CN208958679U - The postoperative upper extremity function position instrument for training of mammary gland - Google Patents
The postoperative upper extremity function position instrument for training of mammary gland Download PDFInfo
- Publication number
- CN208958679U CN208958679U CN201821043712.1U CN201821043712U CN208958679U CN 208958679 U CN208958679 U CN 208958679U CN 201821043712 U CN201821043712 U CN 201821043712U CN 208958679 U CN208958679 U CN 208958679U
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- fixed plate
- training
- mammary gland
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Abstract
The utility model discloses the postoperative upper extremity function position instrument for training of mammary gland, including fixed plate, seal closure, air cushion, slide opening, stepper motor, shaft, connecting rod, handle, first stroke switch, second stroke switch, inflator, connect tracheae, piston, pull rod, spring, connecting plate, push plate, deck, fixing axle, support rod, support sleeve, slot, the postoperative upper extremity function position instrument for training of the mammary gland, it is powerful, it is easy to operate, pass through motorized designs first, it can carry out raising training back and forth convenient for patient's art side limbs, promote the rehabilitation efficacy of mammary gland postoperative patient, secondly by the fiting effect of built-in air cushion auxiliary body, so as to play Auxiliary support patient's art side limbs training purpose, improve exercise effect, it is finally reached good clinical application purpose.
Description
Technical field
The utility model relates to the field of medical instrument technology more particularly to the postoperative upper extremity function position instrument for training of mammary gland.
Background technique
Breast cancer is one of the most common malignant tumors in women, and the malignant tumour in breast epithelial tissue usually occurs, is
A kind of one of most common malignant tumour seriously affecting the physically and mentally healthy even threat to life of women.The therapeutic modality of breast cancer is still
Based on operative treatment, breast modified radical mastectomy is generally used, excision extension is cut off after specifically including that 1. separating mammary flap
Lesion and Ipsilateral whole mammary gland；2. regional lymph nodes clean (making en bloc resection containing axillary gland).
It is the more typical complication of Mammary cancer that liquid under flap, ipsilateral upper limb edema and ipsilateral upper limb, which are praised limited,.Skin
Hydrops generally uses continuous negative pressure drainage and prevents under valve, but armpit flap position is higher, close to important blood vessels such as axillary veins, bears
Press drainage effect not good enough；Furthermore if chest wound wraps up tension, easily there is armpit liquid under flap retention, influence armpit flap
The functional training of patient is interfered in adherent healing；It is mainly to be reluctant to lead always since postoperative patient fears pain that ipsilateral upper limb, which is praised limited,
Dynamic activity ipsilateral upper limb, causes the upper limb long period not opened, the opening function of ipsilateral upper limb is influenced after recovery.Such as it is cured to wound
It forces patient to reinforce upper extremity function after closing two months to take exercise, skin wound can be allowed to split, allow patient to bear larger pain, seriously affect
Quality of life.
Therefore, it is necessary to a kind of medical instruments that mammary gland is postoperative, can effectively keep away the phenomenon that postoperative arm of patient does not open, benefit
In progress ipsilateral upper limb reconditioning, and help to continue discharge armpit liquid under flap, to enable the upper limb after rehabilitation
Restore original function, shortens recovery period, in view of disadvantages described above, it is really necessary to design the postoperative upper extremity function position instrument for training of mammary gland.
Utility model content
Technical problem to be solved by the utility model is to provide the postoperative upper extremity function position instrument for training of mammary gland, to solve
The problem of background technique proposes.
In order to solve the above technical problems, the technical solution of the utility model is: the postoperative upper extremity function position instrument for training of mammary gland, packet
Fixed plate, seal closure, air cushion, slide opening, stepper motor, shaft, connecting rod, handle, first stroke switch, second stroke is included to open
Pass, inflator, connection tracheae, piston, pull rod, spring, connecting plate, push plate, deck, fixing axle, support rod, support sleeve, slot, it is described
Seal closure be located on the downside of fixed front edge of board, the seal closure is connected with fixed plate screw thread, and the air cushion is located at seal closure
Inner wall top, the air cushion surrounding are connected with seal closure glue, and the slide opening is located at fixed plate inside left upper end, described
Slide opening be arc-shaped through-hole, the stepper motor is located on the right side of fixed plate rear end, the stepper motor and fixed plate screw thread
It is connected, the shaft is located at stepper motor rear end, and the shaft is connected with stepper motor close-fitting, and the connecting rod runs through
In shaft, the connecting rod is connected with shaft close-fitting, and the handle runs through slide opening, the handle and fixed plate activity phase
Even, and the handle is connected with connecting rod screw thread, and the first stroke is switched positioned at fixed plate rear upper side, and described the
One stroke switch is connected with fixed plate screw thread, and the first stroke switch is connected with stepper motor conducting wire, and described second
Travel switch, which is located in fixed plate rear end, to be surveyed, and the second stroke switch is connected with fixed plate screw thread, and second row
Cheng Kaiguan is connected with stepper motor conducting wire, and the inflator is located on the left of fixed plate rear end, the inflator and fixed plate screw thread
It is connected, the connection tracheae runs through fixed plate inside left and inflator interior forward end, the connection tracheae and fixed plate spiral shell
Line is connected, and the connection tracheae head and end respectively with seal closure and connect that inflator glue is connected, and the piston is located at
Inside inflator, the piston is connected with inflator sliding, and the pull rod runs through inflator interior lower end, the pull rod and inflator
Sliding is connected, and the pull rod is connected with tight with piston, and the spring is through pull rod outer wall, the spring and pull rod
It is movably connected, the connecting plate is located at left and right sides of pull rod, and the connecting plate is integrally connected with pull rod, and the push plate, which is located at, to be connected
At the top of plate, the push plate is connected with connecting plate screw thread, and the deck is located on the right side of fixed plate rear end, the deck and fixation
Plate is integrally connected, and the fixing axle runs through deck inside left middle-end, and the fixing axle is connected with deck close-fitting, described
Support rod is rotatedly connected through fixing axle right side, the support rod with fixing axle, and the support sleeve is located at the support rod right side
Side outer wall, the support sleeve are connected with support rod sliding, and the slot is located on the right side of support sleeve interior forward end, and described inserts
Slot is rectangular recess.
Further, it is additionally provided with battery on the downside of the fixed plate rear end, the battery is connected with fixed plate screw thread.
Further, it is additionally provided with switch on the upside of the fixation front edge of board, the switch is connected with fixed plate screw thread, and institute
The switch stated is connected with stepper motor, first stroke switch, second stroke switch and battery cable respectively.
Further, the seal closure inner upper end is additionally provided with backstop, and the backstop is connected with seal closure screw thread.
Further, the deck inside left is successively additionally provided with a number of mounting hole, the peace from top to bottom
Dress hole is tapped through hole.
Further, the first bolt is additionally provided with inside the mounting hole, first bolt is connected with deck screw thread, and
The first bolt quantity is one.
Further, the support rod Internal back end is successively additionally provided with a number of limiting slot from left to right, described
Limiting slot is circular groove.
Further, the second bolt, second bolt and support have been also extended through on the left of the support sleeve Internal back end
External threading is connected.
Further, the support sleeve inner right side also extends through a number of third bolt, the third bolt
It is connected with thread of supporting sleeves.
Compared with prior art, the postoperative upper extremity function position instrument for training of the mammary gland, when installation, medical staff is first by support sleeve
On slot be directed at the hospital bed or seat of existing clinic, be then inserted into, because slot is rectangular recess, so as to operating beds
Head of a bed backup plate or backrest plug together it is connected, then medical staff rotate third bolt, make third bolt along support
Set is internal to be rotated from right to left, after a number of third bolt clamping Bed cushion plate or backrest, passes through support sleeve
And the fiting effect of third bolt, to realize that the installation of the device is fixed, when training, mammary gland postoperative patient lean on into hospital bed or
The sleeping seat of seat, i.e. realization art side limbs are in the device side, and then patient grasps handle, and then medical staff opens
It closes, realizes the synchronization work once electrified of stepper motor, first stroke switch and second stroke switch, i.e. band after stepper motor unlatching
The turn axis bar that is connected drives handle to be counterclockwise rotated down along slide opening work, passes through handle at this time and moving downward, can
Drive patient's art side limbs to move downward, it is synchronous, connecting rod move downward effect under, can be realized push plate and drive connecting plate
Linkage pull rod is moved together with the screen resilience of piston overpowers spring along inflator from top to bottom, passes through the downward work of piston at this time
With, that is, realize inflator negative pressure, under the action of negative-pressure sucking, to realize that seal closure inner air is flowed by connection tracheae
Inside inflator, because of the scavenging action of seal closure, to realize that air cushion inner air is flowed downward by backstop, i.e., air cushion is received downwards
Contracting, at this time by the contraction of air cushion, can cancel the support to patient's art side limbs, i.e., downward convenient for patient's art side limbs
Movement, after connecting rod rotation touches downwards second stroke switch, second stroke switch is triggered, and passes through second stroke at this time
The trigger action of switch, realizes the reverse rotation of stepper motor, i.e., stepper motor drive shaft be connected bar it is synchronous carry out it is suitable
Hour hands rotation can be realized handle and drive patient's art side limbs to carry out along slide opening under the action of connecting rod rotates clockwise
Upward elevation movements, it is synchronous, after connecting rod is upward, that is, cancels the pressure holding downward to push plate, pass through the screen resilience of spring at this time
Effect can be realized the linkage connecting plate linkage push plate of piston driving pull rod and move from bottom to top, i.e., piston pushes up in inflator
Portion's air is flowed into inside seal closure by connection tracheae, is acted at this time by the inflow of air, can be realized empty inside seal closure
By backstop to feeding inside air cushion, i.e. the upward expansion of realization air cushion can push gas at this time by the expansion of air cushion
Patient's art side limbs are raised, that is, play the role of assisting support, and the art side arm for facilitating patient is raised, and connecting rod is worked as
After rotation touches first stroke switch upwards, first stroke switch is triggered, and is made at this time by the triggering that first stroke switchs
With can be realized the reverse rotation again of stepper motor, finally according to above-mentioned same principle, so as to realize the upper of connecting rod
Lower reciprocating rotary then carries out lasting function digit convenient for patient's art side limbs and trains, the postoperative upper extremity function position instrument for training of the mammary gland,
It is powerful, easy to operate, first by motorized designs, training back and forth can be raised convenient for the progress of patient's art side limbs, promoted
The rehabilitation efficacy of mammary gland postoperative patient, secondly by the fiting effect of built-in air cushion auxiliary body, so as to play auxiliary
Patient's art side limbs training purpose is supported, exercise effect is improved, is finally reached good clinical application purpose, meanwhile,
Medical staff can also carry out angular adjustment to fixed plate according to clinical practice situation needs, and it is as follows to have an operation, rotate the first
One bolt makes the first bolt along deck back rotation, after the first bolt is detached from limiting slot, i.e. realization support rod and deck
Rotation status, then medical staff rotates fixed plate, makes fixed plate that deck linkage fixing axle be driven to be rotated, when fixed plate
Angle is stopped rotating after reaching needs, and the first bolt is inserted into the mounting hole of corresponding position, and rotates the first bolt, when
After first bolt is screwed into the limiting slot inside support rod along mounting hole, pass through the first bolt, mounting hole and limiting slot
Fiting effect, in addition, the second bolt also may be selected in medical staff, makes the second bolt to realize the fixation of fixed plate angle
The sliding mode of support sleeve and support rod is realized after the second bolt is detached from limiting slot along back rotation inside support sleeve,
Then medical staff pulls fixed plate, makes fixed plate that support rod be driven to carry out the movement of left and right directions along support sleeve, works as fixation
It is stopped drag after needed for the position arrival of plate, and reversely rotates the second bolt and realized after the second bolt is screwed into limiting slot
The fixation of support sleeve and support rod can reach at this time by aforesaid operations and adjust purpose to fixed plate left-right position, meet
The use of different arm length patients needs, and battery is in order to stepper motor, first stroke switch and second stroke switch
Energy supply is carried out, backstop is to play the role of supporting support to air cushion.
Detailed description of the invention
Fig. 1 is the main view of the postoperative upper extremity function position instrument for training of mammary gland；
Fig. 2 is seal closure and air cushion disassembly status figure；
Fig. 3 is the cross-sectional view of the postoperative upper extremity function position instrument for training of mammary gland；
Fig. 4 is the rearview of the postoperative upper extremity function position instrument for training of mammary gland；
Fig. 5 is inflator, deck and support sleeve position cross-sectional view；
Fig. 6 is seal closure and air cushion position cutaway view Amplified image.
Fixed plate 1, seal closure 2, air cushion 3, slide opening 4, stepper motor 5, shaft 6, connecting rod 7, handle 8, first stroke are opened
Close 9, second stroke switch 10, inflator 11, connection tracheae 12, piston 13, pull rod 14, spring 15, connecting plate 16, push plate 17, deck
18, fixing axle 19, support rod 20, support sleeve 21, slot 22, battery 101, switch 102, backstop 201, mounting hole 1801,
One bolt 1802, limiting slot 2001, the second bolt 2101, third bolt 2102.
The following detailed description will be further explained with reference to the above drawings.
Specific embodiment
Hereinafter, a variety of specific details are elaborated, in order to provide to the saturating of the concept for constituting described embodiment basis
Thorough understanding, however, it will be apparent to those skilled in the art that described embodiment can be in these no specific details
In the practice of getting off of some or all situations do not specifically describe well-known processing step in other cases.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, the postoperative upper extremity function position instrument for training of mammary gland, including it is fixed plate 1, close
Sealing cover 2, air cushion 3, slide opening 4, stepper motor 5, shaft 6, connecting rod 7, handle 8, first stroke switch 9, second stroke switch 10,
Inflator 11, connection tracheae 12, piston 13, pull rod 14, spring 15, connecting plate 16, push plate 17, deck 18, fixing axle 19, support rod
20, support sleeve 21, slot 22, the seal closure 2 are located on the downside of 1 front end of fixed plate, the seal closure 2 and 1 spiral shell of fixed plate
Line is connected, and the air cushion 3 is located at 2 inner wall top of seal closure, and 3 surrounding of air cushion is connected with 2 glue of seal closure, described
Slide opening 4 is located at 1 inside left upper end of fixed plate, and the slide opening 4 is arc-shaped through-hole, and the stepper motor 5 is located at fixed plate 1
On the right side of rear end, the stepper motor 5 is connected with 1 screw thread of fixed plate, and the shaft 6 is located at 5 rear end of stepper motor, described
Shaft 6 is connected with 5 close-fitting of stepper motor, and the connecting rod 7 is through shaft 6, the connecting rod 7 and 6 close-fitting phase of shaft
Even, the handle 8 runs through slide opening 4, and the handle 8 is movably connected with fixed plate 1, and the handle 8 and 7 spiral shell of connecting rod
Line is connected, and the first stroke switch 9 is located at 1 rear upper side of fixed plate, the first stroke switch 9 and 1 spiral shell of fixed plate
Line is connected, and the first stroke switch 9 is connected with 5 conducting wire of stepper motor, and the second stroke switch 9 is located at fixed plate
It is surveyed in 1 rear end, the second stroke switch 9 is connected with 1 screw thread of fixed plate, and the second stroke switch 9 and stepping electricity
5 conducting wire of machine is connected, and the inflator 11 is located on the left of 1 rear end of fixed plate, and the inflator 11 is connected with 1 screw thread of fixed plate, institute
The connection tracheae 12 stated runs through 11 interior forward end of 1 inside left of fixed plate and inflator, the connection tracheae 12 and 1 spiral shell of fixed plate
Line is connected, and 12 head and end of connection tracheae respectively with seal closure 2 and connect that 11 glue of inflator is connected, the piston
13 are located inside inflator 11, and the piston 13 is connected with the sliding of inflator 11, and the pull rod 14 runs through 11 interior lower end of inflator,
The pull rod 14 is connected with the sliding of inflator 11, and the pull rod 14 is connected with 13 close-fitting of piston, and the spring 15 runs through
In 14 outer wall of pull rod, the spring 15 is movably connected with pull rod 14, and the connecting plate 16 is located at 14 left and right sides of pull rod, described
Connecting plate 16 be integrally connected with pull rod 14, the push plate 17 is located at the top of connecting plate 16, the push plate 17 and 16 screw thread of connecting plate
It is connected, the deck 18 is located on the right side of 1 rear end of fixed plate, and the deck 18 is integrally connected with fixed plate 1, the fixation
Axis 19 runs through 18 inside left middle-end of deck, and the fixing axle 19 is connected with 18 close-fitting of deck, and the support rod 20 runs through
In 19 right side of fixing axle, the support rod 20 is rotatedly connected with fixing axle 19, and it is right that the support sleeve 21 is located at support rod 20
Side outer wall, the support sleeve 21 are connected with the sliding of support rod 20, and the slot 22 is located on the right side of 21 interior forward end of support sleeve,
The slot 22 is rectangular recess, is additionally provided with battery 101 on the downside of 1 rear end of fixed plate, the battery 101 with
1 screw thread of fixed plate is connected, and switch 102, the switch 102 and 1 screw thread of fixed plate are additionally provided on the upside of 1 front end of fixed plate
It is connected, and the switch 102 is led with stepper motor 5, first stroke switch 9, second stroke switch 10 and battery 101 respectively
Line is connected, and 2 inner upper end of seal closure is additionally provided with backstop 201, and the backstop 201 is connected with 2 screw thread of seal closure, described
18 inside left of deck be successively additionally provided with a number of mounting hole 1801 from top to bottom, the mounting hole 1801 is screw thread
Through-hole is additionally provided with the first bolt 1802, first bolt 1802 and 18 screw thread phase of deck inside the mounting hole 1801
Even, and 1802 quantity of the first bolt is one, if 20 Internal back end of support rod is successively additionally provided with from left to right
The limiting slot 2001 of dry quantity, the limiting slot 2001 are circular groove, are also passed through on the left of 21 Internal back end of support sleeve
It is installed with the second bolt 2101, second bolt 2101 is connected with 21 screw thread of support sleeve, 21 inner right side of support sleeve
A number of third bolt 2102 is also extended through, the third bolt 2102 is connected with 21 screw thread of support sleeve.
The postoperative upper extremity function position instrument for training of the mammary gland, when installation, medical staff is right by the slot 22 on support sleeve 21 first
The hospital bed or seat of quasi- existing clinic, are then inserted into, because slot 22 is rectangular recess, so as to the Bed cushion with operating beds
Plate or backrest plug together it is connected, then medical staff rotate third bolt 2102, make third bolt 2102 along support
21 inside of set rotates from right to left, after a number of third bolt 2102 clamps head of a bed backup plate or backrest, passes through
The fiting effect of support sleeve 21 and third bolt 2102, thus realize that the installation of the device is fixed, when training, mammary gland postoperative patient
Person, which leans on, is in the device side into hospital bed or the sleeping seat of seat, i.e. realization art side limbs, and then patient grasps handle 8, then
Medical staff turns on the switch 102, realizes synchronous the electrician of stepper motor 5, first stroke switch 9 and second stroke switch 10
Make, i.e., stepper motor 5 open after drive shaft 6 be connected bar 7 drive handle 8 be rotated down counterclockwise along slide opening 4, this
When moving downward by handle 8, be able to drive moving downward for patient's art side limbs, it is synchronous, in moving downward for connecting rod 7
Under effect, it can be realized push plate 17 and 16 linkage pull rod 14 of connecting plate driven to overcome the screen resilience of spring 15 along inflator together with piston 13
11 move from top to bottom, pass through the downward effect of piston 13 at this time, that is, the negative pressure of inflator 11 are realized, in the effect of negative-pressure sucking
Under, to realize that 2 inner air of seal closure is flowed into inside inflator 11 by connection tracheae 12, because of the scavenging action of seal closure 2, from
And realize that 3 inner air of air cushion is flowed downward by backstop 201, i.e. 3 retracted downward of air cushion, the contraction for passing through air cushion 3 at this time is made
With can cancel the support to patient's art side limbs, i.e., move downward convenient for patient's art side limbs, when connecting rod 7 rotates downwards
After touching second stroke switch 10, second stroke switch 10 is triggered, at this time by the trigger action of second stroke switch 10,
Realize the reverse rotation of stepper motor 5, i.e., stepper motor 5 drives the bar 7 that is connected of shaft 6 to synchronize and rotated clockwise,
Under the action of connecting rod 7 rotates clockwise, it can be realized handle 8 and drive patient's art side limbs to be raised upwards along slide opening 4
Movement, it is synchronous, after connecting rod 7 is upward, that is, cancel the pressure holding downward to push plate 17, passes through the rebound masterpiece of spring 15 at this time
With, can be realized piston 13 drive pull rod 14 link connecting plate 16 link push plate 17 move from bottom to top, i.e., piston 13 pushes up
11 inner air of cylinder of taking offence is flowed into inside seal closure 2 by connection tracheae 12, is acted on, be can be realized by the inflow of air at this time
2 inner air of seal closure to feeding inside air cushion 3, that is, realizes the upward expansion of air cushion 3 by backstop 201, passes through air cushion 3 at this time
Expansion, patient's art side limbs can be pushed to raise, that is, play the role of assist support, facilitate the art side hand of patient
Arm is raised, and after connecting rod 7, which rotates, touches first stroke switch 9 upwards, first stroke switch 9 is triggered, and leads at this time
The trigger action for crossing first stroke switch 9 can be realized the reverse rotation again of stepper motor 5, finally according to above-mentioned identical original
Reason then carries out continuing function digit training convenient for patient's art side limbs so as to realize the up and down reciprocatingly rotation of connecting rod 7,
Meanwhile medical staff can also carry out angular adjustment to fixed plate 1 according to clinical practice situation needs, it is as follows to have an operation, first
The first bolt 1802 is rotated, makes the first bolt 1802 along 18 back rotation of deck, when the first bolt 1802 is detached from limiting slot
After 2001, that is, realize the rotation status of support rod 20 and deck 18, then medical staff rotates fixed plate 1, drives fixed plate 1
The fixing axle 19 that links of deck 18 is rotated, when the angle of fixed plate 1 reach need after stop rotating, and by the first bolt 1802
It is inserted into the mounting hole 1801 of corresponding position, and rotates the first bolt 1802, when the first bolt 1802 is along mounting hole 1801
After being screwed into the limiting slot 2001 inside support rod 20, pass through the first bolt 1802, mounting hole 1801 and limiting slot 2001
Fiting effect, in addition, the second bolt 2101 also may be selected in medical staff, makes second to realize the fixation of 1 angle of fixed plate
Bolt 2101 realizes support sleeve after the second bolt 2101 is detached from limiting slot 2001 along 21 inside back rotation of support sleeve
21 and support rod 20 sliding mode, then medical staff pull fixed plate 1, make fixed plate 1 drive support rod 20 along support
Set 21 carries out the movement of left and right directions, stops drag after the arrival of the position of fixed plate 1 is required, and reversely rotate the second bolt
2101, after the second bolt 2101 is screwed into limiting slot 2001, that is, realizes the fixation of support sleeve 21 and support rod 20, pass through at this time
Aforesaid operations can reach and adjust purpose to 1 left-right position of fixed plate, meet the use needs of different arm length patients,
Battery 101 is to carry out energy supply, backstop 201 to stepper motor 5, first stroke switch 9 and second stroke switch 10
It is to play the role of supporting support to air cushion 3.
The utility model is not limited to above-mentioned specific embodiment, and those skilled in the art visualize from above-mentioned
Hair, without creative labor, the various transformation made are all fallen within the protection scope of the utility model.
Claims (9)
1. the postoperative upper extremity function position instrument for training of mammary gland, it is characterised in that including fixed plate, seal closure, air cushion, slide opening, stepping electricity
Machine, shaft, connecting rod, handle, first stroke switch, second stroke switch, inflator, connection tracheae, piston, pull rod, spring, company
Plate, push plate, deck, fixing axle, support rod, support sleeve, slot, the seal closure is located on the downside of fixed front edge of board, described
Seal closure is connected with fixed plate screw thread, and the air cushion is located at seal closure inner wall top, the air cushion surrounding and seal closure glue
Water phase connects, and the slide opening is located at fixed plate inside left upper end, and the slide opening is arc-shaped through-hole, the stepper motor position
On the right side of fixed plate rear end, the stepper motor is connected with fixed plate screw thread, and the shaft is located at stepper motor rear end, institute
The shaft stated is connected with stepper motor close-fitting, and the connecting rod is connected through shaft, the connecting rod with shaft close-fitting,
The handle runs through slide opening, and the handle is movably connected with fixed plate, and the handle is connected with connecting rod screw thread, institute
The first stroke switch stated is located at fixed plate rear upper side, and the first stroke switch is connected with fixed plate screw thread, and described
First stroke switch be connected with stepper motor conducting wire, the second stroke is switched to be surveyed in fixed plate rear end, described
Second stroke switch is connected with fixed plate screw thread, and the second stroke switch is connected with stepper motor conducting wire, the gas
Cylinder is located on the left of fixed plate rear end, and the inflator is connected with fixed plate screw thread, and the connection tracheae is inside fixed plate
Left side and inflator interior forward end, the connection tracheae are connected with fixed plate screw thread, and the connection tracheae head and end point
Not with seal closure and connect inflator glue and be connected, the piston is located inside inflator, and the piston and inflator, which slide, to be connected,
The pull rod runs through inflator interior lower end, and the pull rod is connected with inflator sliding, and the pull rod and tight with piston phase
Even, the spring is movably connected through pull rod outer wall, the spring with pull rod, and the connecting plate is located at pull rod or so two
Side, the connecting plate are integrally connected with pull rod, and the push plate is located at the top of connecting plate, and the push plate is connected with connecting plate screw thread,
The deck is located on the right side of fixed plate rear end, and the deck is integrally connected with fixed plate, and the fixing axle runs through deck
Inside left middle-end, the fixing axle are connected with deck close-fitting, and the support rod is through on the right side of fixing axle, the branch
Strut is rotatedly connected with fixing axle, and the support sleeve is located at support rod outer right wall, and the support sleeve and support rod slide
It is connected, the slot is located on the right side of support sleeve interior forward end, and the slot is rectangular recess.
2. the postoperative upper extremity function position instrument for training of mammary gland as described in claim 1, it is characterised in that under the fixed plate rear end
Side is additionally provided with battery, and the battery is connected with fixed plate screw thread.
3. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 2, it is characterised in that on the fixation front edge of board
Side is additionally provided with switch, and the switch is connected with fixed plate screw thread, and the switch is opened with stepper motor, first stroke respectively
It closes, second stroke switch is connected with battery cable.
4. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 3, it is characterised in that on the seal closure inside
End is additionally provided with backstop, and the backstop is connected with seal closure screw thread.
5. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 4, it is characterised in that the deck inside left
It is successively additionally provided with a number of mounting hole from top to bottom, the mounting hole is tapped through hole.
6. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 5, it is characterised in that inside the mounting hole also
Equipped with the first bolt, first bolt is connected with deck screw thread, and the first bolt quantity is one.
7. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 6, it is characterised in that behind the support rod inside
End is successively additionally provided with a number of limiting slot from left to right, and the limiting slot is circular groove.
8. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 7, it is characterised in that behind the support sleeve inside
End left side has also extended through the second bolt, and second bolt is connected with thread of supporting sleeves.
9. the postoperative upper extremity function position instrument for training of mammary gland as claimed in claim 8, it is characterised in that right inside the support sleeve
Side also extends through a number of third bolt, and the third bolt is connected with thread of supporting sleeves.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821043712.1U CN208958679U (en) | 2018-07-02 | 2018-07-02 | The postoperative upper extremity function position instrument for training of mammary gland |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821043712.1U CN208958679U (en) | 2018-07-02 | 2018-07-02 | The postoperative upper extremity function position instrument for training of mammary gland |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208958679U true CN208958679U (en) | 2019-06-11 |
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ID=66748199
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821043712.1U Expired - Fee Related CN208958679U (en) | 2018-07-02 | 2018-07-02 | The postoperative upper extremity function position instrument for training of mammary gland |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208958679U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111759695A (en) * | 2020-08-03 | 2020-10-13 | 中国人民解放军空军军医大学 | Protective device for burn scar treatment |
-
2018
- 2018-07-02 CN CN201821043712.1U patent/CN208958679U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111759695A (en) * | 2020-08-03 | 2020-10-13 | 中国人民解放军空军军医大学 | Protective device for burn scar treatment |
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Granted publication date: 20190611 Termination date: 20200702 |