WO2006024197A1

WO2006024197A1 - Spatial ventilate type chair

Info

Publication number: WO2006024197A1
Application number: PCT/CN2004/001014
Authority: WO
Inventors: Ke Wang
Original assignee: Ke Wang
Priority date: 2004-09-02
Filing date: 2004-09-02
Publication date: 2006-03-09

Abstract

The application discloses a spatial ventilate type chair, comprising chair frameworks, seat surface and backrest. The seat surface and backrest are both stuck-connected with the chair, there are exposed spatial combined type monomer structures on the frameworks. The seat surface comprises framework assemblies with two pieces of mating buckled planar panel shapes or with buttocks notch type arc profile locally, and the backrest comprises two pieces of mating buckled framework assemblies with back notch type arc profile locally. Both on the framework assemblies with two pieces of mating buckled planar panel shapes or with buttocks notch type arc profile locally and two pieces of mating buckled framework assemblies with back notch type arc profile locally, there are hundreds of pillar assemblies in the form of solid geometry buckled-inserted, and exposing the frameworks. There are ventilation holes on the frameworks and ventilation ducts around each pillar. The structure of the application solves the problem about ventilation when persons use the chair, provides the essential conditions of health, ventilation, health services, physicaltherapy for human body and physiological organs.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is a novel type of three-dimensional breathable seat and seat stool type, and the seat surface and the backrest surface are formed by using an exposed three-dimensional structural type functional panel. The structural function of ventilation, ventilation, daily active health massage; the purpose is to solve the serious drawbacks of the seat structure of the seat in the past, the function is too simple, only to provide people with a hard seat or Sitting on a soft soft seat; often causing the skin and physiological organs of the human body to sit on the airtight seat for a long time, "sweating, hot flashes, itching, acne", etc. The original healthy body and mind and normal life bring many troubles and pains. Background Art At present, seats and benches commonly used in people's homes and public places; their existing functions are only a hard seat plate for people to ride. The seat surface is either a soft seat, a net or a piece of cloth. Its seat structure and material are nothing more than a hardwood board and a hard bag of hardwood. The thing is similar; its only scientific function change is only reflected in: the curve and height of the seat back and the length of the leg, outside the body size factor; from the actual function: just for people "short time "Sit and rest or decorate a kind of furniture that is not cheap. The function is simple, but it is used by human beings for centuries. It is not without seat, such as: Leather executive chair, soft linen seat with lift function, wire-like mesh seat. However, these comfortable seats can't be done: in people continuous "hours, + hours, even dozens Hours "When used for a long time, it does not cause harm or illness to the human body. It can provide a skin and physiological organs below the arm of the human body." Dry and cool, health conditions and basic requirements for peace of mind work. Learn about the main symptoms of past seats affecting people's physical health: skin: sweating, hot flashes, raw lice, long lice, anal itching, anal Split, acne; Body: numbness of the buttocks of the legs, cold and sour; Physiological muscles atrophy, black buttocks with degenerate elasticity; Skeletal nerves: Patients with degenerative physiological health functions of the femoral head, femoral head disease or necrosis Not easy to recover; Physiological function: Women: Physiological organs are extremely prone to bacteria and illnesses, and health functions are declining; Men: High sperm death rate and early deterioration of testicular copper production function. Especially affecting normal physiological development of young children, destroying young males The growth of physiological organ function is healthy. It leads to the decline of sexual function and the quality of life of couples in middle-aged men and women, and the early menopause. The long-term existence of direct affecting people's physical and mental health symptoms will ultimately affect the quality of human population. Seat of the seat The importance of the seat function is to the health of the human body and the care of the organs. SUMMARY OF THE INVENTION The object of the present invention is to provide a three-dimensional breathable seat that can provide a healthy and ventilated "body and physiological organs" to the human body. , ventilation, health care, physical therapy must have the basic conditions, environment, function; eradicate under the arm for a long time sitting "sweltering, sweating, no ventilation, even high temperature, itching, sore, numbness, muscle atrophy, genital tube easy In order to achieve the above objectives, the solution adopted by the present invention is: a three-dimensional breathable seat, which causes a decline in the function of the breeding bacteria. The utility model comprises a seat frame, a seat surface and a backrest surface, wherein the seat surface and the back surface are both exposed combined unit structures fixed on the seat frame, the exposed three-dimensional combined single structure seat surface and The backrest faces respectively comprise two slab-shaped components with a matching buckled shape or a partially concave curved contour of the buttocks, and two skeletal components which are matched and partially attached with a concave curved contour of the back. a snap-fitted flat or partially skeletal component with a concave curved contour on the buttocks and two skeletal components with a snap-fit and partially concave curved profile are interspersed with a gap between hundreds of a three-dimensional geometric cylinder assembly, the three-dimensional geometric cylinder assembly exposing the skeleton assembly at both ends, wherein a vertical direction of the skeleton between the cylinders is provided with ventilation holes and each of the cylinders has a horizontal direction The gap constitutes the air passage. The three-dimensional geometric cylinder assembly exposes a top end of the skeleton assembly portion in the form of a fine, smooth, non-angular massage contact, and the layer formed by the top end of the partial cylinder has a concave curved surface. The skeleton component of the seat surface or the backrest surface is a complete tubular skeleton assembly composed of a semi-elliptical metal tubular member or a circular metal tubular member or a polygonal metal tubular member, and the arrangement and assembly of the tubular members are arranged in parallel. The plum blossoms are arranged in a shape or a misalignment. Or, the skeletal component of the seat surface or the backrest surface is an integral set of hole-clamping skeletal components, and the holes are circular holes or square holes. Or, the skeleton component of the seat surface or the backrest surface is a cast skeleton component, and the casting hole shape is a tubular or semi-elliptical shape or a geometric polygonal solid hole or a hole shape. The three-dimensional geometric cylinder assembly is an elliptical cylinder assembly or a multi-prism assembly with a snap ring, an elliptical cylinder assembly, and a cylindrical cylinder assembly that match the frame assembly of the seat or backrest surface. . After adopting the above solution, the utility model has the following beneficial effects compared with the prior art: Since the seat surface and the backrest surface of the three-dimensional breathable seat of the present invention are an exposed three-dimensional combined single structure, and a curved surface suitable for the human hip and the back, and an exposed three-dimensional geometric cylindrical assembly, the periphery thereof It has a naturally ventilated air passage, which effectively solves the problem of three-dimensional ventilation of the seat surface and the backrest surface of the seat, and effectively provides the body and physiological organs of the human body with a healthy, ventilated, breathable, health care and physical therapy. The basic conditions, environment, and function; eradicating the suffocation, sweating, non-ventilation, even high temperature, itching, sore, numbness, muscle atrophy, and genital organs that are prone to bacterial function decline when the knees are sitting for a long time. The source of the disease. In the exposed three-dimensional combined monomer structure, hundreds of geometric cylinder assemblies are inserted into the skeleton assembly, and each of the cylinders has gaps and vertical vent holes in the horizontal direction and the vertical direction, forming up and down, left and right. , front and rear, ventilated and ventilated three-dimensional cluster cylinder seat surface, that is, exposed three-dimensional structure type functional seat surface. The hot air flow continuously generated when the human hips are sitting for a long time, and the airflow formed by the cold and heat exchange formed by the temperature difference between the curved surface wall of each cylinder and the three-dimensional criss-crossing air passage between the cylinders and the human body is merged into The strong combined wind direction, so that the heat that has moved in the three-dimensional structure type seat surface is dragged and blown by the whole body, and the passage of the external wind force further promotes the gas in the exposed three-dimensional structure type seat surface. In addition to the vented exposed three-dimensional structure, the process of the entire ventilation and ventilation principle is completed. In the exposed three-dimensional combination single body structure in the utility model, the top end of the vertically arranged column assembly is fine, smooth, and has no water chest angle as many massage contacts simultaneously uniformly press on the body below the buttocks of the human body; It can also move normally with the limbs, arms, arms, head and waist, buttocks as people ride daily; for example: when you touch the keyboard while surfing the Internet, take things, drink the water, move the legs and feet subconsciously, turn around The head can be twisted and twisted, etc., can bring the slight swing of the body and the buttocks, so that the invisible exposed three-dimensional structure function on the seat surface of the evenly dense column contact will start to the human hip. A therapeutic physiotherapy massage. It serves the purpose and function of a functional seat that is both ventilated, breathable, and health-care and physiotherapy. The specially added Volkswagen series and boutique series products are designed to meet the needs of the more extensive groups. In the technical solution of the utility model, the top of the surface pillars which are in close contact with the human body and relatively densely are made into the human body. The contoured seat surface of the concave curved surface of the buttocks or the concave curved surface of the shoulder; makes it smooth, docile and breathable, allowing the human body to be evenly stressed and comfortable without hurting the skin and The body tissue and the purpose of protecting the healthy environment of the physiological organs. According to the different body sizes of the human body, the seat frame of different heights can be set, and the model series components of the recessed backrest surface and the seat surface with different shoulder and hip contours can be made and made of materials with different degrees of softness and hardness. Human body buttocks, shoulder recessed elastic arc seat surface, backrest surface series. Then, it is assembled and integrated to become the three-dimensional breathable seat of the utility model. When used, the pressure of the human body weight can be evenly dispersed and the buttocks do not feel uncomfortable, thereby improving the long-term sitting and taking care affairs or sitting for a long time. The office crowd, the body tissue degenerates and shrinks the black buttocks. The specific embodiments of the present invention will be further described in detail below with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of an exposed three-dimensional structure seat surface of a three-dimensional gas permeable seat of the present invention; FIG. 2-1 is a two-piece matching three-dimensional structure seat surface of the three-dimensional gas permeable seat of the present invention. Figure 2-2 is a schematic view of a hole-ply-plate type skeleton assembly of the exposed three-dimensional structure seat surface of the three-dimensional gas permeable seat of the present invention; 2-3 is a schematic view of a cast tubular frame assembly of an exposed three-dimensional structure type backrest of the three-dimensional breathable seat of the present invention; FIG. 3-1 is an ellipse in a geometric cylinder assembly of the three-dimensional breathable seat of the present invention; Figure 3-2 is a schematic view of the elliptical cylinder attached snap ring assembly of the three-dimensional breathable seat of the present invention; Figure 3-3 is a schematic view of the cylindrical snap ring assembly of the three-dimensional breathable seat of the present invention Figure 3-4 is a schematic view of a polygonal prism attached snap ring assembly in the geometric cylindrical assembly of the three-dimensional breathable seat of the present invention; Figure 4-1 is a seat surface and a backrest surface of the three-dimensional breathable seat of the present invention; Schematic diagram of the tubular parallel arrangement of the spliced skeleton in the skeleton; Fig. 4-2: is a schematic diagram of the welded plume of the tubular plum-like arrangement in the seat surface and the backrest frame of the stereoscopic ventilated seat of the present invention. FIG. 5 is a schematic view showing a partially concave curved surface of a human buttock in an exposed three-dimensional structure type seat surface of the three-dimensional gas permeable seat of the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIG. 1, FIG. 2-1-2, FIG. 3-1-4, FIG. 4-1-2 and FIG. 5, the three-dimensional breathable seat of the present invention includes a seat frame (not shown) Drawing a seat surface and a backrest surface, the seat surface and the backrest surface are both exposed three-dimensional combined unit structures fixed to the seat frame body, and the exposed three-dimensional combined single structure seat surface and the back The back comprises two frame-shaped or partially skeletal components with a concave curved contour on the buttocks, and two skeleton groups with matching curved and partially concave curved contours. The two frame-shaped or partially skeletal components with a concave curved contour of the buttocks and the two skeletal components that are fastened and partially with a concave curved contour are inserted in the frame assembly. a three-dimensional geometric cylinder assembly 6 having a gap between the hundred roots, the two ends of the three-dimensional geometric cylinder assembly 6 exposing the frame assembly 12 of the seating surface or the backrest surface, wherein the cylinders are vertically oriented on the skeleton Vents 21 (see Fig. 2-2) are provided, and the gaps in the horizontal and vertical directions of each of the cylinders constitute the air passages 20 (see Fig. 2-2), and the three-dimensional geometric cylinder assembly 6 The top end of the portion of the exposed skeleton assembly 12 is in the form of a fine, smooth, non-angular massage contact, and the layer formed by the top end of the partial cylinder has a concave curved surface. The structure of the skeletal component 12 of the seat surface or the backrest surface of the three-dimensional ventilating seat of the present invention is as shown in FIG. 2-1, 2-2, and 2-3, and three types are selected as needed. One can be. That is, the skeleton assembly 12 may be a complete tubular skeleton assembly (see FIG. 2-1), which is composed of a semi-elliptical metal tubular member or a circular metal tubular member or a polygonal metal tubular member, and the arrangement and combination of the tubular members are arranged in parallel. Or misplaced plum blossoms (see Figures 4-1 and 4-2). The skeletal component 12 can also be an integral set of hole-clamped skeletal components (see FIG. 2-2), the holes of which are circular holes or square holes, which are machined, and the arrangement and the combined structure and the above-mentioned set of tubular skeletons The components are identical in structure. The skeletal component 12 can also be a cast skeletal component having a cast hole shape that is tubular or semi-elliptical or geometrically polygonal generally three-dimensionally porous (see Figures 2-3). The three-dimensional geometric cylinder assembly 6 in the seat surface or the backrest of the present invention is a geometric cylinder assembly matching the frame assembly 12 of the seat surface or the backrest, as shown in FIG. There are four types shown in 1, 3, 3-3, and 3-4. The structure of Figure 3-1 is an elliptical cylinder 1. The structure of Figure 3-2 is an elliptical cylinder. The snap ring 2, the structure of Fig. 3-3 is a cylinder 4 with a snap ring 2, and the structure of Fig. 3-4 is a polygonal prism 5 with a snap ring 2, which is machined and assembled by using different materials as needed. You can choose one of them. The assembly process of the three-dimensional ventilated seat surface and the back surface of the utility model is combined with the human body classification model according to FIG. 1; one of the various geometric cylindrical assembly components of the following figure 3-1-4 is selected, Regularly separated by a certain space, one by one, one by one, inserted into a tubular skeleton 12 of FIG. 2-1 or FIG. 2-2, a tubular hole or a borehole uniformly distributed by the block-shaped skeleton 12; The other block in Fig. 2-2 corresponds to the skeleton assembly 12, and the buckle is inserted into or through all the geometric cylinders 6 arranged, or the skeleton 12 is clamped on the geometric cylinder with the snap ring in the middle to make the geometric cylinder The two ends are partially exposed; and the first frame assembly 12 is matched and fixed to each other; thus, the complete product of the "exposed three-dimensional structure type functional panel" of the "three-dimensional breathable seat combination seat surface" is completed. modeling. Referring to the components in Figure 1, Figure 2-1-2, and Figure 3-1-4; not only can the "composite seat of the three-dimensional breathable seat" be assembled; moreover, the same method is used in conjunction with Figure 3. -1-4, Figure 2-3, can also be assembled "combined backrest surface of the three-dimensional breathable seat". The specific assembly method is as follows: Select a cylinder assembly as shown in Figure 3-1-4, and according to the skeleton corresponding to Figure 2-1-2 and its shoulder embossed with the human body "backrest" The overall shape of the curved surface is required to be inserted into the circular tube or hole of the cast tubular frame assembly in the component drawing of Fig. 2-3; and the corresponding skeleton of the component drawing of Fig. 2-3 is fastened and fixed. The geometrical cylinders on the cluster or the geometric cylinders 3, 4, 5 with the snap ring 2 are exposed, and the two ends of the geometric cylinder are exposed, thus completing the "exposed stereoscopic" of a combined three-dimensional breathable seat. Structural modular function panel "complete structure of the backrest surface. The combined human body "shoulder recessed curved surface" in the component diagram of Figures 2-3 is identical to the structural form and performance characteristics of the human body "nose concave curved surface". It is only that the "skeleton assembly of the backrest of the seat" is smaller than the "framework assembly of the seat and the seat of the stool"; the curvature is also bent; It also attaches to the shape requirements of the back of the human body, so that the feeling of leaning back on the body is comfortable and breathable. In the component diagrams of Figure 5 and Figure 2-3, the human body "nose concave curved surface" and the human body "shoulder concave curved surface" finished component manufacturing method, two corresponding "tubular skeleton components" or two The corresponding "hole-clamped skeleton" of the block, the three-dimensional geometric cylinder 1 conforming to the model or the three-dimensional geometric cylinders 3, 4, 5 with the snap ring 2 are fastened in the tube and the hole; It is a complete set of components of the "seat-type combination type functional type" and the "seat seat surface or backrest surface" of the human hip or shoulder concave curved surface. Specific assembly method 1: Select the cylinder 5 with the snap ring 2 attached to the component diagram of Figure 3-4, install it into the hole on the component diagram of Figure 2-3, and then in the component diagram of Figure 2-3 Another hole plywood skeleton buckle is assembled on the snap ring 2 attached to the group of geometric cylinders 5 to form a finished product of the "seat back surface" component, and then placed on a program-controlled grinding machine for overall fine grinding to complete an overall attachment. A complete structural model of the "three-dimensional breathable seat back surface" of the human body "back concave curved surface".

The specific assembly method 2: is to use the different geometric cylinder components that have been prepared in the drawing. 3-1-4, and insert the serial numbers into the pipe holes in the component drawing of Figure 2-3 according to the programmed sequence numbers. Then, the other tube hole skeleton in the component drawing of Figure 2-3 is buckled into the arranged geometric cylinder assembly or the geometric cylinder with the snap ring, so that the two ends of the dense column are exposed and fixed. The finished seat back surface component is finished. The finished product is placed on a program-controlled grinding machine for overall fine grinding to complete a complete "three-dimensional breathable seat back surface" with a human body "back concave curved surface".

Claims

Rights request

A three-dimensional ventilated seat, comprising a seat frame, a seat surface and a backrest surface, wherein: the seat surface and the back surface are both exposed combined unit structures fixed to the seat frame body The seat surface and the backrest surface of the exposed three-dimensional composite unit structure respectively comprise two supporting frame-shaped or partial skeleton components with a concave contour of the buttocks, two supporting and partially attached a skeletal component with a concave curved contour on the back, the two frame-shaped or partially skeletal components with a concave curved contour on the hip and two matching snap-fit and partially concave curved contours on the back Each of the skeleton components is inserted with a plurality of three-dimensional geometric cylinder assemblies having a gap therebetween, and the three-dimensional geometric cylinder assembly exposes the skeleton assembly at both ends, wherein the vertical direction of the cylinders is provided on the skeleton The venting holes and all the gaps in the horizontal direction of each cylinder constitute the air passage.

2. The three-dimensional ventilating seat according to claim 1, wherein: the three-dimensional geometric cylinder assembly exposes a top end of the skeletal component portion in the form of a fine, smooth, angular-free massage contact, The layer formed by the top of the partial cylinder has a concave curved surface.

3. The three-dimensional ventilating seat according to claim 1, wherein: the skeletal component of the seat surface or the backrest surface is a set of tubular frame assemblies, and the set of tubular frame assemblies are made of semi-elliptical metal pipe fittings. Or a circular metal pipe member or a polygonal metal pipe member is connected to each other, and the arrangement and the combined structure of the pipe members are arranged in a parallel arrangement or a misaligned plum blossom arrangement.

4. The three-dimensional ventilating seat according to claim 1, wherein: the skeletal component of the seat surface or the backrest surface is an integral set of hole-ply skeletal components, and the holes are circular holes or all directions. Shaped hole.

5. The three-dimensional ventilating seat according to claim 1, wherein: the skeletal component of the seat surface or the backrest surface is a cast skeleton component, and the casting hole has a tubular or semi-elliptical shape or a geometric polygon. Stereo holes, holes.

6. A three-dimensional ventilating seat according to claim 1, wherein: said three-dimensional geometric cylinder assembly is an elliptical cylinder assembly that mates with a skeletal component of said seating or backrest surface or A polygonal prism assembly with a snap ring, an elliptical cylindrical assembly, and a cylindrical cylindrical assembly.