CN206151765U - Child performs operation and retrains position pad - Google Patents

Abstract

A restraint position pad for pediatric surgery, including a head position pad, arm position pads on both sides, and trunk body position pads that are integrally arranged. The thickness of the instant shaping layer; the upper part of the arm body position pad is provided with a head frame storage slot longitudinally, and a telescopic head frame is arranged in the head frame storage slot, and the telescopic head frame is provided with a telescopic vertical rod and a telescopic vertical rod; on both sides The arm position pads of the body position pads are respectively fixedly provided with arm restraint belts, the corresponding waist and abdomen of the trunk body position pads are fixedly provided with trunk restraint belts, and the corresponding legs are fixedly provided with lower limb restraint belts. The utility model integrates the pediatric operation position pad, the restraint belt and the head frame, so that the head frame is easy to carry and store, and the instant shaping layer is suitable for providing physiological support for children of different heights and shapes. The binding is convenient and does not depend on facilities such as bed rails other than the body position pad.

Description

Pediatric Surgical Restraint Positioning Pad

technical field

The utility model relates to a medical appliance, in particular to a postural restraint for children's surgery.

Background technique

During pediatric local anesthesia surgery, due to the poor self-control of children, in order to carry out the operation smoothly, it is necessary to restrict the body of the child undergoing surgery during the operation. At the same time, the surgical position pad is provided separately. will cause inconvenience.

The surgical head frame is usually provided separately, which makes the operation preparation complicated and storage inconvenient. Moreover, the head frame takes up a large space, and the fixed installation is cumbersome, which brings inconvenience to both operation and storage.

Because different patients are different in age, height, and body shape, it is difficult to adapt to the body structure of different people for the support of the body by the usual surgical position pad.

Contents of the invention

The technical problem to be solved by the utility model is to provide a restraint body position pad for children's surgery, which integrates the body position pad with the restraint belt and the head frame so that the head frame is convenient for storage, and the body position pad is suitable for providing appropriate comfort for different body structures. support.

The pediatric surgical restraint body position pad includes an integrally arranged head body position pad, arm body position pads on both sides, and trunk body body position pads. open, characterized by:

The bottom of the body position pad is provided with a hard base plate, and above the hard base plate is an instant shaping layer whose thickness can be changed instantly according to the pressure;

The middle part of the arm body position pad on one side is longitudinally provided with a head frame storage groove, and a telescopic head frame is arranged in the head frame storage groove, and the telescopic head frame is provided with a telescopic vertical rod and a telescopic vertical rod, and the telescopic vertical rod and The telescopic vertical rod is a multi-section pull-out structure, the lower end of the telescopic vertical rod is fixed to the hard base plate, and the end of the telescopic vertical rod is longitudinally perpendicular to the telescopic vertical rod to set the telescopic vertical rod;

The arm position pads on both sides are respectively fixed with arm restraint belts, the corresponding waist and abdomen of the trunk body position pads are fixedly provided with trunk restraint belts, and the corresponding legs are fixedly provided with lower limb restraint belts.

Preferably, the instant shaping layer has a thickness of 5 cm to 10 cm in a natural state, and the instant shaping layer is made of memory foam, jelly gel or silica gel.

Further, a pair of lower limb restraint belts are provided on the position of the corresponding patient’s legs on the position pad, and one end of the pair of lower limb restraint belts is respectively fixed at the middle position in the longitudinal direction of the body position pad, and the two ends of the pair of lower limb restraint belts are fixed respectively. The outer 10cm-15cm are each fixed on the hard floor, and there is a threading bar. The threading bar is a rod shape embedded in the instant shaping layer and the middle part is suspended and the two ends are fixed to the hard floor. The three sides of the threading bar are vertically bent , the height of the middle part is 1cm-5cm higher than that of the hard bottom plate, which is used to fold the lower limb restraint belt through the belt bar and then fold it back and stick it to the back of the lower limb restraint belt. The hook side of the buckle and the suede side of the velcro.

Preferably, upper bed rail fixing straps and lower bed rail fixing straps are respectively fixed at both ends of the arm body position pad and the torso body position pad, for fixing the body position pad to the bed rail of the operating bed.

Preferably, the inner side of the end of the arm restraint belt and the trunk restraint belt is provided with a Velcro hook surface, and the outer surface is provided with a Velcro suede surface, so that the arm restraint belt and the trunk restraint belt can bypass the body and the body position pad Afterwards, they are respectively fixed and bound on the outer surfaces of the arm restraint belt and the trunk restraint belt.

Preferably, the lower part of the torso body position pad is a leg body position pad, and the leg body position pads are integrated with corresponding parts of the lower limbs.

The utility model integrates the pediatric operation position pad, the restraint belt and the head frame, making the head frame easy to carry and store. The body position pad uses an instant shaping layer with a thickness of more than 5 cm, which is suitable for providing physiological support for children of different heights and shapes. , for example, the foot can instantly form a dimple in the heel, making the foot natural and comfortable.

The restraint belt bypasses the body and the position pad is adhered to the outer surface of the restraint belt through Velcro, so that the restraint belt can be adapted to different body shapes and is easy to bind. The leg restraint belt can be tied to the legs separately, and the restraint belt is glued to itself It just needs to be attached, and does not depend on facilities such as bed rails other than body position pads.

Description of drawings

Fig. 1 is the front view of the structure diagram of the utility model,

Fig. 2 is a bottom view of Fig. 1 .

In the figure: 1—upper bed rail fixing belt, 2—retractable head frame, 3—arm restraint belt, 4—head frame storage slot, 5—arm position pad, 6—trunk restraint belt, 7—lower bed rail fixing belt, 8—Torso position pad, 9—Velcro hook surface, 10—Velcro suede, 11—Wearing bar, 12—Restraint belt for lower limbs, 13—Telescopic vertical rod, 14—Telescopic vertical rod, 15—Head Frame connecting plate, 16—instant shaping layer, 17—hard base plate, 18—head body position cushion.

detailed description

Below in conjunction with accompanying drawing and embodiment, the utility model is further described: as shown in Fig. 1, 2, children's surgical restraint body position pad, comprises the head body position pad 18 that is provided with integrally, the arm body position pad 5 of both sides and trunk body position pad 8. The arm body position pads 5 on both sides are arranged under the head body position pads and open to both sides respectively. The lower part of the trunk body body position pads is the leg body position pads, and the lower limbs of the leg body position pads are combined into one body. Provides greater freedom and comfort to the placement of the patient's legs.

The bottom of the body position pad is provided with a hard base plate 17, and the top of the hard base plate 17 is an instant shaping layer 16 that can change the thickness according to the pressure; The shape layer 16 is made of memory foam, jelly gel or silica gel. These materials can form grooves according to the immediate pressure. The grooves can provide support for all sides of the body, adapt to patients of different shapes, and provide comfortable corresponding state support for different physiological curves of patients with different shapes. For example, the feet can be instantly A dimple is formed in the heel so that the foot's positioning pad can provide support for the most comfortable and natural positioning.

As shown in Figure 1, the upper part of the arm position pad 5 on one side is longitudinally provided with a head frame storage groove 4, and a telescopic head frame 2 is arranged in the head frame storage groove 4, as shown in Figure 2, the telescopic head frame 2 is provided with The telescopic vertical rod 14 and the telescopic vertical rod 13, the telescopic vertical rod 14 and the telescopic vertical rod 13 are multi-section drawing structures, and the lower end of the telescopic vertical rod 14 is connected to the hard frame through the head frame connecting plate 15 fixed with the telescopic vertical rod. The quality base plate 17 is fixed, and the end of the telescopic vertical rod 14 tail is vertically perpendicular to the telescopic vertical rod to arrange the described telescopic vertical rod 13. Therefore, the head frame can be shrunk into a single section when not in use, and stored in the head frame storage groove 4, without taking up space, the head frame itself is protected from being easily bent, and is easy to store and carry at any time. It can be quickly pulled out to form a head frame when needed.

The arm position pads 5 on both sides are respectively fixed with arm restraint belts 3, the corresponding waist and abdomen of the trunk body position pads 8 are fixedly provided with trunk restraint belts 6, and the corresponding legs are fixedly provided with lower limb restraint belts 12. The inner side of the end of the arm restraint belt 3 and the trunk restraint belt 6 is provided with a Velcro hook surface, and the outer surface is provided with a Velcro suede surface, so that the arm restraint belt 3 and the trunk restraint belt 6 can bypass the body and the body position. The pads are respectively fixed and bound to the outer surfaces of the arm restraint belt 3 and the trunk restraint belt 6 . Therefore, the restraint belt itself does not depend on the external bed body, but can be adhered to the restraint belt itself to realize restraint and binding.

A pair of lower limb restraint belts 12 are arranged at the position corresponding to the patient's legs of the body position pad, and one end of a pair of said lower limb restraint belts 12 is respectively fixed at the longitudinal middle position of the body position pad, and at both ends of the fixed place of a pair of said lower limb restraint belts 12 About 13cm on the outside, each is fixed with a belt threading column 11. The belt threading column 11 is a rod shape with two ends suspended in the middle and fixed on the hard base plate 17. The three sides of the belt threading column are vertically bent to form a concave rectangle. The column 11 is parallel to the fixed line of the restraint belt, and the height of the middle part is 2 to 4 cm higher than the hard base plate 17. Therefore, the belt column 11 is hidden in the body position pad and will not hurt the limbs. The belt column 11 of the lower limb restraint belt 12 The back sides of both sides are respectively provided with the hook surface 9 of Velcro and the suede 10 of Velcro, and the lower limb restraint belt 12 is folded back and glued to the back side of the lower limb restraint belt 12 after passing through the belt bar, and the lower limb restraint belt 12 itself is not Relying on the external bed body and being able to adhere to the restraint belt itself, restraint binding can be realized.

As shown in Figure 1, an upper bed rail fixing belt 1 and a lower bed rail fixing belt 7 are respectively fixed on both sides of the arm body position pad 5 and the trunk body body position pad 8, for fixing the body position pad to the bed rail of the operating bed . When in use, lay the body position pad directly on the operating bed, and fix the upper bed rail fixing belt 1 and the lower bed rail fixing belt 7 with the bed rail, that is, fix the body position pad relative to the operating bed. Bind the restraint belt appropriately, pull out the headgear, and enter the operation state.

Claims (6)

1. A child's surgical restraint position pad, comprising an integrally arranged head position pad (18), arm position pads (5) and trunk body position pads (8) on both sides, the arm position pads on both sides (5) It is located under the head and body position pad and opens to both sides respectively, which is characterized in that: The bottom of the body position pad is provided with a hard base plate (17), and above the hard base plate (17) is an instant shaping layer (16) whose thickness can be changed instantly according to the pressure; The middle part of the arm position pad (5) on one side is longitudinally provided with a head frame storage groove (4), and a telescopic head frame (2) is arranged in the head frame storage groove (4), and the telescopic head frame (2) A telescopic vertical rod (14) and a telescopic vertical rod (13) are provided, and the telescopic vertical rod (14) and the telescopic vertical rod (13) are multi-section pull-out structures, and the lower end of the telescopic vertical rod (14) is connected to the hard The quality base plate (17) is fixed, and the terminal end of the telescopic vertical rod (14) is longitudinally perpendicular to the telescopic vertical rod to arrange the telescopic vertical rod (13); The arm position pads (5) on both sides are respectively fixed with arm restraint belts (3), the corresponding waist and abdomen of the trunk body position pad (8) are fixedly provided with trunk restraint belts (6), and the corresponding legs are fixedly provided with lower limbs Restraint straps (12). 2. The pediatric surgical restraint position pad according to claim 1, characterized in that: the instant shaping layer (16) has a thickness of 5 cm to 10 cm in a natural state, and the instant shaping layer (16) is memory foam, jelly Gel or silicone material. 3. The pediatric operation restraint body position pad according to claim 1, characterized in that: a pair of lower limb restraint belts (12) are provided at the corresponding patient's leg position of the body position pad, and one end of a pair of said lower limb restraint belts (12) is respectively It is fixed at the middle position in the longitudinal direction of the body position pad, and 10 cm to 15 cm outside the two ends of the pair of restraint belts for the lower limbs (12) are each fixed to the hard base plate (17). The belt rail (11) is a bar shape embedded in the instant shaping layer (16) and the two ends of the middle part are suspended in the air and fixed to the hard bottom plate (17). 1cm-5cm higher, used for folding the lower limb restraint belt (12) back through the belt-wearing bar and sticking it to the back side of the lower limb restraint belt (12), on both sides of the belt-wearing bar (11) of the lower limb restraint belt (12) The hook surface (9) of the velcro and the velvet surface (10) of the velcro are respectively arranged on the back side. 4. The pediatric surgical restraint body position pad according to claim 1 is characterized in that: the upper bed rail fixing belts (1 ) and lower bed rail fixing belt (7), which are used to fix the body position pad and the bed rail of the operating table. 5. The pediatric surgical restraint position pad according to claim 1, characterized in that: the inner side of the end of the arm restraint belt (3) and the trunk restraint belt (6) is provided with a Velcro hook surface, and the outer surface is provided with a hook surface. Velcro suede, so that the arm restraint belt (3) and the trunk restraint belt (6) can bypass the body and the body position pad and then be fixed and bound to the outer surfaces of the arm restraint belt (3) and the trunk restraint belt (6) . 6. The pediatric surgical restraint body position pad according to claim 1, characterized in that: the lower part of the trunk body body position body (8) is a leg body position body pad, and the leg body position body body position pads are combined with corresponding parts of both lower limbs.