CN216304229U - Auxiliary sitting tool - Google Patents

Abstract

The utility model provides an supplementary instrument of standing of sitting, the popular name is taken the magical ware of child, including supplementary instrument body of standing of sitting, supplementary sitting stands instrument body and comprises seat and base, seat and base are connected, the seat comprises seat board and front splint and back splint, seat board rear end is connected with the back splint, front splint both sides and back splint both sides are connected, front splint and back splint constitute an annular constraint device, the cavity in the middle of the annular constraint device is the annular constraint space that holds people's body, there is the headspace that the arm stretches out annular constraint space's side, there is the headspace that the leg stretches out annular constraint space's below. The baby crib has the advantages that the baby crib can be fed by means of the aid of tools when the baby is small in age, the baby is bound by the aid of the fact that the baby is slightly older, people with the baby are prevented from eating rice in a busy and messy way, the effect of relieving the labor burden of the people with the baby is achieved, the baby crib has a special meaning after the current state releases a three-child policy, and the baby crib is worthy of popularization.

Description

Auxiliary sitting tool

Technical Field

The utility model relates to an auxiliary sitting tool, commonly known as a Wawa magic device.

Background

At present, the known infants are very difficult to carry, the infants need to be held when the infants are young, the infants are slightly older, the skin and egg pounding are started, the infants rush accidents without being conscious, and people with the babies are in a busy condition when eating meals without help of nurses or families.

Disclosure of Invention

The utility model provides an auxiliary sitting tool, which can help people to cradle when the infants are young by means of the aid of the tool, help people to cradle when the infants are young, help people to bound the infants when the infants are young, and avoid the phenomenon that people with the infants eat rice when the infants are young, and reduce labor burden of the people with the infants.

The technical scheme adopted by the utility model for solving the technical problems is as follows: an auxiliary sitting and standing tool comprises an auxiliary sitting and standing tool body, wherein the auxiliary sitting and standing tool body is composed of a seat and a base, the seat is connected with the base, the seat is composed of a seat plate, a front clamping plate and a rear clamping plate, the rear end of the seat plate is connected with the rear clamping plate, two sides of the front clamping plate are connected with two sides of the rear clamping plate, the front clamping plate and the rear clamping plate form an annular binding device, a cavity in the middle of the annular binding device is an annular binding space for accommodating a human body, a reserved space for extending arms is arranged on the side surface of the annular binding space, a reserved space for extending legs is arranged below the annular binding space, the shape of the annular binding device is fixed, the front clamping plate is concave, the concave surface is arranged inside, the side surfaces at two ends of the front clamping plate are connected with the rear clamping plate and replaced by the concave surface, the concave surface is arranged inside, the side surfaces at two ends of the front clamping plate are connected with the rear clamping plate, and the side surfaces at two ends of the rear clamping plate are connected with the front clamping plate, or the front splint is concave, the concave surface is arranged in the front splint, the side surfaces of the two ends of the front splint are connected with the rear splint to be replaced by the rope belts on the two sides of the front splint, the two sides of the rear splint are provided with the ropes and movably connected with the ropes, the front splint is concave, the concave surface is arranged in the front splint, the side surfaces of the two ends of the front splint are connected with the rear splint to be equal to the side surfaces of the rear splint to be connected with the front splint, the front splint is connected with the rear splint movably, the base is a vehicle, the vehicle is provided with wheels and is a remote control vehicle, the seat plate is provided with a drainage hole penetrating through the seat plate, the position of the base corresponding to the drainage hole is hollow, the rear end of the seat plate is connected with the rear splint to be replaced by the seat plate and the rear splint to be integrated, the protrusion below the seat plate is connected with the front of the seat plate, the rear splint is connected with the rear part of the seat plate, The two ends of the seat plate are respectively connected with the front splint and the rear splint to form a pit, the bottom of the pit is a seat on which the seat plate is also a person to sit, the bulge below the front splint is connected with the front of the seat plate and replaced by the bulge below the front splint and connected with the front of the seat plate, or the bulge below the front splint is connected with the seat plate and replaced by the bulge below the front splint and connected with the front of the seat plate, the bulge below the front splint is connected with the front of the seat plate and is equal to the connection of a strip below the front splint and a strip in front of the seat plate, the two bulges above the front splint are connected with the upper part of the rear splint and the two bulges above the front splint are movably connected with the upper part of the rear splint, a movable space for a neck is arranged between the two bulges above the front splint and replaced by the two bulges above the rear splint and connected with the upper part of the front splint, The two bulges above the rear splint are movably connected above the front splint, or the two bulges above the front splint are connected above the rear splint, the two bulges above the front splint are movably connected above the rear splint and replaced by two belts above the rear splint and movably connected with two belts above the front splint, the front splint is connected with the seat plate by hinges, the front splint is movably connected with the seat plate, the plate of the auxiliary sitting tool body is formed by movably spliced plate, the front splint is formed by movably spliced plate, the rear splint is formed by movably spliced plate, the seat plate is formed by movably spliced plate, so-called movably spliced plate is formed by a plurality of plate components, the front splint is formed by a plurality of front splint plate components, the rear splint is formed by a plurality of front splint plate components, and the seat plate is formed by a plurality of seat plate components; two belts are arranged above the front splint, two belts are arranged above the rear splint, the belts are movably connected with the belts, a movable space of a neck is arranged between the two belts, two belts are arranged above the front splint, two belts are arranged above the rear splint, the belts are movably connected with the belts, the movable space of the neck between the two belts is replaced by two bulges above the front splint, which are movably connected with the rear splint, a movable space of the neck is arranged between the two bulges, two belts are arranged above the front splint, two belts are arranged above the rear splint, the belts are movably connected with the belts, the movable space of the neck between the two belts is replaced by two bulges above the rear splint, which are movably connected with the front splint, a movable space of the neck is arranged between the two bulges, two belts are arranged above the front splint, two belts are movably connected with the belts, and a movable space of the neck between the two belts is equal to two bulges above the front splint, which are movably connected with the rear splint, the auxiliary sitting tool is movably connected with a building, the rear clamping plate is connected with the seat plate through a hinge, the rear clamping plate is movably connected with the seat plate, the front clamping plate and the rear clamping plate are simultaneously movably connected with the seat plate, the seat is movably connected with the base, the telescopic tube of the telescopic device is connected with the front clamping plate, the shell of the telescopic device is connected with the base, the telescopic device is an electric telescopic device, the electric telescopic device is provided with a remote control switch, the telescopic tube of the telescopic device is connected with the rear clamping plate, the shell of the telescopic device is connected with the base, the telescopic device is an electric telescopic device, the remote control switch is arranged on the electric telescopic device, the base of the auxiliary sitting tool is an up-down base, a hinge for connecting the front clamping plate and the seat plate is an electric hinge, and the hinge for connecting the rear clamping plate and the seat plate is an electric hinge device. The auxiliary sitting and standing tool body consists of a seat and a base, the seat is connected with the base, the seat consists of a seat plate, a front splint and a rear splint, the rear end of the seat plate is connected with the rear splint, the two sides of the front splint are connected with the two sides of the rear splint, the front splint and the rear splint form an annular binding device, a cavity in the middle of the annular binding device is an annular binding space for accommodating the body of a person, a reserved space with arms extending out is arranged on the side surface of the annular binding space, a reserved space with legs and feet extending out is reserved below the annular binding space, the front breast of the body part of a baby sitting seat is attached to the front splint, the back of the body part is attached to the rear splint, the annular binding device binds the front splint and the rear splint into a whole with the body of the baby on the seat, the baby on the fixed seat binds the front splint and the rear splint into a whole with the baby on the seat through the annular binding device, the infant on the fixed seat is supported by the front splint and the rear splint, so that the infant can sit and stand without holding all the day after the vertebra bone development is influenced by sitting and standing, and the infant can adjust skin and smash eggs and can be restrained from rushing to avoid accidents when people with babies need to be busy and cannot care, meanwhile, the infant can be helped by tools and held when the infant is younger, the infant is slightly older and restrained, the problem that people with babies eat food together is that people with babies are busy in hands and feet and in feet is solved, the labor burden of people with babies is relieved, the infant sitting and standing device has special significance and is worthy of popularization after a three-child policy is developed in the current country, the infant sitting and standing time is referred to a doctor's advice support, of course, the auxiliary sitting and standing tool is not special for the infant, people who have diseases and can not sit up by themselves except the age group of infants can also use the auxiliary sitting tool, namely the auxiliary sitting tool, as long as the auxiliary sitting tool is enlarged, the auxiliary sitting tool can help the people to sit up, the damage to the bodies of the people who have diseases and can not sit up by themselves except the age group of infants caused by long-time lying in bed is avoided, the rear end of the seat plate is connected with the rear splint and the back rest plate of the reference chair and the seat plate of the reference chair, the seat and the base are connected with the seat plate of the reference chair and the feet, the customization version auxiliary sitting tool sets the internal shape of the annular binding space according to the body shape of the using object, namely the internal shape of the annular binding space is set by the body shape of the using object, the internal shape of the annular binding space is set by the body of the using object, and the advantages of the annular binding space for binding the body of the using object are achieved naturally, The discomfort of a user is relieved, the purpose that the splints are combined into the annular binding space is that the binding stress area of the annular binding space is large, the bound object is fixed while the body of the bound object is not hurt, the bound object is not bound by an elastic binding belt and can not be overturned due to unbalance of a seat caused by too much struggling and displacement of the bound object, a reserved space with arms extending out is arranged on the side surface of the annular binding space, a reserved space with legs extending out is arranged below the annular binding space, a baby carriage can be referred, a reserved space with arms extending out is arranged on the side surface of a fence of the baby carriage, a reserved space with legs extending out is arranged below the fence of the baby carriage, and the difference between the fence of the baby carriage and the annular binding space is that the fence can not bind the movement of a baby, and the baby carriage can climb out of the fence slightly larger part and then turns over or falls down; the shape of the annular binding device is fixed, the annular binding device binds the front splint and the rear splint to be integrated with a person on the seat, and not only is binding but also is protection, because the shape of the annular binding device with the fixed shape is fixed, the binding cannot be too tight, muscle injury after long-time binding is too tight is prevented, the arm of the person is arranged on the side surface of the front splint, a reserved position or a pit extending out of the arm is arranged above the side surface of the front splint, or a reserved space 3-1 extending out of the arm is arranged on the side surface of the front splint, and the rear end of the seat plate is connected with the rear splint to form a shape as a chair; the front splint is concave, the concave surface is in the front, two ends of the side surface of the front splint are connected with the rear splint, the front splint is concave, the concave surface is in the front, two ends of the side surface of the front splint are connected with the rear splint to be replaced by the concave surface of the rear splint, the concave surface is in the front, and two ends of the side surface of the rear splint are connected with the front splint, or the front splint is concave, the concave surface is in the front, two ends of the side surface of the front splint are connected with the rear splint to be replaced by the rope belts on two sides of the front splint, the ropes on two sides of the rear splint are movably connected with the ropes, and the front splint is concave, the concave surface of the concave surface is in the front, two ends of the side surface of the front splint are connected with the rear splint to be equal to the front side surface of the rear splint which is connected with the front splint by the protrusion; the front clamping plate is connected with the rear clamping plate through a hinge, the front clamping plate is separated from the seat plate, and the front clamping plate is rotated to the back of the rear clamping plate, so that the front clamping plate and the rear clamping plate can be prevented from being detached and separated; the front splint is movably connected with the rear splint, the front splint is separated from the rear splint through the movable connection, the constraint of the annular constraint device is relieved, and the infant can be conveniently placed in or taken out of the seat; the hinge device comprises a front clamping plate, a rear clamping plate, a hinge shaft hole, a hinge shaft hole and a hinge device, wherein the front clamping plate and the rear clamping plate are connected through hinges and movably connected with the rear front clamping plate and the rear clamping plate, only the hinge is a separated hinge, the two sides of the rear clamping plate are clamped by the side surfaces of the two ends of the front clamping plate, the hinge shaft hole simultaneously penetrates through the side surfaces of the two ends of the front clamping plate and the two sides of the rear clamping plate, the hinge shaft hole is internally provided with the hinge shaft, the hinge shaft is pulled out of the hinge shaft hole, the hinge device can be separated, and the prior hinge structure is referred to in specific implementation; the base is a vehicle, wheels are arranged on the vehicle, so that the body of the infant can be moved and seen conveniently, and the depression caused by staying in a small space for a long time is avoided; the vehicle is a remote control vehicle, and the auxiliary sitting and standing tool can be conveniently controlled to move through the remote control vehicle; when an infant needs to excrete, the auxiliary sitting tool is moved to a toilet, the excretion hole faces to a toilet pit of the toilet, the auxiliary sitting tool is adjusted to be suitable for the sitting form of the infant, the excrement of the infant is excreted from the excretion hole in the seat plate and enters the toilet pit of the toilet, the infant can excrete directly conveniently, nursing staff does not need to support the excretion, and the infant can only clean after the infant excretes, so that the labor burden of the nursing staff is relieved, and the infant can wear the crotch trousers; the rear end of the seat plate is connected with the rear clamping plate and replaced by the seat plate and the rear clamping plate which are integrated, the structure of the auxiliary sitting and standing tool is changed into that of the auxiliary sitting and standing tool, the auxiliary sitting and standing tool comprises an auxiliary sitting and standing tool body, the auxiliary sitting and standing tool body comprises a seat and a base, the seat is connected with the base and comprises a front clamping plate and a rear clamping plate, the lower part of the front clamping plate is connected with the lower part of the rear clamping plate, two sides of the front clamping plate are connected with two sides of the rear clamping plate, the front clamping plate and the rear clamping plate form an annular binding device, and a cavity in the middle of the annular binding device is an annular binding space for accommodating a human body; the lower bulge of the front splint is connected with the front part of the seat plate, two ends of the seat plate are respectively connected with the front splint and the rear splint to form a pit, the bottom of the pit is provided with the seat plate which is also a seat for a person to sit astride, the lower bulge of the front splint is connected with the front part of the seat plate and is arranged between two legs of an infant, the bulge is arranged in the middle of the crotch of the person to prevent the infant from sliding out of the seat from the lower part of the annular binding device with fixed shape, the connection of the lower bulge of the front splint and the seat plate is equal to the connection of the lower bulge of the front splint and the front bulge of the seat plate, or the connection of the lower bulge of the front splint and the seat plate is equal to the connection of the lower bulge of the front splint and the front bulge of the seat plate, the same structure is achieved, and the connection of the lower bulge of the front splint and the front bulge of the seat plate is equal to the connection of a strip object below the front splint and the seat plate; the front clamping plate is connected with the seat plate through a hinge, and the front clamping plate is put down to place the infant on the seat plate and then is put on the seat plate, so that the infant can be placed in or taken out of the seat more conveniently; the front splint is movably connected with the seat plate, and after the front splint is directly detached, the infant is placed on the seat plate and then the front splint is closed, so that the infant can be conveniently placed in or taken out of the seat; the front clamping plate is connected with the seat plate through a hinge, the front clamping plate is movably connected with the seat plate through the hinge, only the hinge is a separated hinge, the technical effect can be achieved simultaneously, a protrusion below the front clamping plate is equivalent to a hinge protrusion, a groove is arranged in front of the seat plate and is equivalent to a hinge protrusion pit for accommodating the hinge protrusion, the protrusion below the front clamping plate is inserted into the groove in front of the seat plate and is equivalent to the hinge protrusion, the hinge protrusion is located in the hinge protrusion pit, a hinge column hole simultaneously penetrates through the hinge protrusion and the hinge protrusion pit, a hinge column is arranged in the hinge column hole, the hinge column hole is pulled out of the hinge column, the front clamping plate and the seat plate can be separated from each other, and the existing hinge structure is referred to in specific implementation; the plate of the auxiliary sitting and standing tool body is formed by movably splicing plates, the front splint is formed by movably splicing plates, the rear splint is formed by movably splicing plates, the seat plate is formed by movably splicing plates, the so-called movably splicing plates are formed by plates formed by a plurality of plate components, the front splint is formed by a plurality of front splint plate components, the rear splint is formed by a plurality of rear splint plate components, the seat plate is formed by a plurality of seat plate components, the rear splint and the seat plate are similar structures and refer to the front splint structure, the front splint is formed by a plurality of front splint plate components, a plurality of screw holes are arranged on the front splint plate components, the screw holes penetrate through the side surfaces of the front splint plate components, screws are arranged in the screw holes, the plurality of front splint plate components are connected into the front splint by the screws, the movably splicing plates have the function of adjusting the area of the plates by increasing and reducing the number of the plate components, the purpose that the plate of the auxiliary sitting and standing tool body is a movable splicing type plate is to enable the internal sitting space of the auxiliary sitting and standing tool body to be adjusted according to the body size of an infant, so that the infant is bound and the safety of the infant is guaranteed on the premise of not influencing the body development of the infant, the movable splicing type plate refers to a woodworking splicing plate technology during implementation, and in order to facilitate splicing, the rear end of the seat plate is connected with the rear clamping plate and replaced by the seat plate and the rear clamping plate which are integrated, and the movable splicing of the seat plate and the rear clamping plate can be completed at one time; two belts are arranged above the front splint, two belts are arranged above the rear splint, the belts are movably connected with the belts, and a movable space of a neck is arranged between the two belts, so as to prevent an infant from sliding out of the annular binding space to hurt the infant Two belts are arranged above the rear splint and movably connected with the belts, and a movable space with a neck between the two belts is equal to two bulges above the front splint and movably connected with two bulges above the rear splint; supplementary seat stands instrument and building swing joint, supplementary seat stands instrument and building swing joint's mode has the multiple, and the effect also distinguishes: firstly, a screw hole bulge is arranged at the back of the auxiliary sitting tool, the back of a rear clamping plate is the preferred position, then the back of a base is the base, a screw hole bulge block for accommodating the screw hole bulge is arranged on the wall of a building, the screw hole bulge is arranged in a screw hole bulge pit of the screw hole bulge block, a screw column hole simultaneously penetrates through the screw hole bulge and the screw hole bulge block, a screw column is arranged in the screw column hole, the screw column is pulled out of the screw column hole, namely, the auxiliary sitting tool can be connected with the building, the concrete implementation refers to the existing hinge structure, of course, a plurality of screw hole bulges can be arranged at the back of the auxiliary sitting tool, a plurality of screw hole bulge blocks for accommodating the screw hole bulge blocks can be arranged at the proper positions on the wall of the building, and the aim of movably connecting the auxiliary sitting tool with the building is to realize the unattended condition, The infant sitting and standing assisting tool is characterized in that two sides of the infant sitting and standing assisting tool are respectively connected with a rope, the rope is movably connected with the lower part of a building, the rope is movably connected with the lower part of the building, the upper surface of a cross bar of the rope building can be bound in the simplest mode, under the action of the rope, the infant is in a semi-suspension state, the weight of the infant is connected with the rope through an annular binding device and is transmitted to the building, the foot of the infant only needs to bear little weight of the infant, therefore, the infant can stand on the ground, if necessary, a seat and a base can be movably connected and separated, the infant can walk in advance, and the infant sitting and standing assisting tool has the functions of a swing and multiple effects, and one rope is respectively connected with two sides of the sitting and standing assisting tool, so that people can conveniently carry the sitting and standing assisting tool together with the infant sitting and standing assisting tool to back, Especially, when the infant is an infant, this is merely an example, and there are various ways to actively connect the auxiliary sitting tool with the building; the rear clamping plate is connected with the seat plate through the hinge, and the rear clamping plate is placed down, so that the infant can conveniently lie down, and the body damage to the infant caused by long-time sitting and standing can be avoided; the rear clamping plate is movably connected with the seat plate, after the rear clamping plate is damaged, the rear clamping plate is directly detached and replaced by a new rear clamping plate, so that the service life of the auxiliary sitting and standing tool can be prolonged; the rear clamping plate is connected with the seat plate through a hinge, the rear clamping plate is movably connected with the seat plate through the hinge, only the hinge is a separated hinge, the technical effect can be achieved simultaneously, a protrusion equivalent to a hinge protruding part is arranged below the rear clamping plate, a groove is arranged behind the seat plate and equivalent to a hinge protruding part pit for accommodating the hinge protruding part, the protrusion below the rear clamping plate is inserted into the groove behind the seat plate and equivalent to the hinge protruding part in the hinge protruding part pit, a hinge shaft post hole simultaneously penetrates through the hinge protruding part and the hinge protruding part pit, a hinge shaft post is arranged in the hinge shaft post hole, the hinge shaft post is pulled out of the hinge shaft hole, the front clamping plate and the seat plate can be separated from each other through the hinge, and the existing hinge structure is referred to in specific implementation; the front splint and the rear splint are movably connected with each other to separate the seat plate, the structure of the auxiliary sitting tool can be changed into the structure, the auxiliary sitting tool comprises an auxiliary sitting tool body, the auxiliary sitting tool body is composed of the front splint and the rear splint, two sides of the front splint are connected with two sides of the rear splint, the front splint and the rear splint form an annular binding device, the seat is movably connected with the base, the seat can be movably connected with the base through the movable connection, the baby can be prevented from being carried on the back together with the base, the body load of a caregiver is reduced, the seat is movably connected with the base in a simple mode, a plurality of holes are formed in the seat plate of the seat, a plurality of holes are formed in the proper position of the base, the positions of the holes correspond to the positions of the holes one by one to one, and the belt-shaped objects pass through the holes from the lower side of the holes in the base to the upper side of the seat plate, And then the seat plate passes through another hole from the upper part of the seat plate and then passes through another hole to reach the lower part of the hole of the base, two ends of the belt are tied with a slipknot, and the seat and the base can be better movably connected only by a plurality of belts. The telescopic pipe of the telescopic device is connected with the front clamping plate, the shell of the telescopic device is connected with the base, after an infant is placed in the seat, the front clamping plate is closed when the telescopic pipe with the clamping device is extended, or the front clamping plate is put down when the telescopic pipe with the clamping device is contracted and then the infant is taken out of the seat, the infant can be conveniently placed in or taken out of the seat, the clamping device is arranged on the contraction device, the telescopic pipe of the telescopic device can be prevented from directly returning after being contracted or extended, and the manual type concrete implementation can be implemented by referring to the lifting device structure of the lifting chair; the telescopic device is an electric telescopic device, electric telescopic is convenient to use, only manual operation needs to be replaced by electric operation, technical personnel in the technical field have no difficulty, and the specific implementation can be implemented by referring to the existing electric telescopic machine such as an electric lifting clothes rack; the remote control switch is arranged on the electric telescopic device, the electric telescopic device is remotely controlled through the remote control switch, the electric telescopic device is more conveniently controlled, and for technical personnel in the technical field of remote control, the remote control device is arranged on the electric telescopic device without difficulty; the telescopic tube of the expansion piece is connected with the rear clamping plate, the shell of the expansion piece is connected with the base, after an infant is placed in a seat, the rear clamping plate is closed when the telescopic tube is stretched, or the front clamping plate is put down when the telescopic tube with the clamping device is contracted and then the rear clamping plate is put down, so that the infant can conveniently lie down, the body damage to the infant caused by long-time sitting and standing can be avoided, the clamping device is arranged on the expansion piece, the telescopic tube can be prevented from directly returning after being contracted or stretched, and the manual type concrete implementation can be implemented by referring to the lifting device structure of the lifting chair; the telescopic device is an electric telescopic device, electric telescopic is convenient to use, only manual operation needs to be replaced by electric operation, technical personnel in the technical field have no difficulty, and the specific implementation can be implemented by referring to the existing electric telescopic device such as an electric lifting clothes rack; the remote control switch is arranged on the electric expansion piece, the electric expansion piece is remotely controlled through the remote control switch, the electric expansion piece is more conveniently controlled, for technicians in the technical field of remote control, the difficulty is not existed on the electric device according to the remote control device, the expansion device and the expansion piece are actually an article, only another name is used for convenience of explanation, and other similar situations are the same; the base of the auxiliary sitting and standing tool is a lifting base, a lifting tool is connected below the base, in the implementation, the lifting tool refers to a lifting chair manually or a jack and an electric lifting tool in the technical field of automobile repair refer to the existing electric lifting clothes rack, and the lifting tool does not block a drainage hole; the hinge connecting the front clamping plate and the seat plate is an electric hinge, the hinge connecting the rear clamping plate and the seat plate is an electric hinge device, only the electric hinge or the electric hinge device is used for replacing a separate hinge in the original embodiment, only the electric hinge is used for connecting the front clamping plate and the seat plate, or the electric hinge device is used for connecting the rear clamping plate and the seat plate, and the requirements of hinge connection and movable connection are also met simultaneously, the electric hinge and the electric hinge device are actually similar articles and are only different in name, the electric hinge and the electric hinge device refer to an electric tail plate of an automobile carriage when in implementation, screw connection is used as a widely known common connection mode, the common connection mode does not show the same on the attached drawings and does not influence the implementation, however, the implementation of the embodiment needs to be careful, because the electric hinge is out of control, it is easy to injure infants and other people.

The beneficial effects of the utility model are that, can rely on the help of instrument, help when the infant is young hold, the infant is older a little more, help constraint infant, and it is in disorder to avoid taking the people of baby to eat a meal even, alleviates the effect of taking the people's of baby's work burden.

Drawings

The utility model is further described with reference to the following figures and examples.

FIG. 1 is a schematic configuration diagram of a first embodiment, which is a partial sectional view.

Fig. 2 is a front view of fig. 1.

Fig. 3 is a rear view of fig. 1.

Fig. 4 is a right side view of fig. 1.

Fig. 5 is a top view of fig. 1.

Fig. 6 is a bottom view of fig. 1.

Fig. 7 is a schematic view showing the first embodiment in which the front plate has a concave surface and a concave surface, and both side surfaces of the front plate are connected to the rear plate, instead of the concave surface and the concave surface of the rear plate, and both side surfaces of the rear plate are connected to the front plate.

FIG. 8 is a schematic view showing the first embodiment in which the front plate has a concave shape and a concave shape, both side surfaces of the front plate are connected to the rear plate instead of the front plate having a string at the rear, the rear plate having a string at the front, and the string is movably connected to the string at the front.

Fig. 9 is a schematic view showing the seat plate of the first embodiment in which the rear end is connected to the rear cleat instead of the seat plate being integrated with the rear cleat.

FIG. 10 is a schematic configuration diagram of the second embodiment, which is a partial sectional view.

Fig. 11 is a right side view of fig. 10, the right side view being a partial sectional view.

Fig. 12 is a front view of fig. 10.

Fig. 13 is a rear view of fig. 10.

Fig. 14 is a bottom view of fig. 10, the bottom view being a partial cross-sectional view.

FIG. 15 is a schematic configuration diagram of a third embodiment, which is a partial sectional view.

Fig. 16 is a rear view of fig. 15.

Fig. 17 is a top view of fig. 15.

FIG. 18 is a schematic configuration diagram of the fourth embodiment, and the schematic configuration diagram is a plan view.

Fig. 19 is a right side view of fig. 18.

Fig. 20 is a schematic view showing a fourth embodiment in which two belts are provided above the front splint, two belts are provided above the rear splint, the belts are movably connected to the belts, and the activity space between the two belts is replaced by two protrusions above the front splint movably connected to the upper part of the rear splint, and the activity space between the two protrusions is the activity space of the neck.

Fig. 21 is a schematic view showing a fourth embodiment in which two belts are provided above the front splint, two belts are provided above the rear splint, the belts are movably connected with the belts, and the activity space between the two belts is replaced by two protrusions above the rear splint movably connected with the activity space above the front splint, and the activity space between the two protrusions is the activity space of the neck.

Fig. 22 is a schematic configuration diagram of the fifth embodiment.

Fig. 23 is a right side view of fig. 20.

Fig. 24 is a top view of fig. 20.

Fig. 25 is a bottom view of fig. 20.

Fig. 26 is a schematic configuration diagram of the sixth embodiment.

Fig. 27 is a right side view of fig. 26, the right side view being a partial sectional view.

Fig. 28 is a front view of fig. 26.

Fig. 29 is a rear view of fig. 26.

Fig. 30 is a bottom view, partially in section, of fig. 26.

Fig. 31 is a schematic view showing the sixth embodiment in which the front cover and the rear cover are simultaneously separated from the seat plate 1-1-1 by the movable connection.

FIG. 32 is a schematic configuration diagram of the seventh embodiment, which is a partial sectional view.

Fig. 33 is a schematic diagram of the separation of fig. 32.

Fig. 34 is a right side view of fig. 32.

Fig. 35 is a front view of fig. 32.

Fig. 36 is a rear view of fig. 32.

Fig. 37 is a top view of fig. 32.

Fig. 38 is a schematic view of an eighth embodiment.

Fig. 39 is a front view of fig. 38.

Fig. 40 is a rear view of fig. 38.

Fig. 41 is a top view of fig. 38.

Fig. 42 is a schematic view of a ninth embodiment.

Fig. 43 is a front view of fig. 42.

Fig. 44 is a rear view of fig. 42.

Fig. 45 is a bottom view of fig. 42.

Fig. 46 is a schematic view of the tenth embodiment.

In the figure: 1. an auxiliary sitting and standing tool body, a 1-1 seat, a 1-1-1 seat plate, a 1-1-1 seat plate component, a 1-1-2 front splint, a 1-1-3-1 front splint plate component, a 1-1-3 rear splint, a 1-1-4 drain hole, a 1-1-3-1 rear splint plate component, a base 1-2, a 1-2-1 wheel, a 2 annular binding space, a 3-1 arm extending reserved space, a 3-2 leg extending reserved space, a 4-1 hinge shaft hole, a 4-2 hinge shaft hole, a 4-3 hinge shaft hole, a 4-4 screw shaft hole, a 4-5 screw hole, a 5-1 hinge shaft and a 5-2 hinge shaft, 5-3 hinge shaft posts, 5-4 screw posts, 6-5 screws, 6-1 rope belts, 6-2 ropes, 6-3 ropes, 6-4 belts, 6-5 belts, 6-6 ropes, 7-1 bulges, 7-2 bulges, 8 buildings, 8-1 building walls, 9-1 screw hole bulges, 9-2 screw hole bulge blocks, 9-3 screw hole bulge pits, 10 expansion devices, 10-1 expansion tubes of the expansion devices, 10-2 shell of the expansion devices, 11 expansion tube devices, 11-1 expansion tube devices, 11-2 expansion tube device shells, 12-1 holes, 12-2 holes, 12-3 belts, 13 lifting tools, 14-1 electric hinges and 14-2 electric hinge devices.

Detailed Description

In a first embodiment shown in fig. 1 to 9, an auxiliary sitting and standing tool comprises an auxiliary sitting and standing tool body 1, wherein the auxiliary sitting and standing tool body 1 is composed of a seat 1-1 and a base 1-2, the seat 1-1 is connected with the base 1-2, the seat 1-1 is composed of a seat plate 1-1-1, a front splint 1-1-2 and a rear splint 1-1-3, the rear end of the seat plate 1-1-1 is connected with the rear splint 1-1-3, two sides of the front splint 1-1-2 are connected with two sides of the rear splint 1-1-3, the front splint 1-1-2 and the rear splint 1-1-3 form an annular binding device, a cavity in the middle of the annular binding device is an annular binding space 2 for accommodating a human body, the side surface of the annular binding space 2 is provided with a reserved space 3-1 with an extending arm, the lower part of the annular binding space 2 is provided with a reserved space 3-2 with an extending leg, the shape of the annular binding device is fixed, the front splint 1-1-2 is concave, a concave surface is arranged inside, the side surfaces of two ends of the front splint 1-1-2 are connected with the rear splint 1-1-3, the front splint 1-1-2 is concave, the concave surface is arranged inside, two ends of the side surface of the front splint 1-1-2 are connected with the rear splint 1-1-3 and replaced by the rear splint 1-1-3, the concave surface is arranged inside, two ends of the side surface of the front splint 1-1-2 are connected with the rear splint 1-1-3 and replaced by the front splint 1-1-2, or the front splint 1-1-2 is concave, the concave surface is arranged inside, and two ends of the side surface of the front splint 1-1-2 are connected with the rear splint 1-1-3 and replaced by the front splint 1-1-2, two sides of which are provided with a rope belt 6-1, two sides of a rear splint 1-1-3 are provided with a rope 6-2, the rope belt 6-1 is movably connected with the rope 6-2, the front splint 1-1-2 is concave, a concave surface is arranged inside, the side surfaces of two ends of the front splint 1-1-2 are connected with the rear splint 1-1-3, which is equal to that the side surface of the front splint 1-1-2 is provided with a bulge connected with the rear splint 1-1-3, the rear splint 1-1-3 is concave, a concave surface is arranged inside, the side surfaces of two ends of the rear splint 1-1-3 are connected with the front splint 1-1-2, which is equal to that the side surface of the rear splint 1-1-3 is provided with a bulge connected with the front splint 1-1-2; the front clamping plate 1-1-2 is connected with the rear clamping plate 1-1-3 through a hinge, the front clamping plate 1-1-2 is movably connected with the rear clamping plate 1-1-3, the base 1-2 is a vehicle, wheels 1-2-1 are arranged on the vehicle, the vehicle is a remote control vehicle, a drainage hole 1-1-4 penetrating through the seat plate 1-1-1 is formed in the seat plate 1-1-1, the position, corresponding to drainage, of the base 1-2 in the drainage hole 1-1-4 is hollow, and the rear end of the seat plate 1-1-1 is connected with the rear clamping plate 1-1-3 and replaced by integrating the seat plate 1-1-1 with the rear clamping plate 1-1-3. The auxiliary sitting and standing tool body 1 consists of a seat 1-1 and a base 1-2, the seat 1-1 is connected with the base 1-2, the seat 1-1 consists of a seat plate 1-1-1, a front splint 1-1-2 and a rear splint 1-1-3, the rear end of the seat plate 1-1-1 is connected with the rear splint 1-1-3, the two sides of the front splint 1-1-2 are connected with the two sides of the rear splint 1-1-3, the front splint 1-1-2 and the rear splint 1-1-3 form an annular binding device, the cavity in the middle of the annular binding device is an annular binding space 2 for accommodating the human body, the side surface of the annular binding space 2 is provided with a reserved space 3-1 with extending arms, the lower part of the annular binding space 2 is provided with a reserved space 3-2 with extending legs, the infant sitting seat comprises a seat body 1-1, a front chest of a trunk part is attached to a front splint 1-1-2, a back of the trunk part is attached to a back splint 1-1-3, a ring-shaped binding device is used for binding the front splint 1-1-2 and the back splint 1-1-3 with the trunk of an infant on the seat into a whole, the infant on the seat 1-1 is fixed, the front splint 1-1-2 and the back splint 1-1-3 are bound with the infant on the seat through the ring-shaped binding device, the infant on the seat is fixed, the infant is supported by the front splint 1-1-2 and the back splint 1-1-3, the infant can sit upright after the vertebra does not influence the development of skeleton due to sitting upright, the infant does not need to be held all day by the child, and the infant can be bound to avoid the infant from running when a person with skin and egg pounding is in the same time when the infant is about taking things and the infant cannot take care The auxiliary sitting tool has the advantages that the auxiliary sitting tool can help people sit up and prevent people with diseases and people who cannot sit up for a long time except the age of the infants, the rear end of the seat plate 1-1-1 is connected with the rear clamping plate 1-1-3 to be damaged by the bedridden people for a long time, the rear leaning plate of the reference chair is connected with the rear clamping plate 1-1-3, the infant is slightly older, the infant is restrained, the auxiliary sitting tool is not completely special for the infants, people with the diseases and the people who cannot sit up for a long time except the age of the infants are prevented from eating the auxiliary sitting tool, and the labor burden of the people with the infants is reduced The seat plate 1-1-1 is connected, the seat and the base 1-2 are connected with the seat plate 1-1-1 of the reference chair and are connected with feet, the customized plate auxiliary sitting tool shapes the internal shape of the annular bounding space 2 according to the body shape of a user, namely the internal shape of the annular bounding space 2 is shaped by the body shape of the user, the advantage of the internal shape of the annular bounding space 2 is naturally that the annular bounding space 2 can reduce the discomfort of the user when bounding the body of the user, the splint combination into the annular bounding space 2 aims at that the bounding area of the annular bounding space 2 is large, the bounding object can be fixed without harming the body of the bounding object, unlike the bounding of an elastic bounding belt, the seat is unbalanced and overturned because the bounding object is struggled and displaced too much, the side surface of the annular bounding space 2 is provided with a reserved space 3-1 with an extending arm, a reserved space 3-2 with extending legs and feet is arranged below the annular bounding space 2, a baby carriage can be referred to, a reserved space 3-1 with extending arms is arranged on the side surface of the fence of the baby carriage, a reserved space 3-2 with extending legs and feet is arranged below the fence of the baby carriage, and the fence of the baby carriage is different from the annular bounding space 2 in that the fence does not constrain the movement of the baby, so that the baby carriage can climb out of the fence slightly larger than the fence and then turn over or fall down; the shape of the annular binding device is fixed, the annular binding device binds the front splint 1-1-2 and the rear splint 1-1-3 with the seat 1-1 to form a whole, and the binding is also protection, because the shape of the annular binding device with the fixed shape is fixed, the binding is not too tight, the muscle injury after long-time binding is prevented, the arm of the person is arranged on the side surface of the front splint 1-1-2, the reserved position or the pit of the arm extending out above the side surface of the front splint 1-1-2, or the reserved space 3-1 of the arm extending out is arranged on the side surface of the front splint 1-1-2, the rear end of the seat plate 1-1-1 is connected with the rear splint 1-1-3 to form the same shape of a chair, in the implementation process, the annular binding device with the fixed shape should have a plurality of movable connection points, The annular binding device convenient for fixing the shape loosens the binding and allows the infant to get off from the seat; the front splint 1-1-2 is concave, the concave surface is arranged inside, two ends of the side surface of the front splint 1-1-2 are connected with the rear splint 1-1-3, thus an annular binding space 2 for containing the human body is formed between the front splint 1-1-2 and the rear splint 1-1-3, the front splint 1-1-2 is concave, the concave surface is arranged inside, two ends of the side surface of the front splint 1-1-2 are connected with the rear splint 1-1-3 instead of the rear splint 1-1-3, the concave surface is arranged inside, two ends of the side surface of the rear splint 1-1-3 are connected with the front splint 1-1-2, or the front splint 1-1-2 is concave, the concave surface is arranged inside, two ends of the side surface of the front splint 1-1-2 are connected with the rear splint 1-1-3 instead of the front splint 1-1-2 The side is provided with a rope belt 6-1, the two sides of the back splint 1-1-3 are provided with a rope 6-2, the rope belt 6-1 is movably connected with the rope 6-2, and the effect is the same, the structure is similar, the front splint 1-1-2 is concave, the concave surface is arranged inside, the two ends of the side surface of the front splint 1-1-2 are connected with the back splint 1-1-3 and are the same as that the side surface of the front splint 1-1-2 is provided with a bulge connected with the back splint 1-1-3, the back splint 1-1-3 is concave, the concave surface is arranged inside, the two ends of the side surface of the back splint 1-1-3 are connected with the front splint 1-1-2 and are the same as that the side surface of the back splint 1-1-3 is provided with a bulge connected with the front splint 1-1-2; the front splint 1-1-2 is connected with the rear splint 1-1-3 through a hinge, the front splint 1-1-2 is separated from the seat plate 1-1-1, and the front splint 1-1-2 is rotated to the back of the rear splint 1-1-3, so that the front splint 1-1-2 and the rear splint 1-1-3 can be prevented from being detached and separated; the front splint 1-1-2 is movably connected with the rear splint 1-1-3, the front splint 1-1-2 is separated from the rear splint 1-1-3 through the movable connection, the constraint of the annular constraint device is relieved, and the infant can be conveniently placed in or taken out of the seat; the front clamping plate 1-1-2 and the rear clamping plate 1-1-3 are connected with each other through a hinge, the rear front clamping plate 1-1-2 and the rear clamping plate 1-1-3 are movably connected, only the hinge is a separated hinge, the technical effect can be achieved at the same time, two sides of the rear clamping plate 1-1-3 are clamped by two side surfaces of the front clamping plate 1-1-2, a hinge shaft hole 4-1 penetrates through two side surfaces of the front clamping plate and two sides of the rear clamping plate at the same time, a hinge shaft 5-1 is arranged in the hinge shaft hole 4-1, the hinge shaft 5-1 is pulled out of the hinge shaft hole 4-1, and the hinge device can be separated; the base 1-2 is a vehicle, wheels 1-2-1 are arranged on the vehicle, so that the body of the infant can be moved and seen conveniently, and the depression caused by staying in a small space for a long time is avoided; the vehicle is a remote control vehicle, and the auxiliary sitting and standing tool can be conveniently controlled to move through the remote control vehicle; the upper surface of the seat plate 1-1-1 is provided with a discharge hole 1-1-4 which penetrates through the seat plate 1-1-1, the position of the base 1-2 corresponding to the discharge hole 1-1-4 is a cavity, when the infant needs to excrete, the auxiliary sitting tool is moved to a toilet, the excretion holes 1-1-4 are opposite to the toilet pit of the toilet, the auxiliary sitting tool is adjusted to be suitable for the sitting state of the infant, the excrement of the infant is excreted from the excretion holes 1-1-4 on the seat plate 1-1-1 and enters the toilet pit of the toilet, the direct excretion of the infant is facilitated, the nursing staff does not need to support the excretion and only needs to clean the infant after excretion, thereby reducing the labor burden of the nursing staff and only needing to wear the open-seat pants on the infant; the rear end of a seat plate 1-1-1 is connected with a rear splint 1-1-3 and replaced by the seat plate 1-1-1 and the rear splint 1-1-3 to be integrated, and the structure of the auxiliary sitting and standing tool is changed into the same, the auxiliary sitting and standing tool comprises an auxiliary sitting and standing tool body 1, the auxiliary sitting and standing tool body 1 consists of a seat 1-1 and a base 1-2, the seat 1-1 is connected with the base 1-2, the seat 1-1 consists of a front splint 1-1-2 and a rear splint 1-1-3, the lower part of the front splint 1-1-2 is connected with the lower part of the rear splint 1-1-3, the two sides of the front splint 1-1-2 are connected with the two sides of the rear splint 1-1-3, the front splint 1-1-2 and the rear splint 1-1-3 form an annular binding device, the cavity in the middle of the ring-shaped confinement device is a ring-shaped confinement space 2 for accommodating the human body.

In a second embodiment shown in fig. 1 to 9 and 10 to 14, on the basis of the first embodiment, the lower protrusion of the front splint 1-1-2 is connected with the front of the seat plate 1-1-1, the two ends of the seat plate 1-1-1 are respectively connected with the front splint 1-1-2 and the rear splint 1-1-3 to form a pit, the bottom of the pit is the seat plate 1-1-1 which is also the seat 1-1 for a person to sit across, the lower protrusion of the front splint 1-1-2 is connected with the seat plate 1-1-1 and replaced by the lower protrusion of the front splint 1-1-2 being connected with the front protrusion of the seat plate 1-1-1-1, or the lower protrusion of the front splint 1-1-2 is connected with the seat plate 1-1-1-1 and replaced by the lower protrusion of the front splint 1-1-2 being connected with the front protrusion of the seat plate 1-1-1-1 The connection of the bulges below the front splint 1-1-2 and the bulges in front of the seat plate 1-1-1 is equal to the connection of the strips below the front splint 1-1-2 and the strips in front of the seat plate 1-1-1, the front splint 1-1-2 and the seat plate 1-1-1 are connected by hinges, the front splint 1-1-2 and the seat plate 1-1-1 are movably connected, the bulges below the front splint 1-1-2 and the seat plate 1-1-1 are connected in front, two ends of the seat plate 1-1-1 are respectively connected with the front splint 1-1-2 and the rear splint 1-1-3 to form a pit, the bottom of the pit is the seat plate 1-1-1 which is also a seat 1-1 for a person to sit astride, the lower bulge of the front splint 1-1-2 is connected with the front part of the seat plate 1-1-1, the bulge is arranged between the two legs of the infant, the bulge is arranged between the crotch of the infant and can prevent the infant from sliding out of the seat under the annular binding device with fixed shape, the connection of the lower bulge of the front splint 1-1-2 and the seat plate 1-1-1 is equal to the connection of the lower bulge of the front splint 1-1-2 and the front bulge of the seat plate 1-1-1-1, the same structure is achieved, the connection of the lower bulge of the front splint 1-1-2 and the front bulge of the seat plate 1-1-1 is equal to the connection of the strip-1-2 lower bulge of the front splint and the seat plate 1-1 The front part of the seat plate 1-1 is connected with the front strip-shaped object 1-1, the front clamping plate 1-1-2 is connected with the seat plate 1-1-1 through a hinge, the front clamping plate 1-1-2 is put down to put the infant on the seat plate 1-1-1, and then the front clamping plate 1-1-2 is put on, so that the infant can be put in or taken out of the seat plate 1-1 more conveniently; the front splint 1-1-2 is movably connected with the seat plate 1-1-1, after the front splint 1-1-2 is directly detached, the infant is placed on the seat plate 1-1-1, and then the front splint 1-1-2 is closed, so that the infant can be conveniently placed in or taken out of the seat plate 1-1; the front clamping plate 1-1-2 is connected with the seat plate 1-1-1 through a hinge, the front clamping plate 1-1-2 is movably connected with the seat plate 1-1-1 through a hinge, only the hinge is a separate hinge, the technical effect can be achieved at the same time, a protrusion below the front clamping plate 1-1-2 is equivalent to a hinge protrusion, a groove is arranged in front of the seat plate 1-1-1 and is equivalent to a hinge protrusion pit for accommodating the hinge protrusion, the protrusion below the front clamping plate 1-1-2 is inserted into the groove in front of the seat plate 1-1-1 and is equivalent to the hinge protrusion in the hinge protrusion pit, a hinge column hole 4-2 simultaneously penetrates through the hinge protrusion and the hinge protrusion pit, a hinge column 5-2 is arranged in the hinge column hole 4-2, pulling the hinge post 5-2 out of the hinge post hole 4-2, so that the front clamping plate 1-1-2 and the seat plate 1-1-1 can be separated by the hinge, and the existing hinge structure is referred to specifically; in order to avoid that reference numerals do not have local marks, in the figures belonging to the exclusive use of the present embodiment, only reference numerals representing features of the embodiment are given, and other reference numerals refer to figures of the basic embodiment.

In the third embodiment shown in figures 1 to 9, 10 to 14 and 15 to 17, on the basis of the first embodiment and the second embodiment, the plate of the auxiliary sitting tool body 1 is formed by movably spliced plates, the front splint 1-1-2 is formed by movably spliced plates, the rear splint 1-1-3 is formed by movably spliced plates, and the seat plate 1-1-1 is formed by movably spliced plates, so-called movably spliced plates are formed by assembling plates by a plurality of plate assemblies, the front splint 1-1-2 is formed by a plurality of front splint plate assemblies 1-1-2-1, the rear splint 1-1-3 is formed by a plurality of front splint plate assemblies 1-1-3-1, and the seat plate 1-1-1-1 is formed by a plurality of seat plate assemblies 1-1-1. The plate of the auxiliary sitting and standing tool body 1 is formed by movably spliced plates, the front splint 1-1-2 is formed by movably spliced plates, the rear splint 1-1-2 is formed by movably spliced plates, the seat plate 1-1-1 is formed by movably spliced plates, the plate is formed by a plurality of plate assemblies in a movable spliced mode, the front splint 1-1-2 is formed by a plurality of front splint plate assemblies 1-1-2-1, the rear splint 1-1-3 is formed by a plurality of rear splint plate assemblies 1-1-3-1, the seat plate 1-1-1 is formed by a plurality of seat plate assemblies 1-1-1-1, the structural schematic diagram of the embodiment only takes the front splint as an example, the rear splint and the seat plate have similar structures and are implemented by referring to the structure of the front splint, the front splint 1-1-2 is composed of a plurality of front splint plate components, a plurality of screw holes 4-5 are arranged on the front splint plate components 1-1-2-1, the screw holes 4-5 penetrate through the side surface of the front splint plate components 1-1-2-1, screws 5-5 are arranged in the screw holes 4-5, the front splint plate components 1-1-2-1 are connected into the front splint 1-1-2 through the screws 5-5, the movable splicing type plate has the function of adjusting the area of the plate by increasing and reducing the number of the plate components, the plate of the auxiliary sitting tool body 1 is a movable splicing type plate, so that the internal sitting space of the auxiliary sitting tool body 1 can be adjusted according to the body size of the infant, and the infant is bound on the premise of not influencing the body growth of the infant, The safety of infants is guaranteed, the movable splicing type plate refers to a woodworking splicing plate technology during implementation, in addition, in order to facilitate splicing, the rear end of the seat plate 1-1-1 is connected with the rear clamping plate 1-1-3 and replaced by the seat plate 1-1-1 and the rear clamping plate 1-1-3 being integrated, the movable splicing of the seat plate 1-1-1 and the rear clamping plate 1-1-3 can be completed at one time, in addition, in order to avoid the fact that the reference signs do not have local signs, in the figures special for the embodiment, only figure signs for embodying the characteristics of the embodiment are marked, and other figure signs refer to figures of the basic embodiment.

In a fourth embodiment shown in fig. 1 to 9, 10 to 14 and 18 to 21, on the basis of the first embodiment and the second embodiment, two belts 6-4 are arranged above a front splint 1-1-2, two belts 6-5 are arranged above a rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, a movable space of a neck is arranged between the two belts 6-4, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-5 are arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, the movable space of the neck between the two belts 6-4 is replaced by two bulges 7-1 above the front splint 1-1-2, the two bulges 7-1 above the front splint 1-1-2 are movably connected above the rear splint 1-1-3, A neck activity space is arranged between the two bulges 7-1, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-5 are arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, the activity space between the two belts 6-4 which is the neck is replaced by two bulges 7-2 arranged above the rear splint 1-1-3 which are movably connected with the upper part of the front splint 1-1-2, the activity space between the two bulges 7-2 which is the neck is arranged, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-5 arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, the activity space between the two belts 6-4 which is the neck is equal to the activity space between the two bulges 7-1 which are movably connected with the rear splint 1 which is arranged above the front splint 1-1-2 Two bulges 7-2 are arranged above the plate 1-1-3, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-5 are arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, and a movable space of a neck is arranged between the two belts 6-4, so as to prevent the infant from sliding out from the upper part of the annular binding space 2 to cause injury to the infant, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-5 are arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, the movable space of the neck between the two belts 6-4 is replaced by two bulges 7-1 above the front splint 1-1-2 and movably connected with the upper part of the rear splint 1-1-3, A neck activity space is arranged between the two bulges 7-1, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-4 are arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, the activity space between the two belts 6-4 which is a neck is replaced by two bulges 7-2 above the rear splint 1-1-3 which are movably connected above the front splint 1-1-2, and the activity space between the two bulges 7-2 which is a neck can be realized because the effect is the same and the structure is similar, two belts 6-4 are arranged above the front splint 1-1-2, two belts 6-5 are arranged above the rear splint 1-1-3, the belts 6-4 are movably connected with the belts 6-5, and the activity space between the two belts 6-4 which is a neck is equal to the activity space above the front splint 1-1-2 The two bulges 7-1 are movably connected with the two bulges above the rear splint 1-1-3, the bulges are movably connected with the bulges, and the connection between the bulges and the rear splint or the connection between the bulges and the front splint can adopt screw connection which is a common connection mode, so the implementation is not influenced if the screw connection is not embodied in the attached drawings; in order to avoid the reference numerals having no local marks, only the reference numerals representing the features of the embodiments are labeled in the figures specific to the present embodiment, and other reference numerals refer to the figures of the main embodiment.

In the fifth embodiment shown in fig. 1 to 9, 10 to 14 and 22 to 25, on the basis of the first and second embodiments, the auxiliary sitting tool is movably connected with the building 8. Supplementary seat stands instrument and 8 swing joint of building, supplementary seat stands instrument and 8 swing joint's of building mode has multiple, and the effect also distinguishes: firstly, a screw hole bulge 9-1 is arranged at the back of the auxiliary sitting tool, the back of a rear clamping plate 1-1-3 is the preferred position, then the back of a base 1-2 is the preferred position, a screw hole bulge block 9-2 for accommodating the screw hole bulge 9-1 is arranged on the building wall 8-1, the screw hole bulge 9-1 is arranged in a screw hole bulge pit 9-3 of the screw hole bulge block 9-2, a screw column hole 4-4 simultaneously penetrates through the screw hole bulge block 9-1 and the screw hole bulge block 9-2, a screw column 5-4 is arranged in the screw column hole 4-4, the screw column 5-4 is pulled out of the screw column hole 4-4, namely, the connection of the auxiliary sitting tool and the building 8 can be separated, the specific implementation refers to the existing hinge structure, and certainly, a plurality of screw hole bulges 9 can be arranged at the back of the auxiliary sitting tool and the rear clamping plate 1-1-3 A plurality of screw hole bulge blocks 9-2 for accommodating the screw hole bulges 9-1 are arranged at proper positions on the building wall 8-1, the auxiliary sitting tool is movably connected with the building 8, and the aim of preventing the infant from falling down under the auxiliary sitting tool caused by the infant under the unattended condition is fulfilled, two sides of the auxiliary sitting tool are respectively connected with a rope 6-6, the rope 6-6 is movably connected with the lower part of the building, the method for binding the upper part of the cross bar of the building 8 of the rope 6-6 in the simplest mode is adopted, the infant is in a semi-suspension state under the action of the rope 6-6, the weight of the infant is connected with the rope 6-6 through an annular binding device, the weight is transmitted to the building 8 through the connecting building 8, The feet of the infant only need to bear little weight of the infant, so that the infant can stand on the ground, the seat 1-1 and the base 1-2 can be separated through movable connection when necessary, the infant can walk by practicing walk in advance, the functions of a swing are achieved, multiple effects are achieved, the two sides of the auxiliary sitting tool are respectively connected with the rope 6-6, the auxiliary sitting tool is further provided with functions, people can conveniently back the auxiliary sitting tool together with the infant sitting in the auxiliary sitting tool, especially when the infant is an infant, the auxiliary sitting tool and the building 8 are in movable connection in a plurality of ways only by way of example; in order to avoid the reference numerals having no local marks, only the reference numerals representing the features of the embodiments are marked in the drawings belonging to the present embodiment, and other reference numerals refer to the drawings of the basic embodiment.

In a sixth embodiment shown in fig. 1 to 9, 10 to 14 and 26 to 31, on the basis of the first and second embodiments, a rear clamp plate 1-1-3 is connected with a seat plate 1-1-1 in a hinge manner, the rear clamp plate 1-1-3 is movably connected with the seat plate 1-1-1, and a front clamp plate 1-1-2 and a rear clamp plate 1-1-3 are separated from the seat plate 1-1-1 through movable connection. The rear clamping plate 1-1-3 is connected with the seat plate 1-1-1 through a hinge, and the rear clamping plate 1-1-3 is put down, so that the infant can conveniently lie down, and the body damage to the infant caused by long-time sitting and standing can be avoided; the rear clamping plate 1-1-3 is movably connected with the seat plate 1-1-1, after the rear clamping plate 1-1-3 is damaged, the rear clamping plate 1-1-3 is directly detached, and then a new rear clamping plate 1-1-3 is replaced, so that the service life of the auxiliary sitting and standing tool can be prolonged; the rear clamping plate 1-1-3 is connected with the seat plate 1-1-1 through a hinge, the rear clamping plate 1-1-3 is movably connected with the seat plate 1-1-1, only the hinge is a separate hinge, the technical effect can be achieved simultaneously, a bulge corresponding to a convex part of the hinge is arranged below the rear clamping plate 1-1-3, a groove corresponding to a concave pit of the convex part of the hinge is arranged behind the seat plate 1-1-1, the bulge below the rear clamping plate 1-1-3 is inserted into the groove behind the seat plate 1-1-1 and is corresponding to the convex part of the hinge in the concave pit of the convex part of the hinge, a hinge shaft column hole 4-3 simultaneously penetrates through the convex part of the hinge and the concave pit of the convex part of the hinge, a hinge shaft column 5-3 is arranged in the hinge shaft column hole 4-3, pulling the hinge shaft post 5-3 out of the hinge shaft hole 4-3, so that the front clamping plate 1-1-2 and the seat plate 1-1-1 can be separated while the hinge is separated, and the existing hinge structure is referred to specifically; the front splint 1-1-2 and the rear splint 1-1-3 are movably connected with the separation seat plate 1-1-1 at the same time, and the structure of the auxiliary sitting and standing tool can be changed into the structure of the auxiliary sitting and standing tool, the auxiliary sitting and standing tool comprises an auxiliary sitting and standing tool body 1, the auxiliary sitting and standing tool body 1 consists of the front splint 1-1-2 and the rear splint 1-1-3, two sides of the front splint 1-1-2 are connected with two sides of the rear splint 1-1-3, and the front splint 1-1-2 and the rear splint 1-1-3 form an annular binding device; in order to avoid the reference numerals having no local marks, only the reference numerals representing the features of the embodiments are labeled in the figures specific to the present embodiment, and other reference numerals refer to the figures of the basic embodiment.

In a seventh embodiment shown in fig. 1 to 9 and 32 to 37, a seat 1-1 is movably connected with a base 1-2 on the basis of the first embodiment. The seat 1-1 is movably connected with the base 1-2, the seat 1-1 can be separated from the base 1-2 through the movable connection, the infant is prevented from being carried on the seat 1-1 and the base 1-2, the physical load of nursing staff is relieved, the seat 1-1 is movably connected with the base 1-2 simply by the way that a plurality of holes 12-1 are formed on the seat plate 1-1-1 of the seat 1-1, a plurality of holes 12-2 are also formed at proper positions of the base 1-2, the positions of the holes 12-1 correspond to the positions of the holes 12-2 one by one, and the belts 12-3 pass through the holes 12-2 from the lower part of the holes 12-2 on the base 1-2 and then pass through the holes 12-1 to reach the upper part of the seat plate 1-1, Then, the seat plate 1-1 passes through another hole 12-1 from the upper part and then passes through another hole 12-2 to reach the lower part of a hole 12-2 of the base, two ends of the belt 12-3 are tied into a slipknot, a plurality of belts 12-3 are needed to be capable of better movably connecting the seat 1-1 and the base 1-2, when the seat 1-1 and the base 1-2 need to be separated, the seat 1-1 and the base 1-2 can be separated only by untying the slipknot of the belt 12-3 and drawing out the belt 12-3 from the hole 12-1 and the hole 12-2, of course, the separation of the seat 1-1 and the base 1-2 can be realized only by taking a simple mode as an example, an advanced movable connection mode can be adopted in the implementation process, in addition, in order to avoid the reference marks, in the figures which are special for the embodiment, only the figures showing the features of the embodiments are labeled, and other figures are labeled with reference to the figures of the main embodiment.

In an eighth embodiment shown in fig. 1 to 9, 10 to 14, 18 to 21, 26 to 31, and 38 to 41, based on the first, second, fourth, and sixth embodiments, a telescopic tube 10-1 of a telescopic device is connected to a front clamp plate 1-1-2, a housing 10-2 of the telescopic device is connected to a base 1-2, the telescopic device 10 is an electric telescopic device, a remote control switch is provided on the electric telescopic device, a telescopic tube 11-1 of the telescopic device is connected to a rear clamp plate 1-1-3, a housing 11-2 of the telescopic device is connected to the base 1-2, the telescopic device 11 is an electric telescopic device, and a remote control switch is provided on the electric telescopic device. The telescopic tube 10-1 of the telescoping device is connected with the front clamping plate 1-1-2, the outer shell 10-2 of the telescoping device is connected with the base 1-2, after an infant is placed in a seat, the front clamping plate 1-1-2 is closed when the telescopic tube with the clamping device is extended, or the front clamping plate 1-1-2 is put down when the telescopic tube with the clamping device is contracted, and then the infant is taken out of the seat, so that the infant can be conveniently placed in or taken out of the seat, the clamping device is arranged on the telescoping device 10, the telescopic tube 10-1 of the telescoping device can be prevented from directly returning after being contracted or extended, and the manual type specific implementation can be implemented by referring to the lifting device structure of a lifting chair; the telescopic device 10 is an electric telescopic device, electric telescopic is convenient to use, only manual operation needs to be replaced by electric operation, and no difficulty exists for technical personnel in the technical field, and the specific implementation can be implemented by referring to the existing electric telescopic machine such as an electric lifting clothes rack; the remote control switch is arranged on the electric telescopic device, the electric telescopic device 10 is remotely controlled through the remote control switch, the electric telescopic device is more conveniently controlled, for technical personnel in the technical field of remote control, the electric telescopic device 10 is not difficult to be used on the electric device according to the remote control device, and certainly, for better remote control, the movable connection between the front splint 1-1-2 and the rear splint 1-1-3 can be replaced by a magic tape connection or a movable connection mode which is similar to the magic tape connection and is simple and convenient to connect and separate; the telescopic tube 11-1 of the expansion device is connected with the rear clamping plate 1-1-3, the shell 11-2 of the expansion device is connected with the base 1-2, after an infant is placed in a seat, the rear clamping plate 1-1-3 is closed when the telescopic tube is extended, or the front clamping plate 1-1-2 is put down when the telescopic tube with the clamping device is contracted, and then the rear clamping plate 1-1-3 is put down, so that the infant can conveniently lie down, the body damage to the infant caused by long-time sitting and standing can be avoided, the clamping device is arranged on the expansion device 11, the telescopic tube can be prevented from directly returning after being contracted or extended, and the manual type specific implementation can be implemented by referring to the lifting device structure of a lifting chair; the telescopic device 11 is an electric telescopic device, the electric telescopic device is convenient to use, only manual operation needs to be replaced by electric operation, no difficulty exists for technical personnel in the technical field, and the specific implementation can be implemented by referring to the existing electric telescopic device such as an electric lifting clothes rack; the remote control switch is arranged on the electric expansion piece, the electric expansion piece is remotely controlled through the remote control switch, the electric expansion piece is more conveniently controlled, for a person skilled in the remote control technology field, no difficulty exists on the electric device according to the remote control device, the telescopic device 10 and the telescopic device 11 are actually an article, other names are used for convenience of explanation, other similar situations are the same, in addition, in order to avoid the fact that the reference signs do not have local signs, in the figures special for the embodiment, only figure signs for embodying the characteristics of the embodiment are marked, other figure signs refer to figures of the basic embodiment, and finally, the embodiment can be combined with all the previous embodiments for implementation.

In the ninth embodiment shown in fig. 1 to 9, 10 to 14, 18 to 21, 26 to 31, 38 to 41 and 42 to 45, on the basis of the first, second, fourth, sixth and eighth embodiments, the base 1-2 of the auxiliary sitting tool is a lifting base, a lifting tool 13 is connected under the base 1-2, in the embodiment, the lifting tool 13 refers to a lifting chair manually or a jack and an electric lifting tool 13 in the technical field of automobile repair, which refers to an existing electric lifting clothes rack, it is noted that the lifting tool 13 does not block a drain hole, in addition, in order to prevent the auxiliary sitting tool from overturning, the lifting tool 13 can be movably connected with the ground, in addition, in order to avoid the reference marks without local marks, in the drawings belonging to the present embodiment, only the drawings showing the features of the embodiments are labeled, and other drawings refer to the drawings of the basic embodiment, and finally, the present embodiment can be combined with all the previous embodiments.

In a tenth embodiment shown in fig. 1 to 9, 10 to 14, 26 to 31, and 46, a hinge connecting a front cover plate 1-1-2 and a seat plate 1-1-1 is an electric hinge 14-1, and a hinge connecting a rear cover plate 1-1-3 and the seat plate 1-1-1 is an electric hinge device 14-2, based on the first, second, and sixth embodiments. The hinge connecting the front clamping plate 1-1-2 and the seat plate 1-1-1 is an electric hinge 14-1, the hinge connecting the rear clamping plate 1-1-3 and the seat plate 1-1-1 is an electric hinge device 14-2, only the electric hinge 14-1 or the electric hinge device 14-2 is used for replacing a separate hinge in the original embodiment, only the electric hinge 14-1 is used for connecting the front clamping plate 1-1-2 and the seat plate 1-1-1-1, or the electric hinge device 14-2 is used for connecting the rear clamping plate 1-1-3 and the seat plate 1-1-1-1, and the requirements of hinge connection and movable connection are also met, the electric hinge 14-1 and the electric hinge device 14-2 are actually the same kind of objects, the electric hinge 14-1 and the electric hinge device 14-2 are implemented by referring to an electric tail board of an automobile carriage only by different names, and screw connection is a well-known common connection mode which is not shown on the attached drawings and does not influence the implementation, however, the implementation of the embodiment needs to be careful in the word that the electric hinge 14-1 and the electric hinge device 14-2 are out of control and are easy to clamp infants or other people.

Claims (38)

1. An auxiliary sitting tool, commonly known as a magic device with a doll, is characterized in that: comprises an auxiliary sitting and standing tool body (1), wherein the auxiliary sitting and standing tool body (1) consists of a seat (1-1) and a base (1-2), the seat (1-1) is connected with the base (1-2), the seat (1-1) consists of a seat plate (1-1-1), a front splint (1-1-2) and a rear splint (1-1-3), the rear end of the seat plate (1-1-1) is connected with the rear splint (1-1-3), two sides of the front splint (1-1-2) are connected with two sides of the rear splint (1-1-3), the front splint (1-1-2) and the rear splint (1-1-3) form an annular binding device, a cavity in the middle of the annular binding device is an annular binding space (2) for accommodating a human body, the side surface of the annular bounding space (2) is provided with a reserved space (3-1) with arms extending out, and the lower part of the annular bounding space (2) is provided with a reserved space (3-2) with legs and feet extending out.

2. An auxiliary setting tool as claimed in claim 1, wherein: the annular restraining device is fixed in shape.

3. An auxiliary setting tool as claimed in claim 1, wherein: the lower bulge of the front splint (1-1-2) is connected with the front part of the seat plate (1-1-1), the two ends of the seat plate (1-1-1) are respectively connected with the front splint (1-1-2) and the rear splint (1-1-3) to form a pit, and the seat plate (1-1-1) is arranged at the bottom of the pit and is also used as a seat (1-1) for a person to sit astride.

4. An auxiliary setting tool as claimed in claim 1, wherein: the auxiliary sitting and standing tool body (1) is composed of movable splicing type plates, a front clamping plate (1-1-2) is composed of movable splicing type plates, a rear clamping plate (1-1-3) is composed of movable splicing type plates, a seat plate (1-1-1) is composed of movable splicing type plates, the movable splicing type plates are composed of a plurality of plate assemblies, the front clamping plate (1-1-2) is composed of a plurality of front clamping plate assembly (1-1-2-1), the rear clamping plate (1-1-3) is composed of a plurality of rear clamping plate assembly (1-1-3-1), and the seat plate (1-1-1) is composed of a plurality of seat plate assembly (1-1-1).

5. An auxiliary setting tool as claimed in claim 1, wherein: the inner shape of the annular bounding space (2) is shaped by the body shape of the subject.

6. An auxiliary setting tool as claimed in claim 1, wherein: the front splint (1-1-2) is connected with the rear splint (1-1-3) by a hinge.

7. An auxiliary setting tool as claimed in claim 1, wherein: the front splint (1-1-2) is movably connected with the rear splint (1-1-3).

8. A sit-up aid as claimed in claim 3, wherein: the bulge below the front splint (1-1-2) is connected with the seat plate (1-1-1) instead of the bulge below the front splint (1-1-2) being connected with the bulge in front of the seat plate (1-1-1).

9. A sit-up aid as claimed in claim 3, wherein: the lower bulge of the front splint (1-1-2) is connected with the seat plate (1-1-1) instead of the lower bulge of the front splint (1-1-2) being connected with the front bulge of the seat plate (1-1-1).

10. An auxiliary setting tool as claimed in claim 1, wherein: the front splint (1-1-2) is concave and concave, the side surfaces of the two ends of the front splint (1-1-2) are connected with the rear splint (1-1-3).

11. An auxiliary setting tool as claimed in claim 10, wherein: the front splint (1-1-2) is concave, the concave surface is arranged inside, the side surfaces of the two ends of the front splint (1-1-2) are connected with the rear splint (1-1-3) instead of the rear splint (1-1-3), the concave surface is arranged inside, and the side surfaces of the two ends of the rear splint (1-1-3) are connected with the front splint (1-1-2).

12. An auxiliary setting tool as claimed in claim 10, wherein: the front splint (1-1-2) is concave, the concave surface is arranged inside, the side surfaces of the two ends of the front splint (1-1-2) are connected with the rear splint (1-1-3) and are equal to the side surface of the front splint (1-1-2) which is provided with a bulge connected with the rear splint (1-1-3).

13. An auxiliary setting tool as claimed in claim 11, wherein: the concave shape of the back splint (1-1-3) is arranged in the concave shape, the side surfaces of the two ends of the back splint (1-1-3) are connected with the front splint (1-1-2) which is equal to that of the back splint (1-1-3) which is provided with a convex side surface connected with the front splint (1-1-2).

14. An auxiliary setting tool as claimed in claim 1, wherein: two belts (6-4) are arranged above the front splint (1-1-2), two belts (6-5) are arranged above the rear splint (1-1-3), the belts (6-4) are movably connected with the belts (6-5), and a movable space of a neck is arranged between the two belts (6-4).

15. An auxiliary setting tool as claimed in claim 13, wherein: two belts (6-4) are arranged above the front splint (1-1-2), two belts (6-5) are arranged above the rear splint (1-1-3), the belts (6-4) are movably connected with the belts (6-5), a movable space of a neck between the two belts (6-4) is replaced by a movable space of a neck above the front splint (1-1-2), two bulges (7-1) are movably connected above the rear splint (1-1-3), and a movable space of a neck is arranged between the two bulges (7-1).

16. An auxiliary setting tool as claimed in claim 13, wherein: two belts (6-4) are arranged above the front splint (1-1-2), two belts (6-5) are arranged above the rear splint (1-1-3), the belts (6-4) are movably connected with the belts (6-5), a movable space of a neck between the two belts (6-4) is replaced by a movable space of a neck above the rear splint (1-1-3), two bulges (7-2) are movably connected above the front splint (1-1-2), and a movable space of a neck is arranged between the two bulges (7-2).

17. An auxiliary setting tool as claimed in claim 15, wherein: two belts (6-4) are arranged above the front splint (1-1-2), two belts (6-5) are arranged above the rear splint (1-1-3), the belts (6-4) are movably connected with the belts (6-5), and a moving space with a neck between the two belts (6-4) is equal to two bulges (7-1) above the front splint (1-1-2) which are movably connected with two bulges above the rear splint (1-1-3).

18. An auxiliary setting tool as claimed in claim 1, wherein: the auxiliary sitting and standing tool is movably connected with a building (8).

19. An auxiliary setting tool as claimed in claim 1, wherein: the front splint (1-1-2) is connected with the seat plate (1-1-1) by a hinge.

20. An auxiliary setting tool as claimed in claim 1, wherein: the front splint (1-1-2) is movably connected with the seat plate (1-1-1).

21. An auxiliary setting tool as claimed in claim 1, wherein: the rear clamping plate (1-1-3) is connected with the seat plate (1-1-1) through a hinge.

22. An auxiliary setting tool as claimed in claim 1, wherein: the rear splint (1-1-3) is movably connected with the seat plate (1-1-1).

23. An auxiliary setting tool as claimed in claim 1, wherein: the base (1-2) is a vehicle, and wheels (1-2-1) are arranged on the vehicle.

24. A sit-up aid as claimed in claim 23, wherein: the vehicle is a remote control vehicle.

25. An auxiliary setting tool as claimed in claim 1, wherein: the upper surface of the seat plate (1-1-1) is provided with a drainage hole (1-1-4) which penetrates through the seat plate (1-1-1), and the position of the base (1-2) corresponding to the drainage hole (1-1-4) is a cavity.

26. An auxiliary setting tool as claimed in claim 1, wherein: the rear end of the seat plate (1-1-1) is connected with the rear splint (1-1-3) and replaced by the seat plate (1-1-1) and the rear splint (1-1-3) which are integrated.

27. An auxiliary setting tool as claimed in claim 1, wherein: a rope (6-6) is movably connected above the front splint (1-1-2) or the rear splint (1-1-3).

28. An auxiliary setting tool as claimed in claim 1, wherein: the front splint (1-1-2) and the rear splint (1-1-3) are movably connected with the separation seat plate (1-1-1).

29. An auxiliary setting tool as claimed in claim 1, wherein: the seat (1-1) is movably connected with the base (1-2).

30. An auxiliary setting tool as claimed in claim 1, wherein: an extension tube (10-1) of the extension device is connected with a front splint (1-1-2), and an outer shell (10-2) of the extension device is connected with a base (1-2).

31. A sit-up aid as claimed in claim 30, wherein: the telescopic device (10) is an electric telescopic device.

32. A sit-up aid as claimed in claim 31, wherein: the electric telescopic device is provided with a remote switch.

33. An auxiliary setting tool as claimed in claim 1, wherein: an extension tube (11-1) of the expansion device is connected with a rear clamping plate (1-1-3), and an outer shell (11-2) of the expansion device is connected with a base (1-2).

34. A sit-up aid as claimed in claim 33, wherein: the retractor device (11) is an electric retractor.

35. A sit-up aid as claimed in claim 34, wherein: the electric expansion device is provided with a remote switch.

36. An auxiliary setting tool as claimed in claim 1, wherein: the base (1-2) of the auxiliary sitting tool is a lifting base.

37. An auxiliary setting tool as claimed in claim 6, wherein: the hinge for connecting the front splint (1-1-2) and the seat plate (1-1-1) is an electric hinge (14-1).

38. A sit-up aid as claimed in claim 21, wherein: the hinge for connecting the rear clamping plate (1-1-3) and the seat plate (1-1-1) is an electric hinge device (14-2).

Images