CN207956629U - A kind of container for fresh-keeping of vegetables transport - Google Patents

Abstract

The utility model is related to a kind of containers for fresh-keeping of vegetables transport.Including container shell, front is equipped with front shell, rear portion is equipped with chamber door, multiple shelf are installed on inner wall；First top Taper Pipe and the second top Taper Pipe are installed on the roof of container shell, first bottom Taper Pipe and the second bottom Taper Pipe are installed on the bottom wall of container shell, both first top Taper Pipe and the first bottom Taper Pipe concentrically line and taper is identical, both the second top Taper Pipe and the second bottom Taper Pipe concentrically line and taper is identical；The screwed pipe in the middle part of the front side wall top of container shell is equipped with top heat-exchanging spiral-coil, lower part is equipped with lower part heat-exchanging spiral-coil, middle part is equipped with, the top of front shell is equipped with top pore, lower part is equipped with lower part pore, middle part is equipped with through-hole, middle part screwed pipe is stretched out by through-hole and is equipped with locknut.The utility model is simple in structure, useful load is big, piled up convenient for stacking and heap poststack does not influence to connect fresh-keeping facility.

Description

A kind of container for fresh-keeping of vegetables transport

Technical field

The utility model belongs to fresh-keeping of vegetables technical field of transportation more particularly to a kind of goods for fresh-keeping of vegetables transport Case.

Background technology

Vegetables belong to fresh food, are easy to rot after harvesting, in order to extend the shelf life, are developed a variety of auxiliary Fresh-keeping equipment, preparation etc. are helped, the freshness for ensureing vegetables is made every effort to, is transported in Vegetable Market, supermarket and selects purchase for people It buys.Therefore, the fresh-keeping transport of vegetables is an important link, and the quality of ancillary measure will play certainly the freshness of vegetables Qualitatively influence.

Generally use container transports vegetables in the prior art, and the vegetables after harvesting are placed in container, container dress It is downloaded on the vehicles such as motor van and is transported, installation auxiliary is fresh-keeping by the setting antistaling agent in container or on container Facility can ensure the freshness of vegetables to a certain extent.It is piled up however, existing transport container is not easy to stack, Huo Zhedui The fresh-keeping facility of auxiliary just can not be installed/be connected later to folded pile up, this transport power for typically resulting in haulage vehicle reduces, that is, when transporting not It obtains and is not weighed between the two in the quality of the height of whole transport power and fresh-keeping effect, and can not take into account.This is typically resulted in The promotion of Transporting Vegetables average unit cost and the reduction of conevying efficiency.

Utility model content

The utility model for solve technical problem present in known technology provide it is a kind of it is simple in structure, useful load is big, It is piled up convenient for stacking and heap poststack does not influence to connect the container for fresh-keeping of vegetables transport of fresh-keeping facility.

The utility model is adopted the technical scheme that solve technical problem present in known technology：One kind being used for vegetable The container of the fresh-keeping transport of dish includes that preceding end closure, rear end are equipped with and pick and place the container shell of mouth, is equipped in the front of container shell Front shell is equipped with chamber door by hinge at the rear portion of container shell, multiple shelf is equipped on the inner wall of container shell； Set on the roof of container shell there are two upper interface and be separately installed in two upper interfaces the first top Taper Pipe and Second top Taper Pipe sets there are two lower interface on the bottom wall of container shell and is separately installed with the on two lower interfaces One bottom Taper Pipe and the second bottom Taper Pipe, both the first top Taper Pipe and the second top Taper Pipe are located at the outside of container shell, Both one bottom Taper Pipe and the second bottom Taper Pipe are located at the inside of container shell, both the first top Taper Pipe and the first bottom Taper Pipe Concentrically line and taper is identical, both the second top Taper Pipe and the second bottom Taper Pipe concentrically line and taper is identical；In container shell The front side wall top of body is equipped with top heat-exchanging spiral-coil, lower part is equipped with lower part heat-exchanging spiral-coil, middle part is equipped with middle part spiral shell Line pipe is connected with top hose on the heat-exchanging spiral-coil of top, is connected with lower hose on the heat-exchanging spiral-coil of lower part, and top is soft Pipe and lower hose be in space positioned at container shell and front shell between, the top of front shell equipped with top pore, Lower part is equipped with lower part pore, middle part is equipped with through-hole, and middle part screwed pipe is stretched out by through-hole and is equipped with locknut.

The advantages of the utility model and good effect are：The utility model provides a kind of use of structure design advantages of simple In the container of fresh-keeping of vegetables transport, compared with existing container, by being arranged on the roof of container shell in the technical program Two bottom wall Taper Pipes are arranged on bottom wall for two top Taper Pipes, enable container that can stack stacking, in the two neighboring container of heap poststack Container its top Taper Pipe in lower part is inserted into the bottom Taper Pipe of top container, is equivalent between multiple containers and is connected in series with, even After connecing external fresh-keeping facility, the flowing of internal gas flow is realized in the inside of multiple containers in the case of connection, ensure that fresh-keeping Effect.By the way that top heat-exchanging spiral-coil and lower part heat-exchanging spiral-coil is arranged in front, realize by connecting external refrigeration facility The technique effect that inside cools down is realized by the way that front shell is arranged in front by top hose and lower hose envelope Mounted in internal effect, only just corresponding hose is drawn by top pore and lower part pore when connecting external refrigeration facility Go out, enables entire cargo box structure compacter.By screwed pipe in the middle part of being arranged at middle part, facility, humidity tune are realized and vacuumized The connection for saving facility contributes to the warm and humid environment to container interior, pressure environment to carry out controllable adjustment.

Preferably：The front side wall of container shell is taper, the installation of both top heat-exchanging spiral-coil and lower part heat-exchanging spiral-coil On the inner conical surface of the front side wall of container shell.

Preferably：It is equipped with sealing ring on the outer wall of both the first top Taper Pipe and the second top Taper Pipe.

Preferably：The quantity of shelf is three, respectively upper shelf, middle part shelf and lower part shelf.

Preferably：Upper shelf, middle part shelf are identical with the structure of lower part shelf three, include stainless steel plate material Shelf plate body, the both sides of the edge of shelf plate body are fixedly connected with the inner wall of container shell.

Preferably：It is equipped with the first lock in the bottom of chamber door, is equipped in the bottom rear of container shell and matches with the first lock The second lock closed.

Description of the drawings

Fig. 1 is the main structure diagram of the utility model；

Fig. 2 is the using state structure diagram of the utility model.

In figure：1, top pore；2, top hose；3, front shell；4, top heat-exchanging spiral-coil；5, sealing ring；6, One top Taper Pipe；7, the second top Taper Pipe；8, upper shelf；9, hinge；10, chamber door；11, the first lock；12, mouth is picked and placeed；13、 Second lock；14, middle goods shelf；15, bottom shelf；16, the second bottom Taper Pipe；17, the first bottom Taper Pipe；18, container shell； 19, lower part heat-exchanging spiral-coil；20, middle part screwed pipe；21, lower part pore；22, lower hose；23, middle part hose；24, vegetables.

Specific implementation mode

For that can further appreciate that the invention, features and effects of the utility model, hereby lifts following embodiment and be described in detail It is as follows：

Refer to Fig. 1, the container for fresh-keeping of vegetables transport of the utility model includes that preceding end closure, rear end are equipped with and pick and place The container shell 18 of mouth 12, is equipped with front shell 3 in the front of container shell 18, passes through hinge at the rear portion of container shell 18 9 are equipped with chamber door 10, and multiple shelf are equipped on the inner wall of container shell 18.By opening chamber door 10, internally each shelf Upper placement vegetables 24 take out vegetables 24.

In the present embodiment, the quantity of shelf is three, respectively upper shelf 8, middle part shelf 14 and lower part shelf 15, into One step, upper shelf 8, middle part shelf 14 are identical with the structure of 15 three of lower part shelf, include stainless steel plate material The both sides of the edge of shelf plate body, shelf plate body are fixedly connected with the inner wall of container shell 18.Stainless steel plate is with stainless steel metal Plate is base material, and intensive through-hole is arranged on the surface of metallic plate, can ensure the ventilation effect of vegetables 24 in this way, effectively prevent corruption It is rotten.

It is equipped with the first lock 11 in the bottom of chamber door 10, is equipped in the bottom rear of container shell 18 and matches with the first lock 11 The second lock 13 closed is realized chamber door 10 is sealed or is opened by two locks.

It is set on the roof of container shell 18 there are two upper interface and is separately installed with first in two upper interfaces Top Taper Pipe 6 and the second top Taper Pipe 7 are set on the bottom wall of container shell 18 there are two lower interface and in two lower interfaces On be separately installed with the first bottom Taper Pipe 17 and the second bottom Taper Pipe 16, both the first top Taper Pipe 6 and the second top Taper Pipe 7 position It is located at the inside of container shell 18 in both the outside of container shell 18, the first bottom Taper Pipe 17 and second bottom Taper Pipe 16.Its In, both the first top Taper Pipe 6 and the first bottom Taper Pipe 17 concentrically line and taper is identical, the second top Taper Pipe 7 and the second bottom Both portion's Taper Pipes 16 concentrically line and taper is identical.

In the present embodiment, sealing ring 5 is equipped on the outer wall of 7 the two of the first top Taper Pipe 6 and the second top Taper Pipe.

Top heat-exchanging spiral-coil 4 is installed on the front side wall top of container shell 18, lower part is equipped with lower part and exchanges heat spiral Pipe 19, middle part are equipped with middle part screwed pipe 20, top hose 2 are connected on top heat-exchanging spiral-coil 4, in lower part heat exchange spiral Lower hose 22, the sky of top hose 2 and lower hose 22 between container shell 18 and front shell 3 are connected on pipe 19 In.

Top pore 1, lower part are equipped with equipped with lower part pore 21, middle part equipped with through-hole, middle part spiral shell on the top of front shell 3 Line pipe 20 is stretched out by through-hole and is equipped with locknut.

In the present embodiment, the front side wall of container shell 18 is taper, top heat-exchanging spiral-coil 4 and lower part heat-exchanging spiral-coil 19 The two is mounted on the inner conical surface of the front side wall of container shell 18.

Fig. 2 is using state structure diagram, it can be seen that：

Multiple containers can carry out stacking stacking, stack after piling up, and the first top Taper Pipe 6 of lower section container is inserted into top 17 interior, lower section container the second top Taper Pipe 7 of the first bottom Taper Pipe of container is inserted into the second bottom Taper Pipe 16, two neighboring The inner cavity of container penetrates through；Vegetables 24 are piled up on upper shelf 8, middle part shelf 14 and lower part shelf 15；Top hose 2 is via upper Portion's pore 1 stretches out, lower hose 22 is stretched out via lower part pore 21, and both top hose 2 and lower hose 22 are connected to external Cold medium supplies facility, and cold medium exchanges heat at top heat-exchanging spiral-coil 4 and lower part heat-exchanging spiral-coil 19 with container interior；Container Middle part screwed pipe 20 by middle part hose 23 be connected to external damping facility or pumping facility, for inside carry out it is wet Degree, air pressure adjustment.

Claims (6)

1. a kind of container for fresh-keeping of vegetables transport, it is characterized in that：The goods for picking and placeing mouth (12) is equipped with including preceding end closure, rear end Tank shell (18), front shell (3) is equipped in the front of container shell (18), passes through hinge at the rear portion of container shell (18) (9) chamber door (10) is installed, multiple shelf are installed on the inner wall of container shell (18)；

It is set on the roof of container shell (18) there are two upper interface and is separately installed with the first top in two upper interfaces Portion's Taper Pipe (6) and the second top Taper Pipe (7) are set on the bottom wall of container shell (18) there are two lower interface and two lower parts The first bottom Taper Pipe (17) and the second bottom Taper Pipe (16), the first top Taper Pipe (6) and the second top are separately installed on interface Both Taper Pipes (7) are located at both outside, the first bottom Taper Pipe (17) and second bottom Taper Pipe (16) of container shell (18) and are located at The inside of container shell (18), both the first top Taper Pipe (6) and first bottom Taper Pipe (17) concentrically line and taper is identical, the Both two top Taper Pipes (7) and second bottom Taper Pipe (16) concentrically line and taper is identical；

Top heat-exchanging spiral-coil (4) is installed on the front side wall top of container shell (18), lower part is equipped with lower part and exchanges heat spiral Pipe (19), middle part are equipped with middle part screwed pipe (20), top hose (2) are connected on top heat-exchanging spiral-coil (4), in lower part Lower hose (22) is connected on heat-exchanging spiral-coil (19), top hose (2) and lower hose (22) are located at container shell (18) In space between front shell (3), top pore (1), lower part are equipped with equipped with lower part pore on the top of front shell (3) (21), middle part is equipped with through-hole, and middle part screwed pipe (20) is stretched out by through-hole and is equipped with locknut.

2. the container for fresh-keeping of vegetables transport as described in claim 1, it is characterized in that：The front side wall of container shell (18) is Both taper, top heat-exchanging spiral-coil (4) and lower part heat-exchanging spiral-coil (19) are mounted on the interior of the front side wall of container shell (18) On the conical surface.

3. the container for fresh-keeping of vegetables transport as described in claim 1, it is characterized in that：In the first top Taper Pipe (6) and It is equipped with sealing ring (5) on the outer wall of both two top Taper Pipes (7).

4. the container for fresh-keeping of vegetables transport as described in claim 1, it is characterized in that：The quantity of shelf is three, respectively For upper shelf (8), middle part shelf (14) and lower part shelf (15).

5. the container for fresh-keeping of vegetables transport as claimed in claim 4, it is characterized in that：Upper shelf (8), middle part shelf (14) identical with the structure of lower part shelf (15) three, include the shelf plate body of stainless steel plate material, the two of shelf plate body Lateral edges are fixedly connected with the inner wall of container shell (18).

6. the container for fresh-keeping of vegetables transport as described in claim 1, it is characterized in that：It is equipped with the in the bottom of chamber door (10) One lock (11) is equipped with the second lock (13) with the first lock (11) cooperation in the bottom rear of container shell (18).