Disposable flushable hemostatic forceps for endoscope

Abstract

A pair of disposable flushable haemostatic forceps for an endoscope comprises an outer sleeve (2), a central control steel wire and a front-end working part (4), wherein the central control steel wire is arranged in the outer sleeve (2), and the front-end working part (4) is arranged at the foremost end of the central control steel wire; the technical key is that a central control steel wire is replaced by a flushing inner pipe (5); and the front-end working part (4) is a structural component which is axially and symmetrically arranged relative to the flushing inner pipe (5). By means of the structure, it can be guaranteed that the water outlet point position and the hemostatic forceps are located at the same position, the hemostatic success rate can be greatly increased, and the surgical risk is reduced; the structure is simple, operability is high, and the technical effect is obviously better than that of the prior art.

Description

Technical Field

[0001] The utility model relates to the technical field of soft endoscopic surgical instrument structure design and application, in particular to a disposable flushable hemostatic forceps for an endoscope. Background Art

[0002] At present, the commonly used surgical instruments for digestive tract lesion surgery (such as endoscopic submucosal dissection (ESD)) performed via flexible endoscope are disposable mucosal cutters or high-frequency cutters, and disposable hemostatic forceps or thermal biopsy forceps. Hemostatic forceps or thermal biopsy forceps are used for intraoperative hemostasis. The exposure of the bleeding point requires flushing with the supplied water at the front end of the endoscope, and the blood can only be seen after it is flushed away. The hemostatic forceps extends from the endoscope clamp channel and needs to be aligned with the bleeding point for treatment. The existing hemostatic forceps only have the function of clamping and hemostasis. The discovery of the bleeding point depends on the auxiliary water supply at the front end of the endoscope. The flushing outlet and the hemostatic forceps outlet are not at the same point, so there is a deviation.

[0003] The existing clamp channel and auxiliary water supply flushing pipe are both independent of each other and are arranged in the endoscope body at the same time. In addition, there is inevitably a distance difference between the auxiliary water supply outlet position of the existing endoscope and the position of the clamp channel, which inevitably makes it impossible to achieve that the flushing point and the hemostatic forceps are aimed at the same point at the same time. Often, after the bleeding point is exposed after flushing, the position of the front end of the endoscope is adjusted to make the hemostatic forceps aim at the bleeding point to complete the hemostatic treatment. This is not conducive to seeing the bleeding point and treating it in the first time, which may miss the best time for hemostasis, affect the success rate and effect of hemostasis, and increase the risk of surgical treatment.

[0004] People are eager to obtain an endoscopic hemostatic forceps with better technical effects that can solve the existing technical problems. Utility Model Content

[0005] The utility model provides a disposable flushable hemostatic forceps for endoscope. The purpose of the invention is to add a flushing function to the hemostatic forceps, and to synchronize the flushing part and the hemostatic forceps operation part accurately, so as to spray water in a timely and accurate manner at the bleeding point, and to perform the hemostatic clamping operation and the subsequent energized electrocoagulation operation at the same time, so that once bleeding occurs during endoscopic treatment, the flushing function can be turned on when the hemostatic forceps are used to stop bleeding, so as to facilitate the discovery of bleeding points and the implementation of hemostatic treatment.

[0006] The technical solution of the utility model is:

[0007] The utility model relates to a disposable flushable hemostatic forceps for an endoscope, which comprises: an outer sleeve 2, a central control wire, and a front end working portion 4; wherein: the central control wire is arranged in the outer sleeve 2 (and also arranged in a flush hose), and the front end working portion 4 is arranged at the front end of the central control wire; the technical key is: the central control wire is replaced by a flush inner tube 5; and the front end working portion 4 is a structural component arranged axially symmetrically relative to the flush inner tube 5.

[0008] The disposable flushable hemostatic forceps for endoscope of the utility model preferably claims the following technical contents:

[0009] The front working part 4 is fixedly arranged at the front end of the flushing inner pipe 5 and is also connected to the outer sleeve 2; wherein: the front working part 4 includes a clamp claw 4.1 and a support claw 4.2; the support claw 4.2 is a rod-shaped structure or a long strip-shaped structure;

[0010] The rear end of the clamp claw 4.1 is provided with a clamp claw fixing hinge point 4.1a which can be hingedly fixed on the front end of the outer sleeve 2 or the proximal end near the front end surface; the middle part of the clamp claw 4.1 is provided with a support claw outer support hinge point 4.2b which can be hingedly connected with the support claw 4.2;

[0011] The support claw 4.2 is hingedly arranged at the front end or proximal end of the flushing inner pipe 5 through a support claw fixed hinge point 4.2a, and the support claw 4.2 is connected to the clamp claw 4.1 through a support claw outer support hinge point 4.2b located in the middle of the clamp claw 4.1.

[0012] The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements;

[0013] First, the following parts of the tubular structure are rigid tubular structures capable of conducting electricity: the proximal end portion 5.1 of the front section of the flushing inner pipe 5 and the proximal end portion 2.1 of the front section of the outer sleeve 2;

[0014] Secondly, the rear part of the proximal end 5.1 of the front section of the flushing inner pipe is also connected to a flushing inner pipe soft water delivery pipe section 5.2 which is sequentially connected to the internal cavity of the former as a whole;

[0015] Thirdly, the rear of the proximal end portion 2.1 of the front section of the outer sleeve is also connected to the rear section 2.2 of the outer sleeve. The proximal end of the front end of the rear section 2.2 of the outer sleeve is a tubular structural member made of metal, namely, the metal tube 2.2a at the front end of the rear section of the outer sleeve. The front end of the metal tube 2.2a at the front end of the rear section of the outer sleeve is provided with a matching structure that can be limited and positioned in the axial direction with the proximal end portion 2.1 of the front section of the outer sleeve and can rotate relative to the circumferential direction, namely, a concave-convex matching structure: a convex ring 2.2c inside the front end of the outer sleeve, and a groove is provided on the proximal end portion 2.1 of the front section of the outer sleeve where it matches the convex ring 2.2c inside the front end of the outer sleeve; the disposable flushable hemostatic forceps for endoscopes are provided with a structure that can drive the flushing inner tube 5 and the front end working part 4 to rotate and adjust around the axis of the flushing inner tube 5 itself;

[0016] Fourthly, the outer sleeve rear section 2.2 behind the front end metal tube 2.2a of the outer sleeve rear section is an insulating soft tube section 2.2b made of insulating material.

[0017] The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements:

[0018] First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.4 mm to 2.2 mm;

[0019] Secondly, the length of disposable flushable hemostatic forceps for endoscope is 600mm to 4000mm.

[0020] Third, the proximal end 5.1 of the front section of the flushing inner pipe is connected to the steel wire 6; the steel wire 6 is arranged in the pipe body between the inner wall and the outer wall of the soft water delivery pipe section 5.2 of the flushing inner pipe, or the steel wire 6 can be arranged inside the lumen of the soft water delivery pipe section 5.2 of the flushing inner pipe; the proximal end 2.1 of the front section of the outer sleeve and the front end metal pipe 2.2a of the rear section of the outer sleeve are both metal parts, both of which have high strength and rigidity and are in contact connection; the proximal end 5.1 of the front section of the flushing inner pipe is a metal part; the following parts are all metal Components: clamp claw 4.1, support claw 4.2; support claw 4.2, clamp claw fixed hinge 4.1a, anti-skid structure 4.1b, clamp claw fixed hinge 4.1a, support claw outer support hinge 4.2b; the key point is: the current from the steel wire 6 can directly connect to the proximal end 5.1 of the front section of the flushing inner pipe, and then be transmitted to the support claw outer support hinge 4.2b and anti-skid structure 4.1b through the support claw fixed hinge 4.2a and support claw 4.2, achieving the corresponding medical effect in the power-on state. At the same time, the current from the steel wire 6 can directly connect to the proximal end 5.1 of the front section of the flushing inner pipe, and part of the current can also pass through the proximal end 2.1 of the front section of the outer sleeve, the clamp claw fixed hinge 4.1a, the clamp claw 4.1, and finally connect to the anti-skid structure 4.1b.

[0021] Or the rear of the proximal end portion 2.1 of the front section of the outer sleeve is connected to a steel wire 6 for power supply and telescopic / rotation control; the arrangement of the steel wire 6 meets one of the following requirements: the steel wire 6 is buried in the wall or lumen of the soft water delivery pipe section 5.2 of the flushing inner pipe; - after the end of the steel wire 6 at the external control end is powered, the steel wire 6 forms an electrical connection relationship with the following (all made of metal material) in sequence: the proximal end portion 2.1 of the front section of the outer sleeve, the clamp claw fixed hinge 4.1a, the clamp claw 4.1, and the anti-slip structure 4.1b.

[0022] Further preferably, the disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements:

[0023] First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.75 mm to 2.0 mm;

[0024] Secondly, the length of disposable flushable hemostatic forceps for endoscope is 850mm~3000mm.

[0025] It is further preferred that the disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements:

[0026] First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.9 mm to 1.8 mm;

[0027] Secondly, the length of the disposable flushable hemostatic forceps for endoscope is 2000mm to 2800mm.

[0028] The hydrophilic wear-resistant coating is arranged at one of the following places or a combination thereof: the outer wall of the flushing inner pipe 5, the inner wall of the outer sleeve 2, and the outer wall of the outer sleeve 2.

[0029] The two jaws 4.1 are provided with an anti-slip structure 4.1b on the mating surfaces for cooperating with each other and contacting the hemostatic part to clamp and stop hemostasis. The anti-slip structure 4.1b is one of the following or a combination thereof:

[0030] First, the matching contact surface where the grooves and ridges are arranged at intervals;

[0031] second, a mating contact surface with mating raised structures;

[0032] Third, a mating contact surface with curved anti-skid stripes of the same thickness or with curved anti-skid stripes of periodically varying thickness;

[0033] Fourth, the mating contact surface has intersecting mesh anti-slip stripes.

[0034] The disposable flushable hemostatic forceps for endoscopes meets the following requirements:

[0035] In the disposable flushable hemostatic forceps for endoscope, there are two interfaces at the control end handle away from the front working part 4: one is an electrical interface connected to the steel wire 6; the other is a water supply interface to ensure water and electricity flow and transmit telescopic force.

[0036] The length of the disposable flushable hemostatic forceps for endoscope is 2000-2300mm.

[0037] The beneficial effects of the utility model are:

[0038] The utility model adds a flushing function to the hemostatic forceps itself. Once bleeding occurs during endoscopic treatment, the flushing function can be turned on. The structure can also ensure that the water outlet and the hemostatic forceps are in the same position. After flushing, when a bleeding point is found, there is no need to adjust the front end position of the endoscope. The hemostatic forceps can directly clamp the bleeding point for hemostasis treatment in the first place. The purpose of rapid and accurate hemostasis is achieved. The success rate of hemostasis can be greatly improved and the risk of surgery can be reduced. At present, there are no related products of flushing hemostatic forceps in the domestic and foreign medical markets. The utility model fills this gap.

[0039] The utility model has a simple structure, strong operability and a technical effect that is obviously superior to the prior art. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 It is a front view of the schematic structural diagram of the disposable flushable hemostatic forceps for endoscope described in Example 1 with the jaws 4.1 open;

[0041] Figure 2 It is a schematic diagram of the partial structure of the front half of the flushing inner pipe 5;

[0042] Figure 3 A schematic diagram of a partial structure of the front half of the outer sleeve 2;

[0043] Figure 4 It is a front view of the schematic structural diagram of the disposable flushable hemostatic forceps for endoscope in Example 1 when the jaws 4.1 are in a closed state;

[0044] Figure 5 for Figure 4 AA section view;

[0045] Figure 6 For the corresponding Figure 4 Top view of the . DETAILED DESCRIPTION

[0046] The present invention will be further described below in conjunction with the embodiments and drawings of the specification, but is not limited thereto.

[0047] Example 1

[0048] Disposable flushable hemostatic forceps for endoscopes, such as Figure 1-Figure 6 As shown; it includes: an outer sleeve 2, a central control wire, and a front end working part 4; wherein: the central control wire is arranged in the outer sleeve 2, and is electrically connected to the front end metal part of the outer sleeve 2, the outer sleeve 2 is arranged in the endoscope forceps channel, i.e., the instrument cavity, and the front end working part 4 is arranged at the front end of the central control wire; the technical key is: the central control wire is replaced by a flushing inner tube 5; the front end working part 4 is a structural component arranged axially symmetrically relative to the flushing inner tube 5.

[0049] The disposable flushable hemostatic forceps for endoscope comprises: an outer sleeve 2, a central control wire, and a front end working part 4; wherein: the central control wire is arranged in the outer sleeve 2, and the front end working part 4 is arranged at the front end of the central control wire; the technical key is: the central control wire is replaced by a flushing inner tube 5; the front end working part 4 is a structural component arranged axially symmetrically relative to the flushing inner tube 5.

[0050] The front working part 4 is fixedly arranged at the front end of the flushing inner pipe 5 and is also connected to the outer sleeve 2; wherein: the front working part 4 includes a clamp claw 4.1 and a support claw 4.2; the support claw 4.2 is a long strip plate structure;

[0051] The rear end of the clamp claw 4.1 is provided with a clamp claw fixing hinge point 4.1a which can be hingedly fixed on the front end of the outer sleeve 2 or the proximal end near the front end surface; the middle part of the clamp claw 4.1 is provided with a support claw outer support hinge point 4.2b which can be hingedly connected with the support claw 4.2;

[0052] The support claw 4.2 is hingedly arranged at the front end or proximal end of the flushing inner pipe 5 through a support claw fixed hinge point 4.2a, and the support claw 4.2 is connected to the clamp claw 4.1 through a support claw outer support hinge point 4.2b located in the middle of the clamp claw 4.1.

[0053] The disposable flushable hemostatic forceps for endoscope meets the following requirements:

[0054] First, the following parts of the tubular structure are rigid tubular structures capable of conducting electricity: the proximal end portion 5.1 of the front section of the flushing inner pipe 5 and the proximal end portion 2.1 of the front section of the outer sleeve 2;

[0055] Secondly, the rear part of the proximal end 5.1 of the front section of the flushing inner pipe is also connected to a flushing inner pipe soft water delivery pipe section 5.2 which is sequentially connected to the internal cavity of the former as a whole;

[0056] Thirdly, the rear of the proximal end portion 2.1 of the front section of the outer sleeve is also connected to the rear section 2.2 of the outer sleeve. The proximal end of the front end of the rear section 2.2 of the outer sleeve is a tubular structural member made of metal, namely, the metal tube 2.2a at the front end of the rear section of the outer sleeve. The front end of the metal tube 2.2a at the front end of the rear section of the outer sleeve is provided with a matching structure that can be limited and positioned in the axial direction with the proximal end portion 2.1 of the front section of the outer sleeve and can rotate relative to the circumferential direction, namely, a concave-convex matching structure: a convex ring 2.2c inside the front end of the outer sleeve, and a groove is provided on the proximal end portion 2.1 of the front section of the outer sleeve where it matches the convex ring 2.2c inside the front end of the outer sleeve; the disposable flushable hemostatic forceps for endoscopes are provided with a structure that can drive the flushing inner tube 5 and the front end working part 4 to rotate and adjust around the axis of the flushing inner tube 5 itself;

[0057] Fourthly, the outer sleeve rear section 2.2 behind the front end metal tube 2.2a of the outer sleeve rear section is an insulating soft tube section 2.2b made of insulating material.

[0058] The disposable flushable hemostatic forceps for endoscope meets the following requirements:

[0059] First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.9 mm to 1.8 mm;

[0060] Second, the length of disposable flushable hemostatic forceps for endoscope is 2000mm to 2300mm;

[0061] Third, the proximal end 5.1 of the front section of the flushing inner pipe is connected to the steel wire 6; the steel wire 6 is arranged in the pipe body between the inner wall and the outer wall of the soft water delivery pipe section 5.2 of the flushing inner pipe, or the steel wire 6 can also be arranged inside the lumen of the soft water delivery pipe section 5.2 of the flushing inner pipe; the proximal end 2.1 of the front section of the outer sleeve and the front end metal pipe 2.2a of the rear section of the outer sleeve are both metal parts, both of which have high strength and rigidity and are in contact connection; the proximal end 5.1 of the front section of the flushing inner pipe is also a metal part, and the following parts are all metal Components: clamp claw 4.1, support claw 4.2; support claw 4.2, clamp claw fixed hinge 4.1a, anti-skid structure 4.1b, clamp claw fixed hinge 4.1a, support claw outer support hinge 4.2b; the key point is: the current from the steel wire 6 can directly connect to the proximal end 5.1 of the front section of the flushing inner pipe, and then pass through the support claw fixed hinge 4.2a and the support claw 4.2 to the support claw outer support hinge 4.2b and the anti-skid structure 4.1b in sequence, achieving the corresponding medical effect in the power-on state. At the same time, the current from the steel wire 6 can directly connect to the proximal end 5.1 of the front section of the flushing inner pipe, and part of the current can also pass through the proximal end 2.1 of the front section of the outer sleeve, the clamp claw fixed hinge 4.1a, the clamp claw 4.1, and finally connect to the anti-skid structure 4.1b.

[0062] The hydrophilic wear-resistant coating is arranged at one of the following places or a combination thereof: the outer wall of the flushing inner pipe 5, the inner wall of the outer sleeve 2, and the outer wall of the outer sleeve 2.

[0063] The two jaws 4.1 are provided with an anti-slip structure 4.1b on the mating surfaces for cooperating with each other and contacting the hemostatic part to clamp and stop hemostasis. The anti-slip structure 4.1b is one of the following or a combination thereof:

[0064] First, the matching contact surface where the grooves and ridges are arranged at intervals;

[0065] second, a mating contact surface with mating raised structures;

[0066] Third, a mating contact surface with curved anti-skid stripes of the same thickness or with curved anti-skid stripes of periodically varying thickness;

[0067] Fourth, the mating contact surface has intersecting mesh anti-slip stripes.

[0068] The disposable flushable hemostatic forceps for endoscopes meets the following requirements:

[0069] In the disposable flushable hemostatic forceps for endoscope, there are two interfaces at the control end handle away from the front working part 4: one is an electrical interface connected to the steel wire 6; the other is a water supply interface to ensure water and electricity flow and transmit telescopic force.

[0070] This embodiment adds a flushing function to the hemostatic forceps itself. Once bleeding occurs during endoscopic treatment, the flushing function can be turned on. It can also ensure that the water outlet and the hemostatic forceps are in the same position through the structure. After flushing, when the bleeding point is found, there is no need to adjust the front end position of the endoscope. The hemostatic forceps can directly clamp the bleeding point for hemostasis treatment in the first time, achieving the purpose of rapid and accurate hemostasis. It can greatly improve the success rate of hemostasis and reduce surgical risks. At present, there are no related products of flushing hemostatic forceps in the domestic and foreign medical markets. This utility model fills this gap.

[0071] This embodiment has a simple structure, strong operability, and a technical effect that is significantly better than the prior art.

[0072] Example 2

[0073] The content of this embodiment is basically the same as that of embodiment 1, and the main difference is that:

[0074] The main body of the supporting claw 4.2 is a rod-shaped structure;

[0075] The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements:

[0076] First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.4 mm to 2.2 mm;

[0077] Secondly, the length of disposable flushable hemostatic forceps for endoscope is 600mm to 4000mm.

[0078] The disposable flushable hemostatic forceps for endoscopes meets one of the following requirements or a combination thereof:

[0079] First, the following parts of the tubular structure are rigid tubular structures capable of conducting electricity: the proximal end portion 5.1 of the front section of the flushing inner pipe 5 and the proximal end portion 2.1 of the front section of the outer sleeve 2;

[0080] Secondly, the rear part of the proximal end 5.1 of the front section of the flushing inner pipe is also connected to a flushing inner pipe soft water delivery pipe section 5.2 which is sequentially connected to the internal cavity of the former as a whole;

[0081] Thirdly, the rear of the proximal end portion 2.1 of the front section of the outer sleeve is also connected to the rear section 2.2 of the outer sleeve. The proximal end of the front end of the rear section 2.2 of the outer sleeve is a tubular structural member made of metal, namely, the metal tube 2.2a at the front end of the rear section of the outer sleeve. The front end of the metal tube 2.2a at the front end of the rear section of the outer sleeve is provided with a matching structure that can be limited and positioned in the axial direction with the proximal end portion 2.1 of the front section of the outer sleeve and can rotate relative to the circumferential direction, namely, a concave-convex matching structure: a convex ring 2.2c inside the front end of the outer sleeve, and a groove is provided on the proximal end portion 2.1 of the front section of the outer sleeve where it matches the convex ring 2.2c inside the front end of the outer sleeve; the disposable flushable hemostatic forceps for endoscopes are provided with a structure that can drive the flushing inner tube 5 and the front end working part 4 to rotate and adjust around the axis of the flushing inner tube 5 itself;

[0082] Fourthly, the outer sleeve rear section 2.2 behind the front end metal tube 2.2a of the outer sleeve rear section is an insulating soft tube section 2.2b made of insulating material.

[0083] The rear of the proximal end 2.1 of the front section of the outer sleeve is connected to a steel wire 6 for power supply or telescopic and rotation control; the steel wire 6 is buried in the wall or lumen of the soft water pipe of the inner flushing pipe. After the end of the steel wire 6 at the external control end is powered, the steel wire 6 forms an electrical connection relationship with the following (all made of metal): the proximal end 2.1 of the front section of the outer sleeve, the fixed hinge point 4.1a of the clamp claw, the clamp claw 4.1, and the anti-slip structure 4.1b.

[0084] The following places are provided with a hydrophilic wear-resistant coating: the outer wall of the flushing inner pipe 5, the inner wall of the outer sleeve 2, and the outer wall of the outer sleeve 2.

[0085] The mating surfaces of the two clamp jaws 4.1 for cooperating with each other and contacting the hemostasis site to clamp and stop bleeding are provided with anti-skid structures 4.1b, which are mating contact surfaces with mating convex structures.

[0086] Example 3

[0087] The content of this embodiment is basically the same as that of embodiment 1, and the main difference is that:

[0088] In the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.75 mm to 2.0 mm; the length of the disposable flushable hemostatic forceps for endoscope is 850 mm to 3000 mm.

[0089] The mating surfaces of the two clamp jaws 4.1 for cooperating with each other and contacting the hemostasis site to clamp and stop bleeding are provided with an anti-slip structure 4.1b, which is a mating contact surface with curved anti-slip stripes of the same thickness or curved anti-slip stripes of periodically varying thickness.

[0090] Example 4

[0091] The content of this embodiment is basically the same as that of embodiment 1, and the main difference is that:

[0092] In the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube 5 is 0.4 mm to 2.2 mm; the length of the disposable flushable hemostatic forceps for endoscope is 600 mm to 4000 mm.

[0093] The mating surfaces of the two clamp jaws 4.1 for cooperating with each other and contacting the hemostasis site to clamp and stop bleeding are provided with an anti-skid structure 4.1b, which is a mating contact surface with mesh anti-skid stripes intersecting each other.

Claims

1. A disposable flushable hemostatic forceps for endoscope, comprising: an outer sleeve (2), a central control wire, and a front working part (4); wherein: The central control steel wire is arranged in the outer sleeve (2), and the front working part (4) is arranged at the front end of the central control steel wire; the characteristics are: the central control steel wire is replaced by a flushing inner tube (5); the front working part (4) is a structural component arranged axially symmetrically with respect to the flushing inner tube (5).

2. The disposable flushable hemostatic forceps for endoscope according to claim 1, characterized in that: The front working part (4) is fixedly arranged at the front end of the flushing inner pipe (5) and is also connected to the outer sleeve (2); wherein: the front working part (4) includes a clamp claw (4.1) and a support claw (4.2); the support claw (4.2) is a rod-shaped structure or a long strip-shaped structure; The rear end of the clamp claw (4.1) is provided with a clamp claw fixing hinge point (4.1a) that can be hingedly fixed to the front end of the outer sleeve (2) or the proximal end close to the front end surface; the middle part of the clamp claw (4.1) is provided with a supporting claw outer support hinge point (4.2b) that can be hingedly connected to the supporting claw (4.2); The support claw (4.2) is hingedly arranged at the front end or proximal end of the flushing inner pipe (5) through a support claw fixed hinge point (4.2a), and the support claw (4.2) is connected to the clamp claw (4.1) through a support claw outer support hinge point (4.2b) located in the middle of the clamp claw (4.1).

3. The disposable flushable hemostatic forceps for endoscope according to claim 1, characterized in that: The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements; First, the following parts of the tubular structure are rigid tubular structures capable of conducting electricity: the proximal end portion (5.1) of the front section of the flushing inner pipe on the flushing inner pipe (5) and the proximal end portion (2.1) of the front section of the outer sleeve on the outer sleeve (2); Secondly, the rear part of the proximal end part (5.1) of the front section of the flushing inner pipe is also connected to a soft water delivery pipe section (5.2) of the flushing inner pipe which is sequentially connected to the internal cavity of the former as a whole; Thirdly, the rear of the proximal end portion (2.1) of the front section of the outer sleeve is also connected to the rear section (2.2) of the outer sleeve. The proximal end of the front end of the rear section (2.2) of the outer sleeve is a tubular structural member, namely, the front end metal tube (2.2a) of the rear section of the outer sleeve. The front end of the metal tube (2.2a) of the rear section of the outer sleeve is provided with a matching structure that can be limited and positioned in the axial direction and can rotate relative to the proximal end portion (2.1) of the front section of the outer sleeve in the circumferential direction, namely, a concave-convex matching structure: a convex ring (2.2c) inside the front end of the outer sleeve, and a groove is provided on the proximal end portion (2.1) of the front section of the outer sleeve at a position matching with the convex ring (2.2c) inside the front end of the outer sleeve; the disposable flushable hemostatic forceps for endoscopes are provided with a structure that can drive the flushing inner tube (5) and the front end working part (4) to rotate and adjust around the axis of the flushing inner tube (5) itself; Fourthly, the outer sleeve rear section (2.2) behind the front end metal tube (2.2a) of the outer sleeve rear section is an insulating soft tube section (2.2b).

4. The disposable flushable hemostatic forceps for endoscope according to claim 3, characterized in that: The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements: First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube (5) is 0.4 mm to 2.2 mm; Second, the length of disposable flushable hemostatic forceps for endoscopes is 600mm to 4000mm; Thirdly, the proximal end portion (5.1) of the front section of the flushing inner pipe is connected to a steel wire (6); the steel wire (6) is arranged in the pipe body between the inner wall and the outer wall of the soft water delivery pipe section (5.2) of the flushing inner pipe, or the steel wire (6) is arranged inside the lumen of the soft water delivery pipe section (5.2) of the flushing inner pipe; Or the rear of the proximal end portion (2.1) of the front section of the outer sleeve is connected with a steel wire (6); the steel wire (6) is buried in the pipe wall or the pipe cavity of the soft water delivery pipe section (5.2) of the flushing inner pipe.

5. The disposable flushable hemostatic forceps for endoscope according to claim 4, characterized in that: The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements: First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube (5) is 0.75 mm to 2.0 mm; Secondly, the length of disposable flushable hemostatic forceps for endoscope is 850mm~3000mm.

6. The disposable flushable hemostatic forceps for endoscope according to claim 5, characterized in that: The disposable flushable hemostatic forceps for endoscope meets one or a combination of the following requirements: First, in the disposable flushable hemostatic forceps for endoscope, the inner diameter of the flushing inner tube (5) is 0.9 mm to 1.8 mm; Secondly, the length of the disposable flushable hemostatic forceps for endoscope is 2000mm to 2800mm.

7. The disposable flushable hemostatic forceps for endoscope according to any one of claims 1 to 6, characterized in that: A hydrophilic wear-resistant coating is provided at one of the following locations or a combination thereof: the outer wall of the flushing inner pipe (5), the inner wall of the outer sleeve (2), and the outer wall of the outer sleeve (2).

8. The disposable flushable hemostatic forceps for endoscope according to claim 7, characterized in that: An anti-slip structure (4.1b) is provided on the mating surfaces of the two clamp claws (4.1) for cooperating with each other and contacting the hemostasis site to clamp and stop bleeding. The anti-slip structure (4.1b) is one of the following or a combination thereof: First, the matching contact surface where the grooves and ridges are arranged at intervals; second, a mating contact surface with mating raised structures; Third, a mating contact surface with curved anti-skid stripes of the same thickness or with curved anti-skid stripes of periodically varying thickness; Fourth, the mating contact surface has intersecting mesh anti-slip stripes.

9. The disposable flushable hemostatic forceps for endoscope according to claim 8, characterized in that: The disposable flushable hemostatic forceps for endoscopes meets the following requirements: First, in the disposable flushable hemostatic forceps for endoscope, there are two interfaces at the control end handle away from the front working part (4): one is an electrical interface connected to the steel wire (6); the other is a water supply interface to ensure water and electricity flow and transmit telescopic force; Secondly, the length of the disposable flushable hemostatic forceps for endoscope is 2000-2300mm.

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