CN208102212U

CN208102212U - Battery dispensing vehicle and its dispatching cabinet

Info

Publication number: CN208102212U
Application number: CN201721853698.7U
Authority: CN
Inventors: 刘波; 高健博; 黄超; 何晓龙
Original assignee: Dongfeng Agricultural Equipment Xiangyang Co Ltd
Current assignee: Yixiao Parts Technology (Xiangyang) Co.,Ltd.
Priority date: 2017-12-25
Filing date: 2017-12-25
Publication date: 2018-11-16
Anticipated expiration: 2027-12-25

Abstract

The utility model discloses a battery dispensing vehicle and its dispatching cabinets, wherein the battery dispensing vehicle includes a dispensing vehicle ontology and at least one dispatching cabinet.The dispatching cabinet includes a cabinet ontology and the processor and a battery check device for being arranged at the cabinet ontology respectively, the battery check device is communicatively connected in a network in the processor, the dispensing vehicle ontology is controllably connected to the processor, wherein the cabinet ontology has an at least memory space, to allow the rechargeable battery be dispensed in a manner of being stored in the memory space of the dispatching cabinet, when the testing result of the rechargeable battery about the memory space for being stored in the dispatching cabinet wherein detected when the processor according to the battery check device judges the rechargeable battery for normal battery, the processor allows the dispensing vehicle ontology to be activated.

Description

Battery dispensing vehicle and its dispatching cabinet

Technical field

The utility model relates to batteries to dispense field, in particular to a battery dispensing vehicle and its dispatching cabinet.

Background technique

Agricultural machinery is a kind of agricultural machinery, is widely used in agricultural production process.Traditional agricultural machinery relies on Internal combustion engine provides power and is driven, and wherein it is dynamic to provide can to convert mechanical energy for chemical energy such as diesel oil, gasoline for internal combustion engine Power and drive agricultural machinery.It can be along with tail gas during chemical energy such as diesel oil, gasoline are converted mechanical energy by internal combustion engine Discharge, this will lead to environment and is contaminated.Especially when traditional agricultural machinery is applied to enclosed planting environment, such as when When traditional agricultural machinery is applied to greenhouse gardening environment, the tail gas of traditional agricultural machinery discharge can not be discharged into timely and efficient manner The external environment of greenhouse, that is, be easy to be trapped in greenhouse gardening environment by the tail gas that traditional agricultural machinery discharges and cause greenhouse gardening The air of environment threatens by tail gas pollution, and then to the health of the labourer of greenhouse gardening environment.Also, big The plantation of canopy planting environment is mostly that the ornamental values economy such as industrial crops or fresh flower that veterinary antibiotics etc. can directly be eaten are made Industry, once the air of greenhouse gardening environment is contaminated, then tail gas can equally pollute the crops such as veterinary antibiotics, fresh flower, example Such as tail gas be liable to stick to veterinary antibiotics, fresh flower crop surface and form cotton-shaped black attachment, this cotton-shaped black Attachment not only influences the appearance of the crops such as veterinary antibiotics, fresh flower, but also the crops such as veterinary antibiotics, fresh flower is easy to cause to take With a large amount of harmful substance.In order to solve this problem, present industry wants to for clean energy resource, such as electric energy being applied to Agricultural machinery, by electrical energy drive agricultural machinery working.But it is limited to battery technology, the capacity of battery is usually little, this leads to agricultural machinery Cruising ability there is a problem of it is larger.After the electric energy of the battery storage of agricultural machinery has consumed, present mode is by agricultural machinery It is moved to the position that can be charged and is the battery electric energy supplement of agricultural machinery, the way of energy arbitrary with the internal combustion engine of traditional agricultural machinery Unlike, electric energy is supplemented to and needs to expend the more time in battery, and the capacity of battery is bigger, and electric energy is supplemented to The time for needing to expend in battery is more.This brings larger problem to the use of electronic agricultural machinery！Really, when the battery of agricultural machinery After the electric energy of interior storage has been consumed, the battery for being stored with electric energy can be made to continue as agricultural machinery by way of replacing battery Electric energy is provided, still, because the price of battery is more expensive, for common agricultural machinery user, can not undertake is one A agricultural machinery configures the burden of multiple batteries.It therefore, is industry as how a kind of mode of economy improves the cruising ability of electronic agricultural machinery The technical issues of boundary's urgent need to resolve.

Utility model content

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle It can be used for dispensing an at least rechargeable battery.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle It can guarantee safety of rechargeable battery during being dispensed.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle It can prevent the rechargeable battery from losing during being dispensed.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle It can be during dispensing the rechargeable battery to the rechargeable battery electric energy supplement.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle A dispatching cabinet is provided, the dispatching cabinet has an at least memory space, for storing the rechargeable battery, and the battery Dispensing vehicle dispenses the chargeable electricity in such a way that the rechargeable battery is stored in the memory space of the dispatching cabinet Pond.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the dispatching cabinet has Three proofings function, to guarantee safety of rechargeable battery during being dispensed.Prevent for example, the dispatching cabinet has The functions such as water, explosion-proof, anticorrosion, to guarantee safety and reliability of rechargeable battery during being dispensed.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle Grantee is only allowed to take out the rechargeable battery out of the dispatching cabinet the memory space, side in this way Formula can guarantee safety of the rechargeable battery when being dispensed, and prevent the rechargeable battery in the mistake dispensed Lose in journey.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein in the dispatching cabinet When the memory space is not stored the rechargeable battery, the battery dispensing vehicle can not be activated, to avoid described Rechargeable battery is lost.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the rechargeable battery It does not need to be taken out out of the dispatching cabinet the memory space that electric energy can be added.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle An arrangements of electric connection is provided, for being electrically connected the rechargeable battery and external power supply, such as the arrangements of electric connection for electricity A power supply unit of the rechargeable battery and the battery dispensing vehicle is connected, it is logical with the electric energy for allowing the power supply unit to generate It crosses the arrangements of electric connection and is added to the rechargeable battery.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle The power supply unit be to provide and a feeder and be connected to a fuel cell pack of the feeder, thus the electricity Pond dispensing vehicle can generate during be used to dispense the rechargeable battery generates electrification by the fuel cell pack It learns reaction and produces electricl energy, and electric energy can be added in the rechargeable battery, this is for the rechargeable battery It is particularly useful for dispensing for the distribution cost of efficiency and the reduction rechargeable battery.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, in the rechargeable battery quilt Store to it is described dispatching cabinet the memory space when, the arrangements of electric connection can automatically be electrically connected the rechargeable battery And external power supply.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the battery dispensing vehicle A detection device is provided, the detection device detection is stored in the chargeable electricity of the memory space of the dispatching cabinet Whether pond needs to be added electric energy, when the detection device detect be stored in it is described dispatching cabinet the memory space institute When stating rechargeable battery and needing to be added electric energy, electric energy can be supplemented to the rechargeable battery by external power supply.In addition, will During external electric energy is supplemented to the rechargeable battery, the detection device is used to detect the electricity of the rechargeable battery Can, if the rechargeable battery is added full electric energy, external electric energy can be prevented from continuing to be supplemented to the rechargeable battery, In this way, the waste of electric energy can not only be avoided, and can be by avoiding the rechargeable battery from being overcharged Mode protects the rechargeable battery.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the detection device energy It enough detects in the memory space of the dispatching cabinet and whether is stored with the rechargeable battery, described in the dispatching cabinet When being stored with the rechargeable battery in memory space, the battery dispensing vehicle can be activated, the dispatching of battery described in no person Vehicle can not be activated, and in this way, can be effectively prevented the rechargeable battery and be lost.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the dispatching cabinet provides One cabinet ontology and an electronic lock, the cabinet ontology have the memory space for storing the rechargeable battery, the electronics Lock is arranged at the cabinet ontology, to control whether the cabinet door of the cabinet ontology can be opened by the electronic lock.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, wherein the electronic lock is only permitted Perhaps grantee opens the cabinet door of the cabinet ontology, by the rechargeable battery out of, the cabinet ontology the memory space It takes out, in this way, the rechargeable battery can be effectively prevented and lost during being dispensed.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, and wherein grantee can lead to It crosses to the mode of electronic lock input password and opens the cabinet door of the cabinet ontology, such as grantee can be by the electricity The mode that son lock input numerical ciphers, text password, sound password, finger-print cipher or above type of password are combined with each other is beaten The cabinet door or grantee of opening the cabinet ontology can open the cabinet door of the cabinet ontology by way of swiping the card.

One of the utility model is designed to provide a battery dispensing vehicle and its dispatching cabinet, and wherein grantee can lead to The mode for crossing the special pattern that intelligent electronic device scans the dispatching cabinet opens the cabinet door of the cabinet ontology.

According to the one aspect of the utility model, the utility model provides a battery dispensing vehicle, and being used to dispense at least one can Rechargeable battery, wherein the battery dispensing vehicle includes：

One dispensing vehicle ontology；With

At least one dispatching cabinet, wherein the dispatching cabinet includes a cabinet ontology and is arranged at the one of the cabinet ontology respectively Reason device and a battery check device, the battery check device are communicatively connected in a network in the processor, the dispensing vehicle sheet Body is controllably connected to the processor, wherein the cabinet ontology have an at least memory space, for storage described in can Rechargeable battery, so that the rechargeable battery be enable to be matched in a manner of being stored in the memory space of the dispatching cabinet It send, wherein when the processor is deposited according to what the battery check device detected about being stored in described in the dispatching cabinet When the testing result of the rechargeable battery in storage space judges the rechargeable battery for normal battery, the processor allows The dispensing vehicle ontology is activated.

One embodiment according to the present utility model, the dispatching cabinet include an electronic lock, and the electronic lock is arranged at The dispatching cabinet, and the electronic lock is controllably connected to the processor, wherein when the processor judge it is defeated Enter it is described dispatching cabinet an authorization message it is correct when, the processor controls the cabinet that the electronic lock opens the cabinet ontology Door is removed with allowing to be stored in the rechargeable battery of the memory space of the dispatching cabinet.

One embodiment according to the present utility model, the memory space tilt upward, and the battery check device is set It is placed in the bottom of the cabinet ontology, and an end of the battery check device is exposed to the memory space, wherein institute Rechargeable battery is stated with a detection connectivity port, wherein in the rechargeable battery with the detection of the rechargeable battery The mode that connectivity port is first put into the memory space of the dispatching cabinet is stored in the memory space of the dispatching cabinet When, the detection connectivity port of the rechargeable battery is automatically connected to the battery check device.

One embodiment according to the present utility model, the battery dispensing vehicle further comprise one first electrical connection mechanism, Wherein first electrical connection mechanism is arranged at the bottom of the cabinet ontology, and an end of first electrical connection mechanism Portion is exposed to the memory space, wherein the rechargeable battery has a charging connection port, wherein in the chargeable electricity It is deposited in such a way that the detection connectivity port of the rechargeable battery is first put into the memory space of the dispatching cabinet in pond It stores up in the memory space of the dispatching cabinet, the charging connection port of the rechargeable battery is automatically connected to First electrical connection mechanism.

One embodiment according to the present utility model, first electrical connection mechanism and the battery check device are adjacent, Correspondingly, the charging connection port of the rechargeable battery and the detection connectivity port are adjacent.

One embodiment according to the present utility model, the dispatching cabinet include an electric energy detection device, the electric energy detection Device is arranged at the bottom of the cabinet ontology, and the electric energy detection device can be connected to the rechargeable battery The detection connectivity port, wherein first electrical connection mechanism is controllably connected to the processor.

One embodiment according to the present utility model, the dispatching cabinet further comprises a display screen, the display screen quilt It is set to the cabinet ontology, and the display screen is controllably connected to the processor.

One embodiment according to the present utility model, the dispatching cabinet further comprises an input unit, the input dress It sets and is arranged at the cabinet ontology, and the input unit is communicatively connected in a network in the processor.

One embodiment according to the present utility model, the battery dispensing vehicle further comprise a power supply unit, wherein institute State power supply unit and be arranged at the dispensing vehicle ontology, and first electrical connection mechanism be electrically connected to it is described for Denso It sets.

One embodiment according to the present utility model, the battery dispensing vehicle further comprise a power supply unit and are electrically connected It is connected to one first electrical connection mechanism of the power supply unit, wherein the power supply unit is arranged at the dispensing vehicle ontology, institute It states the first electrical connection mechanism and is arranged at cabinet ontology, wherein the rechargeable battery for being stored in the dispatching cabinet can be electric It is connected to first electrical connection mechanism.

One embodiment according to the present utility model, the power supply unit include a feeder and are connected to the confession One fuel cell pack of device of air, wherein first electrical connection mechanism is electrically connected to the fuel cell pack.

According to the other side of the utility model, the utility model further provides for a dispatching cabinet, is arranged at one and matches Vehicle ontology is sent to form a battery dispensing vehicle, wherein the dispatching cabinet is including a cabinet ontology and is arranged at the cabinet ontology respectively A processor and a battery check device, the battery check device is communicatively connected in a network in the processor, described to match Vehicle ontology is sent to be controllably connected to the processor, wherein the cabinet ontology has an at least memory space, for storage The rechargeable battery, to enable the rechargeable battery to be stored in the side of the memory space of the dispatching cabinet Formula is dispensed, wherein when the processor according to the battery check device detect about being stored in the dispatching cabinet When the testing result of the rechargeable battery of the memory space judges the rechargeable battery for normal battery, the processing Device allows the dispensing vehicle ontology to be activated.

One embodiment according to the present utility model, the dispatching cabinet further comprises an electronic lock, the electronic lock quilt It is set to the dispatching cabinet, and the electronic lock is controllably connected to the processor, wherein when the processor is sentenced It is disconnected be entered the dispatching cabinet an authorization message it is correct when, the processor controls the electronic lock and opens the cabinet ontology The cabinet door is removed with allowing to be stored in the rechargeable battery of the memory space of the dispatching cabinet.

One embodiment according to the present utility model, the dispatching cabinet further comprise one first electrical connection mechanism, wherein First electrical connection mechanism is arranged at the bottom of the cabinet ontology, and an end of first electrical connection mechanism is sudden and violent Be exposed at the memory space, wherein the rechargeable battery have a charging connection port, wherein the rechargeable battery with The mode that the detection connectivity port of the rechargeable battery is first put into the memory space of the dispatching cabinet is stored in When the memory space of the dispatching cabinet, the charging connection port of the rechargeable battery is automatically connected to described First electrical connection mechanism.

One embodiment according to the present utility model, the dispatching cabinet further comprise include an electric energy detection device, institute State the bottom that electric energy detection device is arranged at the cabinet ontology, and the electric energy detection device can be connected to it is described can The detection connectivity port of rechargeable battery, wherein first electrical connection mechanism is controllably connected to the processor.

Detailed description of the invention

Fig. 1 is the block diagram representation according to a battery dispensing vehicle of a preferred embodiment of the utility model.

Fig. 2 is the schematic side view according to the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model.

Fig. 3 is the three-dimensional signal according to a dispatching cabinet of the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Figure.

Fig. 4 is the dispatching cabinet according to the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model by Between position split after schematic diagram of internal structure.

Fig. 5 A is illustrated according to an application state of the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Figure prepares the cabinet door for opening the dispatching cabinet which illustrate grantee in one way.

Fig. 5 B is shown according to another application state of the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model It is intended to, which illustrate a rechargeable batteries to be taken out out of the dispatching cabinet a memory space.

Fig. 5 C is shown according to another application state of the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model It is intended to, which illustrate one of the processes that rechargeable battery described in another is stored in the memory space of the dispatching cabinet.

Fig. 5 D is illustrated according to the above-mentioned application state of the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Figure, which illustrate two that rechargeable battery described in another is stored in the process of the memory space of the dispatching cabinet.

Fig. 5 E is illustrated according to the above-mentioned application state of the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Figure, which illustrate three that rechargeable battery described in another is stored in the process of the memory space of the dispatching cabinet.

Fig. 5 F is another application state according to the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Schematic diagram, which illustrate the battery dispatchings described after the memory space that the rechargeable battery is stored in the dispatching cabinet Vehicle can be activated.

Fig. 5 G is another application state according to the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Schematic diagram, which illustrate the rechargeable batteries for the memory space for being stored in the dispatching cabinet can be added electricity Energy.

Fig. 6 is a variant embodiment according to the battery dispensing vehicle of the above-mentioned preferred embodiment of the utility model Schematic diagram.

Specific embodiment

Claim according to the present utility model and specification disclosure of that, the technical solution of the utility model are specific As described below.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper", The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore on Stating term should not be understood as limiting the present invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

With reference to the attached Fig. 1 to Fig. 4 of the Figure of description of the utility model, according to the one of a preferred embodiment of the utility model Battery dispensing vehicle 100 is disclosed for and is set forth in following description, wherein the battery dispensing vehicle 100 be used to be distributed to A few rechargeable battery 200.Preferably, during the rechargeable battery 200 is dispensed, the rechargeable battery 200 In sealing state, to prevent the loss of the rechargeable battery 200 and prevent the rechargeable battery 200 from intaking, to protect Demonstrate,prove the reliability and safety of the rechargeable battery 200.

It is noted that the type of the rechargeable battery 200 is in the battery dispensing vehicle 100 of the utility model It is unrestricted, such as the rechargeable battery 200 can be but not limited to lithium battery.

Refer to it's also worth mentioning that the battery dispensing vehicle 100 dispenses the rechargeable battery 200, passes through the electricity Pond dispensing vehicle 100 refers to the agricultural machinery operator that the rechargeable battery 200 for being stored with electric energy is distributed to sending demand information Fixed place.It is understood that agricultural machinery operator can issue the demand information by agricultural machinery or intelligent electronic device, Or agricultural machinery can automatically issue the demand information, the battery dispensing vehicle 100 of the utility model in this respect not by Limitation.In addition, the type for the demand information being issued is also unrestricted in the battery dispensing vehicle 100 of the utility model System, such as the type of the demand information that is issued can be the information of the types such as voice, text, electric signal.In addition, this reality The agricultural machinery involved in novel can be but not limited to tractor, transplanter, rice transplanter etc..Agricultural machinery operator issues the need Asking the time of information is, the electric energy for being configured in the rechargeable battery 200 of agricultural machinery is exhausted or will be exhausted.

In addition, in some specific examples of the battery dispensing vehicle 100 of the utility model, when the chargeable electricity After the supplier in pond 200 receives the demand information, the supplier of the rechargeable battery 200 can notify the battery to match The rechargeable battery for sending the operator of vehicle 100 to appoint dispatching person that will be stored with electric energy by the battery dispensing vehicle 100 200 are dispensed into the place that agricultural machinery operator specifies from the place that the supplier of the rechargeable battery 200 specifies.And it is practical at this In other specific examples of the novel battery dispensing vehicle 100, when the operator of the battery dispensing vehicle 100 receives After the demand information, can with consigned training dispatching person by the battery dispensing vehicle 100 by the rechargeable battery 200 from it is described can The place that the supplier of rechargeable battery 200 specifies is distributed to the place that agricultural machinery operator specifies.It is noted that practical at this In some specific examples of the novel battery dispensing vehicle 100, the supplier of the rechargeable battery 200 and the battery The operator of dispensing vehicle 100 can be same.

In this preferable examples of the battery dispensing vehicle 100 of the utility model, when the battery dispensing vehicle 100 Operator appoint dispatching person by the battery dispensing vehicle 100 by the rechargeable battery 200 from the rechargeable battery 200 During the place that supplier specifies is dispensed into the place that agricultural machinery operator specifies and it is being dispensed into what agricultural machinery operator specified Behind place, not authorized people (such as dispatching person) can not be by the rechargeable battery 200 from the battery dispensing vehicle 100 Inside take out.That is, in the specific example of the battery dispensing vehicle 100 of the utility model, only grantee is The rechargeable battery 200 can be taken out from the battery dispensing vehicle 100, the rechargeable battery 200 is guaranteed with this Safety, and prevent the rechargeable battery 200 from losing.In other words, no matter the battery dispensing vehicle 100 in any position, does not have There is authorized people all can not take out the rechargeable battery 200 out of described battery dispensing vehicle 100, that is, not awarded Power person can not take out the rechargeable battery 200 out of described battery dispensing vehicle 100.

In the specific example of the battery dispensing vehicle 100 of the utility model, the supplier of the rechargeable battery 200 It can be grantee with the agricultural machinery operator for issuing the demand information.In other words, the confession of the only described rechargeable battery 200 Answering quotient and issue the agricultural machinery operator of the demand information can be by the rechargeable battery 200 from the battery dispensing vehicle It is taken out in 100, in this way, can guarantee the safety of the rechargeable battery 200 and prevent the chargeable electricity Lose and prevent from being replaced during the rechargeable battery 200 is dispensed in pond 200.

Specifically, the battery dispensing vehicle 100 includes a dispensing vehicle ontology 10 and at least one dispatching cabinet 20, wherein described Dispatching cabinet 20 is arranged at the dispensing vehicle ontology 10, and the dispatching cabinet 20 has an at least memory space 21, for depositing Store up the rechargeable battery 200.The rechargeable battery 200 is to be stored in the memory space 21 for dispensing cabinet 20 Mode is dispensed by dispatching person by the battery dispensing vehicle 100.

In this specific example of the battery dispensing vehicle 100 shown in attached Fig. 1 to Fig. 4, the dispensing vehicle ontology 10 include a vehicle frame 11, a front-wheel 12, a rear-wheel 13, leader 14, a vehicle seat 15, a back seat 16, a power supply device 17 and One driving device 18, wherein the front-wheel 12 and the rear-wheel 13 are arranged at the front and rear of the vehicle frame 11, institute respectively The front that handle 14 is arranged at the vehicle frame 11 is stated, the vehicle seat 15 is arranged at the middle part of the vehicle frame 11, the back seat 16 are arranged at the rear portion of the vehicle frame 11, and the power supply device 17 and the driving device 18 are arranged at the vehicle frame respectively 11, and the driving device 18 be connected to the power supply device 17 and the rear-wheel 13 be driveably connected to it is described Driving device 18, the dispatching cabinet 20 are arranged at the back seat 16 or the dispatching cabinet 20 and the back seat 16 integrally It is formed.Dispatching person can ride in the vehicle seat 15 when dispensing the rechargeable battery 200 by the battery dispensing vehicle 100 On, and the battery dispensing vehicle 100 is driven by the handle 14, wherein the driving device 18 can fill the energy supply The energy conversion for setting 17 offers is mechanical energy, to drive the battery dispensing vehicle 100 to walk by the rear-wheel 13.For example, institute Stating power supply device 17 can be electric storage device or Fuel Tanking Unit.

It is noted that the concrete type of the battery dispensing vehicle 100 shown in attached Fig. 1 to Fig. 4 is merely illustrative, with For disclosing and illustrating the content and range of the battery dispensing vehicle 100 of the utility model, those skilled in the art should Understand, in other possible examples, the battery dispensing vehicle 100 can also be implemented as bulk transport vehicle, and reference is attached Illustrated by Fig. 6.Certainly, the battery dispensing vehicle 100 shown in attached drawing 6 is implemented as bulk transport vehicle also only as act Example, should not be considered as the limitation of the content and range to the battery dispensing vehicle 100 of the utility model.

It is noted that although it is attached Fig. 2 shows the battery dispensing vehicle 100 this specific example in only show Go out the dispatching cabinet 20 and is arranged at the back seat 16 of the dispensing vehicle ontology 10, but those skilled in the art It should be understood that the back seat 16 that a dispatching cabinet 20 is set to the dispensing vehicle ontology 10 is only for example, with For disclosing the content and feature of the battery dispensing vehicle 100 of the utility model, therefore, a dispatching cabinet 20 is arranged It is only for example in the back seat 16 of the dispensing vehicle ontology 10, the battery to the utility model should not be considered as The limitation of the content and range of dispensing vehicle 100.That is, in other specific examples of the battery dispensing vehicle 100, More than two dispatching cabinets 20 can be set to the back seat 16 of the dispensing vehicle ontology 10.

It's also worth mentioning that in other specific examples of the battery dispensing vehicle 100 of the utility model, it is described Dispatching cabinet 20 can be fixedly installed on the back seat 16 or the dispatching cabinet 20 and described of the dispensing vehicle ontology 10 The back seat 16 of dispensing vehicle ontology 10 is integral structure.It will be understood by those of skill in the art that 20 quilt of dispatching cabinet Be set to the mode of the back seat 16 of the dispensing vehicle ontology 10 in the battery dispensing vehicle 100 of the utility model not by Limitation, as long as the dispatching cabinet 20 can be prevented to be disassembled from the dispensing vehicle ontology 10, in this way Mode can prevent the rechargeable battery 200 from losing.

With reference to figs. 2 to Fig. 4, the dispatching cabinet 20 includes a cabinet ontology 22 and an electronic lock 23, wherein the cabinet ontology 22 further comprise a cabinet body 221 and the cabinet door 222 for being movably disposed in the cabinet body 221, and in the cabinet body The memory space 21 is capable of forming between 221 and the cabinet door 222, wherein the electronic lock 23 is arranged at the cabinet ontology 22, to be used to lock the cabinet door 222 and the cabinet body 221, wherein the electronic lock 23 only allows described in grantee's opening The cabinet door 222 of cabinet ontology 22 takes out the rechargeable battery 200 for being stored in the memory space 21.Also It is to say, the electronic lock 23 refuses the cabinet door 222 that the person of being not authorized to opens the cabinet ontology 22, side in this way Formula can guarantee the safety during rechargeable battery 200 is dispensed by the battery dispensing vehicle 100.

Preferably, the electronic lock 23 is arranged at the cabinet door 222 of the cabinet ontology 22, in the chargeable electricity Pond 200 is stored in after the memory space 21 of the dispatching cabinet 20, and the electronic lock 23 can lock the cabinet ontology 22 cabinet door 222, so that the refusal person of being not authorized to opens the cabinet door 222 of the cabinet ontology 22.Nevertheless, this Field it will be appreciated by the skilled person that in other possible examples of the battery dispensing vehicle 100 of the utility model, it is described A part of the cabinet body 221 or the electronic lock 23 that electronic lock 23 can also be arranged at the cabinet ontology 22 is set It is placed in the cabinet body 221 of the cabinet ontology 22, another part is arranged at the cabinet door 222 of the cabinet ontology 22.

It is noted that the type of the electronic lock 23 in the battery dispensing vehicle 100 of the utility model not by Limitation only allows grantee to be opened described in the cabinet ontology 22 after authorization message to be input to the electronic lock 23 Cabinet door 222.The authorization message can be agricultural machinery operator after issuing the demand information, the rechargeable battery 200 Supplier is sent to the combination of the text information of the agricultural machinery operator, voice messaging, pictorial information or information above.

For example, the electronic lock 23 wraps in this specific example of the battery dispensing vehicle 100 shown in attached drawing 4 It includes a lock body 231 and is driveably set at least one lock 232 of the lock body 231, the lock body 231 is arranged at institute The cabinet door 222 of cabinet ontology 22 is stated, wherein the cabinet body 221 of the cabinet ontology 22 has an at least locked groove 2210.It is described The lock body 231 of electronic lock 23 can drive 232 movement of lock, so that the lock 232 is moved into the cabinet body 221 locked groove 2210 and the locked groove 2210 for being maintained at the cabinet body 221.It is understood that working as the lock body 231 make the lock 232 when being maintained at the locked groove 2210 of the cabinet body 221, and the electronic lock 23 can prevent not having Grantee opens the cabinet door 222 of the cabinet ontology 22, to be stored in the memory space of the dispatching cabinet 20 21 rechargeable battery 200 can be retained securely in it.When authorized person the authorization message is input to it is described After electronic lock 23, the lock body 231 can drive the lock 232 mobile, so that the lock 232 is detached from the cabinet body 221 locked groove 2210, at this point, the cabinet door 222 can be opened.

Preferably, the upside of the cabinet door 222 by axis connection in the cabinet body 221, wherein the electronic lock 23 is described Lock body 231 is arranged at the downside of the cabinet door 222, and the locked groove 2210 is located at the downside of the cabinet body 221, and described Locked groove 2210 is connected to the memory space 21, wherein when the cabinet door 222 be used to close the storage of the dispatching cabinet 20 When the opening in space 21, the cabinet door 222 is housed inside the memory space 21, in this way, on the one hand can keep away It is prominent to exempt from the cabinet door 222, on the other hand can be avoided rainwater self-forming between the cabinet body 221 and the cabinet door 222 Gap enters the memory space 21 and causes to hurt to the rechargeable battery 200 for being stored in the memory space 21 Evil.

Further, the lock body 231 of the electronic lock 23 can be electrically connected to the power supply device 17, in institute Power supply device 17 to be stated to supply electric energy to after the lock body 231, the lock body 231 can drive the lock 232 mobile, with So that the lock 232 is moved into the locked groove 2210 of the cabinet body 221 and makes the lock 232 from the cabinet body 221 It is moved away from the locked groove 2210.Optionally, the dispatching cabinet 20 can provide a cell device, the lock of the electronic lock 23 Body 231 is electrically connected to the cell device, to power in the cell device to the lock body 231 of the electronic lock 23 When, the lock body 231 can drive the lock 232 mobile, so that the lock 232 is moved into the institute of the cabinet body 221 It states locked groove 2210 and is moved away from the lock 232 out of, the cabinet body 221 the locked groove 2210.

Further, the dispatching cabinet 20 includes a processor 24 and a display screen 25, wherein the display screen 25 and institute The lock body 231 for stating electronic lock 23 is controllably connected to the processor 24.Preferably, the processor 24 and described Display screen 25 is electrically connected to the power supply device 17.Optionally, the processor 24 and the display screen 25 are electrically connected to The cell device of the dispatching cabinet 20.

In addition, the processor 24 and the display screen 25 can be arranged at the cabinet door 222 of the dispatching cabinet 20, Perhaps the processor 24 and the display screen 25 can be arranged at the cabinet body 221 or described of the dispatching cabinet 20 One in processor 24 and the display screen 25 is arranged at the cabinet door 222 of the dispatching cabinet 20, another is set In the cabinet body 221 of the dispatching cabinet 20.

The processor 24 can control the content that the display screen 25 is shown, for example, in the electricity of the utility model In the specific example of one of pond dispensing vehicle 100, when dispatching person passes through the institute that the battery dispensing vehicle 100 will be stored with electric energy It states rechargeable battery 200 to be distributed to after the place that agricultural machinery operator specifies, the processor 24 can control the display screen The 25 specific figures of display, such as, but not limited to two dimensional code, bar code etc., authorized agricultural machinery operator can pass through such as intelligence The mode that the intelligent electronic devices such as energy mobile phone scan the specific figure that the display screen 25 is shown inputs the authorization message, this When, the lock body 231 that the processor 24 can control the electronic lock 23 drives the lock 232 from the cabinet body 221 The locked groove 2210 in be moved away from, in this way, open it is described dispatching cabinet 20 the cabinet door 222, with allow deposited The rechargeable battery 200 stored up in the memory space 21 is removed.In the battery dispensing vehicle 100 of the utility model In another specific example, the display screen 25 may be implemented as touch display screen, such as, but not limited to capacitor display screen, Resistance display screen etc., when dispatching person is dispensed the rechargeable battery 200 for being stored with electric energy by the battery dispensing vehicle 100 After the place specified to agricultural machinery operator, agricultural machinery operator can be inputted the authorization message by the display screen 25, At this point, the processor 24 is able to verify that whether the authorization message is correct, when the processor 24 judges that agricultural machinery operator is defeated Enter the display screen 25 the authorization message it is correct when, the processor 24 can control the lock body of the electronic lock 23 The 231 drivings lock 232 is moved away from from the locked groove 2210 of the cabinet body 221, in this way, is matched described in opening The cabinet door 222 of cabinet 20 is sent, is removed with allowing to be stored in the rechargeable battery 200 of the memory space 21.It can With understanding, if the processor 24 judge agricultural machinery operator input the display screen 25 the authorization message it is incorrect, The electronic lock 23 will not be opened.

Optionally, the dispatching cabinet 20 includes an input unit 26, wherein the input unit 26 is connected to the place Device 24 is managed, agricultural machinery operator can input the verification information by the input unit 26, for described in the subsequent opening Electronic lock 23.The input unit 26 is arranged at the cabinet body 221 or the cabinet door 222.

It is noted that the agricultural machinery operator of the utility model meaning is filled by the display screen 25 or the input It sets the 26 inputs verification information to refer to, agricultural machinery operator can directly pass through the display screen 25 or the input unit 26 It inputs the verification information or agricultural machinery operator can be indirect, such as by dispatching person, pass through the display screen 25 or institute It states input unit 26 and inputs the verification information.

Optionally, the dispatching cabinet 20 further comprises a storage device 27, wherein the storage device 27 can be communicated Ground is connected to the processor 24.Specifically, the storage device 27 is arranged at the cabinet ontology 22 of the dispatching cabinet 20 The cabinet body 221 or the cabinet door 222.The storage device 27 be used to store information, for example, can be by the processing The proving program that device 24 executes can be stored in the storage device 27, can be read by the processor 24 subsequent And execution.For another example can be stored with the relevant information for being dispensed the rechargeable battery 200 by the battery dispensing vehicle 100 In the storage device 27, to dispense archives as battery.Preferably, battery dispatching archives it is subsequent can be by the processing Device 24 and/or other equipment that read are read, for example, battery dispatching archives can be read by electronic equipment.

It is noted that the type of the storage device 27 in the battery dispensing vehicle 100 of the utility model not Be restricted, for example, the storage device 27 can be but not limited to hard disk, USB flash disk, Dropbox, floppy disk, CD etc. it is any can by with In the device of storage information.Even in other possible examples, the storage device 27 can also be a storage cloud.

Optionally, the dispatching cabinet 20 further comprises a positioning device 28, wherein the positioning device 28 can be communicated Ground is connected to the processor 24.Specifically, the positioning device 28 is arranged at the cabinet ontology 22 of the dispatching cabinet 20 The cabinet body 221 or the cabinet door 222.The positioning device 28 is used to determine the position of the battery dispensing vehicle 100.It is excellent Selection of land, the positioning device 28 can determine the position of the battery dispensing vehicle 100 in real time, and the processor 24 can The battery dispensing vehicle 100 is recorded according to the position of the positioning device 28 battery dispensing vehicle 100 determining in real time The route of process, in this way, the supplier of the rechargeable battery 200 and agricultural machinery operator can be through but not limited to intelligent electricity Sub- equipment checks the route that the real time position of the battery dispensing vehicle 100 and the battery dispensing vehicle 100 pass through.Optionally, institute State processor 24 can generate the position of the battery dispensing vehicle 100 determined in real time according to the positioning device 28 one Route information is stored into the storage device 27, to grasp in the subsequent supplier for allowing the rechargeable battery 200 and agricultural machinery Author checks the route information at any time.

Optionally, the dispatching cabinet 20 further comprises a communication device 29, wherein the communication device 29 can be communicated Ground is connected to the processor 24.Specifically, the communication device 29 is arranged at the cabinet ontology 22 of the dispatching cabinet 20 The cabinet body 221 or the cabinet door 222.The information that the processor 24 can be handled by the communication device 29 And/or it is stored in the information of the storage device 27 and is sent to outside, such as the communication device 20 can send information To intelligent electronic device or it is uploaded to cloud.In addition, the communication device 29 can be realized intelligent electronic device and described match Send the communication of cabinet 20.It is noted that the battery dispensing vehicle 100 of the type of the communication device 29 in the utility model In it is unrestricted, such as the communication device 29 can be but not limited to bluetooth module, Wi-Fi module, Li-Fi module, interconnection Any device that can be realized data transmission such as net module.In addition, dispensing the rechargeable battery in the battery dispensing vehicle 100 Behind 200 places specified to agricultural machinery operator, if agricultural machinery operator is taken by the authorization message from the battery dispensing vehicle 100 When out, the communication device 29 can also send this information to the intelligence that the supplier of the rechargeable battery 200 uses Energy electronic equipment, or the information is uploaded to cloud, can be looked by the supplier of the rechargeable battery 200 subsequent It sees.

Further, the battery dispensing vehicle 100 includes a detection device 30, wherein the detection device 30 includes an electricity Pond detection device 31, the battery check device 31 are communicatively connected in a network in the processor 24.Specifically, the battery Detection device 31 is arranged at the cabinet body 221 or the cabinet door 222 of the cabinet ontology 22 of the dispatching cabinet 20.At this In one specific example of the battery dispensing vehicle 100 of utility model, when dispatching person or agricultural machinery operator will be replaced When the rechargeable battery 200 is put into the memory space 21 of the dispatching cabinet 20, the battery check device 31 can The rechargeable battery 200 is detected, with can be according to the detection knot of the battery check device 31 in the subsequent processor 24 Fruit judges whether the rechargeable battery 200 is normal battery, if the processor 24 is according to the battery check device 31 Testing result judges that the rechargeable battery 200 is normal battery, then the processor 24 can control the electronic lock 23 and lock Cabinet ontology 22 is stated in residence, at this point, the battery dispensing vehicle 100 is completed to dispense the rechargeable battery 200.If the processor 24 According to the testing result of the battery check device 31 judge the rechargeable battery 200 for improper battery, then the processing Device 24 does not allow the electronic lock 23 to lock the cabinet ontology 22, at this point, dispatching person can require agricultural machinery operator to provide normally Otherwise battery dispenses unsuccessful.In this way, it can prevent the rechargeable battery 200 from losing.

It is noted that normal battery refers to the rechargeable battery 200 that battery exhausts.Improper battery refers to damage The bad rechargeable battery 200 or the rechargeable battery 200 of personation, for example, by artificial wilful damage appearance and/or The rechargeable battery 200 of internal structure is the rechargeable battery of damage, and only with the rechargeable battery 200 The rechargeable battery 200 of outer shape and internal structure existing defects is the rechargeable battery 200 of personation.

Further, if the processor 24 judged according to the testing result of the battery check device 31 it is described chargeable Battery 200 is normal battery, then controls after the electronic lock 23 locks the cabinet ontology 22 in the processor 24, the place Reason device 24 allows the battery dispensing vehicle 100 to be activated, so that dispatching person can be by the battery dispensing vehicle 100 subsequent The place that the supplier that the rechargeable battery 200 is transported to the rechargeable battery 200 is specified.In addition, the dispensing vehicle Ontology 10 is controllably connected to the processor 24, thus when the processor 24 is according to the battery check device 31 Testing result judges the rechargeable battery 200 for improper battery, then the processor 24 does not allow the battery dispensing vehicle 100 are activated；Or when the processor 24 judges the chargeable electricity according to the testing result of the battery check device 31 Pond 200 is normal battery, but the electronic lock 23 does not lock the cabinet ontology 22, then the processor 24 does not allow described yet Battery dispensing vehicle 100 is activated, and in this way, can prevent the rechargeable battery 200 from losing.

The battery dispensing vehicle 100 of the utility model, which can be activated, to be referred to, the confession of the battery dispensing vehicle 100 Energy device 17 normally can provide the energy, such as the power supply device of the battery dispensing vehicle 100 for the driving device 18 17 normally can provide electric energy for the driving device 18.

Further, the battery dispensing vehicle 100 includes an arrangements of electric connection 40, wherein the arrangements of electric connection 40 includes One first electrical connection mechanism 41 and one second electrical connection mechanism 42, wherein first electrical connection mechanism 41 is arranged at described match The cabinet body 221 for sending the cabinet ontology 22 of cabinet 20 is stored in the institute of the dispatching cabinet 20 in the rechargeable battery 200 When stating memory space 21, first electrical connection mechanism 41 can be electrically connected to the rechargeable battery 200, wherein described Two electrical connection mechanisms 42 are electrically connected to but are not limited to alternating current, for example, second electrical connection mechanism 42 is set under normal conditions Set the place that the supplier in the rechargeable battery 200 specifies, when the battery dispensing vehicle 100 be moved to it is described chargeable Behind the place that the supplier of battery 200 specifies, first electrical connection mechanism 41 and second electrical connection mechanism 42 can be by Electrical connection, so that alternating current can be added to the storage sky for being stored in the dispatching cabinet 20 by the arrangements of electric connection 40 Between 21 the rechargeable battery 200.

It is noted that the electric connection mode of first electrical connection mechanism 41 and second electrical connection mechanism 42 exists It is unrestricted in the battery dispensing vehicle 100 of the utility model, for example, one in the battery dispensing vehicle 100 is specifically shown In example, first electrical connection mechanism 41 and second electrical connection mechanism 42 can be electrically connected in a manner of by grafting, example Such as, first electrical connection mechanism 41 is arranged at the cabinet body 221, and an end of first electrical connection mechanism 41 The memory space 21 is exposed to for being electrically connected the rechargeable battery 200, first electrical connection mechanism 41 it is another The outside that a end is exposed to the dispatching cabinet 20, which is electrically connected by allow to be electrically connected to described second in a manner of grafting, to pick Structure 42.And in another specific example of the battery dispensing vehicle 100, first electrical connection mechanism 41 and second electricity Bindiny mechanism 42 can be implemented as a pair of of wireless charging mechanism, thus when the battery dispensing vehicle 100 be moved to it is specified When in range, first electrical connection mechanism 41 and second electrical connection mechanism 42 can be automatically electrically connected, will be electric The rechargeable battery 200 can be supplemented to.

In addition, the detection device 30 further comprises an electric quantity detection apparatus 32, wherein the electric quantity detection apparatus 32 It is communicatively connected in a network in the processor 24.In addition, first electrical connection mechanism 41 can be by being controllably connected to State processor 24.The electric quantity detection apparatus 32 can also be electrically connected to the rechargeable battery 200, with described for detecting The electricity of rechargeable battery 200.Described in the processor 24 can be controlled according to the testing result of the electric quantity detection apparatus 32 The state of first electrical connection mechanism 41, such as when the processor 24 judges according to the testing result of the electric quantity detection apparatus 32 When the rechargeable battery 200 is filled battery, the processor 24 can control first electrical connection mechanism 41, so that institute It states the first electrical connection mechanism 41 and second electrical connection mechanism 42 disconnects, so that external electric energy be prevented to continue electric energy by institute It states arrangements of electric connection 40 and is supplemented to the rechargeable battery 200, in this way, the waste of electric energy can not only be avoided, But also the rechargeable battery 200 can be protected, it is overcharged energy to avoid the rechargeable battery 200, to extend institute State the service life of rechargeable battery 200.

Preferably, described when the rechargeable battery 200 is installed in the memory space 21 of the dispatching cabinet 20 Rechargeable battery 200 can be automatically electrically connected to first electrical connection mechanism 41.That is, will be described chargeable When battery 200 is installed on the memory space 21 of the dispatching cabinet 20, dispatching person or agricultural machinery operator do not need to execute specially The step of door, is electrically connected the rechargeable battery 200 and first electrical connection mechanism 41.Preferably, in the chargeable electricity When pond 200 is installed in the memory space 21 of the dispatching cabinet 20, the rechargeable battery 200 can be connected automatically In the electric quantity detection apparatus 32 and the battery check device 31.

Specifically, the memory space 21 of the dispatching cabinet 20 tilts upward, and described first is electrically connected with reference to attached drawing 4 Connection mechanism 41 is arranged at the bottom of the dispatching cabinet 20, and an end of first electrical connection mechanism 41 is exposed on The memory space 21 of the dispatching cabinet 20, wherein the bottom of the rechargeable battery 200 has a charging connection port 201, wherein being introduced into the rechargeable battery 200 with the charging connection port 201 of the rechargeable battery 200 described After the memory space 21 for dispensing cabinet 20, under the action of the self gravity of the rechargeable battery 200 and/or dispensing Under the external force of member or agricultural machinery operator, the rechargeable battery 200 can automatically slide to the bottom of the dispatching cabinet 20 Portion, and the charging connection port 201 of the rechargeable battery 200 and first electrical connection mechanism 41 can be automatic Ground electrical connection.

The battery check device 31 and the electric quantity detection apparatus 32 are arranged at the bottom of the dispatching cabinet 20, and The connecting pin of the battery check device and the electric quantity detection apparatus 32 is exposed to the memory space of the dispatching cabinet 20 21, wherein the bottom of the rechargeable battery 200 have one detection connectivity port 202, wherein the rechargeable battery 200 with After the detection connectivity port 202 of the rechargeable battery 200 is introduced into the memory space 21 of the dispatching cabinet 20, The self gravity of the rechargeable battery 200 rents external force lower and/or in the dispatching person or agricultural machinery operator Under, the rechargeable battery 200 can automatically slide to the bottom of the dispatching cabinet 20, and the rechargeable battery 200 The detection connectivity port 202 and the battery check device 31 can automatically be connect with the electric quantity detection apparatus 32.

Preferably, the charging connection port 201 of the rechargeable battery 200 and first electrical connection mechanism 41 The detection connectivity port 202 and the battery check device 31 of electrical connection and the rechargeable battery 200 and the electricity The electrical connection of amount detecting device 32 is synchronous.

Preferably, the charging connection port 201 of the rechargeable battery 200 and 202 phase of detection connectivity port It is adjacent.Correspondingly, first electrical connection mechanism 41, the battery check device 31 and the electric quantity detection apparatus 32 are adjacent.

The cabinet ontology 22 of the dispatching cabinet 20 includes a protection department 223, wherein the protection department 223 includes an anticollision Layer 2231, wherein the anticollision layer 2231 is arranged at the cabinet door 222, and when the cabinet door 222 closes the storage sky Between 21 opening when, the anticollision layer 2231 is towards the rechargeable battery 200, and the anticollision layer 2231 is maintained at institute It states between cabinet door 222 and the rechargeable battery 200, to protect the rechargeable battery 200 by the anticollision layer 2231.Tool It says to body, the anticollision layer 2231 has flexibility, and the anticollision layer 2231 can be by avoiding the rechargeable battery 200 With the mode of the cabinet door 222 contact and the mode that is deformed prevent by the battery dispensing vehicle 100 dispense it is described can During rechargeable battery 200, lead to the rechargeable battery 200 and the cabinet door due to battery dispensing vehicle 100 jolts The bad phenomenon of 222 collisions occurs, to protect the rechargeable battery 200.That is, the anticollision layer 2231 is applied not only to The rechargeable battery 200 and the cabinet door 222 is isolated, and the anticollision layer 2231 can play buffer function.

Further, the protection department 223 includes a waterproof layer 2232, wherein the waterproof layer 2232 be arranged at it is described Cabinet door 222, and the waterproof layer 2232 extends to the edge of the cabinet door 222 as much as possible, thus in 222 envelope of cabinet door When closing the opening of the memory space 21, the waterproof layer 2232, which can be positioned as close to, is formed in the cabinet door 222 and institute State the gap between cabinet body 221, thus when have gap of the moisture self-forming between the cabinet door 222 and the cabinet body 221 into When entering the memory space 21, the waterproof layer 2232 can adsorption moisture, damage the rechargeable battery to avoid moisture 200.Optionally, the waterproof layer 2232 can also be arranged at the cabinet body 221, and the waterproof layer 2232 is as much as possible Extend to the opening of the cabinet body 221.Also optionally, the cabinet body 221 and the cabinet door 222 can be equipped with the waterproof Layer 2232.Preferably, the waterproof layer 2232 is replaceable.

Further, the protection department 223 includes an explosion-proof layer 2233, wherein the explosion-proof layer 2233 be arranged at it is described Cabinet body 221 and the cabinet door 222, for preventing to fill described in the memory space 21 for being stored in the dispatching cabinet 20 Battery 200 bursts, to guarantee the safety of the rechargeable battery 200 and guarantee to be dispensed in the rechargeable battery 200 During safety.In addition, the protection department 223 also may include a corrosion-resistant coating 2234, the corrosion-resistant coating 2234 It is arranged at the cabinet body 221 and the cabinet door 222, with the memory space for preventing from being stored in the dispatching cabinet 20 21 rechargeable battery 200 is corroded.The corrosion-resistant coating 2234 can overlappingly be formed in the explosion-proof layer 2233 Outer surface.In another preferred example of the battery dispensing vehicle 100 of the utility model, the explosion-proof layer 2233 and institute State corrosion-resistant coating 2234 be also possible to it is integrated.

Attached drawing 6 shows another preferable examples of the battery dispensing vehicle 100, wherein the battery dispensing vehicle 100 into One step include a power supply unit 50, wherein be arranged at it is each it is described dispatching cabinet 20 first electrical connection mechanism 41 respectively by It is electrically connected to the power supply unit 50, the rechargeable battery 200 after replacement is stored to described in the dispatching cabinet 20 After memory space 21, the charging connection port 201 of the rechargeable battery 200 can be automatically electrically connected to described One electrical connection mechanism 41 passes through this so that the rechargeable battery 200 can be automatically electrically connected to the power supply unit 50 Electric energy can be supplemented to the rechargeable battery by first electrical connection mechanism 41 by the mode of sample, the power supply unit 50 200.It is understood that during the battery dispensing vehicle 100 is mobile, the power supply unit 50 also can be to being stored In 200 electric energy supplement of the rechargeable battery of the memory space 21 of the dispatching cabinet 20, this described in raising for that can fill It is especially important for the dispatching efficiency of battery 200 and the distribution cost of the saving rechargeable battery 200.

Further, being supplemented to electric energy by first electrical connection mechanism 41 in the power supply unit 50 described can fill During battery 200, the electric quantity detection apparatus 32 is able to detect the electric quantity change of the rechargeable battery 200, and After the electric energy of the rechargeable battery 200 is added completely, the processor 24 can control first electrical connection mechanism 41 working condition, to prevent the power supply unit 50 from continuing to 200 electric energy supplement of rechargeable battery, side in this way Formula can not only avoid the waste of electric energy, but also can be protected by way of avoiding the rechargeable battery 200 from being overcharged The rechargeable battery 200.

Preferably, the power supply unit 50 is further controllably connected to the processor 24, wherein when not having When stating rechargeable battery 200 and needing to be added electric energy, the processor 24 can prevent the power supply unit 50 from continuing to discharge, with This saves electric energy.

With further reference to attached drawing 6, the power supply unit 50 includes a feeder 51 and is connected to the feeder 51 fuel cell pack 52, first electrical connection mechanism 41 for being arranged at each dispatching cabinet 20 are electrically connected to institute State fuel cell pack 52.For example, the fuel cell pack 52 can be implemented as but be not limited to hydrogen-oxygen fuel cell heap, accordingly Ground, the feeder 51 are implemented as hydrogen feeder.The fuel cell pack 52 is able to carry out electrochemistry sounding, will The gas that the feeder 51 provides is converted into electric energy and is the memory space 21 for being stored in the dispatching cabinet 20 The rechargeable battery 200 is powered.That is, the battery dispensing vehicle 100 can be a vehicular power plant, it will be real-time The electric energy of generation is supplemented to the described of the memory space 21 that is needing to be added electric energy and being stored in the dispatching cabinet 20 In rechargeable battery 200, this is for improving the dispatching efficiency of the rechargeable battery 200 and saving the rechargeable battery 200 Distribution cost for be especially important.

Attached drawing 5A to Fig. 5 G shows the concrete application process of the battery dispensing vehicle 100, wherein with agricultural machinery operator to The supplier of the rechargeable battery 200 issues described in supplier's requirement of the demand information and the rechargeable battery 200 The operator of battery dispensing vehicle 100 appoint dispatching person by the battery dispensing vehicle 100 by the rechargeable battery 200 from described The place that the supplier of rechargeable battery 200 specifies is distributed to for the place of agricultural machinery operator requirement, to the utility model The content and feature of the battery dispensing vehicle 100 are illustrated and disclose.

With reference to attached drawing 5A, agricultural machinery operator is when operating agricultural machinery, if discovery is configured in the rechargeable battery of agricultural machinery When 200 electric energy will be depleted, agricultural machinery operator can be sent by intelligent electronic device the demand information to it is described can The supplier of rechargeable battery 200, for example, agricultural machinery operator can log in a system or a net by the intelligent electronic device Upper shop, to issue the demand information to the supplier of the rechargeable battery 200.The system or the Online Store Refer to, the supplier of the rechargeable battery 200, which issues, hires out or sell the rechargeable battery 200 and agricultural machinery operator Issue system or the Online Store of the demand information.Nevertheless, it will be appreciated by those skilled in the art that, at it In his possible example, agricultural machinery operator can also send the demand information extremely by other equipment, such as by agricultural machinery Perhaps agricultural machinery operator for example can also make a phone call or send out in other way for the supplier of the rechargeable battery 200 The modes such as short message send the supplier of the demand information to the rechargeable battery 200.The supply of the rechargeable battery 200 Quotient required after receiving the demand information dispatching person by the battery dispensing vehicle 100 by the rechargeable battery 200 from institute It states the place that the supplier of rechargeable battery 200 specifies and is dispensed into the place that agricultural machinery operator specifies.

It is noted that the supplier of the rechargeable battery 200 the rechargeable battery 200 is stored in it is described When the memory space 21 of the dispatching cabinet 20 of battery dispensing vehicle 100, the authorization message is sent to agricultural machinery operator, with Agricultural machinery operator authorization is given, at this point, agricultural machinery operator is grantee.That is, at this point, only agricultural machinery operator just may be used To open the dispatching cabinet 20 to take out the rechargeable battery 200, or only agricultural machinery operator and the chargeable electricity The supplier in pond 200 can just open the dispatching cabinet 20 to take out the rechargeable battery 200.In other words, described in driving The dispatching person of battery dispensing vehicle 100 can not during dispensing rechargeable battery 200 by the battery dispensing vehicle 100 The rechargeable battery 200 is taken out, to prevent the rechargeable battery 200 from losing.

During dispensing rechargeable battery 200 by the battery dispensing vehicle 100,28 energy of positioning device Enough location informations for obtaining the battery dispensing vehicle 100 in real time, at this point, the supplier of the rechargeable battery 200 and agricultural machinery Operator can obtain the position of the battery dispensing vehicle 100 in real time.In addition, the processor 24 can also be by described The location information for the battery dispensing vehicle 100 that positioning device 28 obtains generates the route information and is stored in the storage dress It sets in 27, can be read subsequent.

The rechargeable battery 200 agricultural machinery operator is distributed to by the battery dispensing vehicle 100 in dispatching person to require Place after, agricultural machinery operator can input the authorization message by the display screen 25 and/or the input unit 26, or Person dispatching person is defeated by the display screen 25 and/or the input unit 26 after obtaining the input information from agricultural machinery operator Enter the authorization message.The processor 24 verifies the authorization message after receiving the authorization message, if described Authorization message is correct, then the processor 24 controls the electronic lock 23 to open the cabinet door 222 of the cabinet ontology 22, this When, the rechargeable battery 200 can be taken out from the memory space 21 of the dispatching cabinet 20, with reference to attached drawing 5B.Accordingly Ground, if the authorization message is incorrect, the processor 24 refuses the electronic lock 23 and opens the described of the cabinet ontology 22 Cabinet door 222, at this point, the rechargeable battery 200 still is able to be maintained at the memory space 21 of the dispatching cabinet 20, with Prevent the rechargeable battery 200 from losing.

With reference to attached drawing 5C to Fig. 5 F, the rechargeable battery 200 being replaced is stored to the described of the dispatching cabinet 20 Memory space 21, to send the rechargeable battery 200 after replacement back to by the battery dispensing vehicle 100 in subsequent dispatching person The place specified to the supplier of the rechargeable battery 200.It is described in the battery dispensing vehicle 100 of the utility model It is inclined for dispensing the memory space 21 of cabinet 20, and the opening of the memory space 21 tilts upward, described chargeable Battery 200 is introduced into institute with the charging connection port 201 of the rechargeable battery 200 and the detection connectivity port 202 The mode for stating the memory space 21 of dispatching cabinet 20 is put into the memory space 21 of the dispatching cabinet 20, at this point, Under the action of the self gravity of the rechargeable battery 200, the rechargeable battery 200 is deposited described in the dispatching cabinet 20 Automatically slide downward in space 21 is stored up, to be stored entirely in described in the dispatching cabinet 20 in the rechargeable battery 200 When memory space 21, the charging connection port 201 of the rechargeable battery 200 and first electrical connection mechanism 41 are automatic The detection connectivity port 202 and the battery check device 31 of ground electrical connection and the rechargeable battery 200 and the electricity Amount detecting device 32 automatically connects.

At this point, the battery check device 31 can detect the rechargeable battery 200, the processor 24 Judge whether the rechargeable battery 200 is normal battery according to the testing result of the battery check device 31, if described fill Battery 200 is improper battery, then the processor 24 does not allow the electronic lock 23 to lock the cabinet ontology 22, if described Rechargeable battery 200 is normal battery, then the processor 24 controls the electronic lock 23 and locks the cabinet ontology 22.It is preferred that Ground, once the electronic lock 23 locks the cabinet ontology 22, then the supplier of the only described rechargeable battery 200 could open institute Electronic lock 23 is stated, is occurred to avoid there is the case where rechargeable battery 200 is lost.In addition, those skilled in the art can With understanding, by judging whether the rechargeable battery 200 is positive according to the testing result of the battery check device 31 The mode of normal battery can prevent the rechargeable battery 200 by artificial damage and loss.

Further, when the battery check device 31 is according to the judgement of the testing result of the battery check device 31 When rechargeable battery 200 is normal battery, the battery dispensing vehicle 100 can be activated, and battery dispensing vehicle 100 described in no person is not It can be activated.

With reference to attached drawing 5G, the rechargeable battery 200 after replacement is sent by the battery dispensing vehicle 100 in dispatching person After the place that the supplier for returning the rechargeable battery 200 specifies, second electrical connection mechanism 42 can be with the side of insertion Formula is electrically connected to first electrical connection mechanism 41, at this point, second electrical connection mechanism 42 and described first is electrically connected and picks Structure 41 can cooperate and be supplemented to external electric energy and be stored in described in the memory space 21 for dispensing cabinet 20 Rechargeable battery 200.Preferably, pass through second electrical connection mechanism 42 and described first being electrically connected to each other in external electric energy During electrical connection mechanism 41 is added to the rechargeable battery 200, the electric quantity detection apparatus 32 can be examined in real time The electricity of the rechargeable battery 200 is surveyed, if the rechargeable battery 200 is added after full electric energy, 24 energy of processor First electrical connection mechanism 41 is enough controlled, so that first electrical connection mechanism 41 and second electrical connection mechanism 42 are disconnected It opens, in this way, on the one hand can be avoided the waste of electric energy, on the other hand can be avoided the rechargeable battery 200 By process, to protect the rechargeable battery 200.

Other side according to the present utility model, the utility model further provide for being distributed to by a battery dispensing vehicle The method of a few rechargeable battery, wherein the allocator includes the following steps：

(a) after a rechargeable battery 200 is stored in a memory space 21 of a dispatching cabinet 20 for a battery dispensing vehicle, The rechargeable battery 200 is detected by a battery check device 31 of the battery dispensing vehicle；With

(b) judge whether the rechargeable battery 200 is normal electricity according to the testing result of the battery check device 31 Pond, if the rechargeable battery 200 is normal battery, the battery dispensing vehicle allows to be activated, if the rechargeable battery 20 be improper battery, then the battery dispensing vehicle does not allow to be activated.

It further, further comprise step before the step (b)：

(c) judge whether the rechargeable battery 200 is normal electricity according to the testing result of the battery check device 31 Pond, if the rechargeable battery 200 is normal battery, an electronic lock 23 of the battery dispensing vehicle is controlled to lock institute Dispatching cabinet 20 is stated, if the rechargeable battery 200 is improper battery, the electronic lock 23 of the battery dispensing vehicle is controlled System does not lock the dispatching cabinet 20.

It will be appreciated by those skilled in the art that above embodiments are only for example, wherein the feature of different embodiments It can be combined with each other, do not explicitly pointed out in the accompanying drawings with obtaining being readily conceivable that according to the content that the utility model discloses Embodiment.It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only It is not intended to limit the utility model as an example.The purpose of this utility model completely and effectively realizes.The utility model Function and structural principle in embodiment show and illustrate, under without departing from the principle, the implementation of the utility model Mode can have any deformation or modification.

Claims

1. a battery dispensing vehicle is used to dispense an at least rechargeable battery, which is characterized in that including：

One dispensing vehicle ontology；With

At least one dispatching cabinet, wherein the dispatching cabinet includes a cabinet ontology and the processor for being arranged at the cabinet ontology respectively With a battery check device, the battery check device is communicatively connected in a network in the processor, the dispensing vehicle ontology quilt It is controllably connected to the processor, wherein the cabinet ontology has an at least memory space, it is described chargeable for storing Battery, so that the rechargeable battery is enable to be dispensed in a manner of being stored in the memory space of the dispatching cabinet, Wherein when the processor according to the battery check device detect about be stored in it is described dispatching cabinet the storage When the testing result of the rechargeable battery in space judges the rechargeable battery for normal battery, the processor allows institute Dispensing vehicle ontology is stated to be activated.

2. battery dispensing vehicle according to claim 1, wherein the dispatching cabinet includes an electronic lock, the electronic lock is set It is placed in the dispatching cabinet, and the electronic lock is controllably connected to the processor, wherein when the processor judges Be entered it is described dispatching cabinet an authorization message it is correct when, the processor controls one that the electronic lock opens the cabinet ontology Cabinet door is removed with allowing to be stored in the rechargeable battery of the memory space of the dispatching cabinet.

3. battery dispensing vehicle according to claim 1 or 2, wherein the memory space tilts upward, the battery detecting Device is arranged at the bottom of the cabinet ontology, and an end of the battery check device is exposed to the storage sky Between, wherein the rechargeable battery has a detection connectivity port, wherein in the rechargeable battery with the rechargeable battery The detection connectivity port be first put into it is described dispatching cabinet the memory space mode be stored in it is described dispatching cabinet institute When stating memory space, the detection connectivity port of the rechargeable battery is automatically connected to the battery check device.

4. battery dispensing vehicle according to claim 3 further comprises one first electrical connection mechanism, wherein first electricity Bindiny mechanism is arranged at the bottom of the cabinet ontology, and an end of first electrical connection mechanism is exposed to described deposit Space is stored up, wherein the rechargeable battery has a charging connection port, wherein in the rechargeable battery with described chargeable The mode that the detection connectivity port of battery is first put into the memory space of the dispatching cabinet is stored in the dispatching cabinet The memory space when, the charging connection port of the rechargeable battery be automatically connected to it is described first electrical connection Mechanism.

5. battery dispensing vehicle according to claim 4, wherein first electrical connection mechanism and the battery check device Adjacent, correspondingly, the charging connection port of the rechargeable battery and the detection connectivity port are adjacent.

6. battery dispensing vehicle according to claim 4, wherein the dispatching cabinet includes an electric energy detection device, the electric energy Detection device is arranged at the bottom of the cabinet ontology, and the electric energy detection device can be connected to the chargeable electricity The detection connectivity port in pond, wherein first electrical connection mechanism is controllably connected to the processor.

7. battery dispensing vehicle according to claim 2, wherein the dispatching cabinet further comprises a display screen, the display Screen is arranged at the cabinet ontology, and the display screen is controllably connected to the processor.

8. the battery dispensing vehicle according to claim 2 or 7, wherein the dispatching cabinet further comprises an input unit, institute It states input unit and is arranged at the cabinet ontology, and the input unit is communicatively connected in a network in the processor.

9. further comprising a power supply unit, wherein the confession according to the battery dispensing vehicle any in claim 4 to 6 Electric installation is arranged at the dispensing vehicle ontology, and first electrical connection mechanism is electrically connected to the power supply unit.

10. according to claim 1 to the battery dispensing vehicle any in 2, further comprises a power supply unit and be electrically connected In one first electrical connection mechanism of the power supply unit, wherein the power supply unit is arranged at the dispensing vehicle ontology, it is described First electrical connection mechanism is arranged at cabinet ontology, wherein being stored in the rechargeable battery of the dispatching cabinet can be electrically connected It is connected to first electrical connection mechanism.

11. battery dispensing vehicle according to claim 3 further comprises a power supply unit and is electrically connected to the power supply One first electrical connection mechanism of device, wherein the power supply unit is arranged at the dispensing vehicle ontology, first electrical connection Mechanism is arranged at cabinet ontology, wherein described the can be electrically connected to by being stored in the rechargeable battery of the dispatching cabinet One electrical connection mechanism.

12. battery dispensing vehicle according to claim 10, wherein the power supply unit includes a feeder and is connected In a fuel cell pack of the feeder, wherein first electrical connection mechanism is electrically connected to the fuel cell pack.

13. a dispatching cabinet, is arranged at a dispensing vehicle ontology to form a battery dispensing vehicle, which is characterized in that including a cabinet Ontology and the processor and a battery check device for being arranged at the cabinet ontology respectively, the battery check device can be led to It is connected to letter the processor, the dispensing vehicle ontology is controllably connected to the processor, wherein the cabinet ontology With an at least memory space, for storing a rechargeable battery, to enable the rechargeable battery to be stored in The mode for stating the memory space of dispatching cabinet is dispensed, wherein when the processor is detected according to the battery check device About be stored in it is described dispatching cabinet the memory space the rechargeable battery testing result judgement described in can fill When battery is normal battery, the processor allows the dispensing vehicle ontology to be activated.

14. dispatching cabinet according to claim 13, further comprises an electronic lock, the electronic lock is arranged at described match Cabinet is sent, and the electronic lock is controllably connected to the processor, wherein described in being entered when processor judgement When one authorization message of dispatching cabinet is correct, the processor controls the cabinet door that the electronic lock opens the cabinet ontology, to permit The rechargeable battery for being permitted to be stored in the memory space of the dispatching cabinet is removed.

15. dispatching cabinet described in 3 or 14 according to claim 1, wherein the memory space tilts upward, the battery detecting dress The bottom for being arranged at the cabinet ontology is set, and an end of the battery check device is exposed to the memory space, Wherein the rechargeable battery has a detection connectivity port, wherein in the rechargeable battery with the institute of the rechargeable battery The mode for stating the memory space that detection connectivity port is first put into the dispatching cabinet is stored in the described of dispatching cabinet and deposits When storing up space, the detection connectivity port of the rechargeable battery is automatically connected to the battery check device.

16. dispatching cabinet according to claim 15 further comprises one first electrical connection mechanism, wherein described first is electrically connected Connection mechanism is arranged at the bottom of the cabinet ontology, and an end of first electrical connection mechanism is exposed to the storage Space, wherein the rechargeable battery has a charging connection port, wherein in the rechargeable battery with the chargeable electricity The mode that the detection connectivity port in pond is first put into the memory space of the dispatching cabinet is stored in the dispatching cabinet When the memory space, the charging connection port of the rechargeable battery, which is automatically connected to described first and is electrically connected, to pick Structure.

17. dispatching cabinet according to claim 16, wherein first electrical connection mechanism and the battery check device phase Neighbour, correspondingly, the charging connection port of the rechargeable battery and the detection connectivity port are adjacent.

18. dispatching cabinet according to claim 16 further comprises an electric energy detection device, the electric energy detection device quilt It is set to the bottom of the cabinet ontology, and the electric energy detection device can be connected to the inspection of the rechargeable battery Connectivity port is surveyed, wherein first electrical connection mechanism is controllably connected to the processor.

19. dispatching cabinet according to claim 14, further comprises a display screen, the display screen is arranged at the cabinet Ontology, and the display screen is controllably connected to the processor.

20. dispatching cabinet described in 4 or 19 according to claim 1, further comprises an input unit, the input unit is set In the cabinet ontology, and the input unit is communicatively connected in a network in the processor.