KR20010082460A - a field ringer helmet & field ringer pocket - Google Patents

Abstract

In the case of in-patient treatment in a hospital, a ring gel is usually worn, which is a ring aid box and a pocket device for medical aids that can be freely put into place by using a helmet and a pocket. The present invention was used to hang the ring gel on the metal ring-gel hanger or bed of the prior art by inserting a needle into a part of the patient's body, and when the patient is to use the toilet or leave the room to see the ball pulled out of the ring ring or heavy and uncomfortable ring gel He had to hang it on a hanger and drag it, and he had to follow his guardian as a assistant. The structure consists of a rectangular structure and a polygonal structure such as a circular structure that the inside is emptied to the upper center of the outer upper part of the helmet. The upper side has symmetrical thread curves around the ring gel, and the axis is attached to the pocket. The pocket is designed to put the ring gel in a square or oval pocket, and the strap is fixed on both sides so that it can be hung on the neck. On the front of the bag, there are two indentations in the front of the bag to open and close it in half, and at the bottom part, the axis of winding the ring gel line on the screw curve is combined with the spot and inserted into the bottom layer of the main bag. It was made into a structure that allows the ring gel line to be adjusted. The effect is an invention with safety and convenience that allows the patient to be free to do it himself with the ring gel plugged in.

Description

Ring-gel box and ring-gel pocket that can be carried freely by carrying ring-gel in ring-gel box and neck-lined ring-gel pocket in the upper center of the helmet {a field ringer helmet & field ringer pocket}

When a person's health deteriorates or a problem occurs, he or she usually takes medicine or visits a hospital. Among them, the disease is severe and hospitalization or ring gel may be used to temporarily intensively cure the disease. do.

It is usually possible at home when such a ringgel is to be administered, but it is generally laid on the bed in a hospital or a clinic to receive a ringgel with other treatments, and when a ringgel is received, the structure containing the ringgel mainly consists of glass bottles or vinyl. It was usually used on a bed or portable hanger. However, in the conventional case, it is not a big problem in daily life to use it on a bed or a hanger, but when the patient needs to go to the bathroom or to leave the room and have to do activities, he or she should use the ring gel that is inserted in the patient's room. Either they had to move by hand, take action, or guardians would follow and lift the ring gel, or they would have to hang on a mobile metal ring-gel hanger to carry and carry with them to where they needed to be. At that time, the condition was inherent in discomfort and risk, and the condition that the pluggel was removed and carried, operated or plugged in every time has become a realistic state. Of metal working in the field of metal, machining of mobile hangers.

As a result of solving the problems and inventing the invention through new and progressive inventions in the prior art level and problems, the following problems were encountered.

Firstly, 3S was introduced to consider the effectiveness of manufacturing for the validity of industry and life. It was composed as an invention that can achieve the purpose of manufacturing company through manufacture and sale of manufacturers. It is designed to be mass-produced in several kinds by the standard size that is optimally engineered, and the components are made compatible so that efficiency is considered in the exchange of parts and the equipment necessary for mass production and utilization of human resources. As standardization, the components are also standardized according to the size of the young and old or the weight or size of the ringer, so that they can be manufactured with high efficiency. For simplicity, the number of parts forming the composition of components is minimized and manufactured. In order to minimize the purchaser's purchase burden, it was manufactured by the design of a simplified configuration such as process water and quality inspection.

Secondly, the structure, shape, and action of the structure, shape, and action, which are effective for use in industry and life, are intended to be easy to use from the patient's point of view because they are inventions of characteristics that should be used by the patient. It had to be simple, convenient and safe for carrying, so it was made into two kinds of pockets hanging around the neck and helmets on the head. Helmet type has a ring gel box at the top, and the ring gel is put on the top, and the helmet is simply put on, and the safety chin belt is filled on the face, and the neck pocket type hangs on the neck with a strap. In the case that the ring gel line is long and cumbersome or inconvenient in activity, the screw winding structure is equipped with an axis that winds the ring gel line, so that the line is wound with the screw curve as needed to meet the needs of all personnel. Ringgel's medicine continued to descend so that the function could be performed normally. In addition, the position of the hospital that manages the medical device should be frequently cleaned and sanitary, and the replacement or maintenance of the medical device should be made of plastic, vinyl, and fiber. Even in the sanitary or disinfecting structure and shape was configured. It was in the use of constructions and materials that did not require separate bonding and disassembly.

Third, for the validity of industry and life of aesthetics and abolition, it is common to all commodities, but the artistry as a commodity induces users to exhibit, store, purchase psychology and desire, and to enjoy psychological and behavioral desires to enjoy good tangibles in life. It serves as a part of fulfillment, especially in the hospital, which motivates the patient to provide quality service to the patient, and the patient or guardian's position is that aesthetics are considered in providing good service and using the invention. As it is used, it is supposed to be psychologically satisfying. In the end, it is a component that considers the problem of incineration or recycling in the place of use and the object to be particularly sensitive to health and hygiene.

1 is a front view, a plan view, and a right side view of a ring gel bag of a ring-gel bag structure hanging on the neck.

2 is a front view, a plan view, and a right side view of an assembled view in which an axis of winding a ring gel line is screwed to a ring gel pocket of a ring gel pocket structure hanging on a neck.

3 is a front view and a right side view of a set of rug's uneven structure as one component of a ring-gel pocket of a ring-gel pocket structure hanging on the neck;

4 is a front view and a plan view of the actual scale and the rejection as an axis for winding a ring gel line around a screw curve of a circular structure.

FIG. 5 is a front view, a plan view, and a right side view of the actual scale and the rejection as an axis for winding a ring gel line around a screw curve having a rectangular structure. FIG.

Fig. 6 is a front view and a plan view of the scale and rejection of the coupling round head straight screw for fixation with an axis winding a ring gel line on a screw curve in a spot.

FIG. 7 is a front view, a top view, and a right side view, which are fitted into the bottom bottom surface of the ring-gel pocket structure hanging on the neck, and are combined with an axis around which a ring-gel line is wound around a screw curve.

Fig. 8 is a front view and a right side view of the actual scale and the rejection as pins of a structure for fixing a position and preventing rotation in a spot configured for fixing an axis and a ring wound around a screw curve as a plate.

Fig. 9 is a front view and a plan view right side view of an assembly drawing coupled by a shaft and a pin and a coupling screw fitted to the lower portion of a neck structure hanging around the neck and winding a ring gel line on a screw curve.

FIG. 10 is a plan view and a front view of a ring-gel box structure helmet assembling view of a ring-elevating ring-shape which symmetrically wraps a ring-gel line on a screw curve of a rectangular structure symmetrically on both sides of a rectangular box structure protruding into an empty structure at an upper center of the outer portion of the helmet; .

FIG. 11 is a plan view and a front view of an assembly diagram of a ringgel box structure helmet in which an axis is wound around a screw curve of a circular structure symmetrically on both sides of a rectangular box structure protruding into an empty structure at an upper center of an outer portion of the helmet; .

12 is a plan view and a front view of an assembling view of a ring-gel box structure helmet assembled with an axially wound ring gel line on a screw curve of a square structure symmetrically on both sides of a circular box structure projecting in a hollow structure at an upper center of the outer portion of the helmet; .

FIG. 13 is a plan view and a front view of an assembly diagram of a ringgel box structure helmet in which a ring is wound symmetrically on a screw curve of a circular structure symmetrically on both sides of a circular box structure protruding into an empty structure at an upper center of an outer portion of the helmet; .

Fig. 14 is a ring-gel box structure helmet in which an axis around which a ring-gel line is wound around a screw curve of a rectangular or circular structure symmetrically on both sides of a rectangular box structure protruding into an empty structure at the upper center of the outer part of the helmet is fixed; Top view and front view.

15 shows a ringgel box helmet in which an axis around which a ring-gel line is wound around a screw curve of a square or circle structure is symmetrically formed on both sides of a round box structure projecting in an empty structure at an upper center of the outer portion of the helmet. Top view and top view.

FIG. 16 is a perspective view of the FIG. 13 as viewed perspectively. FIG.

As described above, the conventional technical level and problems have been solved and invented in a novel and progressive manner, and have been constructed by introducing the following technical ideas and principles.

In the technical principle and composition introduced in the invention, in the manufacturing part, in the case of helmet type, a manufacturing process and technology were applied in which a raw material of plastic was thermally decomposed and melted, and then molded by injection into a mold of a mold in an injection molding machine. The property of plastic, which is raw material extracted from, is processed by chemical and physical methods. It uses the principle of being weak to heat and solidifying when cooling fluid. There is a need for a framework to be prepared, which needs to have sufficient strength and shape to deform the plastic's heat and fluids, in particular mass production, repetition, production and continuous production. As the material and shape should be The mold used is manufactured and manufactured in the required shape, and the manufactured mold is not manufactured by the present invention, which is a finished product itself, but is molded into a shape that requires a fluid to be put in place using pressure by means of a molding injection molding machine. The two parts are manufactured so that they are reassembled and assembled to be the final finished product by hand. The pouch around the neck is made of fiber and vinyl, which is raw material. After purchase, it was cut by design according to the required size and shape, and the cut material was made into the finished product through sewing machine. This is connected by using the thread among various methods that can be processed to the characteristic of fiber. As a matter of In order to achieve the required shape and mass production, the machine is subjected to a machining process that overcomes the inefficiency and inaccuracy of manual labor by using electric power equipment that replaces manpower through a machine called sewing machine. It has the shape and structure required according to the specifications designed in advance through heat and pressure using the characteristics of vinyl, and it is ergonomically designed to perform the purpose optimally in all areas where human activities are operated in terms of safety, comfort and practicality. The invention is to be able to work in structure and shape. It is a structure and shape that is designed to carry the ring gel so that the patient can be free to do activities wherever he wants.

In addition, the ring's gland will be different when the patient is usually lying in bed and hit the ring gel, and the ring's gland will be taken out of the room. As a function, the length of the line can be adjusted appropriately by winding the ring gel line on the screw curve structure.This is the action of the principle of lengthening the winding distance with the screw curve structure rather than the vertical distance of the straight line. In order to ensure that the movement and treatment of the ring gel fluid which falls naturally by means of natural drops is not performed vertically or horizontally, the ring gel line is adjusted along the screw line and the position is placed from top to bottom. Ringgel fluids may function normally. One will. The upper and lower horizontal plates of the shaft winding the ring gel line on the screw curve have two grooves in the symmetrically necessary direction so that the ring gel line is fixed so that the wound around the screw line at the inlet and outlet is not loosened. During the activity, the ring gel and the line of the gel are not discomfort and danger.

Fig. 1 is a pocket-type ring-gel pocket hanging around the neck, which can be hooked on both sides with a string to be hooked to the neck in a square structure, or can also be combined with a button, and a ring-gel can be put in the upper pocket. The structure is open at the top, closed at the bottom of the middle membrane, and open at half in the front, and the surface of the front is joined with two up and down unevenness. It is installed by the structure so that the ring gel can be put from above or the pallet can be opened. Since the structure of the ring gel wire is located at the lower part of the ring gel, it cannot be removed from the body and put into the pocket. Therefore, the ring gel wire should be inserted into the pocket. It is a structure that is configured to perform the role of a normal ring gel to the body, and has a semi-circular perforated structure in the front part of the center of the bottom plate structure, which is the middle plate. It is the structure that the line comes out of. The pocket structure at the bottom is open and closed at the front and back, and the same structure as the upper side at the left and right sides, and the bottom is closed at the four sides. It is a structure that can be fixed by inserting a part of it into a cylindrical structure with a short horizontal structure of a circular or rectangular shape penetrated to the top.

1 is representative of the rectangular structure and can be manufactured in the same structure and action in the form of a long bow or oval or in various forms, and the size is also a kind that can be a role of a relatively pocket according to the size of the ring gel. (1) shows the rectangular bag body, the structure is optimal for putting the ring gel and efficient manufacturing process, and represented as a representative shape (2) shows the sewing line configured in the manufacture for the robustness of the bag body (3) shows the projecting part of the horizontal cylindrical penetrating structure to fit the spots at the four corners in the lower compartment pocket part. (4) is the string which is joined by the sewing machine to the middle part of both sides. (5) shows the penetrating semicircularly from the front to the bottom of the middle plate, which is the lower part of the upper pocket. After putting the ringgel in the pocket, the line of the ringgel falls down and the line comes out through the perforated hole. (6) It is designed to allow the activity to be free and to perform the function of normal ring gel (6) (7) is a block structure, (8) shows the upper layer of the structure of the bag body and is closed in all directions, and (9) is a bag. It shows the part that is opened and closed in half on the front of the upper layer, and is opened and closed by the pallet, and 10 is an intermediate plate that is the boundary between the upper layer and the lower layer and becomes the bottom surface of the upper layer. It shows the lower layer of and the front and back sides are open and both sides are closed.

Figure 2 is the same as Figure 1, but the bottom layer of the pocket and the axis of the ring gel wound around the screw curved structure is coupled to the spot and the assembly so assembled is again four places inside the bottom layer of the bag It shows the assembly diagram fixed by being inserted into the short perforated protrusion of the horizontal structure composed at the corner. The spot is fitted into four corners at the bottom of the pocket and is coupled to the upper layer. The spot is wound by a coupling bolt with a shaft winding a ring gel line on a screw curve. (12) is an axis which winds a ring-gel line of a rectangular structure, and has a structure in which a thin plate protrudes with a screw curve structure around the outer periphery. (13) is a pin into which a pin is fitted together with a fixing bolt in an assembly in which an axis around which a ring gel line is wound around a spot and a screw curve is joined. It is made of small round bar, which is configured to be fixed vertically that can be tilted left and right when fastened with bolt only. Reference numeral 14 denotes a penetrated circular pin hole into which the pin is fitted, which is the same for the axis around which the ring gel line is wound around the screw curve and the fixing spot. (15) is a bolt of round head straight grooves, fastened for engagement with the axis of the spot and screw curve structure. (16) shows the pin hole penetrated in the spot, and the hole in the fixing pin is a combination to prevent the shaft from tilting by the pin in the spot and screw curve. Numeral 17 penetrates into the spot as a female screw for bolt coupling.

Figure 3 is a part of the ring-gel pocket to put the ring-gel of the ring structure is a component diagram of the uneven structure up and down to show that the function of opening and closing is coupled to the front of the bag is coupled by sewing machine (7) is coupled to the lower right and (6) is coupled to the upper left.

Fig. 4 is a circular shaft winding a ring-gel line on a screw curved structure, the lower part of which is formed by a bore hole and a hole of a pin that is penetrated to be fixed to a spot. The upper and lower horizontal plate structure is composed of two grooves in which the ring gel line can be fixed at the inlet and outlet. (18) shows the main body of the axis showing a circular spiral or curved structure, and (19) is a groove to fix the ring gel line.

FIG. 5 is the same as FIG. 4 but everything else is not a circular but a rectangular structure and the only difference is the structure that is not emptied inside.

6 is a bolt of a round head straight groove used to engage a screw curved structural axis and a spot.

Fig. 7 is a spot of a screw-curved shaft coupled to a lower layer of a bag-shaped structure, which has a thin flat plate with a rectangular structure protruding at the center and a penetrated pin hole and a female thread. It is structured and has a cylindrical and four side groove structure and shape. Reference numeral 20 denotes a cylindrical portion of a round circular horizontal structure, which is fitted at the corners of the bag to be combined.

Fig. 8 is a circular cylindrical pin which is used to be fixed so that it does not tilt left and right when the spot and the screw curved structure axis are combined.

FIG. 9 is an assembly view in which a spot and a spiral shaft are coupled by bolts and pins, showing a front view, a plan view, and a right side view. This assembly is combined with the bag is fixed inside the back layer of the bag is fixed.

Figure 10 is a helmet-like structure, the entire component is assembled, combined with the ring gel can be used to carry and is protruded to the structure that is empty inside the upper center of the helmet is to put the ring gel in the interior. The patient only needs to wear a helmet, the principle is the same as the pocket type, only the helmet is used, (21) represents the helmet, (22) the structure of the ring gel box is rectangular, and (23) is the upper surface of the ring gel box. The cover function of the thin plate is symmetrically on both sides to prevent the ring gel from falling into the box when the patient enters the box and wears a helmet. (24) is a structure and shape in which the symmetrically small grooves are formed in the rim of the rectangular ring gel box at the left and right sides of the box, and this is the channel of the groove where the ring gel is inserted into the box and the ring gel line at the lower part of the ring gel exits. It is the structure of the structure that is inserted into the groove so that the fluid can easily fall by the universal attraction. In particular, it is the purpose structure of the function that the line can be seated in the orderly defined position in the groove of the channel. (25) shows the internal structure angled to the center line to balance the left and right inside the ring gel box, and the ring gel is folded in half by an angle so that the fluid can flow down well. It is a headband attached and attached to the inside of the helmet, and the skin of the head does not directly touch the inner surface of the helmet, and the space is secured by the band so that the buffer and the air circulation are possible. (27) shows a connecting rod for fixing the band and the helmet (26) is a button for fixing the chin band band mounted on both sides of the helmet and (29) is a chin band band.

30 is a structure projecting the symmetrical and protruding spots on the outer left and right sides of the helmet and is joined by a shaft, a bolt, and a pin which winds the line of a ring gel on a screw curved structure. The female thread bolt structure and the pin hole are internal to the spot.

Fig. 11 is the same as Fig. 10, but the only difference is that the coupling of the components of the shaft winding the ring-gel line to the screw curve structure is not a rectangular structure but a circular structure.

FIG. 12 is identical to FIG. 10, but only that the ring-gel enclosure at the top center of the helmet is circular, not rectangular. (31) shows a circular ring gel box structure and shape.

Fig. 13 is the same as Fig. 12, but the only difference is that the part winding the ring-gel line in the screw curved structure is combined with the circular structure rather than the square.

FIG. 14 is a front view and a plan view of a part view showing a helmet in which the parts wound around the ring gel line are screwed to the screw curved structure of (12) or (18) as the parts of the helmet in FIGS. 10 and 11; It is combined with (12) or (18).

Fig. 15 is a front view and a plan view of a part view showing a helmet in which no parts are wound with a ring-gel wire wound around a screw curved structure (12) or (18) as a part of the helmet in the assembly views of Figs. 12 and 13; It is combined with (12) or (18).

FIG. 16 is a perspective view of FIG. 13 perspectively.

When humans live their lives, they are not always in good health, and at least once, everybody finds sicknesses and clinics by disease. Fortunately, if the disease is small and the problem can be solved by early or simple treatment, then it is worth mentioning, but unfortunately, the disease is large and requires hospitalization or long-term treatment. Although it will be treated by the most basic ringgel injections that occur a lot of cases occur, ringgel injections, but also in hospitals outside the clinics, etc., but usually is usually a disease. I am often met in a member of the Diet. In order to get a ringgel like this, the patient is the main target and the patient is weak and different from the physical body. They are mental and psychological states and are the main areas that are active by their actions and mainly active in bed. However, these patients are not only on the bed, but have to go to the bathroom or have to see something, so they have to move out of the room or to be active. In the case of being plugged in, they should be active for the restroom or the ball. In this case, the patient himself must hold the ring gel bottle, hold the wire, move and perform the activity, or have a guardian to assist him or her to follow it separately. It has been inherent in the inconvenience, labor, and danger of having to hang, push, or drag a hanger using a hook. In this regard, the present invention is a configuration that solves all problems, and the structure and shape of the helmet type and the bag hanging on the neck, the patient himself can choose and use according to the degree of disease, and carry the ring gel safely and comfortably by themselves In order to enable the activity, the helmet type was made of a ring gel at the upper center of the outer part of the helmet, and the ring gel was put on the helmet, and the neck pocket type was put on the neck by putting the ring gel in the pocket. It is an effective invention that no separate protection or nursing is necessary on the hospital and a doctor's side, and there is no need to purchase and use a mobile metal ring gel holder separately. When it is exported, it is an invention of medical aids that can be profited by obtaining foreign currency.

Claims (11)

※ Invention of article It is a portable ring gel pouch with a neck structure. It has a structure of upper and lower layers. It is shaped into a body with various polygons such as squares and ovals. The front, rear, left and right sides and the bottom surface are closed, the top plane is open and the front is open and closed in half, and the front is joined with the main body to be opened and closed, and the bottom layer is left and right sides It is made of closed membrane on the bottom and the front and back of the open structure, the bottom surface of the four corners of the horizontally rounded or rectangular perforated structure shortly protruded to the top. As a spot, it is inserted into four protruding seats on the bottom of the bag-type ring-gel pocket, and the circular cylinder is horizontal to be fitted on the left and right sides, and is flat on the bottom of the cylinder. An object made of a rectangular hexahedron projecting upward from the center of a flat plate and having a female thread and a circular pin hole penetrated through the projecting structure. It is an axis that wraps the ring gel line on the screw curve structure. It is circular, square, and polygonal, and it has a screw curve structure with thin plate around the inner axis and the bottom. An object manufactured by making a hole with a hole so that the ring gel line can be fixed at the center of the horizontal plate. Helmet type portable ring gel is a helmet that can be put into the upper center of the outer part of the helmet protrudes in a circle, square and polygon to the top, and the inside is emptied, and the inner center of the ship has an angled structure in half position, and the ring gel line on the left and right sides The fastening groove is located at the center of the rim. The front and rear has a cover structure, which is slightly inward from the rim, and is symmetrically with a rectangular protruding spot on the left and right outer sides of the helmet. The article which was made and a hole of the pin. ※ Invention of method Helmet-type ring gel is put into the ring-gel box of the helmet so that the patient can be freely active, and it is made of various polygons that protrude into the upper center of the outer part of the helmet, and the inside is emptied and the ring-gel is inserted so that it does not fall out during the activity. In order to cover the front and rear part, the structure is to cover the ring gel halfway, and the right and left edges are channeled into the grooves so that the ring gel line can be fixed. It is designed to adjust the length of the ring gel line by allowing it to be combined with the axis that winds the ring gel line on the screw curve structure. Put the ring gel in the pocket to carry the patient freely to carry the activity, the structure of the polygonal pocket to the left and right in the middle of the straps to be coupled to the neck and the upper and lower layers to put the ring gel In the lower layer, the shaft and the spots that wrap the ring gel line are combined with the screw curved structure, and it is fitted inside the lower layer of the bag so that it can be combined. The front layer can be opened and closed in half by the upper layer. The sewing machine was bonded to the front surface of the bag body, and the bottom surface was penetrated in a semicircle from the front side so that the ring gel line could escape. The axis that wound the ring gel line on the screw curve structure has a polygonal structure, and the inner plate and the thin plate have the screw curve structure, and the ring gel line is wound along the channel of the screw line and the length is adjusted. It is a method of perforated screw holes and pins so that the upper and lower horizontal plates are symmetrically formed with grooves in the center so that the ring gel wires can be fixed during input and discharge. It is a spot that is inserted into the bottom layer of the main body of the bag and puts the ring gel into the pocket structure. It is a circular horizontal cylinder on both sides, and becomes a flat plate on the bottom of the cylinder. The method uses the female threaded through and pin holes to engage with the axis of the screw curve structure. ※ Invention of the device Polygonal ringgel in the upper center of the helmet. The inside is emptied and the left and right rims are channel grooves so that the ringgel wire is inserted and fixed. A device that allows the female screw's fastening structure and the cylindrical pin to be inserted so that the screw curved structure axis can be joined by the bolt by symmetrically protruding the rectangular hexahedron to the upper side on the outer left and right sides of the . A pocket-type ring-gel pocket that hangs around the neck. It consists of a polygonal pocket structure with upper and lower layers so that the upper layer can contain a ring gel, and the lower layer has a spot and screw curve structure shaft that fits into the main body pocket. In the upper layer of the front, the rug is attached to the upper layer of the front by the sewing machine to be opened and closed by the irregularities so that it can be opened and closed in half. A device whose cylindrical structure is horizontal so that it can be fitted with a spot. It is a screw curve structure axis made of polygons such as circle and square, and it is made of thin plate on the outside of the vertical axis inside, and it is made of screw curve structure, and the line of the ring gel is wound along the screw curve to adjust the length. The middle part of the plate is symmetrically grooved so that the ring gel wire can be inserted and fixed to the shaft in the case of input and discharge, and the upper part is a device with a through hole and a pin hole to be combined with the spot.