阅读说明：本技术 一种室外集成内外热度不一的储盒零售机 (Outdoor integrated storage box retail machine with different inside and outside heat degrees ) 是由 陈华杰 于 2019-10-21 设计创作，主要内容包括：本发明公开了一种室外集成内外热度不一的储盒零售机,其结构包括散热格口、透视玻璃、操作面板,散热格口与置物箱间隙配合,透视玻璃内壁的热膨头受到热度时,将会通过其热涨的力将其倾向中球往下膨胀,让热度托口跟随其一同往下拉扯外扩,由内部的倾向固杆将其大概形态支撑住,让兜块对其展壳的底端进行固定,上方的锥展头跟随顶锥头一同被拉扯,其扯层将会跟随力的方向进行撑开,由底端的扩展兜弧对其进行反向托动,衔接在一起的外卡翘杆将会受力,往外绷开,其吸附弧将会对内壁的水珠进行吸释,当外侧的温度与内部不符时,会产生一定的水珠,及时的将内部部件推动对其水珠进行吸收,使其水珠不会再产品的底部凝结,沾湿产品。(The invention discloses an outdoor integrated storage box retail machine with different internal and external heat degrees, which structurally comprises a heat dissipation grid opening, perspective glass and an operation panel, wherein the heat dissipation grid opening is in clearance fit with a storage box, when a heat expansion head on the inner wall of the perspective glass is heated, a trend middle ball of the perspective glass can be expanded downwards by the heat expansion force of the perspective glass, a heat support opening can be pulled downwards and expanded outwards along with the heat expansion head, the general shape of the perspective glass is supported by an internal trend fixing rod, a pocket block can fix the bottom end of a display shell of the pocket block, an upper cone expansion head is pulled along with a top cone head, a pulling layer can be unfolded along the direction of force, the extension pocket arc at the bottom end reversely supports the pocket block, an outer warping rod connected together can be stressed and stretched outwards, an adsorption arc can absorb water drops on the inner wall, when the temperature on the outer side is inconsistent with the inside, a certain water drops can be generated, and the internal components can be pushed to absorb the water drops in time, so that the water drops can not be condensed at the bottom of the product and wet the product.)

1. The utility model provides an indoor integrated inside and outside not uniform storage box retail machine of heat, its structure includes heat dissipation check (11), perspective glass (22), operating panel (33), storage box (44), gets goods mouth (55), its characterized in that:

the heat dissipation grid opening (11) is in clearance fit with the storage box (44), the perspective glass (22) is installed above the goods taking opening (55), the operation panel (33) is located on the side of the perspective glass (22), and the goods taking opening (55) penetrates through the storage box (44);

the perspective glass (22) comprises a middle partition plate (aa1), a bottom layer (aa2), an outer pocket shell (aa3), an integrated storage cell (aa4) and a heat expansion head (aa5), wherein the middle partition plate (aa1) is mounted on the inner wall of the outer pocket shell (aa3), the bottom layer (aa2) is attached to the inside of the outer pocket shell (aa3), and the heat expansion head (aa5) is located inside the integrated storage cell (aa 4).

2. An outdoor integrated bin retail machine with inside and outside heat disparity according to claim 1, characterized in that: the heat expansion head (aa5) comprises a main supporting rod (a1a), a supporting ball (a2a), an outer warping rod (a3a), a heat expansion head (a4a), an inner clamping angle (a5a) and a shrinkage suction strip (a6a), the shrinkage suction strip (a6a) is embedded into the main supporting rod (a1a), the supporting ball (a2a) is connected with the shrinkage suction strip (a6a), the inner clamping angle (a5a) is installed inside the outer warping rod (a3a), and one end, far away from the outer warping rod (a3a), of the inner clamping angle (a5a) is connected with the heat expansion head (a4 a).

3. An outdoor integrated bin retail machine with inside and outside heat disparity according to claim 2, characterised in that: the thermal expansion head (a4a) comprises a bayonet angle (mm1), an expansion port (mm2), a trend middle ball (mm3), a heat support port (mm4) and an end cone head (mm5), wherein the bayonet angle (mm1) is connected with the expansion port (mm2), one end, far away from the bayonet angle (mm1), of the expansion port (mm2) is connected with the end cone head (mm5), and the trend middle ball (mm3) is installed on the outer surface of the heat support port (mm 4).

4. An outdoor integrated bin retail machine with inside and outside heat disparity according to claim 3, characterised in that: exhibition mouth (mm2) is including pocket piece (q1), trend solid pole (q2), exhibition shell (q3), awl exhibition head (q4), pocket piece (q1) is connected with exhibition shell (q3), trend solid pole (q2) is embedded inside exhibition shell (q3), the one end that the pocket piece (q1) is kept away from to exhibition shell (q3) is connected with awl exhibition head (q 4).

5. An outdoor integrated bin retail machine with inside and outside heat disparity according to claim 2, characterised in that: interior card angle (a5a) is including extension pocket arc (www1), tear layer (www2), card stick up pole (www3), receive pressure mouth (www4), resilience strip (www5), extension pocket arc (www1) is connected with tearing layer (www2), stick up pole (www3) and imbed inside dragging layer (www2), stick up pole (www3) and rebound strip (www5) and be connected, rebound strip (www5) is located and is pressed mouthful (www4) rear.

6. An outdoor integrated bin retail machine with inside and outside heat disparity according to claim 2, characterised in that: the support ball (a2a) comprises a heavy push core (gg1), a rolling suction layer (gg2), a reverse fixed rod (gg3), a support layer (gg4) and an adsorption arc (gg5), wherein the heavy push core (gg1) is embedded into the rolling suction layer (gg2), the rolling suction layer (gg2) is connected with the reverse fixed rod (gg3), and the adsorption arc (gg5) is installed inside the support layer (gg 4).

Technical Field

The invention belongs to the field of retail, and particularly relates to an outdoor integrated storage box retail machine with different internal and external heat degrees.

Background

In order to show the convenient fast food inside to the purchaser, the outer layer is separated by glass, the inside is stored at low temperature, the retail machine is arranged outdoors for more people to purchase, and the corresponding convenient fast food is purchased according to the requirement.

Based on the above findings, the present inventors found that the existing integrated box-storing retail machine mainly has the following disadvantages, such as:

the retail machine located outdoors absorbs heat easily when facing the direct irradiation of the sun, the glass collides with cold air on the inner wall to form certain water drops, the water drops flow to the bottom end of the product, the product and the inner wall are bonded after being solidified for a long time, and the product is full of water when being taken out by a purchaser easily, so that the eating effect is influenced.

It is therefore desirable to provide a box retailer that integrates outdoor units with different internal and external heat levels.

Disclosure of Invention

In order to solve the problem that when the retail machine which is located outdoors in the prior art faces the direct irradiation of the sun, the glass absorbs heat easily and collides with cold air on the inner wall to form certain water drops, the water drops flow to the bottom end of the product, and the product and the inner wall are bonded by solidification after a long time, so that the product is full of water and the eating effect is influenced when a purchaser takes the product out.

The invention relates to an outdoor integrated storage box retail machine with different internal and external heat degrees, which is achieved by the following specific technical means:

the structure of the device comprises a heat dissipation grid opening, perspective glass, an operation panel, a storage box and a goods taking opening.

The heat dissipation grid opening is in clearance fit with the storage box, the perspective glass is installed above the goods taking opening, the operation panel is located on the side of the perspective glass, and the goods taking opening penetrates through the inside of the storage box.

Perspective glass includes median septum, bottom, outer pocket shell, integrated storage check, heat exhibition head, the median septum is installed in outer pocket shell inner wall, the bottom is laminated inside outer pocket shell, heat exhibition head is located integrated storage check inside.

As a further improvement of the invention, the heat expansion head comprises a main supporting rod, two supporting balls, two outer clamping warped rods, two heat expansion heads, two inner clamping angles and two shrinkage and absorption strips, wherein the shrinkage and absorption strips are embedded in the main supporting rod, the supporting balls are connected with the shrinkage and absorption strips, the inner clamping angles are arranged in the outer clamping warped rods, one ends of the inner clamping angles, far away from the outer clamping warped rods, are connected with the heat expansion heads, and the number of the supporting balls is two.

As a further improvement of the invention, the thermal expansion head comprises a bayonet angle, an unfolding and folding port, an inclined middle ball, a heat support port and an apex cone head, wherein the bayonet angle is connected with the unfolding and folding port, one end of the unfolding and folding port, which is far away from the bayonet angle, is connected with the apex cone head, the inclined middle ball is arranged on the outer surface of the heat support port, the bayonet angle is provided with two, and the inclined middle ball is of a spherical structure.

As a further improvement of the invention, the unfolding and folding port comprises a pocket block, an inclined fixing rod, an unfolding shell and a cone unfolding head, wherein the pocket block is connected with the unfolding shell, the inclined fixing rod is embedded in the unfolding shell, one end of the unfolding shell, which is far away from the pocket block, is connected with the cone unfolding head, and the number of the inclined fixing rods is four.

As a further improvement of the invention, the inner clamping angle comprises an expansion pocket arc, a pulling layer, two clamping and raising rods, a pressure receiving opening and a resilience strip, the expansion pocket arc is connected with the pulling layer, the clamping and raising rods are embedded in the pulling layer and connected with the resilience strip, the resilience strip is arranged behind the pressure receiving opening, the resilience strip is made of rubber and has certain resilience, and the two clamping and raising rods are of a semi-arc structure.

As a further improvement of the invention, the support ball comprises a heavy push core, a rolling suction layer, a reverse fixed rod, a support layer and an adsorption arc, wherein the heavy push core is embedded in the rolling suction layer, the rolling suction layer is connected with the reverse fixed rod, the adsorption arc is arranged in the support layer, the heavy push core is of a spherical structure, and the adsorption arc is of a semicircular structure.

Compared with the prior art, the invention has the following beneficial effects:

when the hot head that expands of perspective glass inner wall received the heat degree, will be through the power that its heat rises with ball down inflation in its tendency, let the heat ask the mouth to follow one and down pull and expand outward, hold its approximate form by the solid pole of inside tendency, let the pocket piece fix its bottom of exhibition shell, the awl exhibition head of top is followed the apex cone head and is together pulled, it pulls the layer and will be followed the direction of force and strut, carry out reverse support to it by the extension pocket arc of bottom, when extension pocket arc tilting to a certain extent, link up outer card perk pole together and will be atred, past outwards stretch out, its absorption arc will inhale the release to the drop of water of inner wall, when the temperature in the outside is inconsistent with inside, can produce certain drop of water, timely promote the inner part and absorb its drop of water, make its drop of water can not condense again the bottom of product, be stained with wet product.

Drawings

Fig. 1 is a schematic structural diagram of an outdoor integrated box-storing retail machine with different internal and external heat degrees.

Fig. 2 is a left-side view internal structure schematic diagram of a perspective glass of the present invention.

Fig. 3 is a schematic front view of the interior structure of a thermal developing head according to the present invention.

FIG. 4 is a front view of an internal structure of a thermal expansion head according to the present invention.

Fig. 5 is a schematic front view of an internal structure of an unfolding/folding port according to the present invention.

FIG. 6 is a schematic view of an interior structure of an inner corner clip according to the present invention.

FIG. 7 is a schematic front view of an internal structure of a ball holder according to the present invention.

In the figure: the heat dissipation grid opening-11, the perspective glass-22, the operation panel-33, the storage box-44, the goods taking opening-55, the middle partition plate-aa 1, the bottom layer-aa 2, the outer pocket shell-aa 3, the integrated storage grid-aa 4, the heat expansion head-aa 5, the main support rod-a 1a, the support ball-a 2a, the outer buckling rod-a 3a, the heat expansion head-a 4a, the inner clamping angle-a 5a, the contraction suction strip-a 6a, the bayonet angle-mm a, the expansion opening-mm a, the inclined middle ball-mm a, the heat expansion opening-mm a, the tip cone head-mm a, the block-q a, the inclined fixed rod-q a, the expansion shell-q a, the cone expansion head-q a, the expansion pocket arc-wwwww a, the pull layer-www a, the warping rod-wwg 72, the pressing arc-36gg-a, the reverse push layer-a, the rebound push layer-a, the push layer-36gg layer-a, the reverse push layer-a, the push layer-a and the backward layer 36gg layer a.

Detailed Description

The invention is further described below with reference to the accompanying drawings: