CN209933015U - Coronary intervention operation auxiliary tool - Google Patents

Abstract

The utility model discloses a set of coronary intervention operation auxiliary tools, which comprises a guide wire separation clamp, a coronary aseptic sticker, an appliance aseptic sticker and an appliance aseptic clamp; the instrument sterile sticker is used for marking the instrument and the instrument sterile clamp, and the instrument sterile clamp is used for clamping the instrument; at least two layers of aseptic cloth are vertically stacked on the guide wire separating clamp, and the guide wire is clamped between the two adjacent layers of aseptic cloth; the protruding parts of the sterile cloth are provided with different marks; the convex extending part of the aseptic cloth is pasted with a coronary aseptic paster which is used for marking the coronary artery corresponding to the guide wire. The guide wires are effectively and reasonably placed in the guide wire separation clamp in a separation mode, are stored cleanly and neatly, are not prone to displacement, are placed in a neat and separated mode, and are easy to take; the instrument is stored through the instrument sterile clamp, the instrument is placed neatly and clearly, is not easy to shift, is easy to mark, is placed neatly and separately, shortens operation time and reduces operation risks.

Description

Coronary intervention operation auxiliary tool

Technical Field

The utility model relates to a coronary intervention operation, in particular to a set of coronary intervention operation auxiliary tool.

Background

Cardiovascular diseases exceed tumors and become the first cause of death of urban and rural residents in China, and the cardiovascular diseases account for about 42 percent of the death component ratio of urban residents and about 44 percent of the death component ratio of rural residents. Among them, coronary heart disease and myocardial infarction are the most common and serious disease types among cardiovascular diseases. For this class of diseases, coronary intervention is currently the most dominant treatment modality, in addition to drug therapy.

With the increasing living standard of residents in China, the prevalence rate of coronary heart disease is increased continuously, and the amount of coronary intervention operations is increased continuously. According to statistics, the national coronary intervention operation amount in 2009 in China is about 22 thousands of operations, and in 2016, the national coronary intervention operation amount is increased to nearly 67 thousands of operations. With the increase of the amount of coronary intervention operations and the improvement of the technology, the indications of the coronary intervention operations are also continuously expanded, and many complex coronary intervention operations need more than 10 guide wires, multiple groups of balloons and stents due to the increase of the operation difficulty. Frequent exchanges in these instruments are required during the procedure, with guide wire winding and identification errors, balloon identification errors, and stent identification errors occurring.

At present, in clinic, the guide wire on an operating table is still basically identified by adopting a color and hardness or a gauze covering mode, and the guide wire is easy to cause disorder. And the guide wire repeatedly enters and exits the coronary artery, so that the guide wire is easy to cross and wind in the catheter, the operation time is prolonged, and the operation risk is increased. At the same time, a similar situation exists on surgical preparation tables. Although each guide wire and balloon/stent is provided with a storage tray, the guide wire/balloon/stent after entering blood is difficult to recover, and the coronary operation table is necessary to be on the second hand, so that operators and assistants do not have time to store all instruments.

Therefore, in this context, there is a need for a tool that can help surgeons and assistants quickly distinguish between a guide wire and an instrument on an operating table, while preventing the guide wire from being entangled. On the other hand, surgical instruments, balloons, stents) under the table also need convenient storage solutions and distinctive markings. The set of interventional operation auxiliary tool has the advantages that the operation time can be effectively shortened and the operation risk can be practically reduced under the condition of extremely low cost. Considering the amount of intervention operations of hundreds of thousands of countries and the operation cost of tens of thousands to more than ten thousands of each intervention operation, the set of operation auxiliary tool has extremely high application prospect.

SUMMERY OF THE UTILITY MODEL

For overcoming the deficiencies of the prior art, the utility model aims to provide a one set of coronary artery intervention operation appurtenance, the utensil is put neatly clearly and definitely, is difficult for shifting, and the seal wire is preserved totally neatly, and the utensil is discerned easily, shortens the operation time, reduces the operation risk.

The utility model discloses a solve the technical scheme that its technical problem adopted and be:

a set of coronary intervention operation auxiliary tools comprises a guide wire separation clamp, wherein at least two layers of sterile cloth are arranged above and below the guide wire separation clamp, and the guide wire is clamped by the two adjacent layers of sterile cloth; also comprises a coronary artery aseptic sticker, a device aseptic sticker and a device aseptic clamp; the sterile paster of the appliance is used for marking the appliance and the sterile clip of the appliance, and the sterile clip of the appliance is used for clamping the appliance.

According to another embodiment of the present invention, further, in the two adjacent layers of aseptic fabrics, the lower aseptic fabric has a portion protruding outward compared with the upper aseptic fabric.

According to another embodiment of the present invention, further, the protruding parts of the aseptic cloth have different marks; the convex extending part of the aseptic cloth is pasted with a coronary aseptic paster which is used for marking the coronary artery corresponding to the guide wire.

According to another embodiment of the present invention, further, the at least two layers of aseptic fabrics are connected on the same side, and the connecting body of the at least two layers of aseptic fabrics is arranged in a book shape; the sterile cloth can be flipped open around the attached side edges.

According to another embodiment of the present invention, further, the aseptic fabrics are square, and the at least two layers of aseptic fabrics are connected by the long side of the same side; the connector of the at least two layers of sterile cloth is arranged in a book shape; the sterile cloth can be flipped open around the attached side edges.

According to another embodiment of the present invention, further, the mark of the protruding part of the aseptic cloth comprises a mark color and/or a mark pattern.

According to another embodiment of the present invention, further, the at least two layers of aseptic fabrics are different colors, and the protruding extension part of aseptic fabrics uses the color of aseptic fabrics as the mark.

According to the utility model discloses a further embodiment, it is further that, the lower bottom surface of seal wire separation clamp sets up the concave-convex structure that is used for antiskid.

According to another embodiment of the present invention, there is further provided the guide wire separation clip is provided with a floor layer.

The utility model discloses an one set of coronary artery intervention operation appurtenance, following beneficial effect has: the appliances are stored through the appliance sterile clamp, so that the appliances are placed neatly and clearly, are not easy to shift and are easy to mark; the guide wires are effectively and reasonably placed in the guide wire separation clamp in a separation mode, are stored cleanly and neatly, are not prone to displacement, are placed in a neat and separated mode, and are easy to take; various instruments and appliances in the effective identification operation are easy to identify, the instruments are placed in order and in a spaced mode, the operation objects corresponding to the instruments are effectively identified, the operation time is shortened, and the operation risk is reduced.

Drawings

Fig. 1 is a schematic structural view of a guide wire separation clip of the present invention;

fig. 2 is a top view of the guide wire separation clip of the present invention;

FIG. 3 is a schematic view of the sterile clip of the present invention;

FIG. 4 is a top view of the coronary artery aseptic sticker of the present invention;

fig. 5 is a top view of the sterile sticker of the present invention.

Detailed Description

The following detailed description of the embodiments of the present invention will be made with reference to the accompanying drawings.

As shown in fig. 1 to 5, a set of coronary intervention operation auxiliary tools comprises a guide wire separation clamp, a coronary aseptic sticker 2, a device aseptic sticker and a device aseptic clamp; the instrument sterile sticker is used for marking the instrument and the instrument sterile clamp, and the instrument sterile clamp is used for clamping the instrument. At least two layers of sterile cloth 11 are vertically stacked on the guide wire separating clamp, and the guide wire 5 is clamped between the two adjacent layers of sterile cloth 11; in two adjacent layers of the sterile cloth 11, the lower layer of the sterile cloth 11 has a part which protrudes outwards compared with the upper layer of the sterile cloth 11, and the protruding parts of the sterile cloth 11 have different marks; the convex extending part of the sterile cloth 11 is pasted with a coronary artery sterile paster 2, and the coronary artery sterile paster 2 is used for marking the coronary artery corresponding to the guide wire 5.

The guide wire separation clamp, the coronary artery aseptic sticker 2, the instrument aseptic sticker and the instrument aseptic clamp are tools which are sterilized, and the guide wire, the bracket, the saccule and the instrument aseptic clamp are used as main instruments. In the coronary intervention operation, the guide wire 5 drives the saccule and/or the bracket to be guided into the coronary; the coronary artery is operated under the auxiliary action of the saccule and the bracket. The guide wire 5, the balloon and the stent on the operation preparation table are marked, so that the identification error of operation related instruments is effectively prevented, the operability is strong, the operation flow is simplified, the operation time is saved, and the operation complications and the operation delay caused by the winding of the guide wire 5, the displacement of the guide wire 5, the identification error of the balloon, the identification error of the stent and the like are avoided. 4-16 coronary artery aseptic stickers are provided; the number of the sterile stickers of the device is 4-16.

In the coronary intervention operation, the operating doctor can distinguish the guide wire 5 more conveniently and accurately, mark the coronary vessel corresponding to the guide wire 5, and clarify the coronary artery where the guide wire 5 is positioned, so as to prevent the guide wire 5 from shifting, identifying mistakenly or winding each other in the operation process.

Choose for use to separate including the seal wire of multilayer cloth spare and press from both sides and be used for depositing seal wire 5, the seal wire is separated and is placed, is convenient for distinguish and take, effectively prevents 5 windings of seal wire on the basis that does not increase the operating procedure, appears in disorder when avoiding the operation. The guide wire 5 is stored in a sterile cloth 11 mode, and the guide wire 5 is clean and tidy; when the multi-layer aseptic cloth 11 is taken up or the aseptic cloth 11 is turned to open, the guide wire 5 clamped between the aseptic cloths 11 is not easy to shift and fall.

In the two adjacent layers of the aseptic fabrics 11, the lower aseptic fabric 11 has a part which protrudes outwards compared with the upper aseptic fabric 11. Therefore, in the plurality of layers of aseptic cloth 11 layered up and down of the guide wire separation clamp, the convex extending parts of the plurality of layers of aseptic cloth 11 are distributed in a ladder way, the guide wires 5 are regularly and staggeredly displayed on the convex extending parts of the plurality of aseptic cloth 11, and the guide wires 5 are regularly and separately arranged; and the coronary artery aseptic sticker 2 is regularly stuck on the convex extending parts of the aseptic fabrics 11, the guide wire 5 has high identification degree and definite operation in the operation, thereby greatly avoiding operation delay and/or complications. When an operator holds one side of the plurality of sterile cloths 11 stably, turns the pages to open one of the sterile cloths 11 and selects the guide wire 5, the pressure and the friction force of the two layers of sterile cloths can ensure that the other guide wire 5 is in an inactive state, so that the guide wire 5 is not displaced and wound.

Preferably, the at least two layers of aseptic fabrics 11 are connected on the same side, and the connecting body of the at least two layers of aseptic fabrics 11 is arranged in a book shape. The side connected with the at least two layers of sterile cloth 11 is not required to be stabilized, the sterile cloth 11 can be turned around the connected side to be opened, and the other guide wire 5 is in an inactive state when the operation of selecting the guide wire 5 is carried out, so that the guide wire 5 is not displaced and is not wound. Preferably, the sterile cloth 11 is square, and the two layers of sterile cloth 11 are connected by the long side of the same side; the connecting body of the at least two layers of sterile cloth 11 is arranged in a book shape; the sterile cloth 11 can be flipped open around the attached side edges. The long sides of the same side of the at least two layers of sterile cloth 11 are connected through a sterile cloth 11.

The coronary artery aseptic paster 2 comprises LAD paster, LCX paster, RCA paster, D1 paster, D2 paster, AM paster, OM paster, PL paster, PD paster, RI paster, S1 paster and S2 paster. LAD sticker, LCX sticker, RCA sticker, D1 sticker, D2 sticker, AM sticker, OM sticker, PL sticker, PD sticker, RI sticker, S1 sticker, S2 sticker, are used for marking left anterior descending branch, left circumflex branch, right coronary artery, first diagonal branch, second diagonal branch, acute edge branch, blunt edge branch, left ventricular branch, posterior descending branch, middle branch, first penetrating branch, second penetrating branch respectively.

The instrument identification sterile sticker comprises W1, W2, W3, W4, W5, W6, B1, B2, B3, S1, S2 and S3. W1, W2, W3, W4, W5, W6, B1, B2, B3, S1, S2, and S3 are used to identify the first guide wire 5, the second guide wire 5, the third guide wire 5, the fourth guide wire 5, the fifth guide wire 5, the sixth guide wire 5, the first balloon, the second balloon, the third balloon, the first stent, the second stent, and the third stent, respectively.

The mark of the protruding part of the sterile cloth comprises a mark color and/or a mark pattern. Preferably, at least two layers of the sterile cloth 11 are cloth pieces with different colors, the protruding parts of the sterile cloth 11 are marked by the color of the sterile cloth 11, and the color is used as the mark of the protruding parts of the sterile cloth 11.

The lower bottom surface that the seal wire was separated and is pressed from both sides sets up the concave-convex structure that is used for antiskid, provides steady seal wire for coronary intervention operation and separates and press from both sides operation platform, prevents effectively that a plurality of seal wires 5 from shifting on the operating table. The concave-convex structure can be a screw thread, a sawtooth concave-convex structure or the like. The guide wire separating clamp is provided with a bottom plate layer, and the bottom plate layer is thickened sterile cloth 11; the bottom plate layer is used as the body of the guide wire separation clamp, and the bottom plate layer is used for supporting all the sterile cloth 11 on the upper end of the bottom plate layer, so that the guide wire separation clamp can move conveniently.

The sterile clamp of utensil is used for harmless fixed and accomodates seal wire 5, sacculus and support that coiled, and the sterile clamp of utensil is provided with the pasting platform 41 that is used for pasting the sterile sticker of utensil, just pastes in the sterile plastic platform that presss from both sides of utensil through simple and easy serial number, can accurate convenient help art person and assistant distinguish the operation and use the utensil, practices thrift operation time, avoids operation utensil to discern the mistake.

The use method of the coronary intervention operation auxiliary tool is characterized in that a plurality of guide wires are separately placed in a guide wire separation clamp; the guide wires 5 are arranged in a staggered mode, and the guide wires 5 are exposed out of the protruding parts of the sterile cloth 11; the convex extending part of the sterile cloth 11 is pasted with a coronary artery sterile paster 2, and the coronary artery sterile paster 2 is used for marking the coronary artery acted by the guide wire 5 in the operation; the plurality of guide wires 5, the plurality of saccules and the plurality of brackets are stuck with instrument sterile stickers with different marks; the sterile clamp of the instrument is pasted with an instrument sterile sticker, and the saccule and the bracket are clamped through the instrument sterile clamp; in the operation process, according to the operation requirement, selecting a corresponding guide wire 5 according to the mark of the coronary aseptic sticker 2 and/or the mark of the convex extending part of the aseptic cloth 11; selecting a corresponding balloon and/or stent according to the mark of the sterile sticker of the instrument; performing coronary intervention operation on the patient by using the guide wire 5, the balloon and the bracket; the guide wire 5, the saccule and the stent after the coronary artery treatment are clamped and clamped by an instrument sterile clamp.

In the guide wire separating clamp, the sterile cloth 11 is square, the sterile cloth 11 is connected with the long edge of the same side, and the guide wire 5 is placed along the length direction of the sterile cloth 11. The guide wire separating clip is opened by turning pages of one layer of sterile cloth 11, the sterile cloth 11 and the sterile cloth 11 above the sterile cloth are turned pages around one side at the same time, and the guide wire 5 is taken out.

The above embodiments are only used for illustrating the technical solutions of the present invention and are not limited thereto, and any modification or equivalent replacement that does not depart from the spirit and scope of the present invention should be covered by the scope of the technical solutions of the present invention.

Claims (9)

1. A set of coronary intervention operation auxiliary tools is characterized by comprising a guide wire separation clamp, wherein at least two layers of sterile cloth (11) are arranged above and below the guide wire separation clamp, and a guide wire (5) is clamped through the two adjacent layers of sterile cloth (11); also comprises a coronary artery aseptic sticker (2), a device aseptic sticker and a device aseptic clip; the sterile paster of the appliance is used for marking the appliance and the sterile clip of the appliance, and the sterile clip of the appliance is used for clamping the appliance.

2. The set of coronary intervention operation aids of claim 1, wherein the lower sterile cloth (11) of two adjacent layers of sterile cloth (11) has a portion protruding outward compared with the upper sterile cloth (11).

3. Set of coronary intervention procedure aids according to claim 2, wherein the protruding parts of the sterile cloth (11) have different markings; the convex extending part of the sterile cloth (11) is pasted with a coronary artery sterile paster (2), and the coronary artery sterile paster (2) is used for marking the coronary artery corresponding to the guide wire (5).

4. The set of coronary intervention surgical aids of claim 1, wherein the at least two layers of sterile cloth (11) are connected on the same side, and the connection body of the at least two layers of sterile cloth (11) is arranged in a book-type; the sterile cloth (11) can be turned open around the connected side edges.

5. The set of coronary intervention operation aids of claim 4, wherein the sterile cloth (11) is square, and the at least two layers of sterile cloth (11) are connected by the long edges of the same side; the connector of the at least two layers of sterile cloth (11) is arranged in a book shape; the sterile cloth (11) can be turned open around the connected side edges.

6. The set of coronary intervention auxiliary tools of claim 2, wherein the indication of the protruding part of the sterile cloth comprises an indication color and/or an indication pattern.

7. The set of coronary intervention operation auxiliary tools according to claim 2, wherein the at least two layers of sterile cloth (11) are cloth pieces with different colors, and the protruding parts of the sterile cloth (11) are marked by the color of the sterile cloth (11).

8. The set of coronary intervention auxiliary tools of claim 1, wherein the lower bottom surface of the guide wire separation clip is provided with a concave-convex structure for preventing slipping.

9. The set of coronary intervention surgical tools of claim 1 or 8, wherein the guide wire separation clamp is provided with a floor layer.

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