CN206551936U - Goods unloader and transport lorry - Google Patents

Abstract

The utility model, which is related to, phoresys instrument field, more particularly to a kind of goods unloader, support member including Belt Conveying component, goods current limiting component and for stack goods, the input of Belt Conveying component is slidably matched with support member, and the input of Belt Conveying component is contained within the supporting surface of support member, goods current limiting component be connected to formed between Belt Conveying component, and goods current limiting component and Belt Conveying component for goods by and Height Adjustable cargo transfer passage.Include lorry body, Expansion belt conveyor and above mentioned goods unloader it also offers one kind, support member is arranged at the bottom in the compartment of lorry body, the input of the output end correspondence Expansion belt conveyor of Belt Conveying component.Therefore, the whole process that unloading goods can be achieved by above mentioned goods unloader and transport lorry has both reduced the cost of client's unloading time, hand labor intensity is reduced again without manually being carried.

Description

Goods unloader and transport lorry

Technical field

The utility model, which is related to, phoresys instrument field, in particular to a kind of goods unloader and transport lorry.

Background technology

With the offer of people's living standard, be also continuously increased for the demand in terms of flow of goods transport, express delivery industry also into For a fast-developing industry, express delivery from various parts of the country needs to carry out short-range transhipment by transporting lorry, and works as In the uninstall process of goods of the preceding express company in lorry, generally by being manually transported to slope-climbing machine, slideway, Expansion belt conveyor To be carried.This method consumes the plenty of time of client, and for Field Force its labor intensity also than larger.

Utility model content

The purpose of this utility model is to provide a kind of goods unloader, the goods in lorry is set by machinery with reaching It is standby fast and effeciently to be unloaded, without manually being carried.

Another object of the present utility model is to provide a kind of transport lorry, to allow it by being set in its compartment Goods unloader reach fast discharging to goods, without artificial carrying, save manpower and materials.

What the utility model was realized in：

A kind of goods unloader, including Belt Conveying component, goods current limiting component and the support member for stack goods, skin Input with conveying assembly is slidably matched with support member, and the input of Belt Conveying component is contained in the supporting surface of support member Within, goods current limiting component, which is connected to be formed between Belt Conveying component, and goods current limiting component and Belt Conveying component, to be used for Goods by and Height Adjustable cargo transfer passage.

Further, in preferred embodiment of the present utility model, it is provided with the supporting surface of above-mentioned support member multiple parallel Chute, the input of Belt Conveying component is provided with multiple first sliding parts coordinated with multiple chutes.

Further, in preferred embodiment of the present utility model, above-mentioned Belt Conveying component includes successively along conveying direction The first delivery section and the second delivery section of connection, multiple first sliding parts are arranged at the first delivery section, multiple first sliding parts Upper surface is provided with the first belt conveyor, and the second delivery section is provided with the second belt conveyor.

Further, in preferred embodiment of the present utility model, the input of above-mentioned second belt conveyor and the first conveying The centre position correspondence in portion, the both sides of the second delivery section are additionally provided with the 3rd belt conveyor and the 4th belt conveyor, the 3rd conveying Both sides of the belt with the 4th belt conveyor respectively with the first delivery section are corresponding, and the output end of the 3rd belt conveyor is provided with goods and turned Curved belt.

Further, in preferred embodiment of the present utility model, above mentioned goods current limiting component includes regulation support frame and gear Plate, regulation support frame is fixedly connected on Belt Conveying component, and baffle plate is fixedly connected on regulation support frame, and baffle plate can be moved up and down, The adjustable cargo transfer passage of spatial altitude is formed between feed surface to cause baffle plate and Belt Conveying component.

Further, in preferred embodiment of the present utility model, above-mentioned regulation support frame includes the second sliding part, set relatively The two support rod members put and the drive device for driving the second sliding part to move up and down, two support rod members are fixed respectively It is connected to the two sides of Belt Conveying component transmission direction, length direction and two branch of second sliding part along two support rod members Strut member is slidably matched, and baffle plate is fixedly connected on the second sliding part.

Further, in preferred embodiment of the present utility model, above-mentioned drive device includes motor, is arranged at support First gear and the second gear for being arranged at support rod member bottom at the top of rod member, are provided between first gear and second gear For the first chain of transmission, the part that the first chain is located between first gear and second gear is fixedly connected on the second slip Part, the rotating shaft of motor is connected to first gear or second gear.

Further, in preferred embodiment of the present utility model, the transfer surface edge conveying side of above-mentioned Belt Conveying component To both sides of the edge be provided with and stop the limiting plate that drops of goods.

Further, in preferred embodiment of the present utility model, the height of the transfer surface of above-mentioned Belt Conveying component from Input gradually rises to its output end.

One kind transport lorry, including lorry body, Expansion belt conveyor and above mentioned goods unloader, support member are arranged at lorry The bottom in the compartment of body, the input of the output end correspondence Expansion belt conveyor of Belt Conveying component.

The beneficial effect that the utility model is realized：By the way that goods to be deposited in the support member for stack goods, belt The input of conveying assembly is slidably matched with support member, and Belt Conveying component input be contained in the supporting surface of support member with It is interior, so that the input of Belt Conveying component can be always positioned at the bottom for the goods stacked, goods is transmitted, and And be connected between Belt Conveying component, and goods current limiting component and belt component and formed for goods by goods current limiting component By and Height Adjustable cargo transfer passage so that goods can be caused to be conveyed from cargo transfer passage, entered And reach and the freight traffic volume of conveying is controlled, whole process has both reduced client's unloading time without manually being carried Cost, hand labor intensity is reduced again.

Brief description of the drawings

In order to illustrate more clearly of the technical scheme of the utility model embodiment, it will use below required in embodiment Accompanying drawing be briefly described, it will be appreciated that the following drawings illustrate only some embodiments of the present utility model, therefore should not be by Regard the restriction to scope as, for those of ordinary skill in the art, on the premise of not paying creative work, may be used also To obtain other related accompanying drawings according to these accompanying drawings.

The structural representation for the transport lorry that Fig. 1 provides for first embodiment of the present utility model；

The structural representation for the goods unloader that Fig. 2 provides for first embodiment of the present utility model；

The structural representation of second delivery section of the goods unloader that Fig. 3 provides for first embodiment of the present utility model；

The structural representation of the support member for the goods unloader that Fig. 4 provides for first embodiment of the present utility model；

The structural representation of the goods current limiting component for the goods unloader that Fig. 5 provides for first embodiment of the present utility model Figure；

The side portion structure schematic diagram for the goods unloader that Fig. 6 provides for second embodiment of the present utility model；

The structural representation of the Belt Conveying component for the goods unloader that Fig. 7 provides for second embodiment of the present utility model Figure；

The structural representation of the goods current limiting component for the goods unloader that Fig. 8 provides for second embodiment of the present utility model Figure.

Icon：10- transports lorry；100- lorry bodies；110- compartments；200a- goods unloaders；200b- goods is unloaded Machine；201- cargo transfer passages；210- Belt Conveying components；The delivery sections of 211- first；The delivery sections of 212- second；213- first is slided Moving part；The belt conveyors of 214- first；The belt conveyors of 215- second；The belt conveyors of 216- the 3rd；The belt conveyors of 217- the 4th；218- Goods turning belt；220- goods current limiting components；221- adjusts support frame；222- baffle plates；223- supports rod member；224- second is slided Moving part；225- drive devices；226- motors；227- first gears；228- second gears；The chains of 229- first；230- branch Support member；231- supporting surfaces；232- chutes；240- belt drives；250- limiting plates；The gears of 261- the 3rd；The teeth of 262- the 4th Wheel；The gears of 263- the 5th；The gears of 264- the 6th；The gears of 265- the 7th；The chains of 266- second；300- Expansion belt conveyors；400- goods Thing.

Embodiment

The utility model is described in further detail below by specific embodiment and with reference to accompanying drawing.

First embodiment

Referring to accompanying drawing 1, embodiment of the present utility model provides a kind of transport lorry 10, and it includes lorry body 100, goods Thing unloader 200a.Transport lorry 10 is mainly used in transporting goods 400, and by flexible on goods unloader 200a and platform The cooperation of belt feeder 300 carries out goods 400 fast discharging of mechanization.Preferably, the transport lorry 10 in the present embodiment is led It is used for handling and transhipment to express delivery article in the present sorting system of express company.But in other embodiment, however it is not limited to Apply the sorting system in express company.

The goods unloader 200a provided referring to accompanying drawing 2, the present embodiment, including Belt Conveying component 210, goods current limliting group Part 220 and the support member 230 for stack goods 400.The input of Belt Conveying component 210 is slidably matched with support member 230, So that the position of Belt Conveying component 210 can be adjusted, the goods to being deposited in diverse location on support member 230 is reached Thing 400 is transmitted.And the input of Belt Conveying component 210 is contained within the supporting surface 231 of support member 230 so that The input of Belt Conveying component 210 can support member 230 supporting surface 231 with lower slider, and then cause Belt Conveying group The input of part 210, will not be to the goods that is deposited on the supporting surface 231 of support member 230 in 230 enterprising line slip of support member 400 are destroyed, and can preferably stretch into the bottom of goods 400, goods 400 are acted on, in order to be transmitted to it.

During support member 230 is the part for goods 400 to be stacked and supported, the present embodiment, support member 230 is fortune The bottom wall in the compartment 110 of the lorry body 100 of defeated lorry 10.Without the setting for being supported part 230 extra again, and And be processed on the bottom wall in compartment 110 also more convenient.Certainly, in other embodiment, support member 230 can also be one Single part.The purpose for setting support member 230 is able to be coordinated with Belt Conveying component 210 so that belt is defeated Sending component 210 directly can be transmitted to the goods 400 on support member 230.

Further, it is provided with referring to Fig. 2 and Fig. 4, in the present embodiment on the supporting surface 231 of preferred support member 230 multiple Parallel chute 232, the input of Belt Conveying component 210 is provided with multiple first sliding parts coordinated with multiple chutes 232 213.Belt Conveying component 210 can simply and easily be realized by being slidably matched for the sliding part 213 of chute 232 and first very much Input and support member 230 between slip, wherein, the bottom wall in compartment 110, which is set, has expired chute 232, and chute 232 is by setting The channel-section steel for being placed in the bottom wall of compartment 110 is formed, highly preferred 45~55mm of chute 232, more preferably 50mm.In addition, the He of chute 232 The quantity of first sliding part 213 can be configured according to the number of the goods 400 of loading and the width in compartment 110.Certainly, In other embodiment, the shiding matching of other forms such as can also be engaged by pulley and slide rail reach it is above-mentioned required for Slip between the input and support member 230 of Belt Conveying component 210, as long as disclosure satisfy that the defeated of Belt Conveying component 210 Entering end can be located in the supporting surface 231 of support member 230, within protection domain, however it is not limited to the present embodiment.

Further, referring to Fig. 2, in the present embodiment, Belt Conveying component 210 include being sequentially connected along conveying direction the One delivery section 211 and the second delivery section 212, multiple first sliding parts 213 are arranged at the first delivery section 211, and multiple first slide The upper surface of part 213 is provided with the first biography conveyer belt 214, so that when multiple first sliding parts 213 are located at the chute of support member 230 When in 232, first on multiple support members 230 passes the bottom that conveyer belt 214 can be with the goods 400 being deposited on support member 230 Portion is directly contacted, so that goods 400 is transmitted to the second delivery section 212.Further, referring to accompanying drawing 3, the second delivery section 212 are provided with the second belt conveyor 215, so that when goods 400 is transmitted to the second delivery section 212 by the first belt conveyor 214 When, continuation conveying can be carried out by the second belt conveyor 215.Accompanying drawing 1 is participated in again, when carrying out operation unloading operation, second The output end of belt conveyor 215 is docked with the input of Expansion belt conveyor 300, so that the second belt conveyor 215 can be straight Connect and goods 400 is delivered to Expansion belt conveyor 300 be delivered to outside compartment 110, complete the mechanization unloading of goods 400.

Further, in order to reduce goods unloader 200a volume, the width of the output end of its Belt Conveying component 210 Less than the width of input, it is therefore preferred that the centre position of the input of the second belt conveyor 215 and the first delivery section 211 Correspondence, the both sides of the second delivery section 212 are additionally provided with the 3rd belt conveyor 216 and the 4th belt conveyor 217, the 3rd belt conveyor 216 both sides with the 4th belt conveyor 217 respectively with the first delivery section 211 are corresponding, so that the width side of the first delivery section 211 All goods 400 come to conveying can be conveyed in the second delivery section 212, and goods is caused without being accumulated The extruding of thing 400.Further, the output end of the 3rd belt conveyor 216 is provided with goods turning belt 218, so that logical The transport of goods 400 can be changed by goods turning belt 218 by crossing the goods 400 sent on the 3rd belt conveyor 216 Direction, and then be transported on the second belt conveyor 215 and be uniformly delivered in Expansion belt conveyor 300.In certain other embodiment, The setting of same steering transport structure can be carried out in the delivery end of the 4th belt conveyor 217.

Further, in the present embodiment, the height of the transfer surface of Belt Conveying component 210 is from output end to its output end Gradually rise, the height and the height of the input of Expansion belt conveyor 300 of its output end are substantially identical, and then can be by goods 400, which are delivered to Expansion belt conveyor 300, proceeds conveying.As shown in Fig. 2 the biography of the first delivery section 211 and the second delivery section 212 The chances of losing games is clinoplain, so as to be more beneficial for carrying out the transmission of goods 400.First delivery section 211 and the second delivery section 212 Transmission face preferably 10~60 degree of angle of inclination with respect to the horizontal plane, more preferably 15~40 degree, 15~30 degree of override.It is above-mentioned Angle of inclination be more beneficial for transmission of the goods 400 on domatic, and goods 400 is less likely to occur to glide and overturn.

Further, the goods unloader 200a in the present embodiment also includes being used for providing dynamic for Belt Conveying component 210 The belt drive 240 of power, the first belt conveyor 214, the second belt conveyor 215, the conveying of the 3rd belt conveyor the 216, the 4th The belt conveyor 218 of belt 217 and the 5th is provided with multiple power drums for driving its own to move.Belt drive 240 can be the motor driver that multiple rollers can be driven to rotate simultaneously, and certain all corresponding power drums can also It is motorized pulleys, the actuation techniques of the part are well known routine techniques.

It should be noted that driving after the motor stalls of transmission, transported in goods unloader 200a toward inside compartment 110 While dynamic, the first belt conveyor 214 and the second belt conveyor 215 can do movement under unpowered, so that the goods on belt 400 relative rubbing action can be less likely to occur with belt progress and cause the upset extruding of goods 400.

Further, the goods unloader 200a in the present embodiment also includes being used for drive belt conveying assembly 210 in branch The sliding driving device (not shown) reciprocatingly slided in support member 230, the sliding driving device can carry out cylinder or watch Clothes are driven.Further, the goods unloader 200a in the present embodiment also includes the operating system of remote control, and this is long-range Operating system is that, using computer as core, it carries out signal with sliding driving device and belt drive 240 and is connected, so that The remote control to goods unloader 200a is reached, camera can also be installed in corresponding compartment 110 and be monitored.

Hold above-mentioned, referring again to Fig. 2, goods current limiting component 220 is controlled for the transmission flow to goods 400 Part.Goods current limiting component 220 is connected to Belt Conveying component 210, and goods current limiting component 220 and Belt Conveying component 210 Transmission face between formed for goods 400 by and Height Adjustable cargo transfer passage 201 so that when goods 400 exists During being transmitted in first delivery section 211, goods 400 can only pass through from cargo transfer passage 201, goods current limliting group Part 220 can stop to the corresponding goods in position 400, and then reach the purpose of control flow, and also advantageously in The orderly conveying of goods 400, it is to avoid occur upset extruding etc. when multiple overlapping goods 400 of transmission.

Further, referring to Fig. 2, preferred goods current limiting component 220 includes regulation support frame 221 and baffle plate in the present embodiment 222, regulation support frame 221 is fixedly connected on Belt Conveying component 210, and baffle plate 222 is fixedly connected on regulation support frame 221, made Obtain the top that baffle plate 222 is located at the transmission face of Belt Conveying component 210, the preferably top in the second delivery section 212, and baffle plate 222 can move up and down, and space size be formed between the feed surface to cause baffle plate 222 and Belt Conveying component 210 adjustable Cargo transfer passage 201.Purpose to the progress current limliting regulation of goods 400 can must be realized with simple and convenient by above-mentioned setting, its It is relatively simple for structure, it is easy to the inside in compartment 110 to be installed.

Specifically, please also refer to accompanying drawing 2 and accompanying drawing 5, regulation support frame 221 includes the second sliding part 224, is oppositely arranged Two support rod members 223 and for driving the drive device 225 that moves up and down of the second sliding part 224, two support rod members 223 are respectively fixedly connected with the two sides of the transmission direction of Belt Conveying component 210, and the second sliding part 224 supports rod members along two 223 length direction is slidably matched with two support rod members 223, and baffle plate 222 is fixedly connected on the second sliding part 224.Each branch Strut member 223 includes two rod members, and one of rod member is vertically arranged, and another rod member is obliquely installed, between two rod members Connecting rod is additionally provided with, by the structure setting of above-mentioned support rod member 223, in order to be carried out to the second sliding part 224 and baffle plate 222 Stablize strong support.Second sliding part 224 is slidably matched with the rod member being vertically arranged, and its form being slidably matched can be sliding Rail pulley coordinates or the other forms of chute and sliding part are engaged.

Further, the second sliding part 224 includes vertical connection frame and two sliding parts, wherein vertically connection frame be used for Baffle plate 222 is attached, and two sliding parts are slidably connected with two support rod members 223 respectively.By to the second sliding part 224 Structure setting causes, being capable of more stable ground supporting baffle 222.

Further, referring to Fig. 5, it is preferable that drive device 225 includes motor 226, is arranged at support rod member 223 The first gear 227 at top and the second gear 228 for being arranged at support rod member 223 bottom, first gear 227 and second gear Be provided with the first chain 229 for transmission between 228, the first chain 229 be located at first gear 227 and second gear 228 it Between part be fixedly connected on the second sliding part 224, the rotating shaft of motor 226 is connected to first gear 227.Pass through above-mentioned knot Structure is set, and when can make it that motor 226 drives the rotation of first gear 227, can be driven positioned at first gear 227 and second The first chain 229 on gear 228 is moved, so as to drive the second sliding part 224 to be carried out on support rod member 223 Lower slider, and then drive baffle plate 222 to move up and down, so that the height to cargo transfer passage 201 is adjusted, to reach regulation The purpose of the flow of goods 400.Wherein, motor 226 can only be rotated under circuit control, to realize to the first chain 229 Positioning.Certainly, in other embodiment, motor 226 can also be attached with second gear 228, to drive second Gear 228 is rotated.

It should be noted that in other embodiment, by other mechanical systems such as cylinder baffle plate 222 can also be caused to enter Row descending operation, however it is not limited to the embodiment in the present embodiment.The structure of above mentioned goods current limiting component 220 is relative to belt The symmetrically arranged structure in both sides of the transmission direction of conveying assembly 210.

The operating principle of transport lorry 10 and goods unloader 200a in the present embodiment：By will transport lorry 10 with The platform docking of unloading is needed, one end of Expansion belt conveyor 300 is goed deep into defeated with goods unloader 200a all the time in compartment 110 Go out end to be docking together, the goods being deposited on support member 230 is moved to by the input of drive belt conveying assembly 210 400 bottom, the height of the baffle plate 222 of regulation goods current limiting component 220 so that the goods 400 of bottom pile is passed by goods Defeated passage 201, the goods 400 on top declines successively, so as to complete the lasting transport to goods 400.Its whole Belt Conveying group Part 210 and goods current limiting component 220 and Expansion belt conveyor 300 can be controlled by tele-control system, with up to To the mechanization and automation mechanized operation of unloading goods 400, use manpower and material resources sparingly.

Second embodiment

The goods unloader 200b that the present embodiment is provided, its structure is with reference to first embodiment, referring to accompanying drawing 6 and accompanying drawing 8, its It is with first embodiment difference, its goods current limiting component 220 is additionally provided with for adjusting the cunning of supporting baffle 222 and second The governor motion of moving part 224, the adjustment structure includes the 3rd gear 261, the 4th gear 262, the 5th gear 263, the 6th gear 264th, the 7th gear 265 and the second chain 266, the 3rd gear 261 are arranged on the top of support rod member 223, the 4th gear 262 It may be contained within supporting the bottom of rod member 223 with the 5th gear 263, the 6th gear 264 is arranged on the top of baffle plate 222, the 7th tooth Wheel 265 is fixedly connected on the second sliding part 224 and its position is less than the 6th gear 264.Second chain 266 is wound and the successively On three gears 261, the 4th gear 262, the 5th gear 263, the 6th gear 264 and the 7th gear 265.Wherein, with second The oscilaltion of sliding part 224, the 6th gear 264 and the 7th gear 265 also carry out lift adjustment simultaneously.Said structure causes goods Thing current limiting component 220 can more stablize being adjusted for aspect.In addition, in other embodiment, the 3rd can also be driven A gear in gear 261, the 4th gear 262, the 5th gear 263, the 6th gear 264, the 7th gear 265 is rotated, And the second chain 266 is fixedly connected with baffle plate 222, and then drive baffle plate 222 to move up and down the purpose for reaching regulation.

In the present embodiment, referring to Fig. 6 and Fig. 7, it is preferable that the transfer surface of Belt Conveying component 210 is along conveying direction Both sides of the edge stop the limiting plate 250 that goods 400 drops.By the setting of limiting plate 250 can cause goods 400 transmit to Under the constraint of limiting plate 250 goods 400 can be caused finally all to be transferred to the second conveying skin when second delivery section 212 On band 215, and then transmit to Expansion belt conveyor 300, while can also prevent the side of goods 400 from falling.Certainly, in other embodiment In, a part for limiting plate 250 can also be directly used as using the side wall in compartment 110.

In summary, by the way that goods 400 to be deposited in the support member 230 for stack goods 400, Belt Conveying component 210 input is slidably matched with support member 230, and the input of Belt Conveying component 210 is contained in the support of support member 230 Within face 231, so that the input of Belt Conveying component 210 can be always positioned at the bottom for the goods 400 stacked, to goods Thing 400 is transmitted, and is connected to Belt Conveying component 210, and goods current limiting component 220 by goods current limiting component 220 Formed between Belt Conveying component 210 for goods 400 by and Height Adjustable cargo transfer passage 201 so that can To cause goods 400 to be conveyed from cargo transfer passage 201, and then reach the flow progress to the goods 400 of conveying Control, whole process has both reduced the cost of client's unloading time, hand labor has been reduced again strong without manually being carried Degree.

To make the purpose, technical scheme and advantage of the utility model embodiment clearer, above in conjunction with the utility model Accompanying drawing in embodiment, is clearly and completely described, it is clear that retouched to the technical scheme in the utility model embodiment The embodiment stated is a part of embodiment of the utility model, rather than whole embodiments.Generally here described in accompanying drawing and The component of the utility model embodiment represented can be arranged and designed with a variety of configurations.

Therefore, the detailed description of of the present utility model embodiment of the above to providing in the accompanying drawings is not intended to limit requirement The scope of the present utility model of protection, but it is merely representative of selected embodiment of the present utility model.Based in the utility model Embodiment, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made, all Belong to the scope of the utility model protection.

, it is necessary to explanation in description of the present utility model, term " on ", " under ", " vertical " " level ", " interior ", The orientation or position relationship of instructions such as " outer " are or the utility model product based on orientation shown in the drawings or position relationship The orientation or position relationship usually put when using, are for only for ease of description the utility model and simplify description, without referring to Show or imply that the device or element of meaning there must be specific orientation, with specific azimuth configuration and operation, therefore can not manage Solve as to limitation of the present utility model.

In addition, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or implying relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can express or Implicitly include one or more this feature.In description of the present utility model, " multiple " are meant that two or two More than, unless otherwise specifically defined.

In description of the present utility model, in addition it is also necessary to which explanation, unless otherwise clearly defined and limited, term " are set Put ", " installation ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected to by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition Concrete meaning of the language in the utility model.

Claims (10)

1. a kind of goods unloader, it is characterised in that including Belt Conveying component, goods current limiting component and for stack goods Support member, input and the support member of the Belt Conveying component are slidably matched, and the input of the Belt Conveying component End is contained within the supporting surface of the support member, and the goods current limiting component is connected to the Belt Conveying component, and described Formed between goods current limiting component and the Belt Conveying component for the goods by and Height Adjustable cargo transfer Passage.

2. goods unloader according to claim 1, it is characterised in that be provided with the supporting surface of the support member multiple Parallel arrangement of chute, the input of the Belt Conveying component is provided with multiple first coordinated with multiple chutes and slided Part.

3. goods unloader according to claim 2, it is characterised in that the Belt Conveying component includes along conveying direction The first delivery section and the second delivery section being sequentially connected, multiple first sliding parts are arranged at first delivery section, multiple The upper surface of first sliding part is provided with the first belt conveyor, and second delivery section is provided with the second belt conveyor.

4. goods unloader according to claim 3, it is characterised in that the input of second belt conveyor with it is described The centre position correspondence of first delivery section, the both sides of second delivery section are additionally provided with the 3rd belt conveyor and the 4th conveying skin Band, both sides of the 3rd belt conveyor with the 4th belt conveyor respectively with first delivery section are corresponding, and the described 3rd The output end of belt conveyor is provided with goods turning belt.

5. the goods unloader according to claim 1-4 any one, it is characterised in that the goods current limiting component includes Support frame and baffle plate are adjusted, the regulation support frame is fixedly connected on the Belt Conveying component, and the baffle plate can be moved up and down Be fixedly connected on the regulation support frame, between the feed surface to cause the baffle plate and the Belt Conveying component formed The adjustable cargo transfer passage of spatial altitude.

6. goods unloader according to claim 5, it is characterised in that the regulation support frame include the second sliding part, Two support rod members being oppositely arranged and the drive device for driving second sliding part to move up and down, described two Strut member is respectively fixedly connected with the two sides of the Belt Conveying component transmission direction, and second sliding part is along described in two The length direction and two support rod members for supporting rod member are slidably matched, and the baffle plate is fixedly connected on described second and slided Part.

7. goods unloader according to claim 6, it is characterised in that the drive device includes motor, set First gear at the top of the support rod member and the second gear for being arranged at the support rod member bottom, the first gear with It is provided with the first chain for transmission between the second gear, first chain is located at the first gear and described the Part between two gears is fixedly connected on second sliding part, and the rotating shaft of the motor is connected to the first gear Or the second gear.

8. goods unloader according to claim 6, it is characterised in that the transfer surface of the Belt Conveying component is along defeated The both sides of the edge in direction are sent to be provided with the limiting plate for stopping that goods drops.

9. goods unloader according to claim 1, it is characterised in that the height of the transfer surface of the Belt Conveying component Degree gradually rises from input to its output end.

10. one kind transport lorry, it is characterised in that the goods including lorry body and as described in claim 1-9 any one Unloader, the support member is arranged at the bottom in the compartment of the lorry body.