Structure of the Electric Temperature Control Tank Display Case

Abstract

An electrically controlled thermos display cabinet structure consists of a thermos display cabinet combined with an electrically controlled base. The rear door is opened via a handle, canned beverages are placed inside, and the rear door is closed. A magnet below attracts the beverage to a baffle plate. After steam heating via a heating plate and water tray, the consumer pulls out a drawer-type shelf through a pull tab at the bottom of the front door. Simultaneously, the front and curved edges push the front door base, causing the two front doors to open to the sides. This allows the consumer to quickly and safely retrieve the warm beverage. Pushing the drawer-type shelf inward causes a torsion spring at the pivot point above the front door to pull it back inward. A strong magnet inside the front door base attracts the base to the curved edge. As the drawer-type shelf is pushed inward, the front door automatically closes, achieving a safe, fast, convenient, and practical design.

Claims

1. A structure for an electrically controlled temperature-controlled display cabinet, comprising a temperature-controlled display cabinet and an electrically controlled base; the temperature-controlled display cabinet comprises a display cabinet, drawer-type shelves, and a water tray assembly; wherein, The display case consists of a base with hollow support rods at its four corners. Each support rod has a long, narrow opening inside, housing a light tube and its holder. A baffle is located in the center of the rear side, and a water tray track is located on the left side. Connecting pieces and transparent side panels are located between the two support rods on the left and right sides, with a soft-close drawer slide secured inside the connecting pieces. A rear door panel opens to the left and right between the two rear support rods, featuring a handle and a magnet on the bottom. A front door panel opens to the left and right between the two front support rods, with a notch on the lower outer side and a base inside. A strong magnet is installed, and a torsion spring is installed at the pivot point above the front door panel. A top cover and connecting seat are locked to the top of the display case. The top cover has through holes at the four corners, and the connecting seat has a limit frame around its perimeter. A positioning block is located in the middle of the rear side, with through holes at the four corners. The drawer-type shelf consists of a base with a frame around its perimeter. The two front corners have an arc-shaped frame with an inclined interior. The front and rear ends of the inclined frame have positioning holes and several adjustable spacing dividers. A pull plate is installed on the front frame of the base, and slide rail covers are installed on the side frames. An electric heating plate is placed on the base and locked in place by the cover plate. On the chassis, an inclined plate is placed on top, with several shock-absorbing springs installed below and behind the inclined plate. Positioning holes are located at the front and rear ends of the inclined plate, and several adjustable spacing dividers are installed. A U-shaped stop bar is installed at the front, positioned within the positioning holes on both side frames. The water tray assembly consists of a water tray base, a water trough on top, and a pull plate at the front. A sponge is placed inside the water trough base, water is added, and the water tray cover is closed. The water tray cover has several elongated holes. The water tray assembly is placed on the water tray track base, and the left and right side frames of the drawer-type shelf are locked to the buffer-type drawer slides inside the display cabinet, thus completing the assembly. A temperature control display cabinet is constructed by placing the temperature control display cabinet on the connecting base of the electrical control base. The connecting base has a limiting frame around its perimeter, a positioning block in the middle of the back side of the base, and through holes in the four corners. The temperature control display cabinet is locked to the positioning block of the connecting base. The limiting frame covers the base of the display cabinet. The electrical control circuit is connected to the inside of the temperature control display cabinet through the hollow support rod and the long hole. Then, the top cover is put on and an advertising board base is installed. The top cover has round grooves on both sides that correspond to the hook holes. The clips of the surrounding components are hung on the limiting frames on both sides, and the paper bag box is placed on the hook holes on both sides of the connecting base. This completes the electrical control temperature control display cabinet.

2. The electrically controlled temperature tank display cabinet structure as described in claim 1, wherein, Alternatively, the array of temperature tank display cabinets can be stacked and locked onto the positioning block of the connecting base. The base of the temperature tank display cabinet can be covered by the limiting frame and then placed on top of the electrical control base and locked. The wiring is connected to each temperature tank display cabinet through the hollow support rod and through hole, thus forming a multi-layer electrical control temperature tank display cabinet.

3. The electrically controlled temperature tank display cabinet structure as described in claim 1, wherein, When the water in the water tray is insufficient, the water tray can be pulled out using the pull plate to add water. When pulling it in and out, the water ripples can easily cause water to overflow. The sponge in the water tank can reduce the formation of water ripples.

4. The electrically controlled temperature tank display cabinet structure as described in claim 1, wherein, Each of the temperature and humidity display cases has an independent heating plate and water tray assembly. The temperature and humidity can also be stacked into several layers for use. The temperature and humidity can be set to different values ​​as needed through the electronic control base.

5. A structure for an electrically controlled temperature-controlled display cabinet, comprising a temperature-controlled display cabinet and an electrically controlled base; the temperature-controlled display cabinet comprises a display cabinet, drawer-type shelves, and a water tray assembly; wherein, This drawer-style shelf consists of a base with a frame around its perimeter. The front two corners have an arc-shaped frame, and the interior is an inclined surface. Positioning holes and several adjustable dividers are located at the front and rear ends of the inclined surface. A pull-out plate is installed on the front frame of the base, and sliding rail covers are installed on both side frames. A heating plate is placed on the base and secured with the cover plate. An inclined plate is then placed on the base, with several shock-absorbing springs located below and behind it. Positioning holes and adjustable dividers are located at the front and rear ends of the inclined plate. A U-shaped stop bar is installed at the front, positioning it on both sides. The positioning holes on the frame allow for easy access to hot drinks. When the drawer-style shelf is pulled out, its front frame and curved frame simultaneously push the base of the two front door panels, causing the two front door panels to open to the left and right. Consumers can then quickly and safely take out hot drinks. When the drawer-style shelf is pushed inward, the torsion springs at the pivot points on the top of the two front door panels pull the front door panels back inward. In addition, the strong magnets inside the front door panel bases attract the bases to the curved frame of the drawer-style shelf. As the drawer-style shelf is pushed inward, the two front door panels will automatically close, achieving the purpose of safety, speed, convenience, and practicality.

6. The electrically controlled temperature tank display cabinet structure as described in claim 1 or 5, wherein, The tilt panel on the drawer-type shelf has several shock-absorbing springs underneath, making the tilt panel elastic and effectively buffering the impact force caused when the drawer-type shelf is pushed back, thus having a shock-absorbing effect; and the elastic tilt panel also helps beverages slide forward.

7. A structure for an electrically controlled temperature-controlled display cabinet, comprising a temperature-controlled display cabinet and an electrically controlled base; the temperature-controlled display cabinet comprises a display cabinet, drawer-type shelves, and a water tray assembly; wherein, The display case consists of a base with hollow support rods at its four corners. Each support rod has a long, narrow opening through which a light tube and its holder are installed. A baffle is located in the middle of the rear side, and a water tray track seat is located on the left side, into which a water tank assembly is placed. Connecting pieces and transparent side panels are located between the two support rods on the left and right sides. A rear door panel is located between the two rear support rods, and a front door panel is located between the two front support rods. An electric heating plate is covered and locked to the base using a cover plate. A top cover and connecting seat are locked to the top of the display case. The top cover has through holes at its four corners, and the connecting seat has a limiting frame around its perimeter. Hook holes are located on the two limiting frames and the base. A positioning block is located in the middle of the rear side of the base, with through holes at its four corners. This completes the display case with an independent electric heating plate and water tray assembly.

8. The electrically controlled temperature tank display cabinet structure as described in claim 7, wherein, Each display case contains an independent heating plate and water tray assembly. Alternatively, multiple display cases can be stacked and locked onto the positioning block of the connecting base. The base of the display case is covered by the limiting frame and then placed on top of the electrical control base and locked. The wiring is connected to each display case through the hollow support rod and through hole, thus forming a multi-layer electrical control display case.

9. The electronically controlled temperature display cabinet structure described in claim 7 or 8 can also be used to add different functional display cabinet structures as needed, and stack them into several layers. The temperature and humidity of each layer of the display cabinet can be set to different values ​​as needed through the electronically controlled base.

10. A structure for an electrically controlled temperature-controlled display cabinet, comprising a temperature-controlled display cabinet and an electrically controlled base; the temperature-controlled display cabinet comprises a display cabinet, a drawer-type shelf, and a water tray assembly; wherein, The water tray assembly consists of a water tray base, a water trough on top, a pull plate at the front end, a sponge placed into the water trough base, water injected, and the water tray cover closed, with several elongated holes on the water tray cover.

Images