CN104888318B - Cardiovascular anesthesia-type interventional therapy device - Google Patents

Abstract

The invention relates to a cardiovascular anesthesia interventional treatment device, which belongs to the technical field of medical instruments. The cardiovascular anesthesia interventional treatment device of the present invention includes a power supply base, an interventional device combination box, an anesthesia box and a hemostatic compression top box. The rotating shaft is connected to the combination box of the interventional device through the nesting ring of the rotating shaft. The winding drum is equipped with a diversion tube winding drum on the rotating shaft. An anesthetic buffer box is provided on the lower side of the drainage channel, a top box protection cover is provided on the hemostatic compression top box, and a pressure pump switch is provided on the upper side of the hemostasis compression top box, and the pressure pump switch is connected with the hemostasis compression top box through the switch chute. The invention has complete functions and is convenient to use. When performing cardiovascular interventional treatment on patients, the device is easy to operate, saves time and labor, and reduces the work difficulty of medical personnel.

Description

Cardiovascular anesthesia interventional therapy device

technical field

The invention belongs to the technical field of medical devices, and in particular relates to a cardiovascular anesthesia interventional therapy device.

Background technique

Today, there are generally several medical methods for cardiovascular diseases, such as internal medicine, surgery and interventional minimally invasive treatment. Among them, interventional treatment is widely used because of its small trauma, obvious effect and quick recovery. However, interventional treatment also has certain drawbacks. For example, if the efficacy of the anesthetic is lost during the guidewire intervention in the body, supplementary anesthesia is required, and the guidewire withdrawal after treatment needs to be pressed to stop the bleeding. These problems have not been well resolved in the current cardiovascular interventional therapy, resulting in a second injection Anesthesia and wound bleeding pollute the treatment environment.

Contents of the invention

The object of the present invention is to provide a cardiovascular anesthesia interventional therapy device which is flexible in operation and easy to use when performing cardiovascular interventional therapy on patients.

The technical solution of the present invention is: a cardiovascular anesthesia interventional treatment device, including a power supply base, an interventional device combination box, an anesthesia box and a hemostatic compression top box, a hidden battery box is arranged in the power supply base, and a battery is arranged on the hidden battery box. The box cover and the battery box cover are connected to the hidden battery box through the battery box cover leaflet. There is a charging compartment on the right side of the hidden battery box. There is a roller drive shaft in the charging compartment. There are charging wires on the wire winding drum, battery charging plugs on the charging wires, rechargeable batteries in the hidden battery box, universal wheels on the lower side of the power supply base, and fixer slide slots on the left and right sides of the power supply base. There is a universal wheel fixer on the slide groove of the fixer, and the universal wheel fixer is connected with the slide groove of the fixer through a fixed slider. On the side, the anesthesia box is located on the right side of the interventional device combination box, and there is a moving handle on the right side of the anesthesia box. The moving handle is connected to the anesthesia box through the handle nesting ring, and the hemostatic compression top box is located on the upper side of the anesthesia box;

The intervening device combination box is equipped with a winding drum rotating shaft, which is connected to the intervening device combination box through the rotating shaft nesting ring. , the lower side of the winding drum shaft is provided with a rocker drive rod, the lower side of the rocker drive rod is provided with an external rocker arm, the external rocker arm is provided with a rocker handle, and the upper right side of the interventional device combination box is provided with an anesthesia box connection port. The lower left side of the interventional device combination box is provided with a diversion tube outlet, and a guide wire intervention device is provided on the left side of the diversion tube outlet. Anti-slip spacer, the left side of the guide wire inserter is equipped with a guide wire threading plug, the guide wire threading plug is connected with the guide wire inserter by replacing the bolt through the threading plug, the left side of the guide wire threading plug is provided with a human body contact cushion, and the guide wire is inserted There is a three-way connector in the head, a disposable needle is arranged on the upper side of the three-way connector, a one-way valve is arranged on the lower side of the three-way connector, and a fixing belt buckle is arranged on the lower left side of the guide wire intervention device, and the fixing belt buckle is on the There is a body fixing belt, a fixing belt plug is provided on the human body fixing belt, a fixing belt slot is provided on the upper left side of the guide wire intervenor, and an interposer dust cover is provided on the outside of the guide wire interposer;

There is an anesthesia box door on the anesthesia box, and the anesthesia box door is connected with the anesthesia box through the box door loose leaf. There is a hard drainage channel on the connecting mouth, and an anesthetic buffer box is provided on the lower side of the hard drainage channel. The anesthetic buffer box is connected to the hard drainage channel through the buffer box connecting bolts. There is an electric heating plate inside, an anesthetic agent push motor on the right side of the anesthetic agent heating chamber, a temperature sensing chip on the upper right side of the anesthetic agent heating chamber, a temperature display screen on the upper side of the temperature sensing chip, and an anesthetic agent storage bottle on the upper side of the anesthetic agent buffer box. The anesthetic agent storage bottle is connected to the anesthetic agent buffer box through the storage bottle removal bolt, the anesthetic agent replenishment port is provided on the upper side of the anesthetic agent storage bottle, the ultraviolet germicidal lamp is arranged on the upper right side of the anesthetic agent storage bottle, the anesthetic agent delivery switch is arranged inside the anesthesia box, and the lower side of the anesthetic agent delivery switch Equipped with temperature adjustment switch;

The hemostasis compression top box is provided with a top box protective cover, the top box protection cover is provided with a protective cover handle, and the hemostasis compression top box is provided with a pressure pump switch, and the pressure pump switch is connected with the hemostasis compression top box through the switch chute. There is a medical pressure pump in the hemostatic compression top box, a push piston is arranged in the medical pressure pump, a compressor push beam is arranged on the left side of the push piston, a beam support arm is arranged on the lower side of the push beam of the compressor, and a reducer is arranged on the beam support arm. The sliding head is pressed, and the hemostatic compressor is installed on the left side of the push beam of the compressor, and the hemostatic compressor is connected with the push beam of the compressor through the rotating bolt of the compressor. The left side of the lifting compression column is provided with a compression hemostatic ball, the outside of the compression hemostatic ball is provided with a decompression sponge cover, and the upper side of the hemostatic compressor is provided with an airbag activation switch.

An anti-scratch seal is provided on the power supply base.

The moving handle is provided with a decompression cushion ring.

A finger insertion ring is provided on the upper side of the guide wire intervention device.

A transparent observation window is provided on the door of the anesthesia box.

A variable voltage resistor is arranged on the electric heating plate.

The rotating bolt of the compressor is provided with a bolt fixing knob.

The left side of the hemostatic compressor is provided with a blood-absorbing cushion.

The beneficial effects of the invention are: complete functions, easy to use, easy to use when performing cardiovascular interventional treatment on patients, and lighten the burden of medical personnel.

Description of drawings

Accompanying drawing 1 is a schematic diagram of the overall structure of the present invention.

Accompanying drawing 2 is the structural diagram of the combination box of the intervention device of the present invention.

Accompanying drawing 3 is the structure diagram of anesthesia box of the present invention.

Accompanying drawing 4 is the structural diagram of the hemostatic compression top box of the present invention.

In the picture:

1: Power supply base, 2: Interventional device combination box, 3: Anesthesia box, 4: Hemostatic compression top box, 5: Hidden battery box, 6: Battery box cover, 7: Battery box cover leaflet, 8: Charging compartment, 9 : Drum drive shaft, 10: Charging cable wrapping around the drum, 11: Charging wire, 12: Battery charging plug, 13: Rechargeable battery, 14: Universal wheel, 15: Fixer sliding groove, 16: Universal wheel fixer, 17 : Fixed slider, 18: Holder lower plate, 19: Moving handle, 20: Nesting ring of handle, 21: Rotary shaft of winding drum, 22: Nesting ring of rotating shaft, 23: Drainage tube winding drum, 24: Anesthetic agent diversion Tube, 25: rocker arm drive rod, 26: external rocker arm, 27: rocker handle, 28: anesthesia box connection port, 29: catheter outlet, 30: guide wire intervention device, 31: intervention device removal ring, 32: anti-slip spacer, 33: guide wire through the plug, 34: through the plug to replace the bolt, 35: human body contact cushion, 36: three-way connector, 37: disposable needle, 38: one-way valve, 39: fixed Belt buckle, 40: body fixing belt, 41: fixing belt plug, 42: fixing belt slot, 43: dust cover for interventional device, 44: anesthesia box door, 45: box door loose leaf, 46: box door buckle lock , 47: Connecting mouth of diversion tube, 48: Hard drainage channel, 49: Anesthetic agent buffer box, 50: Buffer box connection bolt, 51: Anesthetic agent heating chamber, 52: Electric heating plate, 53: Anesthetic agent push motor, 54: Temperature sensor Chip, 55: temperature display, 56: anesthetic storage bottle, 57: storage bottle removal bolt, 58: anesthetic refill port, 59: ultraviolet germicidal lamp, 60: anesthetic delivery switch, 61: temperature adjustment switch, 62: top box protection Cover, 63: Protective cover handle, 64: Pressure pump switch, 65: Switch chute, 66: Medical pressure pump, 67: Push piston, 68: Compressor push beam, 69: Beam support arm, 70: Decompression slide Head, 71: Hemostasis Compressor, 72: Rotating Bolt of Compressor, 73: Pressure Airbag, 74: Lifting Compression Column, 75: Compression Hemostatic Ball, 76: Decompression Sponge Cover, 77: Airbag Start Switch, 78: Anti-scratch Seal, 79: decompression cushion ring, 80: finger insertion ring, 81: transparent observation window, 82: variable voltage resistor, 83: bolt fixing knob, 84: blood absorption cushion.

detailed description

The cardiovascular anesthesia interventional therapy device of the present invention will be described in detail below with reference to the accompanying drawings.

As shown in Figure 1, the cardiovascular anesthesia interventional treatment device of the present invention includes a power supply base 1, an interventional device combination box 2, an anesthesia box 3 and a hemostatic compression top box 4, and a hidden battery box 5 is arranged in the power supply base 1 , the hidden battery box 5 is provided with a battery box cover 6, the battery box cover 6 is connected with the hidden battery box 5 through the battery box cover leaflet 7, and the right side of the hidden battery box 5 is provided with a charging compartment 8, and the charging compartment 8 is equipped with There is a drum drive shaft 9, a charging wire winding drum 10 is arranged on the drum driving shaft 9, a charging wire 11 is arranged on the charging wire winding drum 10, a battery charging plug 12 is arranged on the charging wire 11, and a hidden battery box 5 is provided with Rechargeable battery 13, power supply base 1 lower side is provided with universal wheel 14, and power supply base 1 left and right sides is provided with fixer slide groove 15, and fixer slide groove 15 is provided with universal wheel fixer 16, and universal wheel fixer 16 is connected with the slide groove 15 of the fixer through the fixed slider 17, the universal wheel fixer 16 is provided with the lower pressure plate 18 of the fixer, the interventional device combination box 2 is located on the upper side of the power supply base 1, and the anesthesia box 3 is located in the interventional device combination box 2 On the right side, the right side of the anesthesia box 3 is provided with a moving handle 19, the moving handle 19 is connected with the anesthesia box 3 through the handle nesting ring 20, and the hemostatic compression top box 4 is located on the upper side of the anesthesia box 3;

As shown in Figure 2, the winding drum rotating shaft 21 is provided inside the intervening device combination box 2, and the winding drum rotating shaft 21 is connected with the intervening device combining box 2 through the rotating shaft nesting ring 22, and the winding drum rotating shaft 21 is provided with a guide tube winding drum 23 , the anesthetic guide tube 24 is provided on the winding drum 23 of the diversion tube, the rocker driving rod 25 is arranged on the lower side of the winding drum rotating shaft 21, and the external rocker arm 26 is arranged on the lower side of the rocker driving rod 25, and the external rocker arm 26 There is a rocker handle 27 on the top, an anesthesia box connection port 28 on the upper right side of the interventional device combination box 2, a diversion tube outlet 29 on the left lower side of the interventional device combination box 2, and a guide wire intervention on the left side of the diversion tube outlet 29. 30, the guide wire interposer 30 is connected to the anesthetic agent guide tube 24 through the interposer removal ring 31, the lower side of the guide wire interposer 30 is provided with an anti-slip gasket 32, and the left side of the guide wire interposer 30 is provided with a guide wire threading plug 33. The guide wire threading plug 33 is connected to the guide wire intervenor 30 by replacing the bolt 34 through the plug. The left side of the guide wire threading plug 33 is provided with a human body contact cushion 35, and the guide wire threading plug 33 is provided with a three-way connector 36. The upper side of the three-way connector 36 is provided with a disposable needle 37, and the lower side of the three-way connector 36 is provided with a one-way valve 38. The human body fixing belt 40 is provided with a fixing belt plug 41 on the human body fixing belt 40, a fixing belt slot 42 is provided on the upper left side of the guide wire intervenor 30, and an interposer dust cover 43 is provided on the outer side of the guide wire interposer 30;

As shown in Figure 3, the anesthesia box 3 is provided with an anesthesia box door 44, and the anesthesia box door 44 is connected with the anesthesia box 3 by a door leaflet 45, and the left side of the anesthesia box door 44 is provided with a box door snap lock 46, and the anesthesia box The box 3 is provided with a diversion tube connection nozzle 47, a hard drainage channel 48 is arranged on the diversion tube connection nozzle 47, and an anesthetic buffer box 49 is arranged on the lower side of the hard drainage channel 48, and the anesthetic buffer box 49 is connected to the bolt through the buffer box 50 is connected with the hard drainage channel 48, an anesthetic agent heating chamber 51 is arranged in the anesthetic agent buffer box 49, an electric heating plate 52 is arranged in the anesthetic agent heating chamber 51, an anesthetic agent pushing motor 53 is arranged on the right side of the anesthetic agent heating chamber 51, and an anesthetic agent heating chamber 51 is arranged on the upper right side. The side is provided with a temperature sensing chip 54, the upper side of the temperature sensing chip 54 is provided with a temperature display 55, and the upper side of the anesthetic buffer box 49 is provided with an anesthetic storage bottle 56, and the anesthetic storage bottle 56 is connected with the anesthetic buffer box 49 through a storage bottle removal bolt 57 , the upper side of the anesthetic storage bottle 56 is provided with an anesthetic supplement port 58, the upper right side of the anesthetic storage bottle 56 is provided with an ultraviolet germicidal lamp 59, the inside of the anesthesia box 3 is provided with an anesthetic delivery switch 60, and the lower side of the anesthetic delivery switch 60 is provided with a temperature adjustment switch 61 ;

As shown in Figure 4, the hemostatic pressure top box 4 is provided with a top box protective cover 62, the top box protective cover 62 is provided with a protective cover handle 63, the hemostatic pressure top box 4 is provided with a pressure pump switch 64, and the pressure pump The switch 64 is connected with the hemostasis compression top box 4 through the switch chute 65, the hemostasis compression top box 4 is provided with a medical pressure pump 66, the medical pressure pump 66 is provided with a push piston 67, and the left side of the push piston 67 is provided with a compressor push beam 68. A crossbeam support arm 69 is provided on the lower side of the compressor pushing crossbeam 68. A decompression sliding head 70 is provided on the crossbeam support arm 69. A hemostatic compressor 71 is provided on the left side of the compressor pushing crossbeam 68. The hemostatic compressor 71 passes through the compressor The rotating bolt 72 is connected with the push beam 68 of the compressor, and the hemostatic compressor 71 is provided with a pressure air bag 73, and the left side of the pressure air bag 73 is provided with a lifting compression column 74, and the left side of the lifting compression column 74 is provided with a compression hemostatic ball 75, which compresses the hemostatic ball The outside of 75 is provided with a decompression sponge cover 76, and the upper side of the hemostatic compressor 71 is provided with an airbag activation switch 77.

When in use, the medical staff uses the cooperation of the universal wheel 14 and the moving handle 19 to move the device to the front of the operating table, connect the battery charging plug 12 to the power supply, ensure that the rechargeable battery 13 has sufficient power, and open the dust cover 43 of the interventional device. Take out the guide wire intervention device 30, and shake the rocker handle 27 at the same time, so that the anesthetic agent catheter 24 is released from the catheter winding drum 23, and after the anesthetic agent catheter 24 is released to a sufficient length, the medical staff holds the guide wire intervention device 30 , insert the disposable needle 37 into the patient's venous blood vessel, ensure that the human body contact cushion 35 fits the patient's body surface, and further use the human body fixing belt 40 to fix the guide wire interventional device 30 on the patient's body, and start the temperature in the anesthesia box 3 Adjust the switch 61, the electric heating plate 52 starts to work, heat the anesthetic agent in the anesthetic agent heating chamber 51, display the anesthetic agent temperature on the temperature display screen 55 through the temperature sensing chip 54, start the anesthetic agent delivery switch 60 after the temperature reaches the requirement, and anesthetic agent push motor 53 work, the anesthetic is pushed from the anesthetic heating chamber 51 into the hard drainage channel 48, then sent into the anesthetic catheter 24 from the nozzle 47 of the catheter, and enters the human body through the guide wire intervenor 30 and the three-way connector 36, Administer anesthesia.

After the anesthesia is completed, the guide wire can be inserted into the patient's body through the one-way valve 38 for treatment. After the treatment, the guide wire is taken out, the top box protective cover 62 on the hemostatic compression top box 4 is opened, and the pressure pump switch 64 is slid to the left to make the medical pressure The pump 66 works, pushes the hemostatic compressor 71 out, rotates the compressor and rotates the bolt 72 so that the hemostatic compressor 71 is perpendicular to the patient's wound, places the hemostatic compressor 71 outside the patient's wound, activates the airbag start switch 77, and the pressure airbag 73 pushes and compresses The hemostatic ball 75 can compress the wound to stop bleeding.

The power supply base 1 is provided with an anti-scratch seal 78 . Such setting can avoid medical personnel being scratched by the corners of the power supply base 1 being too sharp.

The moving handle 19 is provided with a decompression cushion ring 79 . Arranged like this, can alleviate the pressure of mobile handle 19 to hand.

A finger insertion ring 80 is provided on the upper side of the guide wire intervention device 30 . Such arrangement facilitates medical personnel to better operate the guide wire intervention device 30 .

The anesthesia box door 44 is provided with a transparent observation window 81 . Arranged in this way, the residual amount of anesthetic solution in the anesthetic agent storage bottle 56 can be observed through the transparent observation window 81, so as to replenish in time.

The electric heating plate 52 is provided with a variable voltage resistor 82 . Set in this way, the power of the electric heating plate 52 can be changed through the variable voltage resistor 82, thereby adjusting the temperature of heating.

A bolt fixing knob 83 is provided on the compressor rotating bolt 72 . With this arrangement, the compressor rotating bolt 72 can be fixed by the bolt fixing knob 83 .

A blood-absorbing cushion 84 is provided on the left side of the hemostatic compressor 71 . With this arrangement, the blood-absorbing cushion 84 can be used to absorb the blood oozing out from the wound.

The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the technical principle of the present invention, some improvements and replacements can also be made, these improvements and replacements It should also be regarded as the protection scope of the present invention.

Claims (8)

1. Cardiovascular anesthesia interventional therapy device, including power supply base (1), interventional device combination box (2), anesthesia box (3), hemostatic compression top box (4), compressor push beam (68), beam support arm (69) and decompression sponge cover (76), it is characterized in that: A hidden battery box (5) is arranged in the power supply base (1), and a battery box cover (6) is arranged on the hidden battery box (5), and the battery box cover (6) is connected with the hidden The battery box (5) is connected to the hidden battery box (5). There is a charging compartment (8) on the right side of the hidden battery box (5). The charging compartment (8) is equipped with a roller drive shaft (9). The wire winding drum (10), the charging wire winding drum (10) is provided with a charging wire (11), the charging wire (11) is provided with a battery charging plug (12), and the hidden battery box (5) is provided with a rechargeable battery (13), the lower side of the power supply base (1) is provided with universal wheels (14), the left and right sides of the power supply base (1) are provided with fixer sliding grooves (15), and the fixer sliding grooves (15) are provided with universal wheels. The wheel fixer (16), the universal wheel fixer (16) is connected with the fixer sliding groove (15) through the fixed slide block (17), and the universal wheel fixer (16) is provided with the lower pressure plate of the fixer (18) , the interventional device combination box (2) is located on the upper side of the power supply base (1), the anesthesia box (3) is located on the right side of the interventional device combination box (2), the right side of the anesthesia box (3) is provided with a moving handle (19), and the moving handle (19) Connect with the anesthesia box (3) through the handle nesting ring (20), and the hemostatic compression top box (4) is located on the upper side of the anesthesia box (3); The intervenor combination box (2) is provided with a winding drum shaft (21), and the winding drum shaft (21) is connected to the intervenor combination box (2) through the shaft nesting ring (22), and the winding drum shaft (21) is provided with The guide tube winding drum (23), the anesthetic agent guide tube (24) is arranged on the guide tube winding drum (23), the rocker arm drive rod (25) is provided on the lower side of the winding drum rotating shaft (21), and the rocker arm drive rod (25) The lower side is provided with an external rocker arm (26), the external rocker arm (26) is provided with a rocker handle (27), and the upper right side of the interventional device combination box (2) is provided with an anesthesia box connection port (28) , the lower left side of the interventional device combination box (2) is provided with a diversion tube outlet (29), and the left side of the diversion tube outlet (29) is provided with a guide wire intervention device (30), and the guide wire intervention device (30) is disassembled through the intervention device The ring (31) is connected with the anesthetic agent catheter (24), and the lower side of the guide wire intervention device (30) is provided with an anti-slip pad (32), and the left side of the guide wire intervention device (30) is provided with a guide wire penetration plug (33 ), the guide wire wears the plug (33) and is connected with the guide wire intervener (30) by passing through the plug replacement bolt (34), the left side of the guide wire wears the plug (33) and is provided with a human body contact cushion (35), and the guide wire wears the plug (33) is provided with a three-way connector (36), the upper side of the three-way connector (36) is provided with a disposable needle (37), and the lower side of the three-way connector (36) is provided with a one-way valve (38). The lower left side of the wire intervener (30) is provided with a fixed belt buckle (39), the fixed belt buckle (39) is provided with a human body fixed belt (40), and the human body fixed belt (40) is provided with a fixed belt plug (41) , the upper left side of the guidewire intervenor (30) is provided with a fixing belt slot (42), and the outer side of the guidewire intervenor (30) is provided with an interposer dust cover (43); The anesthesia box (3) is provided with an anesthesia box door (44), and the anesthesia box door (44) is connected with the anesthesia box (3) by the box door leaflet (45), and the left side of the anesthesia box door (44) is provided with a box. The door catch lock (46), the anesthesia box (3) is provided with a diversion tube connector (47), the diversion tube connector (47) is provided with a hard drainage channel (48), the hard drainage channel (48) An anesthetic agent buffer box (49) is provided on the lower side, and the anesthetic agent buffer box (49) is connected to the hard drainage channel (48) through the buffer box connecting bolt (50), and an anesthetic agent heating chamber (51) is arranged inside the anesthetic agent buffer box (49) An electric heating plate (52) is arranged in the anesthetic agent heating chamber (51), an anesthetic agent pushing motor (53) is arranged on the right side of the anesthetic agent heating chamber (51), and a temperature sensing chip (54) is arranged on the upper right side of the anesthetic agent heating chamber (51), The upper side of the temperature sensing chip (54) is provided with a temperature display screen (55), and the upper side of the anesthetic buffer box (49) is provided with an anesthetic storage bottle (56). The buffer box (49) is connected, an anesthetic agent replenishment port (58) is provided on the upper side of the anesthetic agent storage bottle (56), an ultraviolet germicidal lamp (59) is arranged on the upper right side of the anesthetic agent storage bottle (56), and an anesthetic agent is arranged on the inside of the anesthesia box (3) Delivery switch (60), the lower side of the anesthetic agent delivery switch (60) is provided with a temperature adjustment switch (61); The hemostasis pressure top box (4) is provided with a top box protective cover (62), the top box protection cover (62) is provided with a protective cover handle (63), and the hemostasis pressure top box (4) is provided with a pressure pump switch (64), the pressure pump switch (64) is connected with the hemostatic compression top box (4) by the switch chute (65), and the hemostatic compression top box (4) is provided with a medical pressure pump (66), and the medical pressure pump (66) A push piston (67) is provided inside, and the left side of the push piston (67) is provided with a compressor push beam (68), and the lower side of the compressor push beam (68) is provided with a beam support arm (69), and the beam support arm (69) There is a decompression sliding head (70) on the top, and a hemostatic compressor (71) is provided on the left side of the compressor pushing beam (68). The hemostatic compressor (71) pushes the beam (68) through the compressor rotating bolt (72). ) connection, the hemostatic compressor (71) is provided with a pressure air bag (73), the left side of the pressure air bag (73) is provided with a lifting compression column (74), and the left side of the lifting compression column (74) is provided with a compression hemostatic ball (75) , the outside of the compression hemostatic ball (75) is provided with a decompression sponge cover (76), and the upper side of the hemostatic compressor (71) is provided with an air bag start switch (77). 2. The cardiovascular anesthesia interventional therapy device according to claim 1, characterized in that: the power supply base (1) is provided with an anti-scratch seal (78). 3. The cardiovascular anesthesia-type interventional treatment device according to claim 1, characterized in that: the moving handle (19) is provided with a decompression cushion ring (79). 4. The cardiovascular anesthesia interventional treatment device according to claim 1, characterized in that: a finger insert ring (80) is provided on the upper side of the guide wire intervention device (30). 5. The cardiovascular anesthesia interventional therapy device according to claim 1, characterized in that: the anesthesia box door (44) is provided with a transparent observation window (81). 6. The cardiovascular anesthesia interventional treatment device according to claim 1, characterized in that: the electric heating plate (52) is provided with a variable voltage resistor (82). 7. The cardiovascular anesthesia-type interventional therapy device according to claim 1, characterized in that: the rotating bolt (72) of the compressor is provided with a bolt fixing knob (83). 8. The cardiovascular anesthesia interventional therapy device according to any one of claims 1-7, characterized in that: a blood-absorbing cushion (84) is provided on the left side of the hemostatic compressor (71).