CN209655656U - Foaming cabinet body and refrigeration equipment - Google Patents

Abstract

The utility model discloses a kind of foaming cabinet body and refrigeration equipments.Foaming cabinet body, including shell, central sill and two liners, foaming cavity is formed between the shell, the central sill and two liners, more crossbeams are provided on the gallbladder mouth of the liner, the gallbladder mouth of the liner is divided into multiple cabinet opening structures by the more crossbeams, the both ends of the crossbeam are respectively arranged with the conduction part yearned for and extended, and the conduction part is downwardly inclined setting, and the conduction part is for guiding the water on the crossbeam to flow outward.It realizes the waterproof performance for improving foaming cabinet body, and improves user experience.

Description

Foaming cabinet body and refrigeration equipment

Technical field

The utility model relates to express delivery cabinet field more particularly to a kind of foaming cabinet bodies and refrigeration equipment.

Background technique

Currently, the express delivery cabinet with refrigerating function is widely used in people's with the continuous development of delivery industry In daily life, express delivery cabinet generally includes cabinet body and cabinet door, and cabinet body generally comprises shell and liner, is configured with central sill in shell, The two sides of central sill are respectively arranged with liner, and the assembling that cabinet body is completed in foaming is carried out between shell and liner.Wherein, liner then passes through Crossbeam carries out interval and forms several cabinet opening structures, and each cabinet opening structure is correspondingly arranged on the cabinet door that can be switched, and central sill forms peace Tankage, be additionally provided on central sill installation associated appliance element on the inside of central control panel central control panel (such as: electric control lock, electric-controlled plate Deng), electric elements are located in the mounting groove of central sill formation.Meanwhile cabinet body is also configured with cabin, and compressor, cold is installed in cabin The components such as condenser and condensation fan.In actual use, since express delivery cabinet is placed on outdoor, under rainy day environment, rainwater Can save bit by bit at crossbeam can not quick outlet, there is the case where rainwater is deep into interior of the cabinet generation, lead to the waterproof of express delivery cabinet Performance is lower, influences user experience.How to design a kind of foaming cabinet body of good heat insulating is that the utility model to be solved The technical issues of.

Utility model content

The utility model provides a kind of foaming cabinet body and refrigeration equipment, realizes the waterproof performance for improving foaming cabinet body, and Improve user experience.

To reach above-mentioned technical purpose, the utility model is implemented with the following technical solutions:

A kind of foaming cabinet body, including shell, central sill and two liners, the shell, the central sill and two liners Between form foaming cavity, be provided with more crossbeams on the gallbladder mouth of the liner, the more crossbeams are by the gallbladder mouth of the liner Multiple cabinet opening structures are divided into, the both ends of the crossbeam are respectively arranged with the conduction part yearned for and extended, and the conduction part is downward It is obliquely installed, the conduction part is for guiding the water on the crossbeam to flow outward.

Further, the crossbeam includes shell and heat preservation filling block, is formed with installation cavity, the guarantor in the shell Warm filling block is located in the installation cavity；The installation cavity is also connected to the foaming cavity, the installation cavity and institute It states in foaming cavity and is provided with insulating foam layer.

Further, the shell includes upper casing and lower casing, and the upper casing and the lower casing are fastened, the lower casing Both ends be provided with the conduction part.

Further, the two sidewalls of the liner are respectively arranged with multiple installation grooves, and the end setting of the shell exists In the corresponding installation groove.

Further, the end face of the shell is provided with the material feeding interface to be formed and be connected to the installation cavity, the installation Cavity is connected to by the material feeding interface with the foaming cavity.

Further, through hole is provided in the installation groove, the material feeding interface is inserted in the through hole.

Further, the edge of the upper casing is provided with multiple first claws, and the edge of the lower casing is provided with multiple One card hole, first claw are stuck in corresponding first card hole.

Further, the surface of the heat preservation filling block is additionally provided with the runner for flowing for foamed material.

The utility model also provides a kind of refrigeration equipment, including above-mentioned foaming cabinet body.

Compared with prior art, the advantages and positive effects of the utility model are as follows: by the way that first at the both ends of crossbeam, setting is drawn Stream portion, in actual use, after door body is closed, the lower part of door body is sticked on crossbeam, and drain site is in the lower section of door body Outside, the rainwater saved bit by bit on crossbeam can quickly be discharged by conduction part and avoid the occurrence of rain water-harvesting, to reduce rainwater warp It is penetrated into cabinet body by the joint face of door body and crossbeam, realizes the waterproof performance for improving foaming cabinet body, and improve user experience. In addition, being packed into heat preservation filling block in crossbeam, heat preservation filling block can guarantee that the thermal insulation property of crossbeam reaches requirement, and in foaming cabinet Body integrally carries out in foaming process, and foamed material is able to enter in crossbeam again and further promotes thermal insulation property, avoids only with hair Foam material fills crossbeam and foamed material occurs and be unevenly distributed the situation that cold draining occurs, and realizes the thermal insulation property for improving foaming cabinet body.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is Some embodiments of the utility model, for those of ordinary skill in the art, in the premise of not making the creative labor property Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model refrigeration equipment;

Fig. 2 is the explosive view of foaming cabinet body in the utility model refrigeration equipment；

Fig. 3 is the assembling explosive view of shell, liner, central sill and central control panel in the utility model refrigeration equipment；

Fig. 4 is the partial enlargement diagram of a-quadrant in Fig. 3；

Fig. 5 is the cross-sectional view of the utility model refrigeration equipment；

Fig. 6 is another structural schematic diagram of the utility model refrigeration equipment;

Fig. 7 is the partial structural diagram of the utility model refrigeration equipment;

Fig. 8 is the partial sectional view of the utility model refrigeration equipment；

Fig. 9 is liner and central sill assembling figure in the utility model refrigeration equipment；

Figure 10 is the partial enlargement diagram of B area in Fig. 9；

Figure 11 is the partial structural diagram of liner in the utility model refrigeration equipment;

Figure 12 is the structural schematic diagram of the utility model refrigeration equipment middle cross beam;

Figure 13 is the explosive view of the utility model refrigeration equipment middle cross beam；

Figure 14 is the assembling figure of the utility model refrigeration equipment middle cross beam and partition；

Figure 15 is the assembling view of the utility model refrigeration equipment middle cross beam and partition；

Figure 16 is the assembling figure of central sill and lock set in the utility model refrigeration equipment；

Figure 17 is the explosive view of lock set in the utility model refrigeration equipment；

Figure 18 is the partial assembly drawing of middle control housing and central control panel in the utility model refrigeration equipment；

Figure 19 be in Figure 18 C-C to cross-sectional view；

Figure 20 be in Figure 18 D-D to cross-sectional view；

Figure 21 is water conservancy diversion filling block structural schematic diagram in the utility model refrigeration equipment.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to The range of the utility model protection.

As shown in Fig. 1-Figure 20, the present embodiment refrigeration equipment includes foaming cabinet body 1, multiple door body 2 and refrigeration system, In, foaming cabinet body 1 includes shell 1-1, liner 1-2 and central sill 1-3, and foaming is formed between shell 1-1, liner 1-2 and central sill 1-3 Cavity, wherein more crossbeams 10 are provided on the gallbladder mouth of liner 1-2, the gallbladder mouth of liner 1-2 is divided into multiple by more crossbeams 10 Cabinet opening structure, in this way, liner 1-2 can be divided into multiple storage spaces 11, two adjacent storing skies by crossbeam 10 Between be spaced apart by partition 7 between 11, central control panel 3 is provided on the central sill 1-3 of foaming cabinet body 1, is arranged on central control panel 33 There is middle control housing 4, the refrigeration system includes the compressor 14 to link together, condenser 15, throttling set and evaporator 18. Foaming cabinet body 1 is each equipped with the door body 2 for switching storage space 11, and electric control lock 51 is then mounted on central sill 1-3, electric-controlled plate 6 It is then mounted on middle control housing 4, in this way, electric-controlled plate 6 can control electric control lock 51 to unlock door body 2.

Wherein, it is more to be directed to foamed heat insulating, middle control waterproof and raising space utilization rate etc. respectively for the present embodiment refrigeration equipment A aspect improves, and is described as follows:

Heat preservation for foaming cabinet body 1 improves, and in order to improve the thermal insulation property of foaming cabinet body 1, avoids because in crossbeam 10 There is the generation of the phenomenon that thermal insulation property reduction because of foamed material insufficient infusion, crossbeam 10 includes shell 101 and heat preservation filling block 102, installation cavity is formed in shell 101, heat preservation filling block 102 is located in the installation cavity；The installation cavity also with The foaming cavity is connected to, and is provided with insulating foam layer in the installation cavity and the foaming cavity.Specifically, crossbeam 10 Before being installed to liner 1-2, heat preservation filling block 102 is first packed into the shell 1-1 of crossbeam 10, heat preservation filling block 102 can Guarantee that the thermal insulation property of crossbeam 10 reaches requirement, after crossbeam 10 is installed on liner 1-2, liner 1-2, central sill 1-3 and shell 1-1 Foaming cavity is formed, in carrying out foaming process, the foamed material in the cavity that foams can also be entered in the installation cavity, this Sample, the foamed material entered in the installation cavity make crossbeam 10 and liner 1-2 is even closer to be securely attached to together, benefit Shell 1-1, central sill 1-3, liner 1-2 and crossbeam 10 can be securely attached to together with foamed material, also, all parts it Between junction be formed by gap and can also be filled by foamed material, further improve sealing performance.Wherein, for convenience Crossbeam 10 is installed on liner 1-2, the two sidewalls of liner 1-2 are respectively arranged with multiple installation groove 1-20, the end of shell 101 Portion is arranged in corresponding installation groove 1-20, and the both ends of shell 1-1 can snap fitted in corresponding installation groove 1-20, with Facilitate operator that quickly crossbeam 10 is assembled on liner 1-2, and the end face of shell 101 is provided with to form the connection installation The material feeding interface 100 of cavity, the installation cavity are connected to by material feeding interface 100 with the foaming cavity, and foam chamber is injected into Foamed material in body enters the installation cavity by material feeding interface 100, and enters the foamed material in the installation cavity It is filled into the gap between heat preservation filling block 102 and shell 1-1 inner wall.And through hole 1- is provided in installation groove 1-20 201, material feeding interface 100 is inserted in through hole 1-201, and material feeding interface 100 passes through through hole 1-201 can connect with foaming cavity It is logical.Preferably, the surface for keeping the temperature filling block 102 is additionally provided with the runner (unmarked) for flowing for foamed material, enters institute The interior zone of the installation cavity can be quickly flowed into via the guiding of runner by stating the foamed material in installation cavity.Separately Outside, filling block 102 will be kept the temperature for convenience to be installed in shell 101, shell 101 includes upper casing 1011 and lower casing 1012, upper casing 1011 and lower casing 1012 be fastened, specifically, the edge of upper casing 1011 is provided with multiple first claws (unmarked), lower casing 1012 edge is provided with multiple first card holes (unmarked), and first claw is stuck in corresponding first card hole, horizontal Beam 10 is placed between upper casing 1011 and lower casing 1012, then, upper casing 1011 and lower casing in assembling, by heat preservation filling block 102 1012 realize by the first claw and the cooperation of the first card hole and clamp connection.

Further, installation door body 2 for convenience, then crossbeam 10 further includes metal plate decorative panel 102, metal plate decorative panel 102 are arranged in the front of shell 101, and the one end of metal plate decorative panel 102 is provided with the mounting hole for installing door hinge and (does not mark Note), specifically, being configured with metal plate decorative panel 102 on crossbeam 10, metal plate decorative panel 102 uses sheet metal component overall structural strength It is higher, it can guarantee the installation requirement of door hinge, after long-time use, will not occur what metal plate decorative panel 102 deformed Problem, to ensure the installation reliability of door body 2.And in order to improve the installation reliability of metal plate decorative panel 102, metal plate decorative panel 102 are stuck between upper casing 1011 and lower casing 1012, specifically, the lower edges of metal plate decorative panel 102 are respectively arranged with flange knot Structure (unmarked) is provided with the second card hole (unmarked) on the turnup structure, and upper casing 1011 and lower casing 1012 are respectively arranged with With the second claw (unmarked) of second card hole cooperation, second claw is stuck in corresponding second card hole, is led to It crosses the second claw and the second card hole to cooperate so that metal plate decorative panel 102 is firmly stuck between upper casing 1011 and lower casing 1012, phase It is corresponding, the installation cavity is formed between upper casing 1011, lower casing 1012 and metal plate decorative panel 102, in this way, entering installation Foamed material in cavity is excellent by further by upper casing 1011, lower casing 1012 and metal plate decorative panel 102 is firm links together Choosing, inserting slot construction 1016 is respectively arranged on upper casing 1011 and lower casing 1012, the turnup structure is inserted in corresponding slot knot In structure 1016, and the second claw is then arranged in inserting slot construction 1016.In addition, structural strength in order to better improve, the peace It behave affectedly in body to be additionally provided with and reinforces iron 104, reinforcing iron 104 has mounting surface and the supporting surface positioned at the mounting surface two sides, adds Strong iron 104 is U-shaped structure, and the mounting surface for reinforcing iron 104 sticks on metal plate decorative panel 102, is located at specifically, reinforcing iron 104 The structural strength that 102 installation door hinge position of reinforcement metal plate decorative panel is used in cavity, in door hinge installation process, spiral shell are installed It follows closely the mounting hole of the mounting hole and metal plate decorative panel 102 in door hinge and is threaded in and reinforce on iron 104.It is same with this When, in order to improve reinforcement iron 104 and be formed in the bonding strength for installing the insulating foam layer in cavity, on the supporting surface It is provided with multiple apertures (unmarked) for flowing through for foamed material；Reinforce the side that iron 104 is located at material feeding interface, after foaming, Reinforce iron 104 to be embedded in the insulating foam layer in crossbeam 10, foamed material enables to shell 101, heat preservation filling block 102, metal plate Golden clothes plaque 102 and reinforce iron 104 it is solid and reliable connect into an overall structure.Wherein, the both ends of metal plate decorative panel 102 It is additionally provided with the first flanging 1021, the second flanging 1041 is provided on the mounting surface, first flanging 1021 is overlapped on interior The side edge of gallbladder 1-2, second flanging 1041 stick on corresponding first flanging 1021, and flanging is capable of increasing metal plate Connection area between decorative panel 102 and reinforcement iron 104, to improve connection reliability, meanwhile, the first flanging 1021 is overlapped on interior The side edge of gallbladder 1-2 can protect the side of liner 1-2.And in order to avoid in use, metal plate decorative panel 102 generate frosting because being cooled, and keep the temperature and are additionally provided with dew removing tube between filling block 102 and metal plate decorative panel 102, utilize dew removing tube The heat of generation heats metal plate decorative panel 102, forms frosting to avoid on metal plate decorative panel 102, meanwhile, dew removing tube The blocking of insulation filling block is passed in liner 1-2 the heat of generation again, it is ensured that the article in liner 1-2 well freezes.

Wherein, in foaming process, due to configuring more crossbeams 10 at the gallbladder mouth of liner 1-2, this causes foaming cabinet body 1 to exist It in foaming process, needs to be supported the inner wall of liner 1-2 using harmomegathus mold, opens cross since harmomegathus mold needs to avoid Beam 10 passes in and out liner, this just causes liner 1-2 side wall and the adjacent position of crossbeam 10 just to cannot get the support of foaming mould, foams In the process, region liner 1-2 close with crossbeam 10 will deform because foamed material squeezes, and by liner 1-2's Two sidewalls form the bulge-structure 1-21 protruded inwardly, and bulge-structure 1-21 is located at the rear side of corresponding crossbeam 10, in this way, harmomegathus Mold enters in liner 1-2 after expansion, and the corresponding evacuation of the template of extending transversely opens crossbeam 10 and protrusion in harmomegathus mold Structure 1-21 is resisted against on the side wall of liner 1-2, and the longitudinally extending template of harmomegathus mold will be moved at bulge-structure 1-21 The surface of a pile bulge-structure 1-21 is supported, in this way, the side wall of liner 1-21 is located at 10 rear side of crossbeam in foaming process Position pass through the bulge-structure 1-21 that is formed and can obtain the support of harmomegathus mold, in foaming process, it can be ensured that liner The shape of 1-2 will not deform, to improve foaming quality, in this way, can solve in the prior art, because harmomegathus mold avoids Crossbeam 10, and liner 1-2 is caused to be located at the case where deforming in the region foaming process of the rear side of crossbeam 10 without support. And the thickness that bulge-structure 1-21 protrudes from liner 1-2 side wall protrudes the side of liner 1-2 not less than 6mm, bulge-structure 1-21 outside Wall has the height value having enough, moves to bulge-structure 1-21's to ensure that the template of extending transversely of harmomegathus mold can stretch Surface is supported；Meanwhile the height value of bulge-structure 1-21 is not more than the height value of crossbeam 10, to ensure that harmomegathus mold protrudes into During liner 1-2, harmomegathus mold will not be hindered to continue to move to after crossbeam 10 by bulge-structure 1-21.And liner 1- The installation groove 1-20 of 2 two sidewalls is then located at the front side of bulge-structure 1-21, in this way, crossbeam 10 is installed to installation groove 1-20 In after, just shelter from bulge-structure 1-21 from front, meanwhile, in foaming process, the foaming space at bulge-structure 1-21 is more Greatly, there are more foamed materials to enter, the foamed material at bulge-structure 1-21 can be more easier by installation groove 1-20's Through hole 1-201 is entered in crossbeam 10, to ensure for the foamed material sufficient to crossbeam 10.Preferably, in order to meet every The positioning support of plate 7, is formed with convex block on the side wall of the rear end of bulge-structure 1-21, the front end of partition 7 by crossbeam 10 into Row support, and the rear end of partition 7 is supported by convex block,.

In addition, to reduce manufacturing cost, being additionally provided with and leading between two liner 1-2 to reduce the usage amount of foamed material Filling block 1-5 is flowed, water conservancy diversion filling block 1-5 can be using light weights such as plastic foams and the material with thermal insulation property is made, and leads It flows filling block 1-5 to be located in foaming cavity, specifically, this makes two due to being separated with central sill 1-3 between two liner 1-2 The distance between liner 1-2 is larger, then corresponding to need to inject more foamed material and fill between full two liner 1-2 Region, and by increasing water conservancy diversion filling block 1-5 between two liner 1-2, on the one hand water conservancy diversion filling block 1-5 can save foaming The usage amount of material, on the other hand, water conservancy diversion filling block 1-5 are arranged between two liner 1-2, can be to two in foaming process A liner 1-2 is positioned, and causes liner 1-2 to shift to avoid foamed material solidification.And it can be with for water conservancy diversion filling block 1-5 structure There are many forms.

Such as: as shown in figure 21, water conservancy diversion filling block 1-5 forms a plurality of for for the stream that foams between two liner 1-2 Dynamic material path；The foamed material being injected into foaming cavity can flow between two liner 1-2 by the material path, to ensure The foamed material of two regions liner 1-2 is evenly distributed, and improves the thermal insulation property of insulating foam layer.Wherein, water conservancy diversion filling block The front of 1-5 is provided with the diversion trench 1-51' of a plurality of lateral arrangement, and the material is formed between diversion trench 1-51' and central sill 1-3 Road.In addition, the back side of water conservancy diversion filling block 1-5 is provided with the cushion block 1-52' of multiple protrusions, cushion block 1-52' sticks on shell 1-1's On backboard 1-14, under the action of cushion block 1-52', so that interval is formed between backboard 1-14 and water conservancy diversion filling block 1-5, so that Foamed material can smoothly be filled to the region between backboard 1-14 and water conservancy diversion filling block 1-5.Preferably, in order to ensure foamed material Quickly it can flow and be evenly distributed along water conservancy diversion filling block 1-5, the back side of water conservancy diversion filling block 1-5, which is provided with to side, to be extended Extension 1-53', cushion block 1-52' is arranged on extension 1-53', and gap structure 1- is additionally provided on extension 1-53' 54', specifically, foamed material is flowed along the back side of water conservancy diversion filling block 1-5, and foamed material can pass through notch in foaming process Structure 1-54' flows to the front of water conservancy diversion filling block 1-5 and is evenly distributed in liner 1-2 weeks of two sides by diversion trench 1-51' It encloses, to realize that foamed material is uniformly distributed.

Based on the above-mentioned technical proposal, foaming cabinet body 1 can carry out assembling processing with the following method.The group of foaming cabinet body 1 Dress method, comprising: first crossbeam 10 is mounted on liner 1-2, then, by shell 1-1, central sill 1-3 and two liner 1-2 assemblings Together to form the cavity that foams, meanwhile, water conservancy diversion filling block 1-5 is placed between two liner 1-2, finally into foam chamber body Foamed material is injected to form insulating foam layer in foaming cavity, meanwhile, foamed material also flows into crossbeam 10 and in shell 101 Insulating foam layer is formed in gap between heat preservation filling block 102.Wherein, shell 1-1 is carried out assembling before foaming Cheng Zhong, assemble method further include water conservancy diversion filling block 1-51-5 is mounted on the back of central sill 1-3 and be placed on two liner 1-2 it Between.Specifically, first fitting together top plate 1-11, two side plate 1-12 and bottom plate 1-13, then central sill 1-3 is mounted on top plate Between 1-11 and bottom plate 1-13, then, by cabinet mouth component be installed to central sill 1-3, top plate 1-11, side plate 1-12 and bottom plate 1-13 it Between, subsequently, water conservancy diversion filling block 1-5 can be installed between two liner 1-2, finally, backboard 1-14 is installed Form foaming cavity.

By configuring heat preservation filling block in crossbeam, after foaming, the foamed material and heat preservation filling block entered in crossbeam is total to With being kept the temperature, heat preservation filling block can ensure that crossbeam has enough thermal insulation properties, avoid because foamed material is distributed not in crossbeam Uniformly there is the poor phenomenon of partial insulation effect to occur.Meanwhile the metal plate decorative panel configured on crossbeam can satisfy door hinge The requirement of chain installation strength avoids for door body being mounted directly on shell or liner and causes to occur in the case where deformation, improves Use reliability.

Further, and in order to improve space utilization rate and increase the storing volume in foaming cabinet body 1, foaming cabinet body 1 Top be formed with press cavity 13, condenser 15 and compressor 14 are arranged in press cavity 13, condenser 15 and compressor Condensation fan 16 is provided between 14.Specifically, the top of foaming cabinet body 1 forms press cavity 13 to install compressor 14, cold Condenser 15 and condensation fan 16, in this way, press cavity 13 can adequately utilize the headspace of foaming cabinet body 1, and the cabinet that foams The bottom space of body 1 can by adequately using as storage space 11, to effectively increase storing volume, meanwhile, In The back setting air inlet 131 and air outlet 132 of foaming cabinet body 1, on the one hand can satisfy the cooling requirements of press cavity 13, separately On the one hand since the back of foaming cabinet body 1 is arranged in air inlet 131 and air outlet 132, in actual use, express delivery cabinet is often It is multiple to be arranged side by side, even if the two sides of foaming cabinet body 1 in this way are disposed with other express delivery cabinets, 131 He of air inlet will not be influenced 132 normal circulation of air outlet ventilation, wherein in order to avoid air inlet/outlet influences each other, air inlet 131 close to foaming cabinet body 1 one Side, air outlet 131 is close to the other side of foaming cabinet body 1, and in order to improve waterproof performance, air inlet 131 and air outlet 132 On be each configured with the water fender being downwardly inclined, in this way, rainwater is blocked by water fender under rainy day environment, it is possible to reduce or keep away Exempt from rainwater to enter in press cavity 13 by air inlet 131 and air outlet 132, more effectively raising waterproof performance.Further , in order to realize quick assembly and disassembly, dismountable mounting plate 130, compressor 14, condenser are provided in press cavity 13 15 and condensation fan 16 be arranged on mounting plate 130, specifically, during actual assembled, first by compressor 14, condenser 15 It is mounted on mounting plate 130 with condensation fan 16, then, unified by compressor 14, condenser 15 and cold by mounting plate 130 Solidifying blower 16 is installed to the top of foaming cabinet body 1, simplifies assembling process and reduces assembling difficulty.Further, it foams The back of cabinet body 1 be additionally provided with for arrange power supply line and signal wire in the waterproof spool 17 of 1 outside cabling of foaming cabinet body, specifically , foaming cabinet body 1 is connected to external power supply line and passes through the progress cabling of waterproof spool 17, likewise, foaming cabinet body 1 is connected to outside The connection in portion also passes through waterproof spool 17 and carries out cabling, and one side waterproof spool 17 can prevent power supply line and connection Water conservation, the related harness for being on the other hand located at 1 outside of foaming cabinet body concentrates on cabling in waterproof spool 17, so that harness is more Add regular, raising user experience and use reliability.Preferably, in order to make full use of the headspace of foaming cabinet body 1, for For express delivery cabinet, it is commonly configured with lamp box 18, in this way, can use the occupied space of lamp box 18, is provided in lamp box 18 Partition 181, lamp box 18 is divided into the illumination cavities 180 and press cavity 13 that front and back is arranged by partition 181, in illumination cavities 180 Configured with headlamp and electric-controlled box.Specifically, being formed by space by separating 181 for the inner part of lamp box 18 using lamp box 18 Illumination cavities 180 and press cavity 13 are cut into, the forceful electric power attachment such as headlamp and electric-controlled box is placed in the front side in lamp box 18, makes forceful electric power It is not easy to contact, ensure that safety in utilization, the rear side in lamp box 18 places condenser 15, compressor 14 and condensation fan 16, has The space that lamp box 18 is utilized of effect.

Further, for for evaporator 18, mounting means can using evaporator in the prior art with The mounting means of cabinet body, so that the setting of evaporator 18 is realized in foaming cabinet body 1 and freezes to storage space 11.Preferably, It is provided with air duct cover board 1-22 in each liner 1-2, forms air duct between air duct cover board 1-22 and the inner wall of liner 1-2, it is described Evaporator 18 and evaporation fan 19 are provided in air duct, the air duct cover board 1-22 is provided in each storage space 11 Air outlet (unmarked).Specifically, being each configured with air duct cover board 1-22 for each liner 1-2 to form independent wind Road, in this way, independent wind circulation can be carried out in corresponding liner 1-2, wherein two evaporators 18 can be set using series connection It sets to use and be arranged in parallel, and in order to improve the volume of liner 1-2, the back of liner 1-2 is formed with installation groove and (does not mark Note), evaporator 18 and evaporation fan 19 are located in installation groove, in this way, can reduce because installing evaporator 18 in liner 1-2 The influence generated with evaporation fan 19 to liner 1-2 internal volume enables a user to the storage space for obtaining maximum volume.Its In, the bottom in air duct is provided with return air inlet for realizing return air, wherein for each storage space 11, realizes return air There are two types of modes, such as: it can be configured with independent return air channel 1-25 for each liner 1-2, in each storage space 11 It is provided with the air port of connection return air channel 1-25, return air channel 1-25 is then connect with the return air inlet in air duct, and as needed, return air Channel 1-25 is also provided with return air fan, to improve return air efficiency, to accelerate the wind cycle efficieny in liner 1-2；Or The bottom of person, the air duct cover board 1-22 are provided with total return air inlet, and ventilation hole is offered on partition 7, and the storing of top is empty Between air in 11 after heat exchange flowed to by the ventilation hole on partition 7 in the storage space 11 of lower section, be finally pooled to most bottom It is flow back into air duct from total return air inlet again in the storage space 11 in portion, specifically, multiple first ventilation holes 73 are formed on partition 7, Cold air in top storage space 11 is from the storage space 11 that the first ventilation hole 73 flows to lower section, in order to avoid putting on partition 7 The article set blocks the first ventilation hole 73, and to ensure that air circulation is smooth, recess region 71, groove are formed on partition 7 It is provided with a plurality of support bar 72 in region 71, is provided in recess region 71 and multiple is distributed in the first logical of 72 side of support bar Air holes 73；Specifically, the rear ends of partition 7 form the first supporting surface 701, the both sides of partition 7 form the second supporting surface 702, the upper surface of support bar 72 forms third supporting surface 703, and first supporting surface 701 is higher than second supporting surface 702, Second supporting surface 702 is higher than the third supporting surface 703, is actually using, and item sizes are of different sizes, places corresponding On supporting surface, and the first ventilation hole 73 is located on the surface 704 of 71 bottom of recess region, will not be blocked by the article of top, To ensure that air can smoothly flow, to improve temperature distribution evenness.And in order to improve drafting efficiency, before partition 7 End and rear end are respectively arranged with the second ventilation hole 74, for multiple storage spaces in same liner 1-2, are located at upper The return air of the storage space of side flows to lower section by the first ventilation hole 73 and second ventilation hole 74 of corresponding partition 7 The storage space in, it is preferable that the extension of second ventilation hole 74 on the first supporting surface 701 is reversely and article Access direction it is consistent, with reduce when accessing article, second ventilation hole 74 causes to scratch to article.Wherein, partition 7 Front end is overlapped on crossbeam 10, specifically, crossbeam 10 is formed with the step surface of sinking at the rear portion of 101 upper surface of shell 1013, the front end of partition 7 is overlapped on step surface 1013, using step surface 1013 come supporting clapboard 7, so that 7 front end of partition The upper surface in portion is flushed with the upper surface of shell 101, to facilitate user to access article, and in order to improve connection reliability, step Positioning column 1014 is provided on face 1013, the front end of partition 7 is provided with location hole 75, and positioning column 1014 is inserted in location hole 75 In, in addition, the back side of shell 101 is provided with card slot 1015, the front end of partition 7 is provided with the third card cooperated with card slot 1015 Pawl 76, third claw 76 are stuck in card slot 1015, are cooperated using third claw 76 and card slot 1015, can be realized partition 7 and cross The firm connection of beam 10, and third claw 76 is stuck in card slot 1015, so that user can not be easily by partition after door body is opened Under 7 disassemblies, thus the article in the corresponding storing cavity of other cabinet mouths that can not just take, to play antitheft function.Meanwhile it is fixed Threaded hole is offered on the column 1014 of position, screw passes through location hole 75 and is threaded in threaded hole, so that partition 7 is stronger Be fixed on crossbeam 10.

Further, in order to enable each storage space 11 obtains uniform cooling capacity, centre is additionally provided in the air duct Separate 1-23, forms evaporation cavity, the evaporator 18 and evaporation wind between the intermediate partition 1-23 and the inner wall of liner 1-2 Machine 19 is located in evaporation cavity, and the air duct cover board 1-22 includes the upper cover plate 1-221 and lower cover plate 1-222 to link together, Upper air-supply passage, shape between lower cover plate 1-222 and intermediate partition 1-23 are formed between upper cover plate 1-221 and the inner wall of liner 1-2 At lower air-supply passage, the air outlet of the evaporation fan 19 is connected to the upper air-supply passage and the lower air-supply passage respectively, Specifically, by separating 1-23 among increasing in air duct, formed inside air duct for installing evaporator 18 and evaporation wind The evaporation cavity of machine 19, in this way, the cold air formed after 18 heat exchange of evaporator is respectively delivered to by evaporation fan 19 In air-supply passage and lower air-supply passage, cold air is transported in the storage space 11 of top by upper air-supply passage, and lower air-supply passage Cold air is transported in the storage space 11 of lower section, to guarantee that the distribution of the cooling capacity in each storage space 11 in liner 1-2 is equal It is even.Meanwhile it being also provided with fan 1-24 at the air outlet in each storage space 11, it is realized and is led by fan 1-24 It blows in the corresponding storage space 11 of trend, more effectively to improve cooling capacity distributing homogeneity.And it is each in order to further control Temperature in a storage space 11 is provided with temperature sensor in each storage space 11, specifically, empty for different storings Between 11 according to storing difference, may required for cryogenic temperature it is different, then corresponding storage space 11 is according to required refrigeration temperature Degree detects specific temperature value to control fan 1-24 starting, so that the temperature in storage space 11 reaches by temperature sensor Desired cryogenic temperature value.

Based on the above-mentioned technical proposal, optionally, outdoors in use, being directed to junction, the middle control of liner 1-2 and door body 2 The junction of the junction and central control panel 3 of panel 3 and foaming cabinet body 1 and middle control housing 4, is required to be sealed processing, Encapsulation process mode below in conjunction with attached drawing for each section is illustrated.

It is penetrated into liner 1-2 to reduce junction of the rainwater between door body 2 and crossbeam 10, lower casing in crossbeam 10 1012 both ends are provided with the conduction part 1010 yearned for and extended, and conduction part 1010 is downwardly inclined setting, and conduction part 1010 is used for Guidance water flows outward.Specifically, rainwater flows downward along the surface and two sides of door body 2, when rainwater flow to door body 2 with At the connecting portion of crossbeam 10, the conduction part 1010 via two sides is smoothly flowed to the outside of foaming box body 1 by rainwater, thus anti- Only rainwater cannot be discharged in time and enter the inside of liner 1-2.

Further, in order to the connecting portion progress water-proofing treatment between central sill 1-3 and central control panel 3, central sill 1-3 packet Coaming plate 1-31 and two connecting plate 1-32 are included, the cross section of coaming plate 1-31 is U-shaped structure, and the two sides of coaming plate 1-31 are provided with outward First flange of fold, the inner side edge of connecting plate 1-32 are provided with the second flange foldd backward, and the second flange setting exists On connecting plate 1-32, diversion trench 1-30 in side is formed between first flange and corresponding connecting plate 1-32；Foaming cabinet body 1 also wraps Upper end cover 1-33 is included, upper end cover 1-33 is covered at the top of coaming plate 1-31, and the upper surface of upper end cover 1-33 is provided with diversion trench 1-331, the both ends of upper diversion trench 1-331 are separately connected corresponding side diversion trench 1-30；Central control panel 3 is covered in coaming plate 1-31 Front side and form automatically controlled cavity, central control panel 3 also covers diversion trench 1-331 and side diversion trench 1-30.Specifically, upper end cover 1-33 can stop rainwater to enter in automatically controlled cavity from the top of coaming plate 1-31, and collect rainwater by upper diversion trench 1-331 And it is discharged to the side diversion trench 1-30 of two sides, side diversion trench 1-30, which is able to guide rainwater again and flows downward, to be avoided entering by a side door into automatically controlled In cavity, to realize waterproofing design, wherein the top of central control panel 3 is provided with upper overturning, and the upper overturning covering is led upper The top of chute 1-331, the both sides of central control panel 3 are provided with lateral flange, and the lateral flange is covered in corresponding side diversion trench Side, coaming plate 1-31 is blocked from outside using central control panel 3, to stop the entrance of most of rainwater, and is therefrom controlled The water that 3 edge of panel flows into again collects in diversion trench 1-331 and side diversion trench 1-30, realizes that rainwater is smoothly discharged, improves Waterproof performance.And the both sides of upper end cover 1-33 are respectively arranged with the upper diversion column 1-332 extended downwardly, upper diversion column 1-332 In the diversion trench 1-30 of side, leading for connection side diversion trench 1-30 and upper diversion trench 1-331 is provided in upper diversion column 1-332 Circulation road, the rainwater that upper diversion trench 1-331 is collected drain into the diversion trench 1-30 of side by upper diversion column 1-332, it is ensured that above lead Chute 1-331 collect rainwater will not sinuous flow, reach better waterproof effect.In addition, in order to avoid rainwater is at 1 bottom of foaming cabinet body Portion, which is splash, to be entered in automatically controlled cavity, and foaming cabinet body 1 further includes lower cover 1-34, and lower cover 1-34 is covered at the bottom of central sill 1-3 Portion, the both sides of lower cover 1-34 are respectively arranged with the lower diversion column (unmarked) extended downwardly, and the lower diversion column is located at side In diversion trench 1-30, connection side diversion trench 1-30 drainage channel, the structure of lower cover 1-34 have been provided in the following diversion columns of institute Waterproof can be carried out using bottom of the lower cover 1-34 to coaming plate 1-31 and central control panel 3 with the structure type of upper end cover 1-33 Processing.Preferably, shell 1-1 further includes upper beam 1-15 and underbeam 1-16, and upper beam 1-15 and underbeam 1-16 or more are arranged and be arranged Between two side plate 1-12, top plate 1-11 is mounted on the top of upper beam 1-15 and side plate 1-12, and bottom plate 1-13 is mounted on underbeam The bottom of 1-16 and side plate 1-12, backboard 1-14 are mounted on the back of side plate 1-12；The first tongue is provided on upper end cover 1-33 1-333, the first tongue 1-333 are located at the rear side of upper diversion trench 1-331, are provided with the second tongue on lower cover 1-34 and (do not mark Note), the first installation slot, the outer side edges shape of connecting plate 1-32 are respectively arranged on upper beam 1-15, underbeam 1-16 and side plate 1-12 At there is the second installation slot, the outer side edges of liner 1-2 and it is upper be inserted in the corresponding first installation slot below, the first tongue 1-333 and second tongue are also inserted in the corresponding first installation slot, and the inner side edge of liner 1-2 is inserted in corresponding institute It states in the second installation slot, specifically, the edge of liner 1-2 is inserted into corresponding installation slot, meanwhile, upper and lower end cap is inserted Tongue is also inserted into corresponding installation slot, and after foaming, installing the plug division formed at slot can be sealed up by foamed material, into The raising waterproof performance of one step.And automatically controlled cavity and outside carry out connection for convenience, are additionally provided with away on top plate 1-11 String holes, the connection automatically controlled cavity is additionally provided on upper end cover 1-33 walks spool 1-334, walk spool 1-334 be inserted in it is described walk String holes, in this way, automatically controlled cavity can be by walking spool 1-334 and the external connection for carrying out route.In addition, on underbeam 1-16 also Be provided with support frame 1-161, the bottom of central control panel 3 is resisted against 1-161 on support frame as described above, using 1-161 on support frame from Bottom is supported central control panel 3.

And quickly electric control lock 51 is installed on central sill 1-3 in order to facilitate the operation of personnel, the lock set 5 includes automatically controlled Lock 51 and lock box 52, electric control lock 51 are arranged in lock box 52, and the both sides of central sill 1-3 offer multiple assembly mouths, lock box respectively 52 are mounted on the assembly mouth on the outside of central sill 1-3.Specifically, electric control lock 51 is mounted in lock box 52, pass through lock box 52 Electric control lock 51 is installed on central sill on the outside of central sill, it in this way can be without carrying out electricity in the automatically controlled cavity that central sill is formed The installation of control lock 51, meanwhile, the lock set 5 is then that central sill 1-3 is just installed to before central sill 1-3 is assembled on shell 1-1 On, in order to facilitate later period maintenance, electric control lock 51 is mounted in lock box 52 by the way of clamping, specifically, being arranged in lock box 52 Have limit claw 53, electric control lock 51 by limit claw 53 be installed in lock box 52, and limit claw 53 can use it is split type Structure, limit claw 53 is installed in lock box 52 by screw, in this way, when later period maintenance, it is only necessary to disassembly limit claw 53, just It can be by electric control lock 51 under being dismantled in lock box.And quickly lock box 52 is attached on central sill 1-3 in order to facilitate the operation of personnel, it is described Multiple locating notches are provided on assembly mouth, the edge of lock box 52 is provided with the positioning claw 54 with locating notch cooperation, The positioning claw 54 is stuck in the locating notch.In addition, the lock nose in door body 2 can match with electric control lock 51 for convenience It closes, is also provided with the first jack 1-321 for passing through for the lock nose of door body 2 on connecting plate, it is corresponding on lock box 52 to offer The second jack 521 for the lock nose insertion for door body 2.

Further, middle control housing 4 is for installing electric-controlled plate 6, and for the ease of user's operation, it is opened on central control panel 3 It has been located at installing port (unmarked)；Middle control housing 44 includes outer casing 41 and inner can 42, and the inner can 42 is from central control panel 33 inside is mounted in the installing port, and the outer casing 41 is mounted on the outside of central control panel 33 and covers in the inner cover Shell 42 forms installing zone (unmarked) between the outer casing 41 and the inner can 42, the outer casing 41 and central control panel Drainage channel 40 is formed between 33, the drainage channel 40 surrounds the outside of the installing zone；Pacify the inside of the inner can 42 Equipped with electric-controlled plate 6；The bottom of the outer casing 41 is provided with the drainage hole 421 for being connected to the drainage channel 40.Specifically, middle control Housing 4 is designed using front and rear casing, also, outer casing 41 and inner can 42 are to form the cavity knot extended towards outside in inner surface Structure, wherein the inside that inner can 42 therefrom controls housing 4 is installed in installing port, and through outer casing 41 outside central control panel 3 Inner can 42 is blocked in side, and drainage channel 40 is formed between outer casing 41 and central control panel 3, in this way, during drenching with rain, Rainwater will go into drainage channel 40, and rainwater is flowed in drainage channel 40 and is discharged from drainage hole 421, and due to electric-controlled plate 6 are mounted on the inside of inner can 42, and installation region is isolated with drainage channel 40, and effectively rainwater can be avoided to automatically controlled Plate 6 has an impact.Wherein, it is provided with action pane (unmarked) on the outer casing 41, sealed set on the action pane There is transparent panel 43, the transparent panel 43 is located in the installing zone.Specifically, transparent panel 43 seals up the operation window of outer casing 41 Mouthful, it can be convenient user in this way and operated through transparent panel 43, and be provided on inner can 42 opposite with the action pane The installation window (unmarked) of arrangement, the electric-controlled plate 6 are provided with display screen 61 and touch key-press 62, the display screen 61 and institute It states touch key-press 62 and is located at the installation window, specifically, display screen 61 and touch key-press 62 are located at the rear side of transparent panel 43, lead to It crosses transparent panel 43 and carries out waterproofing protection from just facing display screen 61 and touch key-press 62, and 6 main body of master control borad is still located at inner cover It is installed at the back side of shell 42, it is ensured that waterproof performance.Preferably, in order to improve the waterproof performance of installing zone, the end of inner can 42 It is formed with outwardly projecting annular retaining ring 421 on face, is formed between the annular retaining ring 421 and the inner surface of the outer casing 41 Installing zone, the transparent panel 43 are located in the annular retaining ring 421, specifically, annular retaining ring 421 can further stop into Enter to the water in drainage channel 40 and flow in installing zone, further, outer casing 41 is installed on the inner can 42, described interior It is offered on four peripheral walls of housing 42 annular groove (unmarked), the inner surface of the outer casing 41 is provided with cutting ferrule 412, the card 412 sets of set is outside four peripheral walls of the inner can 42 and is stuck in the annular groove, specifically, in inner can 42 is installed to After controlling on panel 3, outer casing 41 is installed on inner can 42 from outside by cutting ferrule 412 and annular groove cooperation, on the one hand convenient Quickly assembling, on the other hand, the cutting ferrule 412 of outer casing 41 is enclosed in the surrounding outer wall of inner can 42 so that drainage channel 40 with Installing zone is more effectively isolated, and raising mode performance is more advantageous to.Further, the surrounding of the inner can 42 is provided with fixed Position plate 422, is provided with the second sealing strip 44, specifically, second is close between the positioning plate 422 and the inner surface of central control panel 33 Strip of paper used for sealing 44 can be further from the connecting portion of inner seal inner can 42 and central control panel 3, in this way it can be ensured that being mounted on The electric-controlled plate 6 of 42 inside of inner can will not be soaked damage by rainwater, improve automatically controlled safety and waterproof performance.In addition, second is close The one end of strip of paper used for sealing 44 is provided with the second slot (unmarked), and the other end of second sealing strip 44 is provided with a plurality of second It seals fin (unmarked), the positioning plate 422 is inserted in second slot, and the second sealing fin sticks on middle control face On plate 33, second gear pool is formed between adjacent two the second sealing fins.

Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations； Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that: It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc. With replacement；And these are modified or replaceed, the utility model embodiment technology that it does not separate the essence of the corresponding technical solution The spirit and scope of scheme.

Claims (9)

1. a kind of foaming cabinet body, including shell, central sill and two liners, the shell, the central sill and two liners it Between form foaming cavity, which is characterized in that be provided with more crossbeams on the gallbladder mouth of the liner, the more crossbeams will be described interior The gallbladder mouth of gallbladder is divided into multiple cabinet opening structures, and the both ends of the crossbeam are respectively arranged with the conduction part yearned for and extended, described to draw Stream portion is downwardly inclined setting, and the conduction part is for guiding the water on the crossbeam to flow outward.

2. foaming cabinet body according to claim 1, which is characterized in that the crossbeam includes shell and heat preservation filling block, institute It states and is formed with installation cavity in shell, the heat preservation filling block is located in the installation cavity；The installation cavity also with it is described The cavity that foams is connected to, and is provided with insulating foam layer in the installation cavity and the foaming cavity.

3. foaming cabinet body according to claim 2, which is characterized in that the shell includes upper casing and lower casing, the upper casing It is fastened with the lower casing, the both ends of the lower casing are provided with the conduction part.

4. foaming cabinet body according to claim 2, which is characterized in that the two sidewalls of the liner are respectively arranged with multiple peaces Groove is filled, the end of the shell is arranged in the corresponding installation groove.

5. foaming cabinet body according to claim 4, which is characterized in that the end face of the shell is provided with to be formed described in connection The material feeding interface of cavity is installed, the installation cavity is connected to by the material feeding interface with the foaming cavity.

6. foaming cabinet body according to claim 5, which is characterized in that through hole is provided in the installation groove, it is described Material feeding interface is inserted in the through hole.

7. foaming cabinet body according to claim 3, which is characterized in that the edge of the upper casing is provided with multiple first cards Pawl, the edge of the lower casing are provided with multiple first card holes, and first claw is stuck in corresponding first card hole.

8. foaming cabinet body according to claim 2, which is characterized in that the surface of the heat preservation filling block, which is additionally provided with, to be used for For the runner of foamed material flowing.

9. a kind of refrigeration equipment, which is characterized in that including foaming cabinet body a method as claimed in any one of claims 1-8.