Hemostasis device for outpatient nursing

Abstract

The invention provides a hemostasis device for outpatient nursing. The hemostasis device structurally comprises an adsorption bottom plate, a base, a hemostasis end, a small connecting frame and a small driver, the adsorption bottom plate covers the lower layer part of the base, and the center of the surface layer of the base and the center of the hemostasis end coincide with each other; the hemostasis end is improved, an injured limb is flatly placed through a parallel block and a placement plate, then a control screen of a small connecting frame is combined with a power supply module to provide electric energy for a small driver, the small driver is combined with a program to control forward and reverse rotation of a rotating screw, and therefore the rotating screw drives a hemostasis module to descend; the hemostatic gauze in the arc-shaped plate can cover an injured limb in a large range, fixed-point covering hemostasis can be formed, an original manual winding hemostasis process is replaced, and therefore secondary damage caused by continuous moving or shaking when the injured limb is serious can be avoided.

Description

Technical Field

[0001] The invention relates to the technical field of medical care, and more specifically to a hemostatic device for outpatient care. Background Art

[0002] Outpatient care refers to the comprehensive nursing services provided to patients in an outpatient setting, which mainly include receiving patients, asking medical history, measuring vital signs, assisting doctors in examination and treatment, providing health education and psychological support, etc. For this reason, when the outpatient environment receives patients with limb injuries, the injured area of ​​the patient must be disinfected first, and then the patient's bleeding must be stopped with a dedicated hemostatic device to prevent continuous blood loss and cause subsequent significant ischemia in the patient, ensuring the stability of the patient's vital signs. In summary, the inventors have found that the existing hemostatic devices mainly have the following defects: since the overall structure of the current hemostatic devices is relatively simple, when faced with severe limb injuries and bone dislocation, the hemostatic devices cannot stably lay the injured part of the patient flat, and the medical staff can easily cause secondary impacts on the patient's limbs by manually fixing the hemostasis during the hemostasis process, which reduces the effectiveness of the current hemostatic devices and cannot be used for patients with severe limb injuries. They can only be used to stop bleeding for patients with less severe injuries, thereby reducing the scope of use of the current hemostatic devices. Summary of the invention

[0003] The technical solution adopted by the present invention to achieve the technical purpose is: a hemostatic device for outpatient care, whose structure includes: an adsorption bottom plate, a base, a hemostatic end, a small connecting frame, and a small driving machine. The adsorption bottom plate covers the lower layer of the base and the center of the base surface coincides with the center of the hemostatic end. The small connecting frame is in the form of a gantry and is connected to a control screen on the side to control the power supply of the small driving machine in the top center.

[0004] As a further improvement of the present invention, the hemostatic end is provided with a vertical limit block, a collection box is restrained at the center of the vertical limit block and the upper end of the collection box is communicated with the placement plate, parallel blocks are welded on the left and right sides of the placement plate, and a protrusion is connected to the lower end of the parallel block. The placement plate is installed parallel to the center of the base through the vertical limit block, the parallel block and the protrusion, and the collection box is installed in the inner center of the base.

[0005] As a further improvement of the present invention, a hemostasis module is also arranged above the placement plate, a separation sleeve is connected to the center of the upper end of the hemostasis module and a rotating screw is connected inside the separation sleeve, and the hemostasis module is connected to the inner center of the small driving machine through the rotating screw of the separation sleeve.

[0006] As a further improvement of the present invention, the hemostatic module is provided with overlapping blocks, which are arranged on the left and right sides of the arc plate and a connecting frame is connected to the center of the surface of the arc plate to position the convex buckle, and the arc plate fixes the hemostatic gauze through the convex buckle of the connecting frame.

[0007] As a further improvement of the present invention, the injured limb area of ​​the patient is placed flat by means of a placement plate at the hemostatic end, and then the small through holes of the placement plate can allow the blood to penetrate into the bottom collection box, and then the top power supply module is controlled by means of a control screen of a small connecting frame to provide electrical energy to the small driving motor, so that the small driving motor drives the rotating screw to move through forward and reverse rotation, forcing the arc plate of the hemostatic module to drive the hemostatic gauze to steadily descend to cover the injured limb on the placement plate to stop bleeding.

[0008] As a further improvement of the present invention, the adsorption bottom plate completely covers the lower layer of the base and the hemostatic end of the base is concave and the corners are rounded. A power supply module is also provided in the connection area between the small connecting frame and the small driving machine, and the power supply module and the small driving machine are controlled by the control screen on the side.

[0009] As a further improvement of the present invention, the vertical limit block completely covers the edge of the collection box and can be pulled and split. The top of the collection box is hollow and parallel to the placement plate. The surface of the placement plate is opened with multiple small through holes. The parallel block is inserted and fixedly connected with the surface of the base through the protrusion. The center area of ​​the separating sleeve has an internal thread that matches the rotating screw and there is a movable gap between the bottom end of the rotating screw for pulling and positioning.

[0010] As a further improvement of the present invention, the bottom layers of the overlapping blocks on the left and right sides of the arc plate are flattened and in contact with the surface of the parallel blocks. The center of the surface layer of the arc plate can be positioned by three groups of protruding buckles through three groups of connecting frames, and the hemostatic gauze is detachably engaged with the arc plate through the protruding blocks.

[0011] As a further improvement of the present invention, a connecting block is also provided in the upper end area of ​​the hemostatic gauze, and the connecting block is embedded in the flexible plastic plate for fixation. The flexible plastic plate is installed on the lower layer of the silicone body, and a cooling module is also spliced ​​and fixed in the overlapping area of ​​the silicone body and the flexible plastic plate, and an assembly buckle and a convex buckle are fixed at the top for snap connection.

[0012] As a further improvement of the present invention, the connecting block is provided with three pieces on the hemostatic gauze, the number of which matches the three grooves of the flexible plastic plate, and the shape of the flexible plastic plate and the silicone body are both arc-shaped to cover the injured limb. A power-carrying wire is connected in the middle of the cooling module to be electrically connected to the control screen of the small connecting frame. The assembly buckle at the upper end of the silicone body matches the convex buckle in the center of the surface of the arc plate and is interlaced and connected.

[0013] As a further improvement of the present invention, the assembly buckle is provided with a fusion layer, the fusion layer is arranged at the lower end of the solid block and a slot is opened in the center of the solid block, through which the overlapping fasteners can be vertically embedded.

[0014] As a further improvement of the present invention, the fusion layer is in an arc shape and the slots of the solid block are opened in a vertical orientation.

[0015] As a further improvement of the present invention, the collection box is provided with a control armrest, which is welded to the central part of the solid plate and passes through the side part of the base. The solid plate is installed at the surface center of the box body, and the edge of the box body slides parallel to the inner side of the base and the limiting vertical limit block through the sliding layer. The permeable layer at the upper end of the box body is parallel to and communicated with the placement plate.

[0016] As a further improvement of the present invention, the control armrest is in a rectangular shape and is perpendicular to the solid plate, the box shape is consistent with the vertical limit block shape and the edge sliding layer is finely polished, and the penetration layer is set in a parallel orientation.

[0017] As a further improvement of the present invention, cotton balls are further provided inside the box, and the cotton balls are scattered in the collecting groove, and the collecting groove is opened in the central area of ​​the inner tank. Balance blocks are fixed on the left and right sides of the inner tank, and are vertically installed inside the box through the balance blocks.

[0018] As a further improvement of the present invention, cotton balls are further provided inside the box, and the cotton balls are scattered in the collecting groove, and the collecting groove is opened in the central area of ​​the inner tank. Balance blocks are fixed on the left and right sides of the inner tank, and are vertically installed inside the box through the balance blocks.

[0019] Compared with the prior art, the present invention has the following beneficial effects: 1. After the hemostatic end of the present invention is improved, the injured limb is placed flat through the parallel block and the placement plate, and then the control screen of the small connecting frame is combined with the power supply module to provide power to the small driving machine, so that the small driving machine controls the forward and reverse rotation of the rotating screw in combination with the program. For this reason, the rotating screw drives the hemostatic module to descend, so that the hemostatic gauze in the arc plate can cover the injured limb in a large area, so that fixed-point coverage hemostasis can be formed, replacing the original manual winding hemostasis process, thereby avoiding secondary damage caused by continuous movement or shaking when the injury is more serious.

[0020] 2. The present invention is improved from hemostatic gauze, mainly composed of silicone, which can then be combined with the lower flexible plastic plate and the internal cooling module to clamp and cover the edge of the injured limb. The flexible feature can avoid the hard compression caused by hemostasis and improve the tightness effect of hemostasis. At the same time, the cooling module can be combined with the carried electric wire shaft to allow the control screen of the small connecting frame to be electrically controlled, so that it can cool down the hemostatic area. The cold compress effect can reduce swelling and relieve pain, promote swelling reduction, contract blood vessels, and prevent increased bleeding.

[0021] 3. The present invention is a further improvement on the collection box. The solid plate and the control armrest installed on the surface of the box can pull the box out in parallel from the base and the vertical limit block, so that the collection box can be easily removed. The inner liner installed inside the box can absorb the blood flowing into the penetration layer using the cotton balls in the collection groove to facilitate the subsequent cleaning effect, avoiding the difficulty in cleaning caused by the subsequent coagulation of blood due to direct contact with the inner wall of the box. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 The present invention is a structural schematic diagram of a hemostatic device for outpatient care.

[0023] Figure 2 The present invention is a schematic diagram of the structure of a cross-section view of an improved hemostatic end.

[0024] Figure 3 The present invention is a schematic diagram of the structure of an improved hemostasis module, viewed from above.

[0025] Figure 4 The present invention belongs to a structural schematic diagram of a side view of a hemostatic gauze with components provided on the upper end.

[0026] Figure 5 The invention relates to a schematic diagram of the cross-sectional structure of an improved assembly buckle.

[0027] Figure 6 The present invention is a schematic diagram of the structure of a collection box after improvement, viewed from the front.

[0028] Figure 7 The present invention is a schematic diagram of the structure when looking down at the improved interior of a box.

[0029] In the figure: adsorption base plate-1, base-2, hemostatic end-3, small connection frame-4, small driving machine-5; Vertical limit block-31, collection box-32, placement plate-33, parallel block-34, protrusion-35, hemostasis module-36, separation sleeve-37, rotating screw-38; Overlapping block 361, curved plate 362, connecting frame 363, convex buckle 364, hemostatic gauze 365; Connecting block-3651, flexible plastic plate-3652, silicone body-3653, cooling module-3654, assembly buckle-3655; Fusion layer-6551, solid block-6552, slot-6553, overlapping fastener-6554; Control handrail-321, solid plate-322, box-323, sliding layer-324, permeable layer-325; Cotton ball-3231, collecting tank-3232, inner liner-3233, balance block-3234. DETAILED DESCRIPTION

[0030] The present invention is further described below in conjunction with the accompanying drawings: Example

[0031] Figures 1 to 5 As shown: The present invention provides a hemostatic device for outpatient nursing. Its structure includes an adsorption base plate 1, a base 2, a hemostatic end 3, a small connecting frame 4, and a small driving machine 5. The adsorption base plate 1 covers the lower layer of the base 2 and the center of the surface of the base 2 coincides with the center of the hemostatic end 3. The small connecting frame 4 is in the form of a gantry and is connected to a control panel on the side to control the power supply of the small driving machine 5 in the top center.

[0032] Among them, the hemostatic end 3 is provided with a vertical limit block 31, the central part of the vertical limit block 31 restrains a collection box 32 and the upper end of the collection box 32 is communicated with a placement plate 33, and parallel blocks 34 are welded on the left and right sides of the placement plate 33, and the lower end of the parallel block 34 is connected with a protrusion 35. The placement plate 33 is installed in parallel to the center of the base 2 through the vertical limit block 31, the parallel block 34, and the protrusion 35, and the collection box 32 is installed in the inner center of the base 2.

[0033] Among them, a hemostasis module 36 is also arranged above the placement plate 33, and a separation sleeve 37 is connected to the center of the upper end of the hemostasis module 36, and a rotating screw 38 is connected inside the separation sleeve 37. The hemostasis module 36 is connected to the internal center of the small driving machine 5 through the rotating screw 38 of the separation sleeve 37.

[0034] The hemostatic module 36 is provided with overlapping blocks 361 , which are arranged on the left and right sides of the arc plate 362 , and a connecting frame 363 is connected to the center of the surface of the arc plate 362 to position the convex buckle 364 , and the arc plate 362 fixes the hemostatic gauze 365 through the convex buckle 364 of the connecting frame 363 .

[0035] Among them, the injured limb area of ​​the patient is placed flat through the placement plate 33 of the hemostatic end 3, and then the small through holes of the placement plate 33 can allow the blood to penetrate into the bottom collection box 32, and then the top power supply module is controlled by the control screen of the small connecting frame 4 to provide power to the small driving machine 5, so that the small driving machine 5 drives the rotating screw 38 to move through forward and reverse rotation, forcing the arc plate 362 of the hemostatic module 36 to drive the hemostatic gauze 365 to steadily descend to cover the injured limb on the placement plate 33 to stop bleeding.

[0036] Among them, the adsorption bottom plate 1 completely covers the lower layer of the base 2 and the hemostatic end 3 of the base 2 is concave and the corners are rounded. A power supply module is also provided in the connection area between the small connecting frame 4 and the small driving machine 5, and the power supply module and the small driving machine 5 are controlled by the control screen on the side.

[0037] Among them, the vertical limit block 31 completely covers the edge of the collection box 32 and can be pulled and split. The top of the collection box 32 is hollow and parallel to the placement plate 33. The surface of the placement plate 33 is opened with multiple small through holes. The parallel block 34 is inserted and fixedly connected with the surface of the base 2 through the protrusion 35. The center area of ​​the separating sleeve 37 has an internal thread that matches the rotating screw 38 and the bottom end of the rotating screw 38 is pulled and positioned with a movable gap.

[0038] Among them, the bottom layers of the overlapping blocks 361 on the left and right sides of the arc plate 362 are flattened and contact the surface of the parallel block 34. The center of the surface of the arc plate 362 can position three groups of protruding buckles 364 through three groups of connecting frames 363, and the hemostatic gauze 365 is detachably engaged with the arc plate 362 through the protruding blocks 364.

[0039] Among them, the upper end area of ​​the hemostatic gauze 365 is also provided with a connecting block 3651, and the connecting block 3651 is embedded in the flexible plastic plate 3652 for fixation. The flexible plastic plate 3652 is installed on the lower layer of the silicone body 3653. The overlapping area of ​​the silicone body 3653 and the flexible plastic plate 3652 is also spliced ​​and fixed with a cooling module 3654, and the top is fixed with an assembly buckle 3655 and a convex buckle 364 for engagement and connection.

[0040] Among them, the connecting block 3651 is provided with three pieces on the hemostatic gauze 365, and the number of the three grooves matches each other on the flexible plastic plate 3652, and the shape of the flexible plastic plate 3652 and the silicone body 3653 are both arc-shaped to cover the injured limb. The cooling module 3654 is connected with a power-carrying wire in the middle to be electrically connected to the control screen of the small connecting frame 4. The assembly buckle 3655 at the upper end of the silicone body 3653 and the convex buckle 364 in the center of the surface of the arc plate 362 match each other and are inserted and engaged.

[0041] The assembly buckle 3655 is provided with a fusion layer 6551, and the fusion layer 6551 is arranged at the lower end of the solid block 6552. A slot 6553 is opened in the center of the solid block 6552, and the overlapping fasteners 6554 are vertically embedded through the slot 6553.

[0042] The fusion layer 6551 is in an arc shape and the slot 6553 of the solid block 6552 is opened in a vertical direction.

[0043] Specific functions and operation procedures of this embodiment: In the present invention, the hemostatic device for outpatient care can position the base 2 at a specific nursing and rescue position by adsorbing the bottom plate 1, and then the hemostatic end 3 will be located at the upper center of the base 2, and then the small connecting frame 4 at the upper end of the base 2 carries a control screen on the side and a power supply module connected to the small driving machine 5 at the top center. For this reason, the control screen can provide power support to the small driving machine 5 through the power supply module, so that the small driving machine 5 can combine with the hemostatic end 3 to perform fixed-point hemostasis on the patient's injured part, and then the lower end of the placement plate 33 of the hemostatic end 3 can vertically install the collection box 32 inside the base 2 through the vertical limit block 31, and at the same time, the parallel blocks 34 on the left and right sides of the placement plate 33 can be installed on the left and right sides of the base 2 in combination with the protrusions 35 and have a safe connection with the small connecting frame 4. The spacing is such that the injured limb of the patient will be squared at the center of the surface of the placement plate 33, and the blood flowing out can penetrate the small groove of the placement plate 33 with the combination of centrifugal force and enter the collection box 32 for collection, and then the hemostatic module 36 above will be combined with the rotating screw 38 in the separation sleeve 37 to descend. During the process, the rotation of the rotating screw 38 inside the separation sleeve 37 will not drive the hemostatic module 36 to rotate, so that it can achieve the effect of parallel descent. For this reason, the rotating screw 38 can move in forward and reverse directions through the rotation control of the small driving machine 5. When the hemostatic module 36 descends through the rotating screw 38, the arc plate 362 of the hemostatic module 36 can fix the hemostatic gauze 365 through the surface connecting frame 363 and the convex buckle 364, so that the arc After the plate 362 completely covers the injured limb, the overlapping blocks 361 on both sides will be placed flat on the surface of the parallel block 34 to achieve a parallel effect. For this reason, the arc plate 362 can cover the hemostatic gauze 365 on the limb to achieve a fixed-point hemostasis effect, replacing the original process of winding, continuous movement or shaking, avoiding secondary injuries caused by bone problems in the injured area, and improving the stability during hemostasis. At the same time, the upper end of the hemostatic gauze 365 can be spliced ​​with the flexible plastic plate 3652 through the connecting block 3651, so that the lower layer of the silicone body 3653 is completely covered. At the same time, the silicone body 3653 combined with the flexible rebound effect of the flexible plastic plate 3652 can rebound and clamp in the injured limb area, thereby improving the firmness during hemostasis and preventing looseness. The flexible characteristics can prevent the wound from being pressed by hard objects, and then the assembly buckle 3655 at the upper end of the silicone body 3653 can be embedded in the convex buckle 364 of the connecting frame 363 for engagement. Therefore, the stable interlacing engagement can facilitate the subsequent removal of the hemostatic gauze 365, and then the cooling module 3654 also loaded in the connecting area of ​​the silicone body 3653 and the flexible plastic plate 3652 can be connected to the small connecting frame 4 through a dedicated power line. Therefore, the cooling module 3654 is triggered by the electric control effect, which cools down the covered area so that it can achieve the cold compress characteristics. Cold compress helps to reduce swelling and pain, promote swelling reduction, shrink blood vessels, prevent increased bleeding, etc., and further improves the stability of hemostasis.Finally, the assembly buckle 3655 can be integrated with the center of the upper end of the silicone body 3653 through the arc-shaped fusion layer 6551 at the lower end of the solid block 6552, and then the vertical slot 6553 in the solid block 6552 allows the overlapping buckle 6554 to be embedded, so that after the overlapping buckle 6554 is combined with the slot 6553 to allow the convex buckle 364 to be embedded, the two are engaged and connected, ensuring that the hemostatic gauze 365 will not fall off during hemostasis. Example

[0044] Figure 6 to Figure 7 As shown: The present invention provides a hemostatic device for outpatient nursing. Its structure includes: the collection box 32 is provided with a control armrest 321, the control armrest 321 is welded to the central part of the solid plate 322 and penetrates the side part of the base 2, the solid plate 322 is installed at the surface center of the box body 323, the edge of the box body 323 slides parallel to the inner side of the base 2 and the limiting vertical limit block 31 through the sliding layer 324, and the permeable layer 325 at the upper end of the box body 323 is parallel to and communicated with the placement plate 33.

[0045] The control armrest 321 is in a rectangular shape and is perpendicular to the solid plate 322 . The shape of the box body 323 matches that of the vertical limit block 31 . The edge sliding layer 324 is finely polished. The penetration layer 325 is set in a parallel orientation.

[0046] Among them, cotton balls 3231 are also provided inside the box body 323. The cotton balls 3231 are scattered in the collecting groove 3232, and the collecting groove 3232 is opened in the central area of ​​the inner liner 3233. Balance blocks 3234 are fixed on the left and right sides of the inner liner 3233, and are vertically installed inside the box body 323 through the balance blocks 3234.

[0047] Among them, cotton balls 3231 are also provided inside the box body 323. The cotton balls 3231 are scattered in the collecting groove 3232, and the collecting groove 3232 is opened in the central area of ​​the inner liner 3233. Balance blocks 3234 are fixed on the left and right sides of the inner liner 3233, and are vertically installed inside the box body 323 through the balance blocks 3234.

[0048] Specific functions and operation procedures of this embodiment: In the present invention, the surface of the box body 323 of the collecting box 32 is reinforced by a solid plate 322, and then the control armrest 321 on the solid plate 322 is used to pull, so that the sliding layer 324 at the edge of the box body 323 can be parallel to the inner wall area of ​​the vertical limit block 31, and then pulled out from the inside of the base 2, so as to achieve the effect of easy disassembly, and then the permeable layer 325 on the top of the box body 323 can collect the blood in the small through groove area of ​​the placement plate 33 into the inner liner 3233 of the box body 323, so that the inner liner 3233 can receive the blood through the collecting groove 3232, and then the cotton ball 3231 inside can be used to absorb all the blood, so that after the blood is absorbed by the cotton ball 3231, when cleaning later, the inner liner 3233 can be vertically taken out in combination with the balance block 3234, and the cotton ball 3231 can be poured out completely, which improves the convenience of cleaning the blood and prevents the difficulty in cleaning caused by the direct contact of the blood with the inner wall of the inner liner 3233.

[0049] Utilizing the technical solution of the present invention, or those skilled in the art designing similar technical solutions inspired by the technical solution of the present invention to achieve the above-mentioned technical effects, all fall within the protection scope of the present invention.

Claims

1. A hemostatic device for outpatient care, comprising: An adsorption bottom plate (1), a base (2), a hemostatic end (3), a small connecting frame (4), and a small driving machine (5), wherein the adsorption bottom plate (1) covers the lower layer of the base (2) and the center of the surface of the base (2) coincides with the center of the hemostatic end (3), the small connecting frame (4) is in the form of a gantry and is connected to a control panel on the side to control the power supply of the small driving machine (5) at the top center, and is characterized in that: The hemostatic end (3) is provided with a vertical limit block (31), a collection box (32) is restrained at the center of the vertical limit block (31), and the upper end of the collection box (32) is connected to the placement plate (33), parallel blocks (34) are welded on the left and right sides of the placement plate (33), and the lower end of the parallel block (34) is connected to a protrusion (35), and the placement plate (33) is installed in parallel to the center of the base (2) through the vertical limit block (31), the parallel block (34), and the protrusion (35), and the collection box (32) is installed in the inner center of the base (2); A hemostasis module (36) is also provided above the placement plate (33); a separation sleeve (37) is connected to the center of the upper end of the hemostasis module (36); a rotating screw (38) is connected inside the separation sleeve (37); the hemostasis module (36) is connected to the center of the interior of the small drive machine (5) via the rotating screw (38) of the separation sleeve (37); The hemostatic module (36) is provided with overlapping blocks (361), the overlapping blocks (361) are arranged on the left and right sides of the arc plate (362), and a connecting frame (363) is connected to the center of the surface of the arc plate (362) to position the convex buckle (364), and the arc plate (362) fixes the hemostatic gauze (365) through the convex buckle (364) of the connecting frame (363); The injured limb area of ​​the patient is laid flat by means of the placement plate (33) of the hemostatic end (3), and then the small through-holes of the placement plate (33) allow the blood to penetrate into the bottom collection box (32). Subsequently, the top power supply module is controlled by means of the control screen of the small connection frame (4) to provide electric energy to the small drive motor (5), so that the small drive motor (5) drives the rotating screw (38) to move through forward and reverse rotation, forcing the arc plate (362) of the hemostatic module (36) to drive the hemostatic gauze (365) to steadily descend to cover the injured limb on the placement plate (33) to stop bleeding.

2. A hemostatic device for outpatient care according to claim 1, characterized in that: The adsorption bottom plate (1) completely covers the lower layer of the base (2), and the hemostatic end (3) of the base (2) is in a concave shape with rounded corners. A power supply module is also provided in the connection area between the small connecting frame (4) and the small driving machine (5), and the power supply module and the small driving machine (5) are controlled by a control screen on the side.

3. A hemostatic device for outpatient care according to claim 1, characterized in that: The vertical limit block (31) completely covers the edge of the collection box (32) and can be pulled apart. The top of the collection box (32) is hollowed out and parallel to the placement plate (33). The surface of the placement plate (33) is provided with a plurality of small through holes. The parallel block (34) is interlaced and parallelly fixedly connected to the surface of the base (2) through the protrusion (35). The center area of ​​the separation sleeve (37) has an internal thread that matches the rotating screw (38) and the bottom end of the rotating screw (38) is pulled and positioned, and there is also a movable gap between them.

4. A hemostatic device for outpatient care according to claim 1, characterized in that: The bottom layers of the overlapping blocks (361) on the left and right sides of the arc-shaped plate (362) are in a flattened shape and contact the surface of the parallel block (34). The center of the surface layer of the arc-shaped plate (362) can be positioned by three groups of convex buckles (364) through three groups of connection frames (363). The hemostatic gauze (365) is detachably engaged with the arc-shaped plate (362) through the convex blocks (364).

5. The hemostatic device for outpatient care according to claim 1, characterized in that: The upper end region of the hemostatic gauze (365) is further provided with a connection block (3651), the connection block (3651) is embedded in the flexible plastic plate (3652) for fixing, the flexible plastic plate (3652) is installed on the lower layer of the silicone body (3653), the overlapping region of the silicone body (3653) and the flexible plastic plate (3652) is further spliced ​​and fixed with a cooling module (3654), and the topmost portion is fixed with an assembly buckle (3655) for engaging with the convex buckle (364); The connecting block (3651) is provided with three grooves on the hemostatic gauze (365) that match the three grooves on the flexible plastic plate (3652), and the shape of the flexible plastic plate (3652) and the silicone body (3653) are both arc-shaped to cover the injured limb. A power-carrying wire is connected in the middle of the cooling module (3654) to be electrically connected to the control screen of the small connecting frame (4). The assembly buckle (3655) at the upper end of the silicone body (3653) and the convex buckle (364) at the center of the surface of the arc plate (362) match each other and are inserted and engaged.

6. A hemostatic device for outpatient care according to claim 5, characterized in that: The assembly buckle (3655) is provided with a fusion layer (6551), the fusion layer (6551) is arranged at the lower end of the solid block (6552), and a slot (6553) is opened in the center of the solid block (6552), and the overlapping fasteners (6554) are vertically embedded through the slot (6553); The fusion layer (6551) is in an arc shape and the slot (6553) of the solid block (6552) is opened in a vertical orientation.

7. A hemostatic device for outpatient care according to claim 1, characterized in that: The collecting box (32) is provided with a control armrest (321), the control armrest (321) is welded to the center of the solid plate (322) and penetrates the side of the base (2), the solid plate (322) is installed at the center of the surface of the box body (323), the edge of the box body (323) slides parallel to the inner side of the base (2) and the limiting vertical limit block (31) through the sliding layer (324), and the permeable layer (325) at the upper end of the box body (323) is parallel to and communicates with the placement plate (33); The control armrest (321) is in a rectangular parallelepiped shape and is perpendicular to the solid plate (322); the shape of the box body (323) matches the shape of the vertical limit block (31); the edge sliding layer (324) is in a finely polished state; and the penetration layer (325) is set in a parallel orientation.

8. A hemostatic device for outpatient care according to claim 7, characterized in that: Cotton balls (3231) are also provided inside the box (323), and the cotton balls (3231) are scattered in the collecting groove (3232). The collecting groove (3232) is opened in the central area of ​​the inner liner (3233). Balance blocks (3234) are fixed on the left and right sides of the inner liner (3233), and are vertically installed inside the box (323) through the balance blocks (3234); The cotton ball (3231) fills the collecting groove (3232) as a whole and the collecting groove (3232) is opened in a vertical direction. The balance blocks (3234) on the left and right sides of the inner liner (3233) are solid.

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