting rod (54), the base frame (50) further comprising an extension between the upper and lower connecting rods (54, 56) and located at two A support rod (58) between the side bars (52), a joint portion (62) is formed on the upper connecting rod (54), and the pivot portion (60) is formed on the two side rods (52) or the support rods (58) Any one of them. [Item 8] A modular skeleton for an accessory according to claim 5 or 6, wherein the chassis (20) further comprises two spaced apart side bars (22) and extending between the two side bars (22) Two connecting rods (34), the connecting frame (36) comprises two spaced apart frames (38), each frame (38) comprising a first rod (40) and a second rod (42), the connecting frame (36) Further comprising a connecting rod (44) extending between the two frames (38), the first connecting portion (46) is formed on each of the first rods (40), and the second connecting portion (48) is formed in each of the first Any one of the two rods (42) or the connecting rods (44). [Item 9] The modular skeleton for an accessory according to claim 5, wherein the table set (80) further comprises a table (84) and a pivoting block formed below the table (84). (85) The backboard assembly (92) further includes a pivoting member (97) formed on the backboard assembly (92), further comprising:
a second support member (115) includes a sleeve (117) pivotally mounted on the pivoting member (97) of the backing plate assembly (92), and an extension rod that is telescopically displaceable relative to the sleeve (117) ( 119), the extension rod (119) is pivotally connected to the pivot block (85) of the table set (80), and when the extension rod (119) is displaced along the sleeve (117), the table set (80) is adjusted relative to The angle of the base frame (50).