CN211337107U

CN211337107U - Multifunctional and intelligent gas-tight storage and transportation equipment

Info

Publication number: CN211337107U
Application number: CN201921509553.4U
Authority: CN
Inventors: 张自强; 陆晓涛
Original assignee: Beijing Aerospace Xinfeng Machinery Equipment Co Ltd
Current assignee: Beijing Aerospace Xinfeng Machinery Equipment Co Ltd
Priority date: 2019-09-11
Filing date: 2019-09-11
Publication date: 2020-08-25
Anticipated expiration: 2029-09-11

Abstract

The utility model provides a multi-functional, intelligent gas seal storage fortune equipment, includes equipment box (1), characterized in that still be equipped with a plurality of fixed damper (2) in equipment box (1), environmental monitoring equipment (3) and electric heating and temperature control device (4), wherein, equipment box (1) include upper box (5), lower box (6) and O type sealing washer (7), be equipped with seal groove (16) on lower box (6) top edge, O type sealing washer (7) imbed in lower box (6) seal groove (16) with interference fit's mode, upper box (5), lower box (6) compress tightly together through O type sealing washer (7), the utility model discloses a multi-functional, intelligent gas seal storage fortune equipment can realize the dress card of product in transportation and storage process is fixed, shock attenuation protection, airtight pressurize the transportation equipment of gas seal, the some gas seal The illumination observation can also realize the heating, drying and dehumidifying and the automatic exhaust of overpressure difference of the gas in the storage and transportation equipment.

Description

Multifunctional and intelligent gas-tight storage and transportation equipment

Technical Field

The utility model relates to a multi-functional, intelligent airtight storage and transportation equipment, which relates to an airtight storage and transportation equipment, in particular to a multi-functional, intelligent airtight storage and transportation equipment.

Background

The airtight storage and transportation equipment adopts sealing measures to avoid the exchange of gas inside the equipment and outside air, and the storage and transportation equipment becomes a stable and closed storage and transportation environment by filling high-purity nitrogen with certain pressure, so that good environmental conditions are provided for valuable products such as precious cultural relics, precision instruments and the like during storage and transportation, the physical damage of the products is reduced, the reliability is improved, and the service life is prolonged. With the rapid development of microelectronic technology, the integration level of circuit chips is continuously improved, and the requirements for storage and transportation equipment are gradually shifted from the requirement for airtight function to multifunctional and intelligent airtight storage and transportation equipment. The storage and transportation equipment has the functions of product shock absorption, parameter monitoring, heating and warming, drying and dehumidification, illumination observation and pressure compensation exhaust besides the functions of air tightness and clamping fixation in the past, adopts an intelligent closed-loop monitoring and control algorithm, designs the multifunctional and intelligent air-tight storage and transportation equipment, realizes the all-round protection during the storage and transportation of products, and is convenient for fault quick positioning and problem tracing by fitting a data curve and alarming according to the environment parameter condition and exceeding a threshold value.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a multi-functional, intelligent airtight storage fortune equipment to the protection and the multi-parameter monitoring of product in the equipment of transportation are stored in the realization.

A multifunctional and intelligent gas seal storage and transportation device comprises a device box body 1 and is characterized in that a plurality of fixed damping mechanisms 2, an environment monitoring device 3 and an electric heating and temperature control device 4 are further arranged in the device box body 1, wherein the device box body 1 comprises an upper box body 5, a lower box body 6 and an O-shaped sealing ring 7, a sealing groove 16 is arranged on the upper edge of the lower box body 6, the O-shaped sealing ring 7 is embedded into the sealing groove 16 of the lower box body 6 in an interference fit manner, and the upper box body 5 and the lower box body 6 are pressed together through the O-shaped sealing ring 7; the fixed damping mechanisms 2 are fixedly arranged on the inner bottom of the lower box body 6, and distances are reserved among the fixed damping mechanisms 2; the environment monitoring device 3 is embedded on one side wall in the lower box body 6, and a button on the environment monitoring device 3 is arranged on the outer wall of the lower box body 6; the electric heating and temperature control device 4 is arranged among the fixed damping mechanisms 2 at the bottom of the lower box body 6;

the upper box body 5 comprises a carrying handle 8, a plurality of hasp lock hooks 9, an inflation valve 10 and an acrylic observation window 11, wherein the carrying handle 8, the hasp lock hooks 9, the inflation valve 10 and the acrylic observation window 11 are installed on the upper box body 5 in an embedded mode and are fixedly connected; the lower box body 6 comprises a hasp handle 12, a lighting lamp 13, an automatic exhaust valve 14, a drying agent groove 15, a sealing groove 16, a tool box 17, an environment monitoring equipment interface 18 and a power supply interface 19; the hasp handle 12, the illuminating lamp 13 and the automatic exhaust valve 14 are installed on the lower box body 6 in an embedded mode and are fixedly connected, the drying agent groove 15 is located inside the lower box body 6 and is fixedly connected, the drying agent groove 15 is used for placing the pore silica gel drying agent to achieve drying and dehumidifying of internal gas, and the tool box 17 is located outside the lower box body 6 and is fixedly connected and is used for placing spare parts and other devices; the environment monitoring equipment interface 18 and the power supply interface 19 are axially provided with through hole openings in the lower box body 6; the hasp handle 12 of the lower box body 6 is connected with the hasp hook 9 of the upper box body 5 in a locking mode, and the upper box body 5 realizes the sealing of the equipment box body by extruding the O-shaped sealing ring 7;

when the transportation equipment needs to be transported, the transportation handle 8 connected with the upper box body 5 is used for moving and hoisting the whole transportation equipment; when illumination observation is needed, the illuminating lamp 13 of the lower box body 6 is lightened, and the state of a product in the storage and transportation equipment can be observed through the acrylic observation window 11 of the upper box body 5; when pressure compensation is needed, the inflation valve 10 of the upper box body 5 is communicated with a nitrogen gas source to realize equipment pressure compensation; when the altitude changes from low to high in the transportation process or the inflation pressure is overhigh in the pressure supplementing process, so that the pressure difference between the inside and the outside of the storage and transportation equipment reaches the preset pressure difference value of the automatic exhaust valve 14, the automatic exhaust valve 14 of the lower box body 6 automatically releases the pressure higher than the pressure difference, and the stability of the equipment box body 1 for bearing the gas pressure is ensured.

The fixed damping mechanism 2 comprises a fixed supporting device 20 and a steel wire rope damper 21, wherein the steel wire rope damper 21 is positioned between the fixed supporting device 20 and the lower box body 6 and is distributed below four supporting surfaces at two axial sides of the fixed supporting device 20; the top end of a steel wire rope shock absorber 21 in the fixed damping mechanism 2 is fixedly connected with the fixed supporting device 20, and the bottom end of the steel wire rope shock absorber 21 is fixedly connected with the lower box body 6.

The environment monitoring device 3 comprises a structure body 22, a sealing bolt 23, a sensor combination 24, a processor 25 and a man-machine interaction module 26, wherein the sensor combination 24 and the processor 25 are positioned inside the structure body 22 and fixedly connected with the structure body 22, the man-machine interaction module 26 is independent of the structure body 22 and is connected with the processor 25 through a circuit, and the sealing bolt 23 is connected with the structure body 22 in a bolt fastening manner; the sensor combination 24 collects environmental parameter indexes in the storage and transportation equipment, and inputs the environmental parameter indexes into the human-computer interaction module 26 after being calculated and stored by the processor, and a user realizes data query, curve fitting and alarm reminding of the environmental parameters in the storage and transportation equipment through the human-computer interaction module 26, so that the state check of the environmental parameter indexes in the storage and transportation equipment, the fault location of the storage and transportation products and the problem tracing are facilitated.

The electric heating and temperature control device 4 comprises a carbon fiber electrothermal film 27, a temperature relay 28 and a power supply wall socket 29, wherein the carbon fiber electrothermal film 27, the temperature relay 28 and the power supply wall socket 29 are connected through a circuit; an external power supply is in circuit connection with an input pin of the temperature relay 28 through a wall socket 29, and an output pin of the temperature relay 28 is in circuit connection with a power supply interface of the carbon fiber electrothermal film 27 through an electric signal; after an external power supply is switched on, the temperature relay 28 collects the temperature of the gas in the storage and transportation equipment, when the temperature is lower than the lower limit threshold of the switch of the temperature relay 28, the temperature relay 28 is closed, the carbon fiber electrothermal film 27 is electrified to heat, and the gas in the storage and transportation equipment is heated; when the temperature in the storage and transportation equipment is higher than the upper limit threshold of the switch of the temperature relay 28, the temperature relay 28 is switched off, the carbon fiber electrothermal film 27 is switched off, and the heating is stopped.

The environment monitoring equipment interface 18 fixed on the wall of the lower box body 6 is fixedly connected with the structure body 22 in the environment monitoring equipment 3, and the environment monitoring equipment interface 18 plays a role in supporting and fixing the environment monitoring equipment 3; the human-computer interaction module 26 in the environment monitoring device 3 is fixedly connected with the tool box 17 in the lower box body 6 in an embedded mode.

The temperature relay 28 and the power supply wall socket 29 in the electric heating and temperature control device 4 are fixedly connected with the power supply interface 19 of the lower box body 6 in an embedded mode, and the power supply interface 19 of the lower box body 6 plays a role in fixing and supporting the temperature relay 28 and the power supply wall socket 29; the carbon fiber electrothermal film 27 in the electric heating and temperature control device 4 is tiled and fixed on the inner surface of the lower box body 6, and the carbon fiber electrothermal film 27 directly heats the gas in the equipment box body 1 after being electrified.

The utility model discloses a have a bit in: the utility model provides a multi-functional, intelligent airtight storage transportation equipment, can realize that the dress card of product in transportation and storage process is fixed, the shock attenuation protection, airtight pressurize, the illumination is observed, can also realize the heating of gas in the storage transportation equipment and heat up, dry dehumidification, the automatic exhaust of superpressure difference, realize the monitoring of storage transportation equipment internal environment parameter index through environmental monitoring equipment, data curve fitting and super threshold value warning are reminded, effectively avoid because of the damage that external environment parameter changes the product in the storage transportation equipment caused, be convenient for fault location and the problem of product storage transportation in-process are traceed back.

Drawings

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

FIG. 2 is a schematic view of the internal structure of the present invention;

fig. 3 is a flow chart of the using process of the present invention.

1 is the equipment box, 2 is fixed damper, 3 is environmental monitoring equipment, 4 is electrical heating and temperature control device, 5 is last box together, 6 is lower box, 7 is the O type sealing washer, 8 is the transport handle, 9 is the hasp couple, 10 is the inflation valve, 11 is the ya keli observation window, 12 is the hasp handle, 13 is the light, 14 is automatic exhaust valve, 15 is the drier groove, 16 is the seal groove, 17 is the toolbox, 18 is environmental monitoring equipment interface, 19 is the power supply interface, 20 is fixed strutting arrangement, 21 is the wire rope bumper shock absorber, 22 is the structure body, 23 is sealing bolt, 24 is the sensor combination, 25 is the treater, 26 is the human-computer interaction module, 27 is the carbon fiber, 28 is temperature relay, 29 is the wall socket that passes through for the power supply.

Detailed Description

A multifunctional and intelligent gas seal storage and transportation device comprises a device box body 1 and is characterized in that a plurality of fixed damping mechanisms 2, an environment monitoring device 3 and an electric heating and temperature control device 4 are further arranged in the device box body 1, wherein the device box body 1 comprises an upper box body 5, a lower box body 6 and an O-shaped sealing ring 7, a sealing groove 16 is arranged on the upper edge of the lower box body 6, the O-shaped sealing ring 7 is embedded into the sealing groove 16 of the lower box body 6 in an interference fit manner, and the upper box body 5 and the lower box body 6 are pressed together through the O-shaped sealing ring 7; the fixed damping mechanisms 2 are fixedly arranged on the inner bottom of the lower box body 6, and distances are reserved among the fixed damping mechanisms 2; the environment monitoring device 3 is embedded on one side wall in the lower box body 6, and a button on the environment monitoring device 3 is arranged on the outer wall of the lower box body 6; the electric heating and temperature control device 4 is arranged among the fixed damping mechanisms 2 at the bottom of the lower box body 6.

The fixed damping mechanism 2 comprises a fixed supporting device 20 and a steel wire rope damper 21, wherein the steel wire rope damper 21 is positioned between the fixed supporting device 20 and the lower box body 6 and distributed below four supporting surfaces on two axial sides of the fixed supporting device 20. The top end of a steel wire rope shock absorber 21 in the fixed damping mechanism 2 is fixedly connected with the fixed supporting device 20, and the bottom end of the steel wire rope shock absorber 21 is fixedly connected with the lower box body 6.

The electric heating and temperature control device 4 comprises a carbon fiber electrothermal film 27, a temperature relay 28 and a power supply wall socket 29, wherein the carbon fiber electrothermal film 27, the temperature relay 28 and the power supply wall socket 29 are connected through a circuit; an external power supply is in circuit connection with an input pin of the temperature relay 28 through a wall socket 28, and an output pin of the temperature relay 28 is in circuit connection with a power supply interface of the carbon fiber electrothermal film 27 through an electric signal; after an external power supply is switched on, the temperature relay 28 collects the temperature of the gas in the storage and transportation equipment, when the temperature is lower than the lower limit threshold of the switch of the temperature relay 28, the temperature relay 28 is closed, the carbon fiber electrothermal film 27 is electrified to heat, and the gas in the storage and transportation equipment is heated; when the temperature in the storage and transportation equipment is higher than the upper limit threshold of the switch of the temperature relay 28, the temperature relay 28 is switched off, the carbon fiber electrothermal film 27 is switched off, and the heating is stopped.

The utility model discloses a sealing washer realizes sealing of equipment box, it is fixed to realize product dress card through bolt-up's mode, realize the product shock attenuation through the wire rope bumper shock absorber, realize the monitoring of storage and transportation equipment internal environment parameter index through environmental monitoring equipment, data curve fitting and super threshold value warning are reminded, gaseous heating intensification in the equipment is realized to the electric heating membrane, realize the interior gaseous drying dehumidification of equipment through the silica gel drier, realize the product illumination observation through observation window and LED torch, realize automatic exhaust behind the gaseous superpressure difference in the equipment through pressure differential discharge valve, realize the interior product omnidirectional protection of storage and transportation equipment and multi-parameter monitoring and warning, effectively avoid the damage that the product caused in the storage and transportation equipment because of external environment parameter changes, be convenient for fault location and the problem of product storage and transportation in-process are traceed back.

The specific design scheme is as follows:

a multi-functional, intelligent gas containment transportation device comprising: the device comprises a device box body, a fixed damping mechanism, an environment monitoring device and an electric heating and temperature control device.

The equipment box includes: go up box, lower box, O type sealing washer, go up the box and contain transport handle, hasp lock couple, inflation valve, ya keli observation window, the lower box contains hasp lock handle, light, air relief valve, drier groove, seal groove, toolbox, environmental monitoring equipment interface, power supply interface. The carrying handle, the hasp lock hook, the inflation valve and the acrylic observation window are arranged on the upper box body in an embedded mode and are mechanically connected; the hasp handle, the light, automatic exhaust valve install in lower box and mechanical connection with the mode of embedding, and the drier trench is located box inside and mechanical connection down for place pore silica gel drier and realize inside gas drying and dehumidification, and the seal groove is located box upper edge down, with box mechanical connection down with the mode of embedded recess, the toolbox is located the box outside down and mechanical connection, is used for placing spare part and other devices. The environment monitoring equipment interface and the power supply interface are axially provided with through holes for opening. The O-shaped sealing ring is mechanically connected with the sealing groove of the lower box body in an interference fit mode, the lower box body is mechanically connected with the upper box body in a contact fit mode, the hasp locking handle of the lower box body is mechanically connected with the hasp locking hook of the upper box body in a locking mode, and the upper box body is used for sealing the equipment box body by extruding the O-shaped sealing ring. When the transportation equipment needs to be transported, the transportation handle connected with the upper box body can realize the integral movement and lifting of the transportation equipment. When the illumination observation is needed, the illuminating lamp of the lower box body is lightened, and the state of the product in the storage and transportation equipment can be observed through the acrylic observation window of the upper box body. When pressure compensation is needed, the inflation valve of the upper box body is communicated with a nitrogen gas source to realize pressure compensation of the equipment; when the altitude changes from low to high in the transportation process or the inflation pressure is too high in the pressure supplementing process, so that the internal and external pressure difference of the storage and transportation equipment reaches the preset pressure difference value of the automatic exhaust valve, the automatic exhaust valve of the lower box body automatically releases the pressure higher than the pressure difference, and the stability of the equipment box body bearing the gas pressure is ensured.

Fixed damper includes: the steel wire rope shock absorbers are distributed below four supporting surfaces on two axial sides of the fixed supporting device and are mechanically connected with the fixed supporting device in a bolt fastening mode, and mechanical fixing and shock absorption of stored and transported products are achieved.

The environment monitoring device includes: the sensor combination and the processor are located inside the structure body and are mechanically connected with the structure body in a bolt fastening mode, the man-machine interaction module is independent of the structure body and is electrically connected with the processor through an electric signal, and the sealing bolt is mechanically connected with the structure body in a bolt fastening mode. The sensor combination collects the environmental parameter indexes in the storage and transportation equipment, and the environmental parameter indexes are calculated and stored by the processor and then input to the human-computer interaction module, and a user realizes data query, curve fitting and over-threshold alarm reminding of the environmental parameters in the storage and transportation equipment through the human-computer interaction module, so that the state check of the environmental parameter indexes in the storage and transportation equipment, the fault location of the storage and transportation product and the problem tracing are facilitated.

The electric heating and temperature control device comprises: carbon fiber electric heat membrane, temperature relay, power supply wall socket, the three is through signal of telecommunication electrical connection. The external power supply is electrically connected with the input pin of the temperature relay through the wall socket, and the output pin of the temperature relay is electrically connected with the power supply interface of the carbon fiber electrothermal film through an electric signal. After an external power supply is switched on, the temperature relay collects the temperature of the gas in the storage and transportation equipment, when the temperature is lower than the lower limit threshold of the switch of the temperature relay, the temperature relay is closed, and the carbon fiber electrothermal film is electrified to heat, so that the gas in the storage and transportation equipment is heated; when the temperature in the storage and transportation equipment is higher than the upper limit threshold value of the temperature relay switch, the temperature relay is switched off, the carbon fiber electric heating film is switched off, and the heating is stopped.

The lower box body in the equipment box body is mechanically connected with the wire rope shock absorber in the fixed shock absorption mechanism in a bolt fastening mode, and plays a role in supporting and fixing the fixed shock absorption mechanism; the environment monitoring equipment interface of the lower box body in the equipment box body is mechanically connected with the structure body in the environment monitoring equipment, and plays a role in supporting and fixing the environment monitoring equipment; a man-machine interaction module in the environment monitoring equipment is mechanically connected with a tool box of a lower box body in the equipment box body in an embedded mode and is used for data display, alarm reminding and man-machine interaction; a temperature relay and a power supply wall socket in the electric heating and temperature control device are mechanically connected with a power supply interface of a lower box body in the equipment box body in an embedded mode, and the temperature relay and the power supply wall socket are fixed and supported; the carbon fiber electrothermal film in the electric heating and temperature control device is flatly paved on the inner surface of the lower box body in the equipment box body and is mechanically connected with the lower box body in a surface contact mode, the carbon fiber electrothermal film can directly heat the gas in the equipment box body after being electrified, and the temperature of the product in the storage and transportation equipment is raised in a heat conduction mode.

When the user uses the storage and transportation equipment, the pressure difference value of the automatic exhaust valve of the lower box in the equipment box is set to be 0, and the pressure in the equipment box is fully discharged. The hasp handle of the lower box body in the equipment box body is separated from the hasp hook of the upper box body in the equipment box body, and the carrying handle of the upper box body is dragged to place the upper box body aside. The product is placed on the fixed supporting device in the fixed damping mechanism, and the product is mechanically connected with the fixed supporting device in a bolt fastening mode, so that the fixed clamping and damping protection of the product are realized. The pore silica gel desiccant is placed in a desiccant groove of a lower box body in the equipment box body, so that drying and dehumidification during product storage and transportation are realized. The carrying handle of the upper box body in the dragging equipment box body enables the upper box body to be in contact fit with the lower box body, the hasp locking handle of the lower box body is locked with the hasp locking hook of the upper box body, and the O-shaped sealing ring is tightly pressed through the upper box body to achieve sealing of the equipment box body. Setting the differential pressure value of the automatic exhaust valve of the lower box body in the equipment box body as a required differential pressure value, connecting the inflation valve of the upper box body with the nitrogen source, opening the man-machine interaction module in the environment detection equipment, checking the gas pressure index of the storage and transportation equipment, and pulling out the nitrogen source to stop inflating when the internal and external differential pressure of the equipment box body reaches the required pressure value or the automatic exhaust valve of the lower box body in the equipment box body starts to exhaust. The external power supply is connected with a power supply wall socket in the electric heating and temperature control device, when the temperature of the gas in the storage and transportation equipment is lower than the lower limit threshold of a temperature relay in the electric heating and temperature control device, a man-machine interaction module in the environment monitoring equipment sends out an alarm prompt, a temperature relay switch is closed, a carbon fiber electric heating film is electrified and heated, the gas in the equipment box body is heated, and the heating of the product is realized in a heat conduction mode; when the temperature of the gas in the storage and transportation equipment is higher than the upper limit threshold of the temperature relay in the electric heating and temperature control device, the switch of the temperature relay is switched off, and the carbon fiber electric heating film stops heating. When a user checks the gas parameter condition in the storage and transportation equipment, data query, curve fitting and alarm point design are carried out through a human-computer interaction module in the environment monitoring equipment. When a user observes the state of a product in the storage and transportation equipment, the illuminating lamp of the lower box body in the equipment box body is lightened, and the state of the product is checked through the acrylic observation window of the upper box body in the equipment box body.

A multi-functional, intelligent gas containment transportation device comprising: the device comprises a device box body 1, a fixed damping mechanism 2, an environment monitoring device 3 and an electric heating and temperature control device 4.

The equipment box includes: the box comprises an upper box body 5, a lower box body 6 and an O-shaped sealing ring 7, wherein the upper box body 5 comprises a carrying handle 8, a hasp hook 9, an inflation valve 10 and an acrylic observation window 11, and the lower box body 6 comprises a hasp handle 12, an illuminating lamp 13, an automatic exhaust valve 14, a drying agent groove 15, a sealing groove 16, a tool box 17, an environment monitoring device interface 18 and a power supply interface 19. The carrying handle 8, the hasp hook 9, the inflation valve 10 and the acrylic observation window 11 are arranged on the upper box body 5 in an embedded mode and are mechanically connected; the hasp handle 12, the illuminating lamp 13 and the automatic exhaust valve 14 are installed on the lower box body 6 in an embedded mode and are mechanically connected, the drying agent groove 15 is located inside the lower box body 6 and is mechanically connected and used for placing the fine-hole silica gel drying agent to achieve drying and dehumidifying of internal gas, the sealing groove 16 is located on the upper edge of the lower box body 6 and is mechanically connected with the lower box body 6 in an embedded groove mode, and the tool box 17 is located on the outer side of the lower box body 6 and is mechanically connected and used for placing spare parts and other devices. The environment monitoring equipment interface 18 and the power supply interface 19 are provided with through hole openings in the axial direction of the lower box body 6. The O-shaped sealing ring 7 is mechanically connected with a sealing groove 16 of the lower box body 6 in an interference fit mode, the lower box body 6 is mechanically connected with the upper box body 5 in a contact fit mode, the hasp handle 12 of the lower box body 6 is mechanically connected with the hasp hook 9 of the upper box body 5 in a locking mode, and the upper box body 5 realizes the sealing of the equipment box body by extruding the O-shaped sealing ring 7. When the transportation is needed, the transportation handle 8 connected with the upper box body 5 can realize the integral movement and lifting of the storage and transportation equipment. When illumination observation is needed, the illuminating lamp 13 of the lower box body 6 is lightened, and the state of the product in the storage and transportation equipment can be observed through the acrylic observation window 11 of the upper box body 5. When pressure compensation is needed, the inflation valve 10 of the upper box body 5 is communicated with a nitrogen gas source to realize equipment pressure compensation; when the altitude changes from low to high in the transportation process or the inflation pressure is overhigh in the pressure supplementing process, so that the pressure difference between the inside and the outside of the storage and transportation equipment reaches the preset pressure difference value of the automatic exhaust valve 14, the automatic exhaust valve 14 of the lower box body 6 automatically releases the pressure higher than the pressure difference, and the stability of the equipment box body 1 for bearing the gas pressure is ensured.

The fixed damper 2 includes: the steel wire rope shock absorbers 21 are distributed below four support surfaces on two axial sides of the fixed support device 20 and are mechanically connected with the fixed support device 20 in a bolt fastening mode, and mechanical fixing and shock absorption of stored and transported products are achieved.

The environment monitoring device 3 includes: the structure comprises a structure body 22, a sealing bolt 23, a sensor combination 24, a processor 25 and a man-machine interaction module 26, wherein the sensor combination 24 and the processor 25 are positioned inside the structure body 22 and are mechanically connected with the structure body 22 in a bolt fastening mode, the man-machine interaction module 26 is independent of the structure body 22 and is electrically connected with the processor 25 through an electric signal, and the sealing bolt 23 is mechanically connected with the structure body 22 in a bolt fastening mode. The sensor combination 24 collects environmental parameter indexes in the storage and transportation equipment, and inputs the environmental parameter indexes into the human-computer interaction module 26 after being calculated and stored by the processor, and a user realizes data query, curve fitting and alarm reminding of the environmental parameters in the storage and transportation equipment through the human-computer interaction module 26, so that the state check of the environmental parameter indexes in the storage and transportation equipment, the fault location of the storage and transportation products and the problem tracing are facilitated.

The electric heating and temperature control device 4 includes: carbon fiber electric heat membrane 27, temperature relay 28, power supply wall socket 29, the three passes through signal of telecommunication electrical connection. An external power supply is electrically connected with an input pin of the temperature relay 28 through the wall socket 28, and an output pin of the temperature relay 28 is electrically connected with a power supply interface of the carbon fiber electrothermal film 27 through an electric signal. After an external power supply is switched on, the temperature relay 28 collects the temperature of the gas in the storage and transportation equipment, when the temperature is lower than the lower limit threshold of the switch of the temperature relay 28, the temperature relay 28 is closed, the carbon fiber electrothermal film 27 is electrified to heat, and the gas in the storage and transportation equipment is heated; when the temperature in the storage and transportation equipment is higher than the upper limit threshold of the switch of the temperature relay 28, the temperature relay is disconnected 28, the carbon fiber electrothermal film 27 is disconnected, and the heating and the temperature rise are stopped.

The lower box body 6 in the equipment box body 1 is mechanically connected with the wire rope shock absorber 21 in the fixed shock absorption mechanism 2 in a bolt fastening mode, and plays a role in supporting and fixing the fixed shock absorption mechanism 2; the environment monitoring equipment interface 18 of the lower box 6 in the equipment box 1 is mechanically connected with the structure body 22 in the environment monitoring equipment 3, and plays a role in supporting and fixing the environment monitoring equipment 3; the man-machine interaction module 26 in the environment monitoring device 3 is mechanically connected with the tool box 17 of the lower box 6 in the device box 1 in an embedded mode and is used for data display, alarm reminding and man-machine interaction; a temperature relay 28 and a power supply wall socket 29 in the electric heating and temperature control device 4 are mechanically connected with a power supply interface 19 of the lower box 6 in the equipment box 1 in an embedded mode, and the temperature relay 28 and the power supply wall socket 29 are fixed and supported; the carbon fiber electrothermal film 27 in the electric heating and temperature control device 4 is tiled on the inner surface of the lower box body 6 in the equipment box body 1 and is mechanically connected with the lower box body 6 in a surface contact mode, the carbon fiber electrothermal film 27 can directly heat gas in the equipment box body 1 after being electrified, and the product in the storage and transportation equipment is heated and heated in a heat conduction mode.

Specifically, when the user uses the storage and transportation facility, step S100 is first executed to set the differential pressure value of the automatic exhaust valve 14 of the lower tank 6 in the facility tank 1 to 0 and to release all the internal pressure of the facility tank 1. And then executing the step S200, separating the hasp handle 12 of the lower box 6 in the equipment box 1 from the hasp hook 9 of the upper box 5 in the equipment box 1, and dragging the carrying handle 8 of the upper box 5 to externally arrange the upper box 5 aside. Then, step S300 is executed, the product is placed on the fixing and supporting device 20 in the fixing and damping mechanism 2, and the product is mechanically connected with the fixing and supporting device 20 in a bolt fastening manner, so that the fixing, clamping, damping and protecting of the product are realized. The fine-pore silica gel drying agent is placed in the drying agent groove 15 of the lower box body 6 in the equipment box body 1, so that drying and dehumidification during storage and transportation of products are realized. And then S400, dragging the carrying handle 8 of the upper box 5 in the equipment box 1 to enable the upper box 5 to be in contact fit with the lower box 6, locking the hasp handle 12 of the lower box 6 with the hasp hook 9 of the upper box 5, and pressing the O-shaped sealing ring 7 through the upper box 5 to achieve sealing of the equipment box 1. And then executing S500, setting the pressure difference value of the automatic exhaust valve 14 of the lower box 6 in the equipment box 1 as a required pressure difference value, connecting the inflation valve 10 of the upper box 5 with a nitrogen source, opening the man-machine interaction module 26 in the environment detection equipment 3, checking the gas pressure index of the storage and transportation equipment, and pulling out the nitrogen source to stop inflating when the pressure difference between the inside and the outside of the equipment box 1 reaches the required pressure value or the automatic exhaust valve 14 of the lower box 6 in the equipment box 1 starts to exhaust. Then, step S600 is executed, an external power supply is connected to a power supply wall socket 29 in the electric heating and temperature control device 4, when the temperature of the gas in the storage and transportation equipment is lower than the lower limit threshold of a temperature relay 28 in the electric heating and temperature control device 4, step S601 is executed, a man-machine interaction module 26 in the environment monitoring equipment 3 sends out alarm prompt, a switch of the temperature relay 28 is closed, a carbon fiber electrothermal film 27 is electrified and heated, the gas in the equipment box body 1 is heated, and the product is heated in a heat conduction mode; when the temperature of the gas in the storage and transportation equipment is higher than the upper limit threshold of the temperature relay 28 in the electric heating and temperature control device 4, the step S602 is entered, the switch of the temperature relay 28 is switched off, and the carbon fiber electrothermal film 27 stops heating. Finally, the step S700 is executed, the environmental parameters and the product state of the storage and transportation equipment are checked, the step S701 is entered, and when a user checks the gas parameter condition in the storage and transportation equipment, data query, curve fitting and alarm point design are carried out through the man-machine interaction module 26 in the environment monitoring equipment 3; and S702 is entered, when the user observes the product state in the storage and transportation equipment, the illuminating lamp 13 of the lower box 6 in the equipment box 1 is lightened, and the product state is checked through the acrylic observation window 11 of the upper box 5 in the equipment box 1.

The utility model discloses can regard as a multi-functional, intelligent secret storage transportation equipment, provide sufficient functional module, the person of using can be based on its specific application field and realize modifying environment monitoring parameter and function, and all these modifications or replacements all shall belong to the utility model discloses the scope of protection of attached claim.

Claims

1. The multifunctional and intelligent gas-tight storage and transportation equipment comprises an equipment box body (1), and is characterized in that a plurality of fixed damping mechanisms (2), environment monitoring equipment (3) and an electric heating and temperature control device (4) are further arranged in the equipment box body (1), wherein the equipment box body (1) comprises an upper box body (5), a lower box body (6) and an O-shaped sealing ring (7), a sealing groove (16) is formed in the upper edge of the lower box body (6), the O-shaped sealing ring (7) is embedded into the sealing groove (16) of the lower box body (6) in an interference fit manner, and the upper box body (5) and the lower box body (6) are compressed together through the O-shaped sealing ring (7); the fixed damping mechanisms (2) are fixedly arranged on the inner bottom of the lower box body (6), and distances are reserved among the fixed damping mechanisms (2); the environment monitoring equipment (3) is embedded on one side wall in the lower box body (6), and a button on the environment monitoring equipment (3) is arranged on the outer wall of the lower box body (6); the electric heating and temperature control device (4) is arranged among the plurality of fixed damping mechanisms (2) at the bottom of the lower box body (6);

the upper box body (5) comprises a carrying handle (8), a plurality of hasp lock hooks (9), an inflation valve (10) and an acrylic observation window (11), wherein the carrying handle (8), the hasp lock hooks (9), the inflation valve (10) and the acrylic observation window (11) are installed on the upper box body (5) in an embedded mode and are fixedly connected; the lower box body (6) comprises a hasp handle (12), an illuminating lamp (13), an automatic exhaust valve (14), a drying agent groove (15), a sealing groove (16), a tool box (17), an environment monitoring equipment interface (18) and a power supply interface (19); the hasp handle (12), the illuminating lamp (13) and the automatic exhaust valve (14) are installed on the lower box body (6) in an embedded mode and are fixedly connected, the drying agent groove (15) is located inside the lower box body (6) and is fixedly connected with the lower box body, the drying agent groove (15) is used for placing the pore silica gel drying agent to achieve drying and dehumidifying of internal gas, and the tool box (17) is located on the outer side of the lower box body (6) and is fixedly connected with the lower box body and used for placing spare parts; the environment monitoring equipment interface (18) and the power supply interface (19) are axially provided with through hole openings in the lower box body (6); the hasp handle (12) of lower box (6) is connected with hasp couple (9) of last box (5) with locking mode, goes up box (5) and realizes the sealed of equipment box through extrusion O type sealing washer (7).

2. The multifunctional and intelligent gas-tight storage and transportation equipment as claimed in claim 1, wherein the fixed damping mechanism (2) comprises a fixed supporting device (20) and a steel wire rope damper (21), wherein the steel wire rope damper (21) is positioned between the fixed supporting device (20) and the lower box body (6) and distributed below four supporting surfaces at two axial sides of the fixed supporting device (20); the top end of a steel wire rope shock absorber (21) in the fixed shock absorption mechanism (2) is fixedly connected with the fixed supporting device (20), and the bottom end of the steel wire rope shock absorber (21) is fixedly connected with the lower box body (6).

3. The multifunctional and intelligent gas-tight storage and transportation device according to claim 1, wherein the environment monitoring device (3) comprises a structural body (22), a sealing bolt (23), a sensor assembly (24), a processor (25), and a man-machine interaction module (26), wherein the sensor assembly (24) and the processor (25) are positioned inside the structural body (22) and fixedly connected with the structural body (22), the man-machine interaction module (26) is independent of the structural body (22) and is electrically connected with the processor (25), and the sealing bolt (23) is connected with the structural body (22) in a bolt-fastening manner; the sensor combination (24) collects the environmental parameter indexes in the storage and transportation equipment, the environmental parameter indexes are calculated and stored by the processor and then input to the man-machine interaction module (26), and a user can realize data query, curve fitting and over-threshold alarm prompting of the environmental parameters in the storage and transportation equipment through the man-machine interaction module (26), so that the state viewing of the environmental parameter indexes in the storage and transportation equipment, the fault positioning of the storage and transportation product and the problem tracing are facilitated.

4. The multifunctional and intelligent gas-tight storage and transportation equipment as claimed in claim 1, wherein the electric heating and temperature control device (4) comprises a carbon fiber electrothermal film (27), a temperature relay (28) and a power supply through-wall socket (29), wherein the carbon fiber electrothermal film (27), the temperature relay (28) and the power supply through-wall socket (29) are connected through a circuit; an external power supply is in circuit connection with an input pin of the temperature relay (28) through a wall socket (29), and an output pin of the temperature relay (28) is in circuit connection with a power supply interface of the carbon fiber electrothermal film (27) through an electric signal; after an external power supply is switched on, the temperature relay (28) collects the temperature of the gas in the storage and transportation equipment, when the temperature is lower than the lower limit threshold of the switch of the temperature relay (28), the temperature relay (28) is closed, and the carbon fiber electrothermal film (27) is electrified to heat, so that the gas in the storage and transportation equipment is heated; when the temperature in the storage and transportation equipment is higher than the upper limit threshold of the switch of the temperature relay (28), the temperature relay (28) is disconnected, the carbon fiber electrothermal film (27) is powered off, and the heating is stopped.

5. The multifunctional and intelligent gas-tight storage and transportation equipment according to claim 1, wherein the environment monitoring equipment interface (18) fixed on the wall of the lower box body (6) is fixedly connected with the structural body (22) in the environment monitoring equipment (3), and the environment monitoring equipment interface (18) plays a role in supporting and fixing the environment monitoring equipment (3); a man-machine interaction module (26) in the environment monitoring device (3) is fixedly connected with a tool box (17) in the lower box body (6) in an embedded mode.

6. The multifunctional and intelligent gas-tight storage and transportation equipment as claimed in claim 1, wherein the temperature relay (28) and the power supply through-wall socket (29) in the electric heating and temperature control device (4) are fixedly connected with the power supply interface (19) of the lower box body (6) in an embedded manner, and the power supply interface (19) of the lower box body (6) plays a role in fixing and supporting the temperature relay (28) and the power supply through-wall socket (29); the carbon fiber electrothermal film (27) in the electric heating and temperature control device (4) is tiled and fixed on the inner surface of the lower box body (6), and the carbon fiber electrothermal film (27) is directly used for heating the gas in the equipment box body (1) after being electrified.