CN216316991U - Winter student is used for warm thermal-insulated tectorial membrane backing plate of foot - Google Patents

Abstract

The utility model provides a film-coated base plate for warming feet and insulating heat for students in winter, belonging to the field of daily necessities. The technical scheme is as follows: it constitutes mainly including three parts such as branch seat main part (1), hinge round pin axle (4) and anti-skidding cushion (5), characterized in that: the two sub-seat bodies (1) are connected through hinge pins (4) to form a film-coated base plate, and an anti-skid rubber pad (5) is adhered to the lower plane of the film-coated base plate to form a whole; the beneficial effects are that: fundamentally has solved the physiology supply and demand requirement of human "warm enough and cool top", has blockked the too high scorching heat sensation, the uncomfortable sense to student's foot of ground surface temperature warms up, and then has eliminated the student and has thought and recited and can not concentrate on, influence the condition of learning effect.

Description

Winter student is used for warm thermal-insulated tectorial membrane backing plate of foot

Technical Field

The utility model provides an article for daily use, belongs to the technical field of manufacture of articles for daily use, and particularly relates to a film-coated base plate for warming feet and insulating heat for students in winter.

Background

In winter, households in northern areas adopt centralized heating measures, in recent years, building construction heating facilities uniformly adopt a floor heating mode according to the requirements of national regulations, floor heating has a plurality of advantages, only the temperature and heat are kept, according to statistics, the heat consumption of a unit area can be reduced by 15%, the temperature is 2-3 ℃ higher than that of a traditional convection heating mode, good data bring warmth to people and also bring troubles and vexation, five months in a heating season is a key period for students to take examination, the excessive heating temperature enables people to be drowsy and not to get spirits, and particularly the excessive floor heating ground temperature often enables feet to have burning sensation, the centers of feet sweat, dizziness and feeling uncomfortable, thinking and reciting cannot concentrate, and the learning effect is influenced;

therefore, some parents help students to adopt a method of using small wood boards and small stool pads under feet, although the parents have some heat insulation effects, the defects of inconvenience and inconvenience for cleaning and wiping are also obvious, meanwhile, the heat conduction performance of the wood materials is low, the heat dissipation is slow, and the fundamental problem cannot be solved;

some people also invent a method for insulating heat of plastic and rubber water bags, and the method cannot be well popularized and used due to the fact that the shape is difficult to fix, pollution is easy to cause and the cleaning is inconvenient;

meanwhile, the nonmetal material has poor thermal conductivity, is easy to deform when heated, and is too thick and inconvenient to move and carry; generally, metals are easy to rust and become dirty, so that the selection of steel materials of which the materials are selected is also a problem to be considered;

the similar heat insulation backing plate is found after being used in a family, the temperature condition of students in a classroom is almost the same as that of the family, especially the temperature of the students in the classroom has the characteristics of being active, the students are warm when wearing the heat insulation backing plate in winter, the feet are heated and uncomfortable at night, the shoes cannot be taken off in the classroom environment, and the change requirement is very strong;

the problem that needs deep thinking in addition is that, the student when the thin plate callus on the sole before the selection is used, can not appear because of the oversize portable that is not convenient for, what classroom ground was spread today is ceramic floor, and is more smooth, and whether the thin plate callus on the sole was put subaerial and can make a round trip to slide, and the noise that produces is difficult for fixing, and a great deal of problem needs to be solved one by one.

Disclosure of Invention

The utility model aims to solve the technical problems and defects of the prior art, and provides a film-coated base plate for warming and insulating feet of students in winter, which solves the fundamental problem that the students warm in winter influences the learning effect, in particular solves various problems of material selection, deformation prevention, light weight, convenient carrying, fixed and durable appearance, difficult pollution, convenient cleaning, strong heat conductivity and the like of the film-coated wind window thin plate foot pad, and lays a good foundation for the popularization and the use of a new product.

The technical scheme is as follows: including dividing seat main part 1, hinge round pin axle 4 and anti-skidding cushion 5, characterized by: two branch seat main parts 1 form the tectorial membrane backing plate seat through hinge round pin axle 4 connection, and the L type stabilizer blade extends downwards on four limits of tectorial membrane backing plate seat, and non-slip rubber pad 5 is pasted to the bottom surface of L type stabilizer blade.

The bottom surface of the film-coated base plate seat is fastened with an anti-skid rubber cushion 5 by flat-head bolts 8.

A circular strip slotted hole 6 is cut on the side wall of the L-shaped support leg.

And the upper surface of the film covering base plate seat is provided with a wind window hole 3 and a wind window hole cover 7.

And arranging a film coating layer on the surface of the film coating base plate seat.

The seat main body 1 is made of stainless steel, such as a 304 plate with the thickness of 2.0mm, the plate is cut into a plurality of flat plates with specified length and width dimensions, such as 492 multiplied by 396mm, by adjusting a cutting programming control program in the cutting process, the specification of two ends in the length direction is realized, the positions and the width direction are not spliced, a plurality of circular strip slotted holes and a plurality of fastening screw holes of an anti-skid rubber pad are simultaneously processed at the specified positions, and an iron plate with the specification is bent at right angles for the first time in the length direction according to a specified dimension to form side walls with base planes at two sides; the iron plate with the specification is bent at right angle for the first time in the width direction according to a certain specified size to form a side wall with a base plane on the non-splicing side;

as optimization, the side walls with the same specification in the length direction are bent to the inner side in a right angle according to a certain specified size to form base lower planes on two sides; the non-splicing side wall with the specification in the width direction is bent to the inner side in a right angle according to a certain specified size to form a lower plane of the side base; the design is convenient for reducing the occupied area of the seat body and increasing the practicability;

as an optimization, three rows of air outlet window punching grooves are respectively punched in the left plane and the right plane with the length center line as the reference along the width direction according to a certain specification and size, so that the base body has excellent ventilation and heat dissipation conditions, and the heat conduction and the heat dissipation are accelerated. By the design, one half of the square seat main body of the foot warming and heat insulating base plate is processed; the other half is processed by repeating the steps in the same way, and the two square seats can form a main body;

as optimization, in order to realize smooth splicing, the two half bodies are connected through hinge pins, and the protruding parts of the mounting pins are designed to be arranged on the inner side of the upper plane of the seat body so as to ensure the smoothness of the upper plane; by the design, the folding can be realized, and the convenience of carrying and transporting the folding is improved;

as optimization, the machine-formed sub-seat main body is sprayed, molded, subjected to thermoplastic sintering, and a film coating layer with a compact and attractive surface is formed, so that the moistureproof and antirust effects can be effectively achieved, the surface cleaning is facilitated, and meanwhile, the comfortable sensation is brought to the feet of students;

as optimization, a specially-made anti-skid rubber mat is arranged at the bottom of the film-coated base plate, so that the fixing and anti-skid effects are improved; the whole new product manufacturing process of the foot warming and heat insulating base plate is completed.

Has the advantages that:

1. the physiological supply and demand requirements of a human body for 'warming feet and cooling tops' are fundamentally met, the burning sensation and the uncomfortable feeling of the feet of the student caused by overhigh temperature of the ground heating surface are prevented, and the condition that the student cannot concentrate on thinking and reciting and the learning effect is influenced is further eliminated;

2. the specially-made air window structures on the upper surface of the seat body of the film-coated air window thin plate foot pad are protruded by 3mm and arranged in parallel, so that the foot bottom can be massaged, and the fatigue of a human body can be eliminated;

3. the film-coated wind window thin plate foot pad meets the requirements of light weight and portability; the anti-skid rubber mat is arranged, so that the fixing and anti-skid effects are improved;

4. the foot pad of the film-coated wind window thin plate is sprayed with a film-coated layer which is formed by thermoplastic sintering and has compact and beautiful surface, is convenient for cleaning and wiping, and can play a role in damp proofing and rust proofing;

5. the film-coated air window thin plate foot pad is provided with the circular strip-shaped slotted holes and the stamped air window structure, so that the ventilation and heat dissipation capacity of the film-coated air window thin plate foot pad is expanded, the ground surface temperature can be conveniently dissipated through the air window holes to meet the requirement of foot heating of students, and the redundant heat can be rapidly diffused indoors by virtue of the circular strip-shaped slotted holes in the side wall and the good heat conductivity of steel;

6. the product of the utility model has simple manufacturing process, sufficient raw materials and low price, is convenient for industrial mass production and has good market application prospect.

Drawings

The film-coated base plate for warming feet and insulating heat for students in winter is further described by combining the accompanying drawings as follows:

FIG. 1 is a schematic front view of an embodiment of the present invention;

FIG. 2 is a schematic top view of an embodiment of the present invention;

FIG. 3 is a left side view of an embodiment of the present invention;

FIG. 4 is a schematic diagram of a rear view configuration of an embodiment of the present invention;

fig. 5 is a schematic view of the folded state of the present embodiment.

In the above figures: the base comprises two sub-base main bodies 1, L-shaped support legs 2, wind window holes 3, hinge pin shafts 4, anti-skidding rubber pads 5, strip groove holes 6, wind window hole covers 7 and fastening bolts 8.

Detailed Description

As shown in fig. 1 to 4, the specific technical solution of this embodiment is: including two branch seat main parts 1, hinge round pin axle 4 and anti-skidding cushion 5, characterized by: two divide seat main parts 1 to connect through hinge pin 4 and form tectorial membrane backing plate seat, tectorial membrane backing plate seat four sides downwardly extending L type stabilizer blade 2, antiskid cushion 5 is pasted to the bottom surface of L type stabilizer blade 2, tectorial membrane backing plate seat bottom fasten antiskid cushion 5 with flat head fastening bolt 8, 2 lateral walls of L type stabilizer blade cut out circular rectangular slotted holes 6 tectorial membrane backing plate seat upper surface sets up wind aperture hole 3 and wind aperture hole cover 7 tectorial membrane backing plate seat surface sets up the tectorial membrane layer.

A specification for manufacturing a film-coated base plate for warming feet and insulating heat for students in winter: the base body part is made of a stainless steel sheet with the thickness of 2mm, the sheet is processed by a series of processing such as laser cutting, sheet metal bending, punching of an air window slot hole and the like to form two sub-base main bodies 1 with the same appearance, and the base body part is sprayed and baked to form a film coating layer for later use; selecting a stainless steel hinge pin shaft 4 and an anti-skid rubber pad 5 with required specifications for later use; after the processing process is finished, the assembly forming stage is started, and the main operation is that the two sub-seat main bodies 1 are connected through the hinge pin shaft 4, wherein the wind window holes 3 and the wind window hole covers 7 are contained in the two sub-seat main bodies 1, and the protruding parts of the hinge pin shafts 4 are arranged on the inner sides of the upper planes of the two sub-seat main bodies 1; the non-splicing ends of the two sub-seat main bodies 1 are arranged outside the hinge pin shafts 4, so that the main body parts are installed, and then the spare antiskid rubber pad 5 is installed on the lower plane of the bottoms of the two sub-seat main bodies 1 through the screw holes 8, so that the manufacturing process of a new product of the foot warming heat insulation base plate is completed.

The structural characteristics of the above-described embodiment are: the characteristic of fast heat conduction of steel materials is designed and utilized; the advantages of strong ventilation and heat dissipation capability of the punching air window holes 3 and the strip slot holes 6 are optimized and selected, basic conditions are laid for ensuring sufficient heat insulation, heat conduction and heat dissipation, and meanwhile, the effect of light weight is achieved, wherein the design characteristics of the punching air window enhance the surface tension of a thin plate on the product structure, and the concave center deformation tendency is reduced; not only can satisfy the demand of student's foot heating in the result of use, still can play the massage effect to the sole, eliminate human fatigue, wholly adopt the round pin hub connection can realize dividing the seat main part folding, for carrying the convenience, the spraying is implemented to the pedestal appearance, toasts and generates the tectorial membrane layer, has reached pleasing to the eye, rust-resistant durable and be convenient for clean, the purpose of wiping, plane installation antiskid cushion has improved its fixed and anti-skidding effect under the pedestal bottom.

The above embodiments are only specific examples of the present invention, which is not intended to limit the present invention in any way, and any person skilled in the art may modify or modify the technical details disclosed above and equally vary from the equivalent embodiments. However, any simple modification, equivalent change and modification of the above embodiments according to the technical essence of the present invention should fall within the scope of protection of the present invention without departing from the technical principle of the present invention.

Claims (5)

1. The utility model provides a student is used for warm thermal-insulated tectorial membrane backing plate of foot winter, includes two branch seat main parts (1), hinge round pin axle (4) and anti-skidding cushion (5), characterized by: the two sub-seat bodies (1) are connected through hinge pin shafts (4) to form a film-coated base plate seat, L-shaped support legs extend downwards from four sides of the film-coated base plate seat, and anti-skid rubber pads (5) are pasted on the bottom surfaces of the L-shaped support legs.

2. The film-coated base plate for warming feet and insulating heat for students in winter as claimed in claim 1, wherein: the bottom surface of the film-coated base plate seat is fastened with an anti-skid rubber cushion (5) by flat head bolts (8).

3. The film-coated base plate for warming feet and insulating heat for winter students according to claim 1 or 2, which is characterized in that: a circular strip slotted hole (6) is cut on the side wall of the L-shaped support leg.

4. The coated pad for warming feet and insulating heat for students in winter as claimed in claim 3, wherein: and the upper surface of the film covering base plate seat is provided with a wind window hole (3) and a wind window hole cover (7).

5. The coated pad for warming feet and insulating heat for students in winter as claimed in claim 4, wherein: and arranging a film coating layer on the surface of the film coating base plate seat.

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