CN208823280U - Bedside convalescence device - Google Patents

Abstract

The utility model discloses a kind of bedside convalescence devices, the bedside convalescence device includes pedestal (6), from the column (5) and display (2) of the pedestal (6) stretching, and the display (2) is connected to the column (5) by movable display stand component (1)；Wherein, the bedside convalescence device is put when different bedside placement positions, and the display (2) can be adjusted in the visual field of sufferer by the corresponding position of the movable display stand component (1).The bedside convalescence device of the utility model be provided with can fast and flexible adjust movable display stand component (1), it can ensure that display (2) within the visual range in sufferer, assists sufferer to grasp training information to obtain more preferably rehabilitation efficacy always.

Description

Bedside convalescence device

Technical field

The utility model relates to medical rehabilitation apparatus technical fields, and in particular, to a kind of bedside convalescence device.

Background technique

Because brain blood circulation disorder caused by cerebrovascular occlusion or rupture and brain tissue function or structural damage would generally be led It causes a disease to suffer from and loses certain trick mobility.It therefore, generally can be by with trick rehabilitation training at the initial stage of sufferer rehabilitation The bedside convalescence device of function carries out physiotherapy, such device is standing to be had for showing the physical training condition of patient, training time Or the display of the training informations such as spasticity adjusts rehabilitation programme or patient is made to understand the real-time training of itself to assist a physician Situation.

But there is the orientation for the orientation regulatory function either display for lacking display in traditional bedside convalescence device The defects of regulatory function inadequate fast and flexible, so that sufferer possibly can not understand the training information of itself in real time in the training process With instant adjusting training state, it is difficult to obtain optimal training effect.

On the other hand, traditional bedside convalescence device can only generally put the tailstock use in sufferer, in insufficient space In the case of, device is difficult to be transferred to suitable position to cooperate sufferer use or Zu Du hospital aisle space, influences other staff's Walking.

In addition, such bedside convalescence device function is relatively single, each device can only be individually used for the health of hand or foot Refreshment is practiced, and causes the acquisition cost of hospital quite high.

Utility model content

In view of the above drawbacks of the prior art or insufficient, the utility model provides a kind of bedside convalescence device, Neng Goushi The comprehensive flexible modulation of existing display, has the characteristics that vdiverse in function and strong applicability.

To achieve the above object, the utility model provides a kind of bedside convalescence device, and the bedside convalescence device includes Pedestal, the column and display stretched out from the pedestal, the display are connected to institute by movable display stand component State column；Wherein, the bedside convalescence device is put when different bedside placement positions, and the display can pass through institute The corresponding position of movable display stand component is stated to be adjusted in the visual field of sufferer.

Preferably, the bedside convalescence device can at least be put puts in orthogonal tailstock placement position or bed side-sway Position, the bedside convalescence device further includes slider assembly, and the slider assembly includes being fixedly connected with the first of the column to hang The end of arm and the second cantilever for being articulated with first cantilevered distal end, second cantilever is equipped with training assembly.

Wherein, prolong along the length direction of bed in the tailstock placement position, first cantilever and second cantilever It stretches, in bed side placement position, first cantilever extends along the width direction of the bed, and second cantilever is along the bed Length direction extend.

The movable display stand component includes first transverse bar affixed with the column and is pivotally connected to institute The second transverse bar of the first transverse bar end is stated, first transverse bar and the first cantilever parallel interval are arranged, described aobvious Show that device is articulated with the end of second transverse bar.

Preferably, the movable display stand component includes the bend pipe for being pivotally connected to second transverse bar end, The end of the bend pipe connects the display, and it is vertical that first is formed between first transverse bar and second transverse bar Pivot axis is formed with the second vertical pivot axis between the bend pipe and second transverse bar.

Preferably, the display is connected with swagelok, and the bend pipe is include horizontal pipe section and vertical pipe section straight Angle bend pipe, the vertical pipe section are pivoted around the described second vertical pivot axis relative to second transverse bar, the connector Casing and the horizontal pipe section, which pivot, to be socketed.

Preferably, bend pipe pivot locking part is equipped between the swagelok and the horizontal pipe section.

Preferably, the movable display stand component further includes transverse bar pivot locking part, first transverse bar and It is locked between second transverse bar by the transverse bar pivot locking part, the slider assembly further includes cantilever pivot locking Part is locked between first cantilever and second cantilever by the cantilever pivot locking part.

Preferably, second transverse bar is the socket telescopic rod for including multiple transverse bar pieces, any two institute of socket It states and is equipped with transverse bar telescopic locking part between transverse bar pieces, first cantilever and second cantilever are including multiple cantilevers The socket telescopic arm of section is equipped with cantilever telescopic locking part between cantilever segment described in any two of socket.

Preferably, the head end of first transverse bar is extended with vertical fixed link, the bottom end connection of the vertical fixed link In the top of the column.

Preferably, the column is the socket telescopic column for including multiple pillar segments, column described in any two of socket Vertical column expanding locking member is equipped between section.

Preferably, the pedestal is equipped with multiple movable pulleys and jacking support component, and the jacking support component can be upward The pedestal is propped up so that multiple movable pulleys are detached from ground.

Preferably, the jacking support component includes control foot pedal, multiple supporting legs and bar-link drive, the control Foot pedal processed drives the synchronous stretching of multiple supporting legs or retraction by the bar-link drive.

Preferably, the end of second cantilever is equipped with rotary crank, and the training assembly includes hand exercise component With foot's training assembly, the hand exercise component and foot's training assembly can be alternatively installed on the rotary crank.

Preferably, the both ends of the rotary crank are respectively equipped with the training assembly pivotal axis that can be pivoted certainly, the hand Training assembly and foot's training assembly include the muff joint with training assembly pivotal axis socket, and the sleeve connects Bolt lock piece is equipped between head and the training assembly pivotal axis.

Preferably, the bolt lock piece is elastic pulling pin, and the elasticity pulling pin includes installation sleeve, pulling pin bar and compression Spring, the muff joint and training assembly pivotal axis are equipped with corresponding pin hole, and the installation sleeve radially extended is removable It is connected to the pin hole of the periphery wall of the muff joint with unloading, the compressed spring is arranged in the installation sleeve simultaneously partially It presses the pulling pin bar to pass through the installation sleeve to protrude into the pin hole.

Preferably, the pin hole of the periphery wall of the muff joint is threaded hole, the connecting pin shape of the installation sleeve As the end of thread for matching connection with the threaded hole, the outer end of the pulling pin bar is formed as spherical pull head.

Through the above technical solutions, sufferer carries out the process of rehabilitation training in the bedside convalescence device using the utility model In, fast and flexible movable display stand component can be adjusted according to the specific placement position of the device, it is ensured that display Device can enable sufferer to grasp training information in real time, suitably be trained state within the visual range of sufferer always Adjustment to obtain more preferably rehabilitation efficacy.

Other features and advantages of the utility model will the following detailed description will be given in the detailed implementation section.

Detailed description of the invention

Attached drawing is to be used to provide a further understanding of the present invention, and constitute part of specification, and following Specific embodiment be used to explain the utility model together, but do not constitute limitations of the present invention.In the accompanying drawings:

Fig. 1 is the perspective view using the bedside convalescence device of movable display stand component；

Fig. 2 is the perspective view of movable display stand component；

Fig. 3 is the fractionation schematic diagram of the movable display stand component in Fig. 2；

Fig. 4 is the perspective view for being not provided with the bedside convalescence device of movable display stand component；

Fig. 5 is the perspective view that the bedside convalescence device of hand exercise component is equipped in Fig. 4；

Fig. 6 is the perspective view that the bedside convalescence device of foot's training assembly is equipped in Fig. 4；

Fig. 7 is in schematic diagram when tailstock placement position for the bedside convalescence device in Fig. 1；

Fig. 8 is in the schematic diagram when placement position of bed side for the bedside convalescence device in Fig. 1；

Fig. 9 is the assembling schematic diagram of muff joint and bolt lock piece；

Figure 10 is the sectional arrangement drawing of the muff joint and bolt lock piece in Fig. 9.

Description of symbols:

1 movable display stand component

11 first transverse bar, 12 second transverse bar

The vertical fixed link of 13 bend pipe 14

15 vertical pipe section pivot locking part, 16 horizontal pipe section pivot locking part

17 transverse bar pivot locking part, 18 transverse bar telescopic locking part

2 display, 21 swagelok

3 slider assemblies

31 first cantilever, 32 second cantilever

33 rotary crank, 34 training assembly pivotal axis

35 cantilever pivot locking part, 36 cantilever telescopic locking part

4 training assemblies

41 hand exercise component, 42 foot's training assembly

43 muff joint, 44 installation sleeve

45 pulling pin bar, 46 compressed spring

47 pin holes

5 column, 51 vertical column expanding locking member

6 pedestals

61 movable pulleys 62 control foot pedal

63 supporting leg, 64 bar-link drive

Specific embodiment

Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that herein Described specific embodiment is only used for describing and explaining the present invention, and is not intended to limit the utility model.

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can To be combined with each other.

In the present invention, in the absence of explanation to the contrary, the noun of locality used such as " upper and lower, top, bottom " is usually Be for direction shown in the drawings either for it is vertical, vertically or on gravity direction for each component mutual alignment Relationship description word.

The utility model will be described in detail below with reference to the accompanying drawings and embodiments.

The utility model provides a kind of bedside convalescence device, as shown in Figure 1, the bedside convalescence device includes pedestal 6, the bottom of from The column 5 and display 2 that seat 6 stretches out, display 2 are connected to column 5 by movable display stand component 1.Wherein, bedside Convalescence device is put when different bedside placement positions, and display 2 can be by movable display stand component 1 correspondingly Position is adjusted in the visual field of sufferer.

Movable display stand component 1 should have can flexible modulation to a variety of three-dimensional space positions function, as long as energy Within the scope of realizing that the various mechanical or on-mechanical structures of the flexible modulation function combine the considerations of should belong to the utility model. And during sufferer carries out rehabilitation training using the bedside convalescence device, can control or manually adjust by medical worker, The modes such as sufferer itself control either artificial intelligence control carry out the specific location adjustment of movable display stand component 1, really Training information can be grasped in real time by protecting sufferer, be trained the adjustment of state suitably to obtain more preferably rehabilitation efficacy.

A kind of bedside that can at least put in orthogonal tailstock placement position or bed side placement position is proposed herein Convalescence device, as shown in Figures 4 to 6, the bedside convalescence device include slider assembly 3, and slider assembly 3 includes being fixedly connected with column The end of 5 the first cantilever 31 and the second cantilever 32 for being articulated with 31 end of the first cantilever, the second cantilever 32 is equipped with training group Part 4.Wherein, as shown in Figure 7 and Figure 8, in tailstock placement position, the first cantilever 31 and the second cantilever 32 are along the length direction of bed Extend, in bed side placement position, the first cantilever 31 extends along the width direction of bed, and the second cantilever 32 prolongs along the length direction of bed It stretches.

In addition, as shown in Figure 1 to Figure 3, it is living that a kind of preferred display is also correspondingly arranged in the bedside convalescence device Dynamic bracket component 1, the movable display stand component 1 include first transverse bar 11 affixed with column 5 and are pivotally connected to Second transverse bar 12 of 11 end of the first transverse bar, the first transverse bar 11 and 31 parallel interval of the first cantilever are arranged, and display 2 is cut with scissors It is connected to the end of the second transverse bar 12.

It should be noted that the head end of the first transverse bar 11 can preferably be formed with the vertical fixed link 14 of stretching, vertically The bottom end of fixed link 14 is preferably removably connected to the top of column 5, and vertical fixed link 14 itself is formed as stretching Shrinking structure is to adapt to the height of different hospital beds.The structure can ensure that movable display stand component 1 is damaging or occurring other shadows It is easily changed or repairs in the case where ringing normal use, avoid the normal use for influencing bedside convalescence device other function.

By the way that slider assembly 3 is arranged, putting for bedside convalescence device is no longer limited by specific bedside locations, but can root According to specifically putting, and by medical worker controls or manually adjust, the side such as sufferer itself control either artificial intelligence control Adjust to formula fast and flexible the relative position between the first cantilever 31 and the second cantilever 32, it is ensured that be arranged in 32 end of the second cantilever Training assembly 4 can adapt to sufferer always be trained movement, have stronger versatility.

On the other hand, when the bedside convalescence device is in tailstock placement position, the first of movable display stand component 1 Transverse bar 11 and the second transverse bar 12 also extend along the length direction of bed, put with the tailstock of the first cantilever 31 and the second cantilever 32 Position is put to match.When being in bed side placement position, the first transverse bar 11 extends along the width direction of bed and the second transverse bar 12 along bed length direction extend, the bed side placement position with the first cantilever 31 and the second cantilever 32 matches respectively.

To sum up, the screen of display 2 above two bedside placement position can just facing towards sufferer, sufferer without The position for itself deacclimatizing display 2 must be moved.And due to being parallel between movable display stand component 1 and slider assembly 3 Interval setting, the training action of sufferer will not touch movable display stand component 1.

It should be noted that can be according to the specific design of bedside convalescence device between the first cantilever 31 and the second cantilever 32 It is required that and different articulated manners is set, such as globular hinge or pivot it is hinged etc., in specific embodiment of the present utility model One of them are only enumerated as elaboration explanation, it should be understood that the various specifically bedside convalescence device designs that are able to achieve are wanted Within the scope of the considerations of articulated manner between the first cantilever 31 and the second cantilever 32 asked should belong to the utility model.

In specific embodiment of the present utility model, the end of the first cantilever 31 and the head end of the second cantilever 32 are preferably set To be stacked and being pivotally connected by the cantilever pivotal axis of the vertically company of wearing up and down, to be further adapted to the first transverse bar 11 and second Mode is pivotally connected between transverse bar 12.

In addition, movable display stand component 1 may also include the bend pipe 13 for being pivotally connected to 12 end of the second transverse bar, it is curved The end of pipe 13 connects display 2, and the first vertical pivot axis is formed between the first transverse bar 11 and the second transverse bar 12, curved The second vertical pivot axis is formed between pipe 13 and the second transverse bar 12.Due to the first vertical pivot axis and the second vertical pivot It is parallel to each other between shaft axis, it, can also be into after adjusting the relative position between the first transverse bar 11 and the second transverse bar 12 One step carries out the fine position of display 2 using the pivotal action of bend pipe 13, so that the adjusting of movable display stand component 1 is more Add flexibly.

Further, display 2 is connected with swagelok 21, and bend pipe 13 is may include horizontal pipe section and vertical pipe section straight Angle bend pipe, vertical pipe section are pivoted around the second vertical pivot axis relative to the second transverse bar 12, swagelok 21 and horizontal tube Duan Shuzhuan socket.After the vertical pipe section of turn right-angle elbow pipe is finely adjusted, swagelok 21 and horizontal pipe section can also be passed through Between pivot realize that the pitch angle of display 2 is adjusted, it is ensured that sufferer is faced upward when lying with different angle it is observed that display 2.

For the stability for ensuring movable display stand component 1, avoids the occurrence of situations such as loosening or shifting and influence disease The normal training suffered from, also settable vertical pipe section pivot locking part 15, fitting sleeve between the second transverse bar 12 and vertical pipe section Settable horizontal pipe section pivot locking part 16 between pipe 21 and horizontal pipe section.

Furthermore the also settable transverse bar pivot locking part 17 of movable display stand component 1, the first transverse bar 11 and second It is locked between transverse bar 12 by transverse bar pivot locking part 17, the also settable cantilever pivot locking part 35 of slider assembly 3, first It is locked between cantilever 31 and the second cantilever 32 by cantilever pivot locking part 35.

In addition, to further increase the flexible adjustment and applicability of bedside convalescence device, it can be by the first transverse bar 11 With the second transverse bar 12 be disposed as include multiple transverse bar pieces socket telescopic rod, between any two transverse bar pieces of socket By can transverse bar telescopic locking part 18 lock, and the first cantilever 31 and the second cantilever 32 can be disposed as include it is multiple hang The socket telescopic arm of arm section can be locked by cantilever telescopic locking part 36 between any two cantilever segment of socket.

By setting retractable structure for movable display stand component 1 and slider assembly 3, the bedside convalescence device It is applicable to the sufferer using different length or width hospital bed.And in the case where bedside heap has barrier, the retractable structure Can overcome between bedside convalescence device and hospital bed as exist distance and caused by be difficult to carry out the difficulty of rehabilitation training.

Also, column 5 may be configured as include multiple pillar segments socket telescopic column, any two pillar segment of socket it Between can be locked by vertical column expanding locking member 51.The structure is applicable to the hospital bed with different height and overcomes in bedside Bedside convalescence device uses obstacle when the barrier that heap has is excessively high.

In addition, the settable multiple movable pulleys 61 of the pedestal 6 of the bedside convalescence device and jacking support component, jack support group Part can prop up upwards pedestal 6 so that the disengaging of multiple movable pulleys 61 ground, realizes the fixation of the device complete machine.And traditional bed One end of pedestal 6 would generally be stretched to a bottom when in use and the end is made to be difficult to fix by side convalescence device, be caused in sufferer Training process in often occur device complete machine displacement the case where, be unfavorable for normally being trained.Therefore the utility model is by setting It sets the jacking support component and dexterously overcomes above-mentioned technological deficiency.

Specifically, jacking support component may include control foot pedal 62, multiple supporting legs 63 and bar-link drive 64. When bedside convalescence device is fixed, can be stepped on to one end control foot pedal 62 so that bar-link drive 64 drive it is multiple Supporting leg 63, which synchronizes, to be extended downwardly, thus jacking apparatus complete machine, since all movable pulleys 61 are detached from the contact with ground, device It is temporarily lost with locomotivity；When releasing the fixation to bedside convalescence device, control foot pedal 62 can be reversely stepped on so that connecting rod Driving mechanism 64 drives multiple supporting legs 63 to synchronize upward retraction, movable pulley 61 again with ground face contact, so that device be made to restore Locomotivity.Alternatively, the intelligent control methods controls connecting rod driving mechanisms 64 such as automatic control can also be used to drive jacking support Component.

For the above-mentioned bedside convalescence device of the utility model, the end of the second cantilever 32 is also mountable rotary crank 33, training assembly 4 may include hand exercise component 41, foot's training assembly 42 or other can be used cooperatively with the rotary crank 33 Training assembly, hand exercise component 41, foot's training assembly 42 or other above-mentioned training assemblies can alternatively be installed to rotation Turn on crank 33.The structure makes the bedside convalescence device of the utility model have the function of arbitrarily switching training assembly, and one Machine is multi-purpose, greatly reduces medical acquisition cost.

The both ends of the rotary crank 33 further respectively have can be from the training assembly pivotal axis 34 pivoted, hand exercise component 41 and foot's training assembly 42 may each comprise with the training assembly pivotal axis 34 socket muff joint 43, muff joint 43 and instruction Practice and is equipped with bolt lock piece between component pivotal axis 34.As it can be seen that training assembly 4 can easily be assembled and disassembled from rotary crank 33 with quick Switch training program.

Specifically, as shown in Fig. 9 to Figure 10, bolt lock piece is formed as elastic pulling pin, which may include peace Sleeved 44, pulling pin bar 45 and compressed spring 46, muff joint 43 and training assembly pivotal axis 34 are equipped with corresponding pin hole 47, edge The installation sleeve 44 radially extended is removably attachable to the pin hole 47 of the periphery wall of muff joint 43, and the setting of compressed spring 46 exists In installation sleeve 44 and bias pulling pin bar 45 passes through installation sleeve 44 and protrudes into pin hole 47.

When installing training assembly 4, the installation sleeve 44 of elastic pulling pin can be first inserted into the pin hole 47 of muff joint 43 In.And then, pulling pin bar 45 is pulled up so that muff joint 43 can be socketed is mounted on training assembly pivotal axis 34.It is being aligned After two pin holes 47 of muff joint 43 and training assembly pivotal axis 34, pulling pin bar 45 is discharged to be plugged in pin hole 47, until This completes assembly.

Specifically, the pin hole 47 of the periphery wall of muff joint 43 is formed as threaded hole, the connecting pin of installation sleeve 44 It is correspondingly formed as matching the end of thread of connection with the threaded hole, the outer end of pulling pin bar 45 is formed as spherical pull head.It is threadedly coupled It can ensure that the Assembly stability between muff joint 43 and elastic pulling pin, it is dynamic that the spherical pull head of pulling pin bar 45 is easy to implement pull rod Make.

Preferred embodiments of the present invention, still, the utility model and unlimited are described in detail in conjunction with attached drawing above Detail in above embodiment can be to the skill of the utility model in the range of the technology design of the utility model Art scheme carries out a variety of simple variants, these simple variants belong to the protection scope of the utility model.

It is further to note that specific technical features described in the above specific embodiments, in not lance It in the case where shield, can be combined in any appropriate way, in order to avoid unnecessary repetition, the utility model is to each No further explanation will be given for the possible combination of kind.

In addition, any combination can also be carried out between a variety of different embodiments of the utility model, as long as it is not disobeyed The thought for carrying on the back the utility model, equally should be considered as content disclosed in the utility model.

Claims (15)

1. a kind of bedside convalescence device, which is characterized in that the bedside convalescence device includes pedestal (6), stretches from the pedestal (6) Column (5) and display (2) out, the display (2) are connected to the column by movable display stand component (1) (5)；Wherein, the bedside convalescence device is put when different bedside placement positions, and the display (2) can pass through institute The corresponding position of movable display stand component (1) is stated to be adjusted in the visual field of sufferer.

2. bedside convalescence device according to claim 1, which is characterized in that the bedside convalescence device can at least be put In orthogonal tailstock placement position or bed side placement position, the bedside convalescence device further includes slider assembly (3), described Slider assembly (3) is including being fixedly connected with the first cantilever (31) of the column (5) and being articulated with the first cantilever (31) end The end of second cantilever (32) at end, second cantilever (32) is equipped with training assembly (4)；

Wherein, in the tailstock placement position, first cantilever (31) and second cantilever (32) are along the length side of bed To extension, in bed side placement position, first cantilever (31) extends along the width direction of the bed, second cantilever (32) extend along the length direction of the bed；

The movable display stand component (1) includes first transverse bar (11) and pivot company affixed with the column (5) It is connected to the second transverse bar (12) of the first transverse bar (11) end, first transverse bar (11) and first cantilever (31) parallel interval is arranged, and the display (2) is articulated with the end of second transverse bar (12).

3. bedside convalescence device according to claim 2, which is characterized in that movable display stand component (1) packet The bend pipe (13) for being pivotally connected to the second transverse bar (12) end is included, the end of the bend pipe (13) connects the display (2), the first vertical pivot axis, the bend pipe are formed between first transverse bar (11) and second transverse bar (12) (13) the second vertical pivot axis is formed between second transverse bar (12).

4. bedside convalescence device according to claim 3, which is characterized in that the display (2) is connected with swagelok (21), the bend pipe (13) is the right-angle elbow pipe for including horizontal pipe section and vertical pipe section, and the vertical pipe section surrounds described second Vertical pivot axis is pivoted relative to second transverse bar (12), the swagelok (21) and the horizontal pipe section pivot sleeve It connects.

5. bedside convalescence device according to claim 4, which is characterized in that second transverse bar (12) and described vertical It is equipped with vertical pipe section pivot locking part (15) between pipeline section, level is equipped between the swagelok (21) and the horizontal pipe section Pipeline section pivot locking part (16).

6. bedside convalescence device according to claim 2, which is characterized in that the movable display stand component (1) is also Including transverse bar pivot locking part (17), pass through the cross between first transverse bar (11) and second transverse bar (12) It is locked to bar pivot locking part (17), the slider assembly (3) further includes cantilever pivot locking part (35), first cantilever (31) it is locked between second cantilever (32) by the cantilever pivot locking part (35).

7. bedside convalescence device according to claim 2, which is characterized in that second transverse bar (12) be include multiple The socket telescopic rod of transverse bar pieces is equipped with transverse bar telescopic locking part (18) between transverse bar pieces described in any two of socket, First cantilever (31) and second cantilever (32) are the socket telescopic arm including multiple cantilever segments, and any the two of socket Cantilever telescopic locking part (36) is equipped between a cantilever segment.

8. bedside convalescence device according to claim 2, which is characterized in that the head end of first transverse bar (11) stretches out Have vertical fixed link (14), the bottom end of the vertical fixed link (14) is connected to the top of the column (5).

9. bedside convalescence device according to claim 1, which is characterized in that the column (5) be include multiple pillar segments Socket telescopic column, be equipped with vertical column expanding locking member (51) between pillar segment described in any two of socket.

10. bedside convalescence device according to claim 1, which is characterized in that the pedestal (6) is equipped with multiple movable pulleys (61) and support component is jacked, the jacking support component can prop up the pedestal (6) upwards so that multiple movements It takes turns (61) and is detached from ground.

11. bedside convalescence device according to claim 10, which is characterized in that the jacking support component includes control foot Pedal (62), multiple supporting legs (63) and bar-link drive (64), the control foot pedal (62) are driven by the connecting rod The multiple supporting legs (63) of mechanism (64) driving are synchronous to stretch out or bounces back.

12. the bedside convalescence device according to any one of claim 2~8, which is characterized in that second cantilever (32) end is equipped with rotary crank (33), and the training assembly (4) includes hand exercise component (41) and foot's training group Part (42), the hand exercise component (41) and foot's training assembly (42) can alternatively be installed to the rotary crank (33) On.

13. bedside convalescence device according to claim 12, which is characterized in that distinguish at the both ends of the rotary crank (33) Equipped with the training assembly pivotal axis (34) that can be pivoted certainly, the hand exercise component (41) and foot's training assembly (42) It include the muff joint (43) with the training assembly pivotal axis (34) socket, the muff joint (43) and the training group Bolt lock piece is equipped between part pivotal axis (34).

14. bedside convalescence device according to claim 13, which is characterized in that the bolt lock piece is elastic pulling pin, The elasticity pulling pin includes installation sleeve (44), pulling pin bar (45) and compressed spring (46), the muff joint (43) and trained Component pivotal axis (34) is equipped with corresponding pin hole (47), and the installation sleeve (44) radially extended is removably attachable to institute The pin hole (47) of the periphery wall of muff joint (43) is stated, compressed spring (46) setting is in the installation sleeve (44) And pulling pin bar (45) described in bias passes through the installation sleeve (44) and protrudes into the pin hole (47).

15. bedside convalescence device according to claim 14, which is characterized in that the periphery wall of the muff joint (43) The pin hole (47) is threaded hole, and the connecting pin of the installation sleeve (44) is formed as the screw thread that connection is matched with the threaded hole End, the outer end of the pulling pin bar (45) is formed as spherical pull head.