CN221331434U - Surgical drape structure with storage function - Google Patents

Abstract

The utility model provides a surgical drape structure with a storage function, which comprises an upper monomer and two lower monomers, wherein an upper surgical field area, an upper storage bag and tool fixing points are arranged on the upper monomer, and the upper storage bag and the tool fixing points are positioned at the left side and the right side of the upper surgical field area; the two lower monomers are respectively connected to the lower part of the upper monomer, a lower operation field area and a collection area fixing point are arranged on the lower monomer, the collection area fixing point is positioned on the outer side of the lower operation field area, and a lower storage bag is arranged between the two lower monomers. Reduce the incidence that the circuit was tied knots and was twined and drop in the art, alleviate the work load of the continuous arrangement circuit of hand-washing nurse in the art, promote the overall efficiency and the process of operation, be convenient for further developing of operation better.

Description

Surgical drape structure with storage function

Technical Field

The utility model relates to the field of operation auxiliary facilities, in particular to a surgical drape structure which is suitable for oral and maxillofacial surgery and has a storage function.

Background

The surgical drape is used for performing surgical operation on a specific part of a patient, the surgical drape is provided with a hole which is formed for the specific operation position, and a doctor can perform operation on the preset hole position.

Taking oral and maxillofacial surgery as an example, it is a subject mainly taking surgical treatment to study oral organs, facial soft tissues, maxillofacial bones, temporomandibular joints, salivary glands and prevention and treatment of certain related diseases of the neck. At present, aiming at the excision of a large-range tumor of the head and the face, a skin flap at a far position of a body is transplanted to a jaw face or an oral defect part by adopting a microsurgery technology, and the skin flap is restored immediately after the specimen excision.

Because of the complexity of the surgical procedure and the principles of no tumor during surgery, the tools used in different areas of the surgery are also complex, the different areas of the surgery comprise a focus excision area and a skin taking area, and the tools comprise an ultrasonic knife, an electric knife, a bipolar electrode, an aspirator and the like. The traditional mode is to fix the aseptic part of circuit front end of machine under all connecting tables on the operation list with a pincers, this just has led to the easy winding of intraoperative circuit to tie a knot, even drop, under this circumstances, in order to guarantee going on smoothly of operation, often can use new surgical instruments and equipment, increased the cost of the operation thing, the operation is over, the nurse of washing hands need to tie a knot winding circuit one by one untie, carry out the processing of apparatus again, increased human cost and the even bench time of operation. It can be seen that the conventional instrument line fixing has drawbacks and needs to be improved.

Disclosure of utility model

The utility model overcomes the defects of the prior art, provides a surgical drape structure with a storage function, reduces the incidence rate of knotting, winding and dropping of a surgical line, and reduces the workload of continuous line arrangement of a hand-washing nurse in the operation; meanwhile, the exposure requirements of different skin taking parts of the transferred skin flap can be met, the overall efficiency and the progress of the operation are improved, and the operation can be further developed better.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a surgical drape structure with a receiving function, comprising:

The upper monomer is provided with an upper operation field area, an upper storage bag and a tool fixing point, and the upper storage bag and the tool fixing point are positioned at the left side and the right side of the upper operation field area;

The two lower monomers are respectively connected to the lower parts of the upper monomers, a lower operation field area and a collection area fixing point are arranged on the lower monomers, the collection area fixing point is located on the outer side of the lower operation field area, and a lower storage bag is arranged between the two lower monomers.

As a preferred embodiment, the upper surgical field region includes:

Surgical field area of primary surgical focus;

The abdominal skin flap collecting operation field area is arranged from top to bottom.

As a preferred embodiment, the abdominal flap collecting operation field area is arranged as an upper hole on the upper single body, one side edge of the upper hole is connected with an upper flip cover, and the other side edge of the upper hole is provided with an upper magic tape.

As a preferred embodiment, the following operative field areas include:

collecting an operation field region by the inguinal skin flap;

Collecting a thigh skin flap in an operation field area;

The thigh flap collection operation field area, the thigh flap collection operation field area and the thigh flap collection operation field area are arranged from top to bottom.

As a preferred embodiment, the inguinal flap collecting operation field area and the thigh flap collecting operation field area are arranged as lower holes on the lower single body, one side edge of each lower hole is connected with a lower flip cover, and the other side edge of each lower hole is provided with a lower magic tape.

As a preferred embodiment, the tool attachment point and the acquisition area attachment point are provided as velcro.

As a preferred embodiment, the opening of the upper pocket may be disposed toward the tool attachment point.

As a preferred embodiment, the width of the lower pouch is gradually reduced from top to bottom, and a lower opening is formed at the upper side of the lower pouch.

As a preferred embodiment, the upper and lower monomers are integrally connected or sewn.

As a preferred embodiment, the two lower monomers are symmetrically arranged along the central axis of the upper monomer.

Compared with the prior art, the technical scheme has the following advantages:

from taking the function of accomodating, flip and magic subsides are separately fixed with the circuit, prevent the winding and dropping of the different regional circuits of maxillofacial surgery, have its practicality.

The corresponding position all is equipped with the storage bag, makes things convenient for the temporary storage and the accomodating of the instrument that does not use in the art, keeps the holistic clean and tidy degree of big list in the art, and the instrument that stores in the storage bag can all be taken out at any time, has its convenience, simultaneously, two storage bags about the design can be better with the instrument separation in tumour and no tumour region, further realizes the operation and does not have the tumour principle.

Based on the particularity of the maxillofacial surgery transfer flap surgery, the flap type surgical grafting device is provided with flip type openings aiming at different skin taking positions, and can simultaneously meet the exposure of common multiple skin grafting flap surgical positions (double thighs, double fibula and double groin), thereby having innovation.

The surgical drape can simultaneously meet the exposure requirements of a plurality of parts, integrates multiple functions, can meet the requirements of the maxillofacial surgery single subject flap transfer major surgery, can be applied to the combined surgery of maxillofacial surgery and other departments, such as the requirement of towel spreading of cervical esophageal cancer intestinal replacement esophagus, and has a wide application range.

The surgical drape is made of cloth, has lower production cost and is easy to realize production and clinical use.

The surgical drape can be repeatedly disinfected and sterilized in the later stage, and the cost of consumable materials in a department is not additionally increased, so that the surgical drape is worthy of popularization.

The utility model is further illustrated by the following examples in conjunction with the accompanying drawings.

Drawings

Fig. 1 is a schematic structural view of a surgical drape with a storage function according to the present utility model;

fig. 2 is a view showing a state of use of the surgical drape structure with the storage function according to the present utility model.

In the figure: 100 parts of upper monomer,

Upper surgical field 110, primary surgical field 111, abdominal skin flap collection surgical field 112, upper aperture 112a, upper flip 112b, upper velcro 112c,

An upper storage bag 120,

Tool attachment points 130,

200 Parts of lower monomer,

Lower surgical field 210, inguinal flap collection surgical field 211, thigh flap collection surgical field 212, lower aperture 212a, lower flip cover 212b, lower velcro 212c,

The operative field area 213 for collecting the skin flaps of the lower legs,

A lower storage bag 220,

Acquisition region fixation point 230,

Detailed Description

The following description is presented to enable one of ordinary skill in the art to make and use the utility model. The preferred embodiments in the following description are by way of example only and other obvious variations will occur to those skilled in the art. The basic principles of the utility model defined in the following description may be applied to other embodiments, variations, modifications, equivalents, and other technical solutions without departing from the spirit and scope of the utility model.

As shown in fig. 1, the surgical drape structure with the storage function includes:

an upper unit 100, wherein an upper surgical field area 110, an upper storage bag 120 and a tool fixing point 130 are arranged on the upper unit 100, and the upper storage bag 120 and the tool fixing point 130 are positioned at the left side and the right side of the upper surgical field area 110;

The two lower monomers 200, two lower monomers 200 are respectively connected to the lower part of the upper monomer 100, a lower operation field area 210 and a collection area fixing point 230 are arranged on the lower monomers 200, the collection area fixing point 230 is located at the outer side of the lower operation field area 210, and a lower storage bag 220 is arranged between the two lower monomers 200.

The upper unit 100 and the lower unit 200 are integrally connected or sewn to form a rectangular surgical drape structure, and may be made of a drape.

The length of the surgical drape structure is 325cm, and the width is 200cm. The drape structure is laid on the patient's body, the upper cell 100 faces the patient's head, the lower cell 200 faces the patient's feet, and the two lower cells 200 are placed corresponding to the patient's two feet, respectively.

As shown in fig. 1, the upper surgical field 110 includes:

surgical primary focal surgical field 111;

The abdominal flap collection operation field region 112, the operation primary focus operation field region 111 and the abdominal flap collection operation field region 112 are arranged from top to bottom.

The primary surgical field 111 and the abdominal flap harvesting field 112 are located on the central axis of the upper cell 100.

The surgical primary surgical field region 111 corresponds to a surgical field exposure region of a patient maxillofacial tumor, is of a trapezoid design, has an upper bottom of 20cm, a lower bottom of 40cm and a bevel edge of 36cm, and not only meets the exposure requirement, but also leaves a space for cleaning cervical lymph nodes in the patient operation. The primary surgical field 111 is configured as a hole formed in the upper cell 100.

The abdominal skin flap collecting operation field area 112 corresponds to the skin area of the patient, is of rectangular design, and is 60cm long and 35cm wide, and is used for transplanting abdominal free skin flaps. The abdomen flap collecting operation field area 112 may be a flip cover, referring to fig. 1 and 2, the abdomen flap collecting operation field area 112 is configured as an upper hole 112a on the upper unit 100, one side edge of the upper hole 112a is connected with an upper flip cover 112b, and the other side edge of the upper hole 112a is provided with an upper magic tape 112c. The upper lid 112b may have a size slightly larger than the upper hole 112a such that the upper lid 112b completely covers the upper hole 112a. The lower side of the upper folder 112b is integrally connected with the lower side edge of the upper hole 112a, i.e., the upper folder 112b is turned down to open the upper hole 112a. In addition, the upper side, the left side and the right side of the upper hole 112a are provided with upper magic tapes 112c, which can fix tool lines, so that the abdomen skin flap collecting operation field region 112 can collect flip covers and magic tapes, and the operation primary range operation field region 111 can also collect flip covers and magic tapes. .

As shown in fig. 1, the upper pouch 120 is positioned on the left side of the upper surgical field 110, and is positioned in the primary surgical field 111 and the abdominal flap harvesting field 112. The upper pouch 120 may be square with a side length of 25cm.

The tool fixing point 130 is located at the left side of the upper operative field area 110, and the tool fixing point 130 is 35cm long and 5cm wide, and is used for fixing various tool lines such as an electrotome ultrasonic knife bipolar for cutting the maxillofacial tumor operative field exposure area. The tool fixing point 130 may be provided as a velcro by which the tool course is fixed at the tool fixing point 130 position of the upper cell 100.

The tool fixation point 130 is also located in the primary surgical field 111 and the abdominal flap harvesting field 112, i.e. the tool fixation point 130 is opposite the upper pouch 120, and the opening of the upper pouch 120 may be located towards the tool fixation point 130. Thus, various power and thermal tools held and fixed by the tool fixing points 130 can be placed in the upper storage bag 120 when not in use, so that various tools are prevented from being piled on a patient during operation, and the lines are prevented from being wound and knotted.

As shown in fig. 1, the two lower cells 200 are symmetrically disposed along the central axis of the upper cell 100. The two lower monomers 200 are respectively connected to the lower edges of the upper monomers 100, and the middle of the two lower monomers 200 are connected.

As shown in fig. 1, the lower surgical field region 210 includes:

the inguinal flap harvest field 211;

The thigh flap collection operative field area 212;

The thigh flap collection operation field area 211, the thigh flap collection operation field area 212 and the thigh flap collection operation field area 213 are arranged from top to bottom.

The groin skin flap collecting operation field area 211 corresponds to a groin skin taking area, is rectangular, has the length of 35cm and the width of 20cm, and is used for transplanting a groin free skin flap.

The thigh skin flap collecting operation field area 212 corresponds to a thigh skin taking area, is trapezoidal, has an upper bottom of 20cm, a lower bottom of 40cm and a height of 60cm, and is used for transplanting the anterior thigh skin flap.

The groin flap collecting operation field area 211 and the thigh flap collecting operation field area 212 are both flip covers, and referring to fig. 1 and 2, the groin flap collecting operation field area 211 and the thigh flap collecting operation field area 212 are arranged as a lower hole 212a on the lower unit 200, one side edge of the lower hole 212a is connected with a lower flip cover 212b, and the other side edge of the lower hole 212a is provided with a lower magic tape 212c. The lower flip 212b corresponding to the inguinal flap collecting operation field region 211 is turned down to open the lower hole 212a corresponding to the inguinal flap collecting operation field region 211. The lower flip cover 212b corresponding to the thigh flap collecting operation field area 212 is turned inwards to open the lower hole 212a corresponding to the thigh flap collecting operation field area 212.

The shank skin flap collection operation field area 213 is a round hole, has the diameter of 30cm, is used for the bone grafting of fibula, stretches out from bottom to top in the round hole after the shank sterilization of a patient when in use, and is placed on an operation sheet, and the operation sheet needs to be sterilized when in use so as to form a sterile operation sheet.

As shown in fig. 1, the acquisition region fixation point 230 is located outside the lower surgical field 210 and between the inguinal flap acquisition surgical field 211 and the thigh flap acquisition surgical field 212. The fixed point 230 of the collecting area is rectangular, has the length of 8.5cm and the width of 5cm, and is used for fixing the free skin flap collecting area surgical tool circuit. The acquisition area fixation point 230 may also be configured as a velcro.

As shown in fig. 1, the width of the lower receiving pouch 220 is gradually reduced from top to bottom, and a lower opening is formed at the upper side of the lower receiving pouch. Namely, the lower receiving bag 220 has a trapezoid shape, and has an upper bottom of 30cm and a lower bottom of 20cm.

And the lower storage bag 220 is located in the thigh flap collection operation field area 212 of the two lower monomers 200, that is, the lower storage bag 220 is located below the collection area fixing point 230, so as to satisfy the placement of the common skin removing tool. So that the tool string held by the collection area holder 230 can be placed in the lower pocket 220 in a non-use state.

The operation sheet structure with the storage function is used as follows:

At the beginning of the operation, the drape of the surgical drape is completed, the upper cell 100 is directed toward the head of the patient, the lower cell 200 is directed toward the feet of the patient, and the two lower cells 200 are placed corresponding to the two feet of the patient, respectively. The electric knife, ultrasonic knife, bipolar and power wires corresponding to the main operation part (the operation primary surgery field area 111) respectively pass through the flip cover and the magic tape and are fixed, and can be placed in the upper storage bag 120 on the opposite side for standby; the electric knife and the bipolar corresponding to the auxiliary operation part (the abdominal flap collecting operation field area 112, the inguinal flap collecting operation field area 211 and the thigh flap collecting operation field area 212) pass through the flip cover and the magic tape which are arranged in the area and are placed in the corresponding lower storage bag 220 for standby; in addition, the auxiliary operation part can also open the flip type opening at the corresponding position according to the requirement of the operation part (the front and the outside of the two sides of the thigh, the two sides of the fibula and the two sides of the groin) to expose the operation part.

In the operation, operators can take corresponding tools from the storage bags, and as each line is separately fixed, the phenomenon that different lines of a main operation part (focus area) are wound and knotted, the lines crossing the area are knotted and fall off in the operation can be effectively avoided, and the tools can be placed in the corresponding storage bags for temporary storage when being temporarily not used so as to keep the whole cleanliness.

After the operation is finished, the flip cover and the magic tape are opened to release the fixation of the lines of the ultrasonic knife, the electric knife, the aspirator, the power and the like, and finally the operation list is uniformly sent to a bedding and clothing room for disinfection and sterilization for standby.

In summary, the defects of fixed storage and connection of the traditional circuit are overcome, and the incidence rate of winding, knotting and falling of the circuit in operation is reduced; the process of spreading the towel is simplified, and the exposure of the operation field of the common skin taking part of the maxillofacial surgery transfer skin flap operation can be met, so that the multifunctional towel integrates multiple functions and has convenience and operability, thereby being worthy of popularization.

The above-described embodiments are only for illustrating the technical spirit and features of the present utility model, and it is intended to enable those skilled in the art to understand the content of the present utility model and to implement it accordingly, and the scope of the present utility model as defined by the present embodiments should not be limited only by the present embodiments, i.e. equivalent changes or modifications made in accordance with the spirit of the present utility model will still fall within the scope of the present utility model.

Claims (10)

1. The utility model provides a take in operation list structure of function which characterized in that includes:

An upper monomer (100), wherein an upper operation field area (110), an upper storage bag (120) and a tool fixing point (130) are arranged on the upper monomer (100), and the upper storage bag (120) and the tool fixing point (130) are positioned at the left side and the right side of the upper operation field area (110);

The two lower monomers (200), two lower monomers (200) are respectively connected to the lower part of the upper monomer (100), a lower operation field area (210) and a collection area fixing point (230) are arranged on the lower monomers (200), the collection area fixing point (230) is located on the outer side of the lower operation field area (210), and a lower storage bag (220) is arranged between the two lower monomers (200).

2. The surgical drape structure with receiving function of claim 1, wherein said upper surgical field (110) comprises:

A primary surgical field (111);

The abdominal skin flap collecting operation field area (112), the operation primary focus operation field area (111) and the abdominal skin flap collecting operation field area (112) are arranged from top to bottom.

3. The surgical drape structure with the storage function according to claim 2, wherein the abdominal flap collection surgical field region (112) is configured as an upper hole (112 a) on the upper unit (100), one side edge of the upper hole (112 a) is connected with an upper flip cover (112 b), and the other side edge of the upper hole (112 a) is provided with an upper magic tape (112 c).

4. The surgical drape structure with receiving function of claim 1, wherein the lower surgical field area (210) comprises:

A inguinal flap collection operative field (211);

Collecting a surgical field area (212) by thigh skin flaps;

The thigh flap collection operation field area (213), the inguinal flap collection operation field area (211), the thigh flap collection operation field area (212) and the thigh flap collection operation field area (213) are arranged from top to bottom.

5. The surgical drape structure with the storage function as claimed in claim 4, wherein the inguinal flap collecting surgical field region (211) and the thigh flap collecting surgical field region (212) are provided as a lower hole (212 a) on the lower single body (200), one side edge of the lower hole (212 a) is connected with a lower flip cover (212 b), and the other side edge of the lower hole (212 a) is provided with a lower magic tape (212 c).

6. The surgical drape structure with receiving function according to claim 1, characterized in that the tool fixing point (130) and the collecting area fixing point (230) are provided as velcro.

7. The surgical drape structure with receiving function of claim 1, wherein the opening of the upper receiving pocket (120) is positionable toward the tool securing point (130).

8. The surgical drape structure with the receiving function as claimed in claim 1, wherein the width of the lower receiving pouch (220) is gradually reduced from top to bottom, and a lower opening is formed at an upper side of the lower receiving pouch (220).

9. The surgical drape structure with the receiving function as claimed in claim 1, wherein the upper cell (100) and the lower cell (200) are integrally connected or sewn.

10. The surgical drape structure with the receiving function as claimed in claim 1, wherein two lower cells (200) are symmetrically disposed along a central axis of the upper cell (100).