Compression hemostasis device after femoral artery puncture operation
Technical Field
The utility model relates to the technical field of medical appliances, in particular to a compression hemostasis device after femoral artery puncture.
Background
The femoral artery puncture is used for clinical arterial blood sample collection, pressurized blood transfusion during emergency treatment, regional chemotherapy, cardiovascular and cerebrovascular intervention operation and other treatments, compression hemostasis is needed at puncture parts after the femoral artery puncture, an elastic bandage or a compressor can be used for a tourniquet used for compression hemostasis commonly used in clinic at present, the tourniquet is inconvenient to wear, comfort of a patient after wearing is poor, the tourniquet needs to be compressed for 8-12 hours or longer after operation, the patient cannot leave the bed to move during the compression of the femoral artery puncture parts, the lower limb of the patient cannot move or flex at will, so that bleeding or hematoma is avoided, the patient can be tired very much on a sickbed, the patient can move the lower limb under the condition of carelessness or unconsciousness, and the risk of bleeding and hematoma is increased.
Disclosure of utility model
In order to overcome the defects in the background technology, the utility model discloses a compression hemostasis device after femoral artery puncture, according to the utility model, the tourniquet and the waist compression belt are arranged at the femoral artery puncture part of the patient, so that the purpose of compressing the puncture point of the patient, reducing the bleeding risk and promoting the postoperative recovery of the patient is achieved.
In order to achieve the aim of the utility model, the utility model adopts the following technical scheme:
The utility model provides a femoral artery puncture postoperative hemostasis by compression device, includes tourniquet and waist compression area, and the tourniquet is equipped with the waist compression area outward, and the tourniquet is worn at patient inguinal femoral artery puncture point, and the waist compression area twines in patient's waist, and waist compression area both ends are connected, and waist compression area one end twines behind the lower abdomen and wraps up the tourniquet on the thigh root with puncture point.
The tourniquet comprises an elastic band and a compression pad, wherein the elastic band is of an X-shaped cross structure, a rubber coating is arranged on one side face of the elastic band, and the compression pad is arranged at the intersection point of the elastic band.
The other side cross point of the elastic band is provided with a double-sided adhesive layer, and one side of the waist compression band is adhered to the double-sided adhesive layer.
The waist compression belt comprises a belt, a fixing piece and a gasket, wherein at least one perforation is formed in the belt, one end of the belt is provided with the fixing piece, two ends of the belt are connected through the fixing piece, the gasket is arranged on one side, close to the skin of a patient, of the belt, and a limiting assembly is arranged on the belt.
At least one pad is arranged on the waistband, a clamping ring is arranged on one side of the pad, and the waistband penetrates through the clamping ring.
Spacing subassembly includes gasbag, lantern ring and fixed band, is equipped with the air cock on the gasbag, and the gasbag both ends all are equipped with the lantern ring, and gasbag one end sets up at patient's waist, and the waistband passes gasbag one end lantern ring, and the gasbag other end sets up at patient's shank, is equipped with the fixed band on the gasbag other end lantern ring, and the fixed band passes gasbag shank end collar, and fixed band one end is equipped with the mounting, and the fixed band both ends are connected through the mounting.
The fixing piece is any one of an adjusting buckle or a magic tape.
The compression hemostasis device after femoral artery puncture operation has strong practicability and is very convenient to use, the elastic band and the compression pad are matched to perform primary fixed compression on femoral artery puncture points, the waist compression band is arranged to perform secondary fixed compression on femoral artery puncture points, the pad is arranged on the waistband to prevent the waistband from compressing and rubbing the skin of a patient, comfort of the patient is improved, and the perforation and limiting assembly is arranged on the waistband to reduce the movement of lower limbs of the patient after operation, so that the risk of blood seepage and hematoma of the patient is reduced, and the leg bending or movement of the patient is avoided to influence postoperative recovery.
Drawings
Fig. 1 is a schematic perspective view of a tourniquet according to the present utility model;
fig. 2 is a schematic perspective view of a tourniquet according to the present utility model;
Fig. 3 is a schematic perspective view of a lumbar compression belt according to the present utility model;
In the figure, 1, a tourniquet, 101, an elastic band, 102, a compression pad, 103, a double-sided adhesive layer, 2, a waist compression band, 201, a waistband, 202, a fixing piece, 203, a gasket, 204, a clamping ring, 205, a perforation, 206, an air bag, 207, an air tap, 208, a lantern ring, 209 and a fixing band.
Detailed Description
The utility model will be explained in more detail by the following examples, the purpose of which is to protect all technical improvements within the scope of the utility model.
Combine 1~3 of attached hereto a femoral artery puncture postoperative hemostasis by compression device, including tourniquet 1 and waist compression area 2, tourniquet 1 outside is equipped with waist compression area 2, and tourniquet 1 wears at patient's inguinal femoral artery puncture point, and tourniquet 1 carries out once fixed oppression to femoral artery puncture point, and waist compression area 2 twines in patient's waist, and waist compression area 2 both ends are connected, twines behind the lower abdomen tourniquet 2 one end and wraps up tourniquet 1 on the thigh root with puncture point, and waist compression area 2 carries out the secondary fixed oppression to femoral artery puncture point.
The tourniquet 1 comprises an elastic band 101 and a compression pad 102, wherein the elastic band 101 is of an X-shaped cross structure, a glue coating is arranged on one side surface of the elastic band 101, the compression pad 102 is arranged at the cross point of the elastic band 101, and the compression pad 102 is compressed on a femoral artery puncture point of a patient.
The intersection point of the other side of the elastic band 101 is provided with a double-sided adhesive layer 103, and one side of the waist compression band 2 is adhered to the double-sided adhesive layer 103, so that the influence of the displacement of the waist compression band 2 on the compression hemostasis effect is avoided.
The waist compression belt 2 comprises a waistband 201, fixing pieces 202 and a liner 203, at least one perforation 205 is arranged on the waistband 201, a restraint belt fixed on a bed rail is arranged on the perforation 205, a patient is prevented from moving on a sickbed, the risk of bleeding and hematoma of the patient is reduced, the fixing pieces 202 are arranged at one end of the waistband 201, two ends of the waistband 201 are connected through the fixing pieces 202, the liner 203 is arranged on one side, close to the skin of the patient, of the waistband 201, and a limiting component is arranged on the waistband 201.
The waistband 201 is provided with at least one pad 203, one side of the pad 203 is provided with a clamping ring 204, the waistband 201 passes through the clamping ring 204, the pad 203 is arranged between the skins of a patient with the waistband 201, the pressure and friction of the waistband 201 to the skins are reduced, and the comfort of the patient wearing the waistband is improved.
Spacing subassembly includes gasbag 206, lantern ring 208 and fixed band 209, is equipped with air cock 207 on the gasbag 206, and gasbag 206 both ends all are equipped with lantern ring 208, and gasbag 206 one end sets up at the patient's waist, and waistband 201 passes gasbag 206 one end lantern ring 208, and the gasbag 206 other end sets up at the patient shank, is equipped with fixed band 209 on gasbag 206 other end lantern ring 208, and fixed band 209 passes gasbag 206 shank end lantern ring 208, and fixed band 209 one end is equipped with mounting 202, and fixed band 209 both ends are connected through mounting 202, and gasbag 206 supports fixedly along the patient's shank, avoids patient's shank crooked, influences postoperative recovery.
The fixing member 202 is any one of an adjusting buckle and a magic tape.
The implementation in a femoral artery puncture postoperative hemostasis by compression device, cover aseptic dressing at patient's puncture position earlier when using, press the pad 102 on the dressing, paste respectively on patient's big low limbs front and back skin with elastic band 101 one side both ends, elastic band 101 opposite side both ends paste respectively on patient's lower abdomen and waist skin, elastic band 101 self pulling force is with the pad 102 oppression fixed at puncture position, thereby carry out fixed oppression to femoral artery puncture point once, then twine waistband 201 at patient's waist, the crisscross parcel is on tourniquet 1 behind the lower abdomen behind waistband 201 one end twine waist, with waistband 201 cross on elastic band 101, waistband 201 one side adhesion is on elastic band 101's double-sided adhesive layer 103, avoid waist compression band 2 displacement to influence hemostasis by compression effect, then spacing subassembly and liner 203 are installed on waistband 201, and fix the waistband 201 both ends, after the patient shifts the sick bed, use restriction band or gauze etc. to connect bed fence and perforation 205, avoid patient's femoral artery puncture limb to move on puncture position, reduce patient's puncture position of puncture position to ooze blood and hematoma and produce risk that the patient's lower limb, then, twine on tourniquet 1 behind waist, with the lower abdomen back cross winding, with waistband 201 cross on elastic band 101, the double-sided adhesive tape of elastic band 101 is on the upper carrier layer 103, avoid the effect of elastic band 101, then, the patient's side is fixed at least, patient's limb is fixed to the lower limb is reached by the air bag is reached, and the patient is fixed to the position is inflated, and has at least to the lower limb 206.
While the utility model has been particularly shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the utility model as defined by the appended claims.