CN209316332U - With the shifting machine device for following function automatically - Google Patents
With the shifting machine device for following function automatically Download PDFInfo
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- CN209316332U CN209316332U CN201822113683.8U CN201822113683U CN209316332U CN 209316332 U CN209316332 U CN 209316332U CN 201822113683 U CN201822113683 U CN 201822113683U CN 209316332 U CN209316332 U CN 209316332U
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Abstract
With the shifting machine device for following function automatically, which includes suspension hook (1), inertial sensor module (2), boom (3), armstand (4) and Mecanum wheel chassis (7)；Which solve bed patients when being shifted by handling, and the frightened problem of the psychology that the limbs because being detached from nursing staff generate due to looking after alleviates the burden of nursing staff, enhances the safety of shifting machine.
Description
Technical field
The utility model provides a kind of follows displacement method with the shifting machine device for following function automatically and automatically.
Background technique
Patient shifting in current medical procedures has following manner:
1. the artificial displacement provided by care-giving professional:
It is most traditional, simply, the mode of direct mobile bed patient, be take bed patient in one's arms by care-giving professional, and
It is sent to designated place, or is placed on wheelchair.For the sickbed patients not exclusively to disable are moved to wheelchair from the bed, nurse
Personnel, which need to prop up sickbed patients, to sit straight, its both legs is moved lower bedside.Nursing staff faces the patient for being sitting in bedside, both arms warp
Patient oxter is adjacent to patient and takes patient in one's arms, and is slowly moved on wheelchair.For that will disable, patient is displaced to wheel from the bed
Chair, it usually needs arm support is played bed patient's knee joint and oxter respectively from bed two sides by two nursing stafves, will be suffered from joint efforts
Person takes in one's arms to wheelchair.
2. hand-push electrical shifting machine handling shifts:
Hand-push electrical shifting machine is by hanging bag, the lifting boom of electric cylinders control, line control machine, pushing hands and driven chassis structure
At.In use, first make hand-push electrical shifting machine close to hospital bed, the bed patient on bed is put into hanging bag, then by hanging bag lanyard
On the suspension hook for hanging over lifting boom front end.Nursing staff rises boom by controlling line control machine, slings bed patient.Caregiver
Member goes further to boom behind, and hand-push electrical shifting machine is carried out at wheelchair, is controlled after adjusting patient body position by line control machine
Boom decline is gone up and down, drops to sickbed patients on wheelchair.
The drawbacks of aforesaid way, is as follows:
1. traditional shift, careless slightly possibility relatively high to the physical fitness requirement of entourage by professional entourage by hand
Entourage can be made to sprain waist, entourage and sickbed patients are damaged, the safety of displacement is poor, and efficiency is also very
It is low.
2. although alleviate the physical stress of nursing staff, handling using hand-push electrical shifting machine handling displacement
When, patient lacks the sense of security when being lifted, and has resentment to this displacement mode.Entourage must in displacement
It must stand after shifting machine hand push, the bed patient being lifted cannot be protected in time, be easy to damage bed patient.
Utility model content
Purpose of utility model:
The utility model provides a kind of with the shifting machine device and its control method that follow function automatically, and the purpose is to solve
It is certainly the problems of previous.
Technical solution:
It is a kind of with the shifting machine device for following function automatically, it is characterised in that: the device include suspension hook (1), inertia pass
Sensor module (2), boom (3), armstand (4) and Mecanum wheel chassis (7)；
Armstand (4) is arranged on Mecanum wheel chassis (7), and the rear end of boom (3) is flexibly connected with armstand (4), boom
(3) with armstand (4) formation activity arm configuration, in boom (3) front end movable end, suspension hook (1) is set for inertial sensor module (2) setting
It sets below inertial sensor module (2)；
The bottom on Mecanum wheel chassis (7) is provided with Mecanum wheel, and Mecanum wheel is connect with chassis driver, bottom
Disk drive connecting base plate controller, chassis controller connect inertial sensor module (2).
Electric cylinders (5) are provided between boom (3) and armstand (4)；Pass through the pendulum of the flexible realization boom (3) of electric cylinders (5)
It is dynamic.
Electric cylinders (5) connect the control box (6) of controller expanding-contracting action, and control box is arranged in armstand.
The protective device for preventing falling when lifting is provided between boom (3) and armstand (4), which includes bottom tube
(3-1) and telescopic arm (3-2)；
The lower end of telescopic arm (3-2) puts in bottom tube (3-1) from the front end bottom tube (3-1) and can be along the axis of bottom tube (3-1)
To expanding-contracting action is done, the upper end of telescopic arm (3-2) is flexibly connected by shaft with boom (3), and the rear end of bottom tube (3-1) is by turning
Axis is flexibly connected with armstand (4)；
Two bar shaped slide openings (3-8) are provided in the side wall of bottom tube (3-1), two bar shaped slide openings are with the axis of bottom tube (3-1)
It is arranged for axial symmetry, is provided with gear (3-3) in bar shaped slide opening, (set-up mode of gear (3-3) is directly by gear (3-3)
It is arranged in a shaft, the axial length of the shaft is slightly less than the width of bar shaped slide opening, is then clamped with nipper plier with teeth
The shaft of wheel simultaneously puts in bar shaped slide opening and will weld between shaft and bar shaped slide opening, completes the assembly of gear (3-3)！Assembly belongs to
In the prior art！) tooth (3-4) put in bottom tube (3-1) is connected on gear (3-3), rack gear (3-5) puts in bar shaped slide opening
In (3-8) and the tooth of rack gear (3-5) is engaged with gear (3-3), and rack gear (3-5) is can be along the length direction (bottom of bar shaped slide opening
Manage the preceding extreme direction of the axial direction bottom tube (3-1) of (3-1)！) mobile structure, in use, passing through the mobile control of rack gear (3-5)
Gear (3-3) processed rotates, and then the swing of the tooth (3-4) on the gear (3-3) of control two sides, on the gear (3-3) of two sides
Tooth (3-4) intersection together when, the point of two teeth (3-4) towards the front end bottom tube (3-1) (as indicated in a solid line in fig. 4！), work as rack gear
(3-5) when (be exactly upwards towards) is mobile upwards, and tooth (3-4) is to the swing of the rear end of bottom tube (3-1), when rack gear (3-5) is to moving down
When dynamic, tooth (3-4) is swung to the front end of bottom tube (3-1)；
A fixed block (3-6) is respectively arranged in two direction of front and back of rack gear (3-5), and fixed block (3-6) is fixedly welded on bottom tube
The side outer wall of (3-1) is connected with reset spring (3-7) between the fixed block (3-6) in front and the front end of rack gear (3-5)；
The lower end of telescopic arm (3-2), which is provided with, fixes ball (3-2-1)；
In use, telescopic arm (3-2) protruding bottom tube (3-1), fixes ball (3-2-1) and passes through two teeth (3-4), and compel
Open the opening between two teeth (3-4) (as shown in Fig. 4 dotted line！), (two tooth (3-4) bands moving gear (3-3) rotate, and
Pinion rack (3-5) moves down) at this point, gear (3-3) rotates and pinion rack (3-5) moves down, reset spring (3-7) stretches, when
Ball (3-2-1) is fixed after two teeth (3-4), reset spring, which resets, to be shunk, and pulls rack gear (3-5) to move up, so that rack gear (3-
5) meshing gear (3-3) rotates backward, so that the opening between two teeth (3-4) is closed up, at this point, rack gear (3-5) moves up
To the limit.So, even if electric cylinders (5) failure, boom (3) move down rapidly, telescopic arm (3-2) can put in rapidly bottom tube therewith
In (3-1), and fixing ball (3-2-1) can withstand on two teeth (3-4) closed up, and since rack gear (3-5) is moved up to the limit, i.e.,
It is held out against between the fixed block in front (3-6), so telescopic arm (3-2) can stop falling, realizes and fix, prevent patient straight
It connects and falls to underground and cause secondary injury.(rack gear (3-5) limits mobile principle in bar shaped slide opening, as shown in figure 5, tooth
The protruding block (3-5-1) for riding over bottom tube (3-1) outer wall, the position welding of respective protrusions block is respectively arranged in the two sides of item (3-5)
There is " 7 " font card slot (3-5-2), " 7 " font card slot (3-5-2) limits protruding block (3-5-1), " 7 " font card slot (3-5-2)
Length direction be arranged along rack gear (3-5) moving direction, such rack gear (3-5) will move along " 7 " font card slot (3-5-2)
It is dynamic, it is mobile smooth in order to increase, can between protruding block (3-5-1) and bottom tube (3-1) and protruding block (3-5-1) and
Lubricating oil is coated between " 7 " font card slot (3-5-2)！
By interim lockset temporary lock between rack gear (3-5) and the fixed block at rear, interim lockset includes U-shaped locking bar
The hole of (3-9), setting on the hole on rack gear (3-5) and the fixed block that rear is set, in use, (as shown in Figure 5) passes through U
Font locking bar (3-9) is inserted into the hole on rack gear (3-5) and the fixed block at rear, realizes the fixed block of rack gear (3-5) and rear
Between temporary locking.
Its effect is to be mainly, and when needing to transfer patient, prevents close up two teeth (3-4) from hindering telescopic arm (3-2)
Move down, rack gear (3-5) is pushed down on so that two closed up tooth (3-4) open, to telescopic arm (3-2) move down concede it is logical
Rack gear (3-5) is pushed down on and is extremely prescribed a time limit by road, using U-shaped locking bar (3-9) temporary lock, so that channel is kept unimpeded, decline
It when end needs to move up, unclamps U-shaped locking bar (3-9), starts the protection act when moving up.In addition, it is necessary to explanation,
The position that the bottom tube front end (3-1) is passed through for telescopic arm (3-2) is provided with a upper cover, and setting one can just accommodate on upper lid
The hole that telescopic arm (3-2) is passed through and moved, the hole have certain axial length, ensure that telescopic arm (3-2) in this way
Expanding-contracting action always along bottom tube (3-1) it is axial without departing from！This belongs to the prior art, does not repeat them here！
Two bar shaped slide openings (3-8) and corresponding rack gear, gear, tooth, fixed block, reset spring constitute one group of limit
Multiple groups limit group is arranged along the length direction of bottom tube (3-1) in group.
Using above-mentioned with the control method for following the shifting machine device of function to be implemented automatically, it is characterised in that: should
Method is passed through inertial sensor module (2) by inertial sensor module (2) and Mecanum wheel chassis (7) composition control circuit
Linear accelerometer and angular rate gyroscope linear acceleration data and angular acceleration data control Mecanum wheel chassis (7) fortune
Dynamic direction；
If the linear accelerometer of the linear accelerometer in inertial sensor module (2) changes, Mecanum wheel bottom
Disk is advanced to accelerometer numerical value change direction until linear acceleration count value enters deceleration interval, and Mecanum wheel chassis is slowed down
To 0；
If the angular acceleration of the angular rate gyroscope of inertial sensor module (2) changes, Mecanum wheel chassis root
It is made rotating motion according to angular acceleration change direction until angular acceleration transducer numerical value enters deceleration interval, Mecanum wheel chassis
It is decelerated to 0.
Advantageous effect:
The utility model proposes a kind of with the shifting machine device and its control method that follow function automatically, specific special
Point is as follows:
1. making to shift machine control system wake-up and suspend mode using inertial sensor.Pass through the numerical value change with inertial sensor
Control the wake-up and suspend mode of shifting machine power supply system.Inertial sensor detects movement, and shifting machine power supply system is waken up, displacement
The Mecanum wheel chassis of machine starts to follow the numerical value change of inertial sensor mobile；Inertial sensor keeps quiet in for a period of time
Only, shifting machine Mecanum wheel system stops power supply, reduces the stand-by power consumption of shifting machine, and realization starts and stops automatically.
2. shifting machine realizes Omni-mobile by Mecanum wheel chassis system.The chassis of shifting machine can pass through Mecanum
The chassis system of wheel and its driver, controller composition realizes the movement of omnidirection, free swivel.
3. controlling the realization of shifting machine chassis system by the inertial sensor being mounted in shifting machine to automatically move.Shifting machine
Chassis system have the function of movement.By the mobile inertial sensor being mounted in shifting machine, sensor is generated in straight line
Direction is mobile or turns to mobile data, and via controller keeps shifting machine chassis system mobile to specified direction.
4, when preventing lifting by protective device, patient falls because of the failure of electric cylinders, is further ensured that the peace of displacement
Quan Xing.
To sum up, which solve bed patients when being shifted by handling, what the limbs because being detached from nursing staff generated due to looking after
Psychological fear problem, alleviates the burden of nursing staff, enhances the safety of shifting machine.
Detailed description of the invention
Fig. 1 is overall structure diagram；
Fig. 2 is hardware block diagram；
Fig. 3 is the work flow diagram of control method；
Fig. 4 is protective device structure schematic diagram；
Fig. 5 is the mobile limit schematic diagram of rack gear.
Specific embodiment
It is a kind of with the shifting machine device for following function automatically, it is characterised in that: the device include suspension hook (1), inertia pass
Sensor module (2), boom (3), armstand (4) and Mecanum wheel chassis (7)；
Armstand (4) is arranged on Mecanum wheel chassis (7), and the rear end of boom (3) is flexibly connected with armstand (4), boom
(3) with armstand (4) formation activity arm configuration, in boom (3) front end movable end, suspension hook (1) is set for inertial sensor module (2) setting
It sets below inertial sensor module (2)；
The bottom on Mecanum wheel chassis (7) is provided with Mecanum wheel, and Mecanum wheel is connect with chassis driver, bottom
Disk drive connecting base plate controller, chassis controller connect inertial sensor module (2).
Electric cylinders (5) are provided between boom (3) and armstand (4)；Pass through the pendulum of the flexible realization boom (3) of electric cylinders (5)
It is dynamic.
Electric cylinders (5) connect the control box (6) of controller expanding-contracting action, and control box is arranged in armstand.
The protective device for preventing falling when lifting is provided between boom (3) and armstand (4), which includes bottom tube
(3-1) and telescopic arm (3-2)；
The lower end of telescopic arm (3-2) puts in bottom tube (3-1) from the front end bottom tube (3-1) and can be along the axis of bottom tube (3-1)
To expanding-contracting action is done, the upper end of telescopic arm (3-2) is flexibly connected by shaft with boom (3), and the rear end of bottom tube (3-1) is by turning
Axis is flexibly connected with armstand (4)；
Two bar shaped slide openings (3-8) are provided in the side wall of bottom tube (3-1), two bar shaped slide openings are with the axis of bottom tube (3-1)
It is arranged for axial symmetry, is provided with gear (3-3) in bar shaped slide opening, (set-up mode of gear (3-3) is directly by gear (3-3)
It is arranged in a shaft, the axial length of the shaft is slightly less than the width of bar shaped slide opening, is then clamped with nipper plier with teeth
The shaft of wheel simultaneously puts in bar shaped slide opening and will weld between shaft and bar shaped slide opening, completes the assembly of gear (3-3)！Assembly belongs to
In the prior art！) tooth (3-4) put in bottom tube (3-1) is connected on gear (3-3), rack gear (3-5) puts in bar shaped slide opening
In (3-8) and the tooth of rack gear (3-5) is engaged with gear (3-3), and rack gear (3-5) is can be along the length direction (bottom of bar shaped slide opening
Manage the preceding extreme direction of the axial direction bottom tube (3-1) of (3-1)！) mobile structure, in use, passing through the mobile control of rack gear (3-5)
Gear (3-3) processed rotates, and then the swing of the tooth (3-4) on the gear (3-3) of control two sides, on the gear (3-3) of two sides
Tooth (3-4) intersection together when, the point of two teeth (3-4) towards the front end bottom tube (3-1) (as indicated in a solid line in fig. 4！), work as rack gear
(3-5) when (be exactly upwards towards) is mobile upwards, and tooth (3-4) is to the swing of the rear end of bottom tube (3-1), when rack gear (3-5) is to moving down
When dynamic, tooth (3-4) is swung to the front end of bottom tube (3-1)；
A fixed block (3-6) is respectively arranged in two direction of front and back of rack gear (3-5), and fixed block (3-6) is fixedly welded on bottom tube
The side outer wall of (3-1) is connected with reset spring (3-7) between the fixed block (3-6) in front and the front end of rack gear (3-5)；
The lower end of telescopic arm (3-2), which is provided with, fixes ball (3-2-1)；
In use, telescopic arm (3-2) protruding bottom tube (3-1), fixes ball (3-2-1) and passes through two teeth (3-4), and compel
Open the opening between two teeth (3-4) (as shown in Fig. 4 dotted line！), (two tooth (3-4) bands moving gear (3-3) rotate, and
Pinion rack (3-5) moves down) at this point, gear (3-3) rotates and pinion rack (3-5) moves down, reset spring (3-7) stretches, when
Ball (3-2-1) is fixed after two teeth (3-4), reset spring, which resets, to be shunk, and pulls rack gear (3-5) to move up, so that rack gear (3-
5) meshing gear (3-3) rotates backward, so that the opening between two teeth (3-4) is closed up, at this point, rack gear (3-5) moves up
To the limit.So, even if electric cylinders (5) failure, boom (3) move down rapidly, telescopic arm (3-2) can put in rapidly bottom tube therewith
In (3-1), and fixing ball (3-2-1) can withstand on two teeth (3-4) closed up, and since rack gear (3-5) is moved up to the limit, i.e.,
It is held out against between the fixed block in front (3-6), so telescopic arm (3-2) can stop falling, realizes and fix, prevent patient straight
It connects and falls to underground and cause secondary injury.(rack gear (3-5) limits mobile principle in bar shaped slide opening, as shown in figure 5, tooth
The protruding block (3-5-1) for riding over bottom tube (3-1) outer wall, the position welding of respective protrusions block is respectively arranged in the two sides of item (3-5)
There is " 7 " font card slot (3-5-2), " 7 " font card slot (3-5-2) limits protruding block (3-5-1), " 7 " font card slot (3-5-2)
Length direction be arranged along rack gear (3-5) moving direction, such rack gear (3-5) will move along " 7 " font card slot (3-5-2)
It is dynamic, it is mobile smooth in order to increase, can between protruding block (3-5-1) and bottom tube (3-1) and protruding block (3-5-1) and
Lubricating oil is coated between " 7 " font card slot (3-5-2)！
By interim lockset temporary lock between rack gear (3-5) and the fixed block at rear, interim lockset includes U-shaped locking bar
The hole of (3-9), setting on the hole on rack gear (3-5) and the fixed block that rear is set, in use, (as shown in Figure 5) passes through U
Font locking bar (3-9) is inserted into the hole on rack gear (3-5) and the fixed block at rear, realizes the fixed block of rack gear (3-5) and rear
Between temporary locking.
Its effect is to be mainly, and when needing to transfer patient, prevents close up two teeth (3-4) from hindering telescopic arm (3-2)
Move down, rack gear (3-5) is pushed down on so that two closed up tooth (3-4) open, to telescopic arm (3-2) move down concede it is logical
Rack gear (3-5) is pushed down on and is extremely prescribed a time limit by road, using U-shaped locking bar (3-9) temporary lock, so that channel is kept unimpeded, decline
It when end needs to move up, unclamps U-shaped locking bar (3-9), starts the protection act when moving up.In addition, it is necessary to explanation,
The position that the bottom tube front end (3-1) is passed through for telescopic arm (3-2) is provided with a upper cover, and setting one can just accommodate on upper lid
The hole that telescopic arm (3-2) is passed through and moved, the hole have certain axial length, ensure that telescopic arm (3-2) in this way
Expanding-contracting action always along bottom tube (3-1) it is axial without departing from！This belongs to the prior art, does not repeat them here！
Two bar shaped slide openings (3-8) and corresponding rack gear, gear, tooth, fixed block, reset spring constitute one group of limit
Multiple groups limit group is arranged along the length direction of bottom tube (3-1) in group.
Using above-mentioned with the control method for following the shifting machine device of function to be implemented automatically, it is characterised in that: should
Method is passed through inertial sensor module (2) by inertial sensor module (2) and Mecanum wheel chassis (7) composition control circuit
Linear accelerometer and angular rate gyroscope linear acceleration data and angular acceleration data control Mecanum wheel chassis (7) fortune
Dynamic direction；
If the linear accelerometer of the linear accelerometer in inertial sensor module (2) changes, Mecanum wheel bottom
Disk is advanced to accelerometer numerical value change direction until linear acceleration count value enters deceleration interval, and Mecanum wheel chassis is slowed down
To 0；
If the angular acceleration of the angular rate gyroscope of inertial sensor module (2) changes, Mecanum wheel chassis root
It is made rotating motion according to angular acceleration change direction until angular acceleration transducer numerical value enters deceleration interval, Mecanum wheel chassis
It is decelerated to 0.
Term is explained:
Inertial sensor: for detecting and measuring acceleration, inclination, shock and vibration, rotation and the biography of multifreedom motion
Sensor.Generally comprise linear acceleration transducer, angular acceleration transducer, geomagnetic declination sensor and their single, double, triple axis group
It closes.
A kind of Mecanum wheel: omni-directional wheel.This all-around mobile mode is all there are many wheel is located at based on one
In the principle of the centre wheel of the wheel shaft on side, the wheel steering force of a part is transformed into a machine by these angled periphery wheel shafts
It takes turns above normal force.The final synthesis in direction and speed by respective wheel, these power generates on the direction of any requirement
One resultant force vector is to ensure that this platform can move freely through on the direction of final resultant force vector, without changing machine
Take turns the direction of itself.Omnibearing movable equipment based on Mecanum wheel technology may be implemented to move ahead, traversing, diagonal, rotation and
The motion modes such as a combination thereof.
To sum up, 1. compared with the artificial displacement provided by care-giving professional, and what we designed follows function with automatic
Shifting machine device be that care-giving professional saves physical strength, in the case where following function automatically, it is convenient to which being moved to patient needs
The place wanted, avoid care-giving professional may because firmly it is improper caused by injury.Improve the efficiency and safety of displacement.
2. we follow the shifting machine of function to fill at having for design automatically compared with hand-push electrical shifting machine handling displacement
Set the physical stress that not only can equally mitigate nursing staff, moreover it is possible to again in handling process, not make nursing staff and bed patient
Separation, can eliminate fear when patient is lifted mobile.In moving process, protective device and entourage always can be with
Protection is provided to bed patient, increases safety and the convenience of displacement.
Claims (6)
1. a kind of with the shifting machine device for following function automatically, it is characterised in that: the device includes suspension hook (1), inertia sensing
Device module (2), boom (3), armstand (4) and Mecanum wheel chassis (7)；
Armstand (4) be arranged on Mecanum wheel chassis (7), the rear end of boom (3) is flexibly connected with armstand (4), boom (3) and
Armstand (4) formation activity arm configuration, inertial sensor module (2) setting exist in boom (3) front end movable end, suspension hook (1) setting
Below inertial sensor module (2)；
The bottom on Mecanum wheel chassis (7) is provided with Mecanum wheel, and Mecanum wheel is connect with chassis driver, and chassis is driven
Dynamic device connecting base plate controller, chassis controller connect inertial sensor module (2).
2. according to claim 1 with following the shifting machine device of function automatically, it is characterised in that: boom (3) with
Electric cylinders (5) are provided between armstand (4)；Pass through the swing of the flexible realization boom (3) of electric cylinders (5).
3. according to claim 2 with the shifting machine device for following function automatically, it is characterised in that: electric cylinders (5) connection
The control box (6) of controller expanding-contracting action.
4. according to claim 2 with following the shifting machine device of function automatically, it is characterised in that: boom (3) and stand
The protective device for preventing falling when lifting is provided between arm (4), which includes bottom tube (3-1) and telescopic arm (3-2)；
The lower end of telescopic arm (3-2) puts in bottom tube (3-1) and can do along the axial direction of bottom tube (3-1) from the front end bottom tube (3-1)
Expanding-contracting action, the upper end of telescopic arm (3-2) are flexibly connected by shaft with boom (3), the rear end of bottom tube (3-1) pass through shaft and
Armstand (4) is flexibly connected；
Two bar shaped slide openings (3-8) are provided in the side wall of bottom tube (3-1), two bar shaped slide openings are using the axis of bottom tube (3-1) as axis
It is symmetrical arranged, is provided in bar shaped slide opening gear (3-3), the tooth (3-4) put in bottom tube (3-1) is connected on gear (3-3),
Rack gear (3-5) is put in bar shaped slide opening (3-8) and the tooth of rack gear (3-5) is engaged with gear (3-3), and rack gear (3-5) is can be along
The mobile structure of the length direction of bar shaped slide opening, in use, the mobile control gear (3-3) by rack gear (3-5) rotates, in turn
The swing of the tooth (3-4) on the gear (3-3) of two sides is controlled, when the tooth (3-4) on the gear (3-3) of two sides is intersected together,
The point of two teeth (3-4) is towards the front end bottom tube (3-1), when rack gear (3-5) upwards move by (be exactly upwards towards), tooth (3-4)
It is swung to the rear end of bottom tube (3-1), when rack gear (3-5) moves down, tooth (3-4) is swung to the front end of bottom tube (3-1)；
A fixed block (3-6) is respectively arranged in two direction of front and back of rack gear (3-5), and fixed block (3-6) is fixedly welded on bottom tube (3-1)
Side outer wall, be connected with reset spring (3-7) between the fixed block (3-6) in front and the front end of rack gear (3-5)；
The lower end of telescopic arm (3-2), which is provided with, fixes ball (3-2-1)；
In use, telescopic arm (3-2) protruding bottom tube (3-1), fixes ball (3-2-1) and passes through two teeth (3-4), and force two
Opening between a tooth (3-4) is opened, at this point, simultaneously pinion rack (3-5) moves down for gear (3-3) rotation, reset spring (3-7) is drawn
It stretches, after fixing ball (3-2-1) across two tooth (3-4), reset spring, which resets, to be shunk, and pulls rack gear (3-5) to move up, so that tooth
Item (3-5) meshing gear (3-3) rotates backward, so that the opening between two teeth (3-4) is closed up, at this point, rack gear (3-5)
It moves up to the limit.
5. according to claim 4 with following the shifting machine device of function automatically, it is characterised in that: rack gear (3-5) with
By interim lockset temporary lock between the fixed block at rear, interim lockset includes U-shaped locking bar (3-9), is arranged in rack gear (3-
5) hole on and the hole being arranged on the fixed block at rear, in use, by U-shaped locking bar (3-9) insertion rack gear (3-5) and after
In hole on the fixed block of side, the temporary locking between rack gear (3-5) and the fixed block at rear is realized.
6. according to claim 5 with the shifting machine device for following function automatically, it is characterised in that: two bar shaped slide openings
(3-8) and corresponding rack gear, gear, tooth, fixed block, reset spring constitute one group of limit group, along the length of bottom tube (3-1)
It spends direction and multiple groups limit group is set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822113683.8U CN209316332U (en) | 2018-12-17 | 2018-12-17 | With the shifting machine device for following function automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822113683.8U CN209316332U (en) | 2018-12-17 | 2018-12-17 | With the shifting machine device for following function automatically |
Publications (1)
| Publication Number | Publication Date |
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| CN209316332U true CN209316332U (en) | 2019-08-30 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109893373A (en) * | 2018-12-17 | 2019-06-18 | 辽宁福之卉科技发展有限公司 | With the shifting machine device and its control method for following function automatically |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109893373A (en) * | 2018-12-17 | 2019-06-18 | 辽宁福之卉科技发展有限公司 | With the shifting machine device and its control method for following function automatically |
| CN109893373B (en) * | 2018-12-17 | 2023-11-28 | 辽宁福之卉科技发展有限公司 | Shifting machine device with automatic following function and control method thereof |
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