CN211484912U - Maintenance treatment vehicle for PICC - Google Patents

Abstract

The utility model provides a maintenance treatment car for PICC uses belongs to medical instrument technical field, include: the medical instrument comprises a bracket, a base, a support and a medical instrument, wherein one end of the bracket is provided with a base, the other end of the bracket is provided with an operation table board for placing medical articles, and an upright post is arranged between the operation table board and the base; the auxiliary structure is positioned below the operation bedplate and connected to the bracket, wherein the auxiliary structure comprises an auxiliary bedplate; and the storage structure is positioned below the auxiliary structure and connected to the stand column, wherein the storage structure comprises a garbage storage tank. The utility model provides a pair of be used for PICC to maintain treatment car, through setting up auxiliary structure and accomodating the structure, enlarged medical apparatus's the space of putting on the one hand, on the other hand realizes accomodating of medical waste, has avoided medical waste and operation platen, the probability that other article contacted, has reduced cross contamination each other to security when improving medical personnel's operation.

Description

Maintenance treatment vehicle for PICC

Technical Field

The utility model belongs to the technical field of medical instrument, a treatment car is related to, especially a maintenance treatment car for PICC uses.

Background

Peripherally Inserted Central venous Catheters (PICCs) have been widely used at home and abroad due to their advantages of small trauma, long residence time, few complications, etc. To maintain patency of the PICC and reduce the incidence of its complications, the PICC catheter is placed into the patient for standardized maintenance of the catheter site at the PICC specialist care clinic at least every week during the indwelling period. The PICC nursing treatment car that uses at present all is ordinary treatment car, has following problem:

the area of the treatment table is mostly smaller: when the medical staff operates the PICC, the medical staff must use other placing surfaces such as a table top of a consulting room, a table top of a maintenance chair and the like, so that the range of a sterile area is easily spanned, and the tidiness and the attractiveness of the whole consulting room are influenced; in addition, medical waste (needles, sharp containers, garbage bags and the like) is not stored in fixed positions on the treatment trolley and is mostly directly placed on the table board, so that the risk of being injured by a needle when an operator maintains or moves various materials and articles is avoided, and the standardized placement of the articles, the sterile operation requirement and the professional protection of an operator are not facilitated.

In summary, in order to overcome the structural defects of the existing treatment cart, a treatment cart capable of effectively expanding the area of the treatment table and recycling and storing medical waste needs to be designed.

Disclosure of Invention

The utility model aims at solving the problems in the prior art, and provides a treatment trolley which can effectively expand the area of a treatment table board and can recycle and store medical waste.

The purpose of the utility model can be realized by the following technical proposal: a maintenance treatment cart for use with a PICC, comprising: the medical instrument comprises a bracket, a base, a support and a medical instrument, wherein one end of the bracket is provided with a base, the other end of the bracket is provided with an operation table board for placing medical articles, and an upright post is arranged between the operation table board and the base; the auxiliary structure is positioned below the operation bedplate and connected to the bracket, wherein the auxiliary structure comprises an auxiliary bedplate; and the storage structure is positioned below the auxiliary structure and connected to the stand column, wherein the storage structure comprises a garbage storage tank.

In the above-mentioned maintenance treatment cart for the PICC, the auxiliary structure is mounted on the operation table of the stand or on the column of the stand.

In the maintenance treatment cart for the PICC, when the auxiliary structure is mounted on the operating table, the auxiliary table of the auxiliary structure is connected to one side end of the operating table by a hinge.

In a foretell maintenance treatment car for PICC uses, when the auxiliary structure installs on the stand, the auxiliary structure includes a sliding structure, and wherein, sliding structure's one end links to each other with the stand, and sliding structure's the other end links to each other with the auxiliary table board.

In the maintenance treatment car for PICC use of foretell, auxiliary structure still includes a first elevation structure, and wherein, the one end of first elevation structure links to each other with sliding structure, and the other end of first elevation structure links to each other with supplementary platen.

In the above maintenance treatment cart for the PICC, a sterile box is further installed on the support, wherein the sterile box is installed on the back surface of the operation table plate or on the upright post.

In the maintenance treatment vehicle for the PICC, the storage structure comprises a support ring mounted on the upright post, wherein the garbage storage tank is embedded in the support ring.

In foretell a maintenance treatment car for PICC uses, be provided with second elevation structure inside the stand, wherein, second elevation structure's one end links to each other with the base, and second elevation structure's the other end links to each other with the operation platen.

In the above maintenance treatment vehicle for the PICC, a treading structure is provided on the base, and the treading structure is electrically connected with the second lifting structure, wherein two buttons are provided on the treading structure.

In the maintenance treatment cart for the PICC, a suspension structure is arranged on the operation table plate, wherein the suspension structure comprises a support rod arranged on the operation table plate, and a plurality of hooks are arranged on the support rod; the wrist girdle is connected with the hook through a pull rope.

In foretell a maintenance treatment car for PICC uses, the bracing piece sets up two-stage type structure into, and wherein, the bracing piece includes bracing piece and lower bracing piece, and goes up nested connection between bracing piece and the lower bracing piece to a bush is nested in the junction of upper bracing piece and lower bracing piece.

In foretell a maintenance treatment car for PICC uses, set up a bar recess along the width direction of operation platen to be provided with a slider in the bar recess, wherein, the bracing piece is connected on the slider.

In the maintenance treatment car for PICC use of foretell, set up a bar recess along the width direction of operation platen to the tank bottom at bar recess is provided with a plurality of connecting hole, wherein, locks through the fastener between bracing piece and the connecting hole.

Compared with the prior art, the utility model provides a pair of a maintenance treatment car for PICC uses, through setting up auxiliary structure and accomodating the structure, medical appliances's the space of putting has been enlarged on the one hand, the demand to extra consulting room desktop, maintenance chair mesa has been reduced, make more neat, pleasing to the eye of whole nursing consulting room, on the other hand realizes accomodating of medical waste, medical waste and operation platen, the probability that other article contacted has been avoided, cross contamination between each other has been reduced, and the security when improving medical personnel's operation.

Drawings

Fig. 1 is a schematic structural view of a maintenance treatment cart for a PICC of the present invention.

Fig. 2 is an internal structure diagram of the maintenance treatment cart for the PICC of the present invention.

In the figure, 100, the stent; 110. a base; 111. a universal wheel; 120. operating the bedplate; 121. a strip-shaped groove; 122. connecting holes; 130. a column; 200. an auxiliary structure; 210. an auxiliary platen; 220. a first lifting structure; 230. a slide bar; 240. a slider; 300. a receiving structure; 310. a garbage collection can; 320. a support ring; 400. a sterile box; 500. a second lifting structure; 510. a lifting rod; 600. a tread structure; 610. a button; 700. a suspension structure; 710. a support bar; 711. an upper support rod; 712. a lower support bar; 713. a bushing; 720. hooking; 730. a wrist loop band; 740. and pulling a rope.

Detailed Description

The following are specific embodiments of the present invention and the accompanying drawings are used to further describe the technical solution of the present invention, but the present invention is not limited to these embodiments.

As shown in fig. 1 and fig. 2, the utility model provides a maintenance treatment vehicle for PICC uses, include: a bracket 100, one end of which is provided with a base 110 and the other end is provided with an operation table 120 for placing medical articles, wherein a column 130 is arranged between the operation table 120 and the base 110; an auxiliary structure 200 located below the operation platen 120 and connected to the support 100, wherein the auxiliary structure 200 includes an auxiliary platen 210; and a receiving structure 300 located below the auxiliary structure 200 and connected to the column 130, wherein the receiving structure 300 includes a garbage receiving can 310.

In this embodiment, the auxiliary structure 200 may be installed on the operation platen 120 of the support 100 or on the column 130 of the support 100, when the auxiliary structure 200 is installed on the operation platen 120, the auxiliary platen 210 in the auxiliary structure 200 is connected to any one side end of the operation platen 120 through a hinge, when in use, the auxiliary platen 210 is turned over through the hinge, so that the auxiliary platen 210 and the operation platen 120 are on the same horizontal plane, thereby enlarging the "placement space" of medical devices (such as maintenance bags, syringes, infusion connectors, catheters, and other objects used during maintenance and placement), reducing the need for additional table tops of the consulting room and the medical chair, making the whole nursing consulting room more tidy and beautiful, when not in use, the auxiliary platen 210 is turned over through the hinge again, so that the auxiliary platen 210 and the operation platen 120 are mutually overlapped, wherein the auxiliary platen 210 is located above the operation platen 120, does not occupy redundant storage space. When the auxiliary structure 200 is installed on the column 130, the auxiliary structure 200 includes a sliding structure, wherein one end of the sliding structure is connected to the column 130, and the other end of the sliding structure is connected to the auxiliary bedplate 210, when in use, the auxiliary bedplate 210 horizontally extends out through the sliding structure, at this time, although the auxiliary bedplate 210 and the operation bedplate 120 are not on the same horizontal plane, the "placing space" of the medical apparatus is still enlarged, when not in use, the auxiliary bedplate 210 retracts through the sliding structure again, is hidden under the operation bedplate 120, and does not occupy the redundant accommodating space.

In addition, in clinical practice, medical waste (such as syringe needle, sharp machine box and disposal bag etc.) can be accomodate to rubbish containing tank 310, avoids medical personnel to have the danger of being wounded by the needle when maintaining or removing various material article, and takes place the cross infection, improves medical personnel's security of working, and rubbish containing tank 310 is detachable construction moreover, can realize empting of medical waste, guarantees that rubbish containing tank 310 has reliable storage space all the time.

The utility model provides a pair of maintenance treatment car for PICC uses, through setting up auxiliary structure 200 and accomodating structure 300, medical appliances's the space of putting has been enlarged on the one hand, the demand to extra consulting room desktop, maintenance chair mesa has been reduced, make more neat, pleasing to the eye of whole nursing consulting room, on the other hand realizes accomodating of medical waste, medical waste and operation platen 120 have been avoided, the probability that other article contacted, cross contamination between each other has been reduced, and security when improving medical personnel's operation.

Further, when the auxiliary structure 200 is mounted on the upright 130, and in order to ensure that the auxiliary structure 200 is used, the auxiliary deck 210 is located on the same horizontal plane as the operating deck 120, therefore, the auxiliary structure 200 further includes a first lifting structure 220, wherein one end of the first lifting structure 220 is connected to the sliding structure, and the other end of the first lifting structure 220 is connected to the auxiliary deck 210. When it is desired to use the auxiliary structure 200, the auxiliary deck 210 is first completely moved out of the position below the operating deck 120 by the sliding structure, and then the auxiliary deck 210 is lifted by the first lifting structure 220 until the auxiliary deck 210 is in the level position with the operating deck 120.

In the present embodiment, the sliding structure is a sliding rod 230 and sliding block 240 structure, wherein one end of the sliding rod 230 is connected to the upright 130, and the sliding block 240 is nested on the sliding rod 230, and the extending, the retracting and the receiving of the auxiliary bedplate 210 are realized through the movement of the sliding block 240 on the sliding rod 230. The first lifting structure 220 is an air cylinder or an oil cylinder, wherein a cylinder body of the air cylinder or the oil cylinder is mounted on the sliding block 240, a piston rod of the air cylinder or the oil cylinder is connected with the auxiliary bedplate 210, and the auxiliary bedplate 210 is lifted and lowered by extending and retracting the piston rod, so that the operation is convenient and simple.

Further, since the sterile medical supplies are used during puncturing, a sterile box 400 is further installed on the rack 100, wherein the sterile box 400 is installed on the back surface of the operation table 120 or on the upright column 130 to place the sterile supplies (such as a dressing bag and a dressing bag), so that cross infection with other medical instruments or medical supplies is avoided, and the safety of placing the sterile supplies is improved.

Further preferably, the receiving structure 300 includes a support ring 320 mounted on the column 130, wherein the garbage receiving can 310 is embedded in the support ring 320. In order to ensure the sanitation of the garbage can 310, a garbage bag (disposable garbage bag) can be nested on the garbage can 310 during use, so that medical garbage cannot directly pollute the garbage can 310, and the sanitation of the garbage can 310 during use is improved.

Preferably, as shown in fig. 1 and 2, in the clinical practice, there are differences in the height of the patient, but since the operation table plate 120 is fixed and not adjustable, which causes inconvenience to the medical staff in the operation, it is necessary to set the operation table plate 120 to a liftable structure, and therefore, a second lifting structure 500 is provided inside the column 130, wherein one end of the second lifting structure 500 is connected to the base 110, and the other end of the second lifting structure 500 is connected to the operation table plate 120.

In this embodiment, the second lifting structure 500 adopts multi-step lifting, so as to increase the lifting height of the operation platform plate 120, in addition, a stepping structure 600 is arranged on the base 110, and the stepping structure 600 is electrically connected with the second lifting structure 500, wherein, two buttons 610 are arranged on the stepping structure 600, which correspond to "lifting" and "descending" respectively, that is, the medical staff can realize the lifting and descending of the operation platform plate 120 by stepping on the buttons, so that the operation is convenient, and when the feet of the medical staff are removed from the current buttons 610, the second lifting structure 500 stops working, that is, the operation platform plate 120 stops lifting and is locked at the current position, and the operation is reliable.

The second lifting structure 500 in this embodiment includes an air cylinder or an oil cylinder, and a cylinder body of the air cylinder or the oil cylinder is mounted on the base 110, and a piston rod of the air cylinder or the oil cylinder is connected to the lifting rod 510, wherein the lifting rod 510 is connected to the operating platen 120. The foot presses the button 610, so that the cylinder or the oil cylinder is powered on to realize the lifting of the piston rod, and further realize the lifting of the operation bedplate 120.

Preferably, as shown in fig. 1 and fig. 2, in clinical practice, when a patient is subjected to a catheterization operation, a medical staff needs to sterilize, lay an auxiliary towel and prepare a puncture material, and the patient needs to lift the puncture side limb by himself or herself for about 60 ° for about 5 to 10 minutes, but most patients who are subjected to catheterization are tumor patients, have weak muscles and weak physical strength, cannot lift arms by himself or herself for a long time, and generally need family auxiliary support, but the neck, shoulders and unnecessary injuries are easily caused by improper operation posture and excessive force, so that a hanging structure 700 is arranged on the operation table plate 120 in order to improve the convenience of the patient during the puncture, wherein the hanging structure 700 comprises a support rod 710 arranged on the operation table plate 120, and a plurality of hooks 720 are arranged on the support rod 710; the wrist strap 730 is connected to the hook 720 by a pull cord 740.

In this embodiment, when the patient need puncture, can wear the wrist of patient and penetrate on wrist clitellum 730, then medical personnel can adjust the angle that the patient punctured the side limbs through foot-operated button 610, make the side limbs angle reach 60, patient's arm need not to use more power to support 60 angles because the support of wrist clitellum 730 this moment, and also make things convenient for medical personnel to handle its puncture, in addition, be provided with a plurality of couple 720 on the bracing piece 710, a couple 720 is used for connecting wrist clitellum 730, the position that hangs of infusion bottle when patient's infusion can be regarded as to other couple 720, and convenient for operation.

In order to further enlarge the height adjustment stroke of the wrist band 730 in the vertical direction, the support rod 710 is configured in a two-stage structure, i.e., the support rod 710 includes an upper support rod 711 and a lower support rod 712, and the upper support rod 711 and the lower support rod 712 are connected in a nesting manner, and the relative distance between the upper support rod 711 and the lower support rod 712 is locked by a fastener. In order to improve the coupling strength between the upper support rod 711 and the lower support rod 712, a bushing 713 is inserted into the coupling portion of the upper support rod 711 and the lower support rod 712.

In the clinical practice process, because the height of the patient is different and the arm is also different, the operation bedplate 120 and the supporting rod 710 need to be detachably connected, so that the relative distance between the punctured side limb of the patient and the medical staff can be conveniently adjusted. Generally, there are two ways, one of which is to provide a bar-shaped groove 121 along the width direction of the operating platen 120 and a slider in the bar-shaped groove 121, wherein the support bar 710 is connected to the slider. The relative distance between the patient and the medical staff is changed by the movement of the slider in the strip-shaped groove 121. Secondly, a strip-shaped groove 121 is formed along the width direction of the operation platen 120, and a plurality of connecting holes 122 are formed at the bottom of the strip-shaped groove 121, wherein the supporting rod 710 and the connecting holes 122 are locked by fasteners. The support rod 710 is connected with the connecting holes 122 at different positions, so that the relative distance between the patient and the medical staff is changed. The above two ways can achieve the relative distance between the patient and the medical staff, but not limited to the above two ways.

Preferably, as shown in fig. 1 and 2, in order to facilitate the movement of the treatment cart, a universal wheel 111 is provided at each corner of the base 110, so that the movement is convenient and reliable.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Claims (10)

1. A maintenance treatment cart for use with a PICC, comprising: the medical instrument comprises a bracket, a base, a support and a medical instrument, wherein one end of the bracket is provided with a base, the other end of the bracket is provided with an operation table board for placing medical articles, and an upright post is arranged between the operation table board and the base; the auxiliary structure is positioned below the operation bedplate and connected to the bracket, wherein the auxiliary structure comprises an auxiliary bedplate; and the storage structure is positioned below the auxiliary structure and connected to the stand column, wherein the storage structure comprises a garbage storage tank.

2. A maintenance treatment cart for use with a PICC according to claim 1, wherein the auxiliary structure is mounted to an operating deck of the stand or to a column of the stand.

3. A maintenance treatment cart for use with a PICC according to claim 2, wherein the assist structure includes a glide structure when the assist structure is mounted on the post, wherein one end of the glide structure is connected to the post and the other end of the glide structure is connected to the assist deck.

4. A maintenance treatment cart for a PICC according to claim 3, wherein the auxiliary structure further includes a first lift structure, wherein one end of the first lift structure is connected to the skid structure and the other end of the first lift structure is connected to the auxiliary table.

5. A maintenance treatment cart for use with a PICC according to claim 1, further including a sterile box mounted to the support frame, wherein the sterile box is mounted to the back of the operating table or to the column.

6. A maintenance treatment cart for a PICC as claimed in claim 1, wherein the receiving structure includes a support ring mounted on the upright, and wherein the waste receptacle is inserted into the support ring.

7. A maintenance treatment cart for a PICC as in claim 1, wherein a second lifting structure is provided within the column, wherein one end of the second lifting structure is connected to the base and the other end of the second lifting structure is connected to the operating deck.

8. The maintenance treatment cart for the PICC of claim 7, wherein a treading structure is disposed on the base and electrically connected to the second lifting structure, wherein two buttons are disposed on the treading structure.

9. The maintenance treatment cart for the PICC of claim 1, wherein a suspension structure is disposed on the operating table, wherein the suspension structure comprises a support bar mounted on the operating table, and the support bar is provided with a plurality of hooks; the wrist girdle is connected with the hook through a pull rope.

10. The maintenance treatment cart for the PICC according to claim 9, wherein a bar groove is formed along a width direction of the operating table, and a plurality of connection holes are formed at a bottom of the bar groove, wherein the support bar is locked with the connection holes by fasteners.