CN104306093A - Transparent restraining and protecting glove - Google Patents

Abstract

The invention relates to a transparent restraining and protecting glove. The transparent restraining and protecting glove comprises a glove body, a wrist fixing body and a binding belt; the binding belt is installed on the wrist fixing body; the glove body comprises a palm layer and a hand back layer the same as the palm layer in shape; the palm layer is connected with the hand back layer through a zipper; the hand back layer is a transparent and soft plastic layer; honeycomb-shaped air holes are formed in the transparent and soft plastic layer. The wrist fixing body comprises a lower fixing block connected with the palm layer and an upper fixing block hinged to the hand back layer; the upper fixing block comprises an upper buffer cotton block and a lower buffer cotton block; the upper buffer cotton block is hinged to the lower buffer cotton block; a semi-circular upper guide groove is formed in the end face, attached to the lower buffer cotton block, of the upper buffer cotton block; a semi-circular lower guide groove is formed in the end face, corresponding to the upper buffer cotton block, of the lower buffer cotton block; the upper guide groove corresponds to the lower guide groove. By means of the transparent restraining and protecting glove, the problems that an existing restraining glove for medical treatment is difficult to operate, inconvenient to use and not high in comfort degree are solved.

Description

Transparent Constraint Protective Gloves

technical field

The invention belongs to the field of medical auxiliary equipment, in particular to a transparent restraint protective glove. the

Background technique

At present, for some patients who are deeply comatose, mentally disturbed, emotionally unstable, or suffer from long-term pain, they often self-harm, self-extubation, and sabotage of medical treatment due to temporary loss of emotional control or unbearable pain during hospitalization or treatment. In order to solve this problem, the industry has developed medical restraint gloves, which can be worn on the hands of patients so that their fingers cannot move flexibly. Fix the restraint gloves to the bed frame or suitable places to restrict the movement of the patient's hands so that they cannot perform improper actions that injure themselves or others or hinder medical treatment. the

As far as the existing medical restraint gloves are concerned, they are mainly formed by overlapping two cloth pieces in the form of parallel palms and then sewn together. With the spatial design of parallel palms, the patient's hand can be inserted into the restraint glove from the mouth of the sleeve. After the inside, the five fingers will not be able to move independently and dexterously, and the hard positioning piece sandwiched by the fabric on one side of the restraint glove is assisted to restrict the palm from being able to bend and grasp arbitrarily, so that the movement of the hand can be restrained action so that it cannot act inappropriately. the

However, although this medical restraint glove can solve the problem of patient extubation, the restraint glove and the fixed end of the arm are usually provided with an elastic sleeve. The mouth of the sleeve is contracted through the mouth of the sleeve, so that the restraint glove is fixed on the arm of the patient. This has two problems: 1. When the arm of the patient who is being infused passes through the mouth of the sleeve, it is easy to cause the glove to slip through the mouth. The mouth touches the needle on the patient's arm, causing the patient's condition to deteriorate, and also brings difficulties to the medical staff; 2. The pipeline used to infuse the patient needs to pass through the sleeve, which causes the infusion tube to be squeezed, not only It affects the patient's infusion and brings discomfort to the patient; and traditional restraint gloves make it difficult to observe the patient's finger skin, blood flow, and finger activity. the

In Chinese patent CN201310344785.X, a binding glove is disclosed, which includes a hard spherical body and a binding body connected to the hard spherical body. The hard spherical body has a palm accommodation cavity and the outer surface of the hard spherical body is Smooth, hard spherical body comprising a left half and a right half hinged to said left half, said binding body comprising a left half connected to said left half and a right half connected to said right half right half of the body. Although the device solves the problem of medical personnel inserting the patient's arm into the restraining glove, it still has not solved the technical problems of the sheath pressing the infusion tube and the user's comfort. the

Contents of the invention

In order to solve the above-mentioned technical problems, the object of the present invention is to provide a new type of transparent restraint protective gloves to solve the problems of difficult operation, inconvenient use and low comfort in existing medical restraint gloves. the

In order to achieve the above object, a transparent restraint protective glove of the present invention includes a glove body, a wrist fixing body connected to the glove body, and a restraint belt for fixing the glove body, and the restraint belt is installed On the wrist fixing body, it is characterized in that: the glove body includes a palm layer and a back layer of the same shape as the palm layer, and the palm layer and the back layer are connected by a zipper; the back layer of the hand It is a transparent soft plastic layer, and the transparent soft plastic layer is provided with honeycomb-shaped air holes; the wrist fixing body includes a lower fixing block connected with the palm layer and an upper fixing block hinged with the lower fixing block. block, the upper fixing block includes an upper buffer cotton block and a lower buffer cotton block, the upper buffer cotton block is hingedly connected with the lower buffer cotton block, and the end surface of the upper buffer cotton block and the lower buffer cotton block A semicircular upper guide groove is provided, and the lower buffer cotton block is provided with a semicircular lower guide groove, and the upper guide groove corresponds to the lower guide groove. the

Preferably on the basis of the above solution, an arc-shaped upper groove is provided on the end surface of the lower buffer cotton block away from the upper buffer cotton block, and the lower fixing block is also provided with a corresponding upper groove. The lower groove, the upper groove cooperates with the lower groove to form a guide hole for accommodating the patient's arm. the

Preferably on the basis of the above scheme, the upper groove and the lower groove are respectively provided with a patch type pressure sensor, and an LED display is provided on the upper fixing block, and the lower fixing block has a built-in The controller, the patch pressure sensor and the LED display are respectively electrically connected to the controller. the

Preferably, on the basis of the above scheme, the edge of the palm layer and the edge of the back of the hand layer are composed of a curved edge and a straight edge, and the slide fastener is installed on the curved edge of the palm layer and the back of the hand layer, so The lower fixing block is arranged on the straight edge of the palm layer, and the upper fixing block is arranged on the straight edge of the back of the hand layer. the

Preferably, on the basis of the above solution, the zipper includes two zipper pullers, and the zipper pullers can be pulled back respectively. the

Preferably, on the basis of the above solution, the end surface of the upper cushioning cotton block close to the glove body is fixedly connected with the straight edge of the back of the hand layer. the

Preferably, on the basis of the above scheme, the palm layer has a built-in accommodation cavity, and an inflatable air bag is provided in the accommodation cavity, and an air guide hole is provided on the end surface of the palm layer away from the back of the hand layer, so The air bag described above is connected to the air guide hole through the air guide tube. the

Preferably, on the basis of the above solution, there are two upper guide grooves on the upper buffer cotton block, and two lower guide grooves on the lower buffer cotton block. the

On the basis of the above solution, preferably, the two ends of the restraining belt are respectively provided with Velcro glued to each other. the

Compared with the prior art, the present invention has the beneficial effects that: the present invention overcomes the technical defects of difficulty in using traditional medical restraint protective gloves and low comfort, and by setting the wrist fixing body to be mutually reciprocal The upper and lower fixing blocks are separated, and the palm layer and the back of the hand are connected through a zipper. 180 degrees, place the palm to be fixed on the palm layer, and then connect the palm layer and the back layer of the hand through a zipper, so that the palm of the patient is sealed in the space formed by the palm layer and the back layer of the hand, and then wrap the upper cushioning cotton block The lower buffer cotton block is rotated, and the infusion catheter or detection wire is placed in the lower guide groove, and the upper buffer cotton block is rotated to overlap with the lower buffer cotton block, so that the infusion catheter or detection wire is snapped into the upper guide groove and the lower guide groove The formed guide hole is used to fix the restraint belt, thereby providing a transparent restrictive protective glove with a simple structure, which is convenient for medical personnel to use and does not affect the detection of infusion on the back of the patient's hand. the

Description of drawings

Fig. 1 is a schematic structural view of the transparent restraint protective glove of the present invention. the

Fig. 2 is the first use state of the transparent restraining protective glove of the present invention. the

Fig. 3 is a diagram of the second use state of the transparent constraining protective glove of the present invention. the

Fig. 4 is a perspective view of the wrist fixing body of the present invention. the

Fig. 5 is an open state diagram of the wrist fixing body of the present invention. the

In the figure: 10. The glove body, 20. The wrist fixing body, 30. The restraint belt, 11. The palm layer, 12. The back layer of the hand, 13. The air hole, 14. The zipper, 21. The lower fixing block, 22. The upper fixing block , 211. lower groove, 221. upper buffer cotton block, 222. lower buffer cotton block, 223. upper guide groove, 224. lower guide groove, 225. upper groove, 23. guide hole, 24. guide hole, 27. Curved edge, 28. Straight edge. the

Detailed ways

In order to describe the technical content, structural features, goals and effects of the present invention in detail, the following examples are given to describe the embodiments in conjunction with the accompanying drawings. the

Spatial terms, such as "upper," "lower," "left," "right," etc., are used herein for convenience of description to describe the relationship of one element to another as shown in the drawings. Those skilled in the art will appreciate that the spatially relative terms are intended to encompass different orientations of the device in use or operation in addition to the orientation depicted in the figures. the

Please refer to Fig. 1, and referring to Fig. 2 to 5, the present invention provides a kind of transparent constraining protective glove, comprising glove body 10, wrist fixing body 20, binding belt 30 for fixing glove body 10, wrist The fixed body 20 links to each other with the glove body 10, and the restraint belt 30 is arranged on the wrist fixed body 20, wherein, the glove body 10 includes a palm layer 11, a back layer 12 with the same shape and size as the palm layer 11, and the back layer 12 is connected with the palm layer. 11 is connected by a zipper 14, so that the back of the hand layer 12 and the palm layer 11 form an accommodating cavity with an opening for loading the palm of the patient, and the back of the hand layer 12 is a transparent soft plastic layer, through which the medical staff can see through. The soft plastic layer observes the back of the patient's hand installed in the accommodating cavity, so as to observe the skin, blood flow, and finger activity of the patient's back in real time, and a honeycomb-shaped air-permeable Holes 13 to increase patient comfort.

Please continue to refer to FIG. 1, and in conjunction with FIG. 2 to FIG. 4, the wrist fixation body 20 of the present invention includes a lower fixation block 21 and an upper fixation block 22, wherein the upper fixation block 22 includes an upper buffer cotton block 221 and The lower buffer cotton block 222 is hingedly connected with the lower buffer cotton block 221 at the upper buffer cotton block 221, so that the upper buffer cotton block 221 can rotate relative to the lower buffer cotton block 222, and the upper buffer cotton block 221 and the lower buffer cotton block 222 are connected to each other. The overlapping end faces are provided with a semicircular upper guide groove 223, and the lower buffer cotton block 222 is provided with a semicircular lower guide groove 224 corresponding to the upper guide groove 223. When the cotton blocks 222 overlap, the upper guide groove 223 corresponds to the lower guide groove 224 to form a guide hole 23 for penetrating the infusion tube or the detection wire 40; as shown in Figure 1, the upper fixing block 22 of the present invention passes through The upper cushioning cotton block 221 is connected with the transparent soft plastic layer, and the lower fixing block 21 is connected with the palm layer 11 . the

During use, the zipper 14 is pulled open so that the angle between the palm layer 11 and the back of the hand layer 12 is 180 degrees, the patient's palm and the palm layer 11 are attached, and the arm is pressed on the lower fixing block 21, and the lower cushioning cotton The block 222 is pressed on the upper surface of the patient's arm, and the infusion pipeline or detection wire on the patient's palm is pressed and fixed in the lower guide groove 224, and the back of the hand layer 12 is rotated so that the back of the hand layer 12 covers the back of the patient's hand. The upper buffer cotton block 221 is connected, and the upper buffer cotton block 221 is hinged with the lower buffer cotton block 222. Therefore, when the back of the hand layer 12 is rotated, the upper buffer block can be driven to rotate, thereby making the upper guide groove 223 on the upper buffer block Press and fit on the infusion pipeline or the detection wire 40, then pull the zipper 14, and bind the upper fixing block 22 and the lower fixing block 21 on the patient's arm through the binding belt 30 arranged on the wrist fixing block, so that the The patient's arm is fixed in the accommodation cavity formed by the back of the hand layer 12 and the palm layer 11, thereby effectively preventing the patient from pulling out the infusion tube unconsciously, and the medical staff can observe the skin of the patient's hand through the soft transparent layer to obtain the patient's Current body status information; and because the palm layer 11 and the back layer 12 of the present invention can be launched to be 180 degrees, avoid medical staff from passing the patient's arm with infusion tube or detection wire 40 through the opening formed by the palm layer 11 and the back layer 12 , not only facilitates the use of medical personnel, but also can effectively avoid the problem of difficulty in infusion or detection failure caused by contact with the restraint protection gloves when the infusion tube or detection wire 40 on the back of the patient's hand is inserted through the restraint protection gloves. the

In the present invention, the upper guide groove 223 and the lower guide groove 224 are respectively arranged on the upper buffer cotton block 221 and the lower buffer cotton block 222, and the upper buffer cotton block 221 and the lower buffer cotton block 222 are hinged. The guide hole 23 formed by the guide groove 223 and the lower guide groove 224 can accommodate the infusion tube or the detection wire 40 therein, avoiding the direct contact of the infusion tube or the detection wire 40 with the patient's arm, and the binding belt will not be used when fixing the glove. 30, so that the infusion tube or detection wire 40 directly presses the patient's skin and brings pain to the patient; on the other hand, under the action of the upper guide groove 223 and the lower guide groove 224, the infusion tube or detection wire 40 can be directly fixed In it, the problem that the infusion tube or the detection wire 40 is separated from the patient's hand during the unconscious swinging of the patient's arm is avoided; at the same time, the upper guide groove 223 and the lower guide groove 224 of the present invention are made of PVC Tube cutting, that is, when the binding band 30 binds the upper fixing block 22 and the lower fixing block 21, the upper guide groove 223 and the lower guiding groove 224 will not squeeze the infusion tube or tube in it due to the binding force of the binding band 30 The detection wire 40 can effectively ensure the normal progress of the patient's hand infusion and detection. the

Please refer to Fig. 1, in order to increase the comfort of the patient, reduce the pressure of the restraint belt 30 on the patient's arm, and avoid the problem of poor blood circulation in the palm of the patient caused by the restraint force exerted by the restraint belt 30 on the patient's arm, the present invention An arc-shaped upper groove 211 is provided on the end face of the lower buffer cotton block 222 away from the upper buffer cotton block 221, and the lower fixed block 21 is also provided with a lower groove 225 corresponding to the upper groove 211, and the upper groove 211 Cooperate with the lower groove 225 to form a guide hole for accommodating the patient's arm, and the upper fixing block 22 and the lower fixing block 21 are made of breathable space cotton. Because some patients are in a coma or unconscious state and cannot express their own feelings, the medical staff can only adjust the tightness of the restraint belt 30 according to their own practical experience, which leads to difficult operations. In order to reduce the medical staff's work difficulties, at the same time To ensure the comfort of the patient's arm, a patch pressure sensor is respectively provided in the upper groove 211 and the lower groove 225 of the present invention, and an LED display is provided on the mountain fixing block, and a built-in controller in the lower fixing block, the sticking The chip pressure sensor and the LED display are respectively electrically connected to the controller. During use, when the medical staff binds the strap 30 for the patient, due to the force exerted by the strap 30 on the upper fixing block 22 and the lower fixing block 21, the upper groove 211 and the lower groove 225 come into contact with the patient's arm. Pressure, and the patch sensor feels the pressure generated by it and sends it to the controller. After being processed by the controller, the data is displayed on the LED display. In this way, the medical staff can according to the pressure data value on the LED display, Adjusting the tightness of the restraint belt 30 makes the adjustment of the restraint belt 30 easier, and can effectively ensure the pressure generated by the restraint belt 30 on the patient to ensure its comfort. the

Please continue to refer to shown in Figure 2, the edge of the palm layer 11 and the edge of the back of the hand layer 12 of the present invention are all made of an arc edge 27 and a straight edge 28, and the slide fastener 14 is installed on the arc of the palm layer 11 and the back of the hand layer 12. On the edge 27, the lower fixing block 21 is installed on the straight edge 28 of the palm layer 11, the upper fixing block 22 is installed on the straight edge 28 of the back of the hand layer 12, and the upper buffer cotton block 221 is near the side of the glove body 10. The end face is fixedly connected with the straight edge 28 of the back of the hand layer 12. Preferably, the zipper 14 of the present invention includes two zipper 14 heads, and the 14 zipper heads can be pulled back respectively, so that the medical staff can pull out the infusion tube after the infusion is completed. Or increase the ventilation of the patient's hands to improve their comfort. the

Further, the palm layer 11 of the present invention has a built-in accommodating cavity, and an inflatable air bag (not shown) is provided in the accommodating cavity, and an air guide hole is provided on the end surface of the palm layer 11 facing away from the back of the hand layer 12, The air bag is connected with the air guide hole through the air guide tube, and the medical staff can fill the air bag with gas according to the size of the user's arm, so as to reduce the space formed by the back layer of the hand 12 and the palm layer 11, so that the patient's palm is in a natural grasping state, thereby Avoid extubation of the patient. the

Preferably, there are two upper guide grooves 223 on the upper buffer cotton block 221 of the present invention, two lower guide grooves 224 on the lower buffer cotton block 222, and two ends of the binding belt 30 are respectively provided with mutually bonded Velcro. the

In summary, it is only a preferred embodiment of the present invention, and does not limit the protection scope of the present invention. All equivalent changes and modifications made according to the scope of the patent of the present invention and the content of the specification are all covered by the patent of the present invention. within. the

Claims (10)

1. transparent confining guard glove, comprise glove bulk, the wrist fixed body be connected with described glove bulk, for by restraining fixing for described glove bulk, described restraining is installed on this wrist fixed body, it is characterized in that: described glove bulk comprises Palm layer, the Dorsal layer identical with this Palm layer shape, and described Palm layer is connected by a slide fastener with Dorsal layer; Described Dorsal layer is a transparent flexible plastics layer, and this transparent flexible plastics layer is provided with in cellular air-vent; Described wrist fixed body comprises the lower fixed block and the upper fixed block hinged with lower fixed block that are connected with Palm layer, described upper fixed block comprises the cotton block of buffering and the cotton block of lower buffering, the described cotton block of upper buffering and the cotton block of lower buffering are hinged and connected, and the end face that on this, cotton block of buffering and the cotton block of this lower buffering are fitted is provided with semicircular upper rail, the described cotton block of lower buffering is provided with the lower guide channel of semicircular in shape, and described upper rail is corresponding with lower guide channel.

2. transparent confining guard glove as claimed in claim 1; it is characterized in that: the end face that the described cotton block of lower buffering deviates from the cotton block of described upper buffering is provided with the upper groove of an arc; described lower fixed block is also provided with the low groove corresponding with this upper groove, and described upper groove matches with this low groove the guide hole of formation one for accommodating patient's arm.

3. transparent confining guard glove as claimed in claim 2; it is characterized in that: in described upper groove and low groove, be respectively equipped with SMD pressure inductor; and LED display is provided with on described upper fixed block; described lower fixed block built-in controller, described SMD pressure inductor and LED display are electrical connected respectively at described controller.

4. transparent confining guard glove as claimed in claim 1; it is characterized in that: the edge of this Palm layer and the edge of Dorsal layer are formed by an arc-shaped side and straight flange; and described slide fastener is installed on the arc-shaped side of this Palm layer and Dorsal layer; described lower fixed block is installed on the straight flange of this Palm layer, and described upper fixed block is installed on the straight flange of this Dorsal layer.

5. transparent confining guard glove as claimed in claim 4, is characterized in that: described slide fastener comprises two slider of zipper fasteners, and described slider of zipper fastener can pull respectively dorsad.

6. transparent confining guard glove as claimed in claim 4, is characterized in that: the described cotton block of upper buffering is fixedly linked near the end face of described glove bulk side and the straight flange of described Dorsal layer.

7. transparent confining guard glove as claimed in claim 1; it is characterized in that: the built-in containing cavity of described Palm layer; inflatable air bag is established in described containing cavity; and the end face that this Palm layer deviates from this Dorsal layer side is provided with gas port, described air bag is connected with this gas port by airway.

8. transparent confining guard glove as claimed in claim 1, is characterized in that: the upper rail on the described cotton block of upper buffering is two, and the lower guide channel on the described cotton block of lower buffering is two.

9. transparent confining guard glove as claimed in claim 1, is characterized in that: the two ends of described restraining are respectively equipped with the magic subsides of bonding mutually.

10. transparent confining guard glove as claimed in claim 1, is characterized in that: described upper rail and lower guide channel are formed by pvc pipe cutting.