CN209899890U

CN209899890U - A move bed car for transporting paralysed patient and postoperative patient

Info

Publication number: CN209899890U
Application number: CN201920455946.5U
Authority: CN
Inventors: 王子文
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-04-05
Filing date: 2019-04-05
Publication date: 2020-01-07
Anticipated expiration: 2029-04-05

Abstract

A moving bed trolley for transporting paralyzed patients and postoperative patients belongs to an auxiliary medical apparatus. The moving bed vehicle includes: the device comprises a bed plate, a sling, a slewing bearing, a suspension arm, a control table, an energy accumulator, a rear wheel, a chassis and a leg device; the rear wheels are connected to two sides of the chassis, the supporting leg device is hinged to the front portion in the chassis, the control platform and the lifter are connected to the upper end of the chassis, the suspension arm is connected to the upper end of the lifter, the slewing bearing is connected to the other end of the suspension arm, the slewing bearing is connected with the bed board through the hanging belt, and the energy accumulator and the controller are connected to the control platform. The advantages are that: simple structure, can be steady with the steady follow operation bed of postoperative patient remove, transport patient bed on, avoided extremely afraid of this kind to postoperative patient's wound and removing the secondary injury of in-process, reduced intensity of labour, can accomplish postoperative patient's the work of removing alone.

Description

A move bed car for transporting paralysed patient and postoperative patient

Technical Field

The utility model relates to an auxiliary medical appliance, in particular to a moving bed vehicle for transporting paralyzed patients and postoperative patients.

Background

At present, paralyzed patients who cannot get up and patients who are subjected to surgical operations need to be transported to a corresponding treatment room or an operation room to be treated before being treated and operated.

When transporting and transporting the paralyzed patient and the surgical patient to be treated, at least two or four persons and also a person with strength are generally required to smoothly transport the paralyzed patient or the surgical patient to the mobile hospital bed and then to the treatment room or the operation room to be treated or operated.

Particularly, after successful operation, the patient needs to be moved and transferred from the operating bed in the operating room to the patient bed in hospital, generally, the patient after operation is directly moved from the operating bed to the movable bed manually and then moved from the movable bed to the patient bed manually, if the patient is general personnel, or only one person moves the patient after operation, the patient after operation cannot be stably moved and transferred from the operating bed in the operating room to the patient bed, the postoperative wound of the patient cannot be effectively protected, and the wound of the patient after operation is extremely harmful to the patient during the moving process.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a move bed car for transporting paralysed patient and postoperative patient, when solving and moving, transport the paralysed patient who accepts the treatment and the patient of surgery, generally need two people or four talents to accomplish to move, transport the problem that patient was in bed at least.

The purpose of the utility model is realized like this: the moving bed vehicle includes: the device comprises a bed plate, a sling, a slewing bearing, a suspension arm, a control table, an energy accumulator, a rear wheel, a chassis and a leg device; the rear wheels are connected to two sides of the chassis, the supporting leg device is hinged to the front portion in the chassis, the control platform and the lifter are connected to the upper end of the chassis, the suspension arm is connected to the upper end of the lifter, the slewing bearing is connected to the other end of the suspension arm, the slewing bearing is connected with the bed board through the hanging belt, and the energy accumulator and the controller are connected to the control platform.

The bed board is a cuboid grid plate, the outer sides of two sides of the bed board are connected with hanging bolts, and hanging bolt caps are positioned on the outer sides.

The hanging strip is a soft strip, a hanging bolt buckle is arranged at the joint of the hanging strip and the hanging bolt, a strip-shaped hole is formed in the hanging bolt buckle, the upper end hole of the strip-shaped hole is larger than the lower end hole, the diameter of the upper end hole is larger than that of the hanging bolt cap, and the diameter of the lower end hole is larger than that of the hanging bolt.

The supporting leg device comprises: the support leg comprises a support leg cylinder, a support leg, a front universal wheel, a support leg rotating shaft pin, a support leg linkage rod and a support leg linkage pin; the supporting leg rotating shaft pins are symmetrically fixed on the chassis, and the supporting legs are sleeved on the supporting leg rotating shaft pins and rotate by taking the supporting leg rotating shaft pins as fulcrums; one end of the supporting leg is connected with a front universal wheel; the other end of each support leg is connected with a support leg linkage rod through a support leg linkage pin, the support leg linkage rods are positioned at the end parts of the two support legs, the support leg linkage rods are connected with the support leg linkage pins, the ends of the support legs are provided with elongated holes, and the elongated holes are sleeved on the support leg linkage pins and can slide on the support leg linkage pins; the end part of the supporting leg cylinder and the supporting leg linkage rod are arranged in the chassis, and the supporting leg cylinder pushes the supporting leg linkage rod to control the supporting leg to open and close.

The lifter include: the lifting device comprises an outer lifting column, an inner fixing column and a lifting cylinder; the inner fixing column is connected to the chassis, the lifting cylinder is located in the inner fixing column, the upper end of the lifting cylinder is in lap joint with the upper end of the outer lifting column, the outer lifting column is sleeved outside the inner fixing column, and when the lifting cylinder works in a lifting mode, the outer lifting column drives the suspension arm to ascend or descend along the inner fixing column.

The controller is a hydraulic controller, the energy accumulator is a hydraulic oil tank, the support leg cylinder and the lifting cylinder are hydraulic cylinders, and the hydraulic cylinders and the hydraulic oil tank form a hydraulic control loop through a hydraulic valve and a hydraulic pump.

The controller is an air pressure controller, the energy accumulator is an air pressure tank, the supporting leg cylinder and the lifting cylinder are air pressure cylinders, and the air pressure cylinder and the air pressure tank form an air pressure control loop through a hydraulic valve and an air pump.

The controller is an electric controller, the energy accumulator is an electricity storage battery, the supporting leg cylinder and the lifting cylinder are spiral lifting rods, and the spiral lifting rods form an electric control loop through a switch, the motor and the electricity storage battery.

The support leg has the advantages that by adopting the scheme, the support leg cylinder acts on the support leg through the support leg linkage rod, the elongated hole of the support leg slides on the support leg linkage pin 17, the support leg cylinder can push the support leg to perform opening and closing actions, the bed plate above the support leg is always positioned in the gravity center supported by the support leg after the support leg is opened and closed, the opening and closing actions of the support leg are beneficial to the support leg to be inserted into the bottom of a sickbed or an operating bed, so that the bed plate can be compliant and close to patients to the maximum extent, and the stability and safety of conveyed paralyzed patients and postoperative patients are ensured; the lifting cylinder lifts the outer lifting column, the inner fixing column is used as a guide column to ascend or descend, and the bed plate with the patient is lifted away or placed on a sickbed under the ascending or descending action of the outer lifting column; the slewing bearing can rotate the direction of the bed plate according to the requirement, conforms to the direction required by the patient, approaches and leans against the body of the patient to the maximum extent, and easily moves the patient on the bed plate along the force; meanwhile, when the transfer bed with the patient is moved or moved, the front universal wheels and the rear wheels at the bottoms of the supporting legs can be conveniently moved or moved; after the patient moves onto a bed plate of the moving bed, hanging buckles at the four lower end parts of the hanging strips are clamped on four hanging bolts at the side edges of the bed plate, the upper ends of the hanging strips are connected with the slewing bearing, and the bed plate is connected with the slewing bearing through the hanging strips; the bed board is rotated, and the rotation of the bed board is implemented through the hanging belt and the slewing bearing. Solves the problem that the patient can be moved and transferred to the bed of the patient by at least two persons or four persons when the patient to be treated and the patient in the surgical operation are moved and transported, and achieves the purpose of the utility model.

The advantages are that: the moving trolley has a simple structure, can stably move and transfer paralyzed patients and patients after receiving operation treatment to a patient bed, particularly avoids the wound of the postoperative patients from being extremely afraid of the secondary injury in the moving process, simultaneously reduces the labor intensity of the patient moving, and can finish the moving work of the postoperative patients by one person.

Drawings

Fig. 1 is a structural view of the present invention.

Fig. 2 is a top view of the present invention and an open/close state diagram of the leg device.

Fig. 3 is a partially enlarged view of the opening/closing state of the leg device of the present invention.

In the figure, 1, a bed board; 2. a sling; 2-1, hanging a bolt buckle; 2-2, hanging bolts; 3. a slewing bearing; 4. a suspension arm; 5. an outer lifting column; 6. an inner fixing column; 7. a console; 8. an energy storage device; 9. a lift cylinder; 10. a rear wheel; 11. a leg cylinder; 12. a support leg; 13. a front universal wheel; 14. a chassis; 15. a landing leg roller pin; 16. a leg linkage; 17. and the supporting leg is linked with the pin.

Detailed Description

Example 1: the utility model discloses a move the bed car and include: the lifting device comprises a bed plate 1, a hanging strip 2, a slewing bearing 3, a lifting arm 4, a control platform 7, an energy accumulator 8, rear wheels 10, a supporting leg cylinder 11, supporting legs 12, front universal wheels 13 and a chassis 14.

The two sides of a chassis 14 are connected with rear wheels 10, a supporting leg 12 is hinged in front of the chassis, one end of the supporting leg 12 is connected with a supporting leg cylinder 11, the supporting leg cylinder 11 is positioned in the chassis, and the supporting leg 12 is controlled to be opened and closed; the other end of the supporting leg 12 is connected with a front universal wheel 13; the upper end of the chassis 14 is connected with a control platform 7 and a lifter, the upper end of the lifter is connected with a suspension arm 4, the other end of the suspension arm 4 is connected with a slewing bearing 3, the slewing bearing 3 is connected with a bed plate 1 through a hanging strip 2, and an energy accumulator 8 and a controller are connected in the control platform 7.

The bed plate 1 is a cuboid grid plate, hanging bolts 2-2 are connected to the outer sides of two sides of the bed plate, and hanging bolt caps are located on the outer sides.

The sling 2 is a soft belt, a sling bolt buckle 2-1 is arranged at the joint of the sling 2-2 and the sling bolt buckle 2-1, a long-strip-shaped hole is arranged on the sling bolt buckle 2-1, the upper end hole of the long-strip-shaped hole is larger than the lower end hole, the diameter of the upper end hole is larger than that of the sling bolt cap, and the diameter of the lower end hole is larger than that of the sling bolt 2-2.

The supporting leg device comprises: the support leg comprises a support leg cylinder 11, a support leg 12, a front universal wheel 13, a support leg rotating shaft pin 15, a support leg linkage rod 16 and a support leg linkage pin 17; the supporting leg rotating shaft pins 15 are symmetrically fixed on the chassis, and the supporting leg 12 is sleeved on the supporting leg rotating shaft pins 15 and rotates by taking the supporting leg rotating shaft pins 15 as supporting points; one end of the supporting leg 12 is connected with a front universal wheel 13; the other end of each supporting leg 12 is connected with a supporting leg linkage rod 16 through a supporting leg linkage pin 17, the supporting leg linkage rods 16 are positioned at the end parts of the two supporting legs 12, the supporting leg linkage rods 16 are connected with supporting leg linkage pins 17, the end of each supporting leg 12 is provided with a strip-shaped hole, and the strip-shaped hole is sleeved on the supporting leg linkage pins 17 and can slide on the supporting leg linkage pins 17; the end of the supporting leg cylinder 11 is connected with a supporting leg linkage 16, the supporting leg cylinder 11 is located in the chassis, and the supporting leg cylinder pushes the supporting leg linkage 16 to control the supporting leg 12 to open and close.

The lifter include: an outer lifting column 5, an inner fixing column 6 and a lifting cylinder 9; the inner fixing column 6 is connected to the chassis 14, the lifting cylinder 9 is positioned in the inner fixing column 6, the upper end of the lifting cylinder 9 is in lap joint with the upper end of the outer lifting column 5, the outer lifting column 5 is sleeved outside the inner fixing column 6, and when the lifting cylinder 9 works in a lifting mode, the outer lifting column 5 drives the suspension arm 4 to ascend or descend along the inner fixing column 6.

The controller: the energy accumulator 8 is a hydraulic oil tank, the supporting leg cylinder 11 and the lifting cylinder 9 are hydraulic cylinders, and the hydraulic cylinders and the hydraulic oil tank form a hydraulic control loop through a hydraulic valve and a hydraulic pump.

The hydraulic oil tank, the hydraulic cylinder, the hydraulic valve and the hydraulic pump are conventional products in the prior art.

Example 2: the controller be pneumatic controller, energy storage device 8 be the atmospheric pressure jar, landing leg jar 11 and lift jar 9 are the pneumatic cylinder, atmospheric pressure jar pass through the hydrovalve and the pneumatic pump constitutes the atmospheric pressure control return circuit.

The pneumatic tank, the pneumatic cylinder, the hydraulic valve and the air pump are conventional products in the prior art.

The rest was the same as in example 1.

Example 3: the controller is an electric controller, the energy accumulator 8 is an electricity storage battery, the supporting leg cylinder 11 and the lifting cylinder 9 are spiral lifting rods, and the spiral lifting rods form an electric control loop through a switch, a motor and the electricity storage battery.

The storage battery, the switch, the motor and the spiral lifting rod are conventional products in the prior art.

The rest is the same as example 1.

Claims

1. A moving bed vehicle for transporting paralyzed patients and postoperative patients is characterized in that: the moving bed vehicle includes: the device comprises a bed plate, a sling, a slewing bearing, a suspension arm, a control table, an energy accumulator, a rear wheel, a chassis and a leg device; the rear wheels are connected to two sides of the chassis, the supporting leg device is hinged to the front portion in the chassis, the control platform and the lifter are connected to the upper end of the chassis, the suspension arm is connected to the upper end of the lifter, the slewing bearing is connected to the other end of the suspension arm, the slewing bearing is connected with the bed board through the hanging belt, and the energy accumulator and the controller are connected to the control platform.

2. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the bed board is a cuboid grid plate, the outer sides of two sides of the bed board are connected with hanging bolts, and hanging bolt caps are positioned on the outer sides.

3. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the hanging strip is a soft strip, a hanging bolt buckle is arranged at the joint of the hanging strip and the hanging bolt, a strip-shaped hole is formed in the hanging bolt buckle, the upper end hole of the strip-shaped hole is larger than the lower end hole, the diameter of the upper end hole is larger than that of the hanging bolt cap, and the diameter of the lower end hole is larger than that of the hanging bolt.

4. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the supporting leg device comprises: the support leg comprises a support leg cylinder, a support leg, a front universal wheel, a support leg rotating shaft pin, a support leg linkage rod and a support leg linkage pin; the supporting leg rotating shaft pins are symmetrically fixed on the chassis, and the supporting legs are sleeved on the supporting leg rotating shaft pins and rotate by taking the supporting leg rotating shaft pins as fulcrums; one end of the supporting leg is connected with a front universal wheel; the other end of each support leg is connected with a support leg linkage rod through a support leg linkage pin, the support leg linkage rods are positioned at the end parts of the two support legs, the support leg linkage rods are connected with the support leg linkage pins, the ends of the support legs are provided with elongated holes, and the elongated holes are sleeved on the support leg linkage pins and can slide on the support leg linkage pins; the end part of the supporting leg cylinder and the supporting leg linkage rod are arranged in the chassis, and the supporting leg cylinder pushes the supporting leg linkage rod to control the supporting leg to open and close.

5. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the lifter include: the lifting device comprises an outer lifting column, an inner fixing column and a lifting cylinder; the inner fixing column is connected to the chassis, the lifting cylinder is located in the inner fixing column, the upper end of the lifting cylinder is in lap joint with the upper end of the outer lifting column, the outer lifting column is sleeved outside the inner fixing column, and when the lifting cylinder works in a lifting mode, the outer lifting column drives the suspension arm to ascend or descend along the inner fixing column.

6. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the controller is a hydraulic controller, the energy accumulator is a hydraulic oil tank, the support leg cylinder and the lifting cylinder are hydraulic cylinders, and the hydraulic cylinders and the hydraulic oil tank form a hydraulic control loop through a hydraulic valve and a hydraulic pump.

7. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the controller is an air pressure controller, the energy accumulator is an air pressure tank, the supporting leg cylinder and the lifting cylinder are air pressure cylinders, and the air pressure cylinder and the air pressure tank form an air pressure control loop through a hydraulic valve and an air pump.

8. The cart according to claim 1, wherein said cart is a cart for transporting paralyzed patients and postoperative patients, comprising: the controller is an electric controller, the energy accumulator is an electricity storage battery, the supporting leg cylinder and the lifting cylinder are spiral lifting rods, and the spiral lifting rods form an electric control loop through a switch, the motor and the electricity storage battery.