CN107600138B

CN107600138B - Novel multi-functional laborsaving handcart

Info

Publication number: CN107600138B
Application number: CN201710935811.4A
Authority: CN
Inventors: 张业勋
Original assignee: Jiangsu Sida Heavy Industry Co ltd
Current assignee: Jiangsu Sida Heavy Industry Co ltd
Priority date: 2017-10-10
Filing date: 2017-10-10
Publication date: 2023-12-08
Anticipated expiration: 2037-10-10
Also published as: CN107600138A

Abstract

The invention provides a novel multifunctional labor-saving handcart, and relates to the field of trolleys. The handcart comprises a driving wheel and a hydraulic tank, wherein the driving wheel and the hydraulic tank are connected through a driving handle, a motor is connected with a driving motor line, the driving motor is fixedly connected with the driving wheel, the motor drives the driving motor to work through the driving handle, thereby the driving wheel is rotated, the handcart is provided with a driving device, the handcart is more labor-saving and convenient to transport goods, a driving switch of the driving device is arranged on the handcart handle, a user can more conveniently control the handcart, the sleeve column and the frame column are movably connected through the sleeve column, clamping holes are embedded in the surface of the sleeve column, clamping points are movably connected with the surface of the frame column, the clamping holes embedded in the surface of the sleeve column are connected with clamping point clamping grooves connected with the surface of the frame column, and the sleeve column and the frame column can be telescopic through telescopic rods, so that the length of the handcart can be adjusted according to needs, and the handcart has diversity.

Description

Novel multi-functional laborsaving handcart

Technical Field

The invention relates to the field of trolleys, in particular to a novel multifunctional labor-saving trolley.

Background

The trolley is a manually pushed and pulled carrying vehicle, and is an ancestor of all vehicles. While cart material handling technology is continually evolving, carts continue to be used as an integral handling tool. The handcart has wide application in production and life because of low cost, simple maintenance, convenient operation and light dead weight, can work in places where motor vehicles are inconvenient to use, and is very convenient when carrying lighter articles in short distance.

Most of the trolleys in the current market mainly depend on manpower to push, and are inconvenient to transport heavy objects, the height and the length of the trolleys cannot be automatically adjusted, and the use is quite small.

Disclosure of Invention

(one) solving the technical problems

Aiming at the defects of the prior art, the invention provides a novel multifunctional labor-saving handcart, which solves the problems that most of the trolleys in the current market are pushed mainly by manpower, are inconvenient in transporting heavy objects, cannot automatically adjust the height and the length of the trolleys and have small application.

(II) technical scheme

In order to achieve the above purpose, the invention is realized by the following technical scheme: the utility model provides a novel multi-functional laborsaving handcart, includes drive wheel (A01) and hydraulic tank (A09), the intermediate position of drive wheel (A01) is connected with drive crossbeam (A02), signal crossbeam hydraulic press (A017) is installed to the inside intermediate position of drive crossbeam (A02), signal crossbeam hydraulic press (A017) both ends all are connected with crossbeam hydraulic telescoping rod (A018), and the one end of crossbeam hydraulic telescoping rod (A018) all is connected with driving motor (A019), motor (A04) are installed to the top position of drive crossbeam (A02), and the surface both ends of drive crossbeam (A02) all are connected with bracing piece (A03), the top of bracing piece (A03) all is connected with frame post (A012), and the surface of frame post (A012) is provided with clamping point (A024), the one end of frame post (A012) is connected with sleeve post (A013), and the surface of sleeve post (A013) all is provided with a plurality of clamping hole (A018), motor (A04) are installed to the top position of intermediate post (A02), and hinge (A07) are installed to the one end of frame post (A012) is connected with hinge (A07), hinge (A07) is connected with the one end of hinge (A012), the one end of loop column (A013) all is connected with drive handle (A016), and one side of loop column (A013) installs control end (A015), the internally mounted of hydraulic pressure case (A09) has total signal hydraulic pressure ware (A020), the top position of hydraulic pressure case (A09) is connected with lifter (A011), and the inside of lifter (A011) is provided with hydraulic lifting rod (A021), one side of hydraulic pressure case (A09) is connected with telescopic link (A08), and the inside of telescopic link (A08) is provided with hydraulic telescoping rod (A021), steering wheel (A010) are all installed to the bottom of hydraulic pressure case (A09).

Preferably, the driving grip (A016) is connected with a motor (A04) in a circuit manner, the motor (A04) is connected with a driving motor (A019) in a circuit manner, and the driving motor (A019) is fixedly connected with a driving wheel (A01).

Preferably, one end of the beam hydraulic telescopic rod (A018) is fixedly connected with the driving motor (A019), and the other end of the beam hydraulic telescopic rod (A018) is hydraulically connected with the signal beam hydraulic device (A017).

Preferably, one end of the connecting hinge (A07) is fixedly connected with the upper surface of the frame column (A012), the shovel plate (A06) is embedded into a connecting shaft (A05) arranged at one end of the connecting hinge (A07), a signal overturning motor (A023) in the connecting shaft (A05) is fixedly connected with the shovel plate (A06), one end of the telescopic rod (A08) is fixedly connected with one side of the driving cross beam (A02), and a hydraulic telescopic rod (A022) in the telescopic rod (A08) is connected with a total signal hydraulic device (A020) in a hydraulic transmission manner.

Preferably, the top of hydraulic tank (A09) is fixedly connected with the bottom of lifter (A011), and the top of lifter (A011) is fixedly connected with the bottom of loop column (A013), the inside hydraulic lifter (A022) of lifter (A011) is connected with total signal hydraulic pressure ware (A020) hydraulic transmission.

Preferably, the sleeve column (A013) is movably connected with the frame column (A012), the clamping holes (A024) are embedded in the surface of the sleeve column (A013), and the clamping points (A025) are movably connected with the surface of the frame column (A012).

Preferably, the signal beam hydraulic device (A017), the total signal hydraulic device (A020) and the signal overturning motor (A023) are all in signal connection with the control end (A015).

(III) beneficial effects

The invention provides a novel multifunctional labor-saving handcart, which has the following beneficial effects:

1. this handcart, through setting up drive handle (A016) and motor (A04) line connection, and motor (A04) all with drive motor (A019) line connection, drive motor (A019) all with drive wheel (A01) fixed connection, through drive handle (A016) control motor (A04), make motor (A04) drive motor (A019) work, thereby make drive wheel (A01) rotate, set up drive arrangement with this handcart, make this handcart more laborsaving and convenient when transporting goods, and this drive arrangement's drive switch sets up on the handcart handle, make this handcart of more convenient control of user.

2. This handcart, through setting up the one end of crossbeam hydraulic telescoping rod (A018) all with driving motor (A019) fixed connection, and the other end of crossbeam hydraulic telescoping rod (A018) all with signal crossbeam hydraulic pressure ware (A017) hydraulic drive is connected, the handcart can make the promotion handcart more hard because of the focus is unstable when transporting some great goods, and lead to the goods to drop and damage, and crossbeam hydraulic telescoping rod (A018) at both ends are connected through signal crossbeam hydraulic pressure ware (A017) hydraulic drive, make crossbeam hydraulic telescoping rod (A018) flexible, thereby drive wheel (A01) flexible, thereby the area of this handcart has been increased, the focus has been stabilized.

3. This handcart, through setting up the last fixed surface of one end and the frame post (A012) of connecting hinge (A07) and being connected, shovel board (A06) embedding sets up in connecting axle (A05) of connecting hinge (A07) one end, and signal upset motor (A023) and shovel board (A06) fixed connection in connecting axle (A05), one end and the one side fixed connection of driving beam (A02) of telescopic link (A08), and hydraulic telescoping rod (A022) and the hydraulic transmission of total signal hydraulic press ware (A020) in telescopic link (A08) are connected, drive shovel board (A06) upset through signal upset motor (A023), thereby can make shovel board (A06) fold on frame post (A012), and total signal hydraulic press ware (A020) hydraulic transmission hydraulic telescoping rod (A022), thereby can make telescopic link (A08) flexible, this design can be with the handcart folding, and has portable, save space's characteristics.

4. This handcart, through the bottom fixed connection who sets up the top and lifter (A011) of hydraulic tank (A09), and the bottom fixed connection of lifter (A011) top and loop column (A013), the inside hydraulic lifting rod (A022) of lifter (A011) is connected with total signal hydraulic pressure ware (A020) hydraulic transmission, through the inside hydraulic lifting rod (A022) of total signal hydraulic pressure ware (A020) hydraulic transmission lifter (A011) of hydraulic tank (A09), can make hydraulic lifting rod (A021) go up and down, thereby adjustable at the relative height of handcart with ground, can make this handcart be applicable to the different goods of transportation, have the diversity.

5. This handcart, through setting up loop column (A013) and frame post (A012) swing joint, card hole (A024) all imbeds and set up in loop column (A013) surface, card point (A025) all with the surface swing joint of frame post (A012), card hole (A024) through loop column (A013) surface embedding is connected with the card point (A025) draw-in groove that frame post (A012) surface is connected, and flexible through telescopic link (A08), can stretch out and draw back this loop column (A013) and frame post (A012), can adjust the length of handcart as required, have the variety.

6. This handcart, through setting up signal beam hydraulic press (A017), total signal hydraulic press (A020) and signal upset motor (A023) all with control end (A015) signal connection, all through signal connection, can adjust the function of this handcart as required automatically, make this handcart be suitable for more convenient.

Drawings

FIG. 1 is a plan view of the structure of the device body of the present invention;

FIG. 2 is a schematic cross-sectional view of a driving beam according to the present invention;

FIG. 3 is a schematic cross-sectional view of a hydraulic tank according to the present invention;

fig. 4 is a schematic cross-sectional structure of a connecting shaft according to the present invention.

In the figure: a01 driving wheel, A02 driving beam, A03 supporting rod, A04 motor, A05 connecting shaft, A06 shovel plate, A07 connecting hinge, A08 telescopic rod, A09 hydraulic box, A010 steering wheel, A011 lifting rod, A012 frame column, A013 sleeve column, A014 connecting beam, A015 control end, A016 driving handle, A017 signal beam hydraulic device, A018 beam hydraulic telescopic rod, A09 driving motor, A020 total signal hydraulic device, A021 hydraulic lifting rod, A022 hydraulic telescopic rod, A023 signal overturning motor, A024 clamping hole and A025 clamping point.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The embodiment of the invention provides a novel multifunctional labor-saving handcart, as shown in figures 1-4, the novel multifunctional labor-saving handcart comprises a driving wheel (A01) and a hydraulic box (A09), wherein a driving beam (A02) is connected to the middle position of the driving wheel (A01), a signal beam hydraulic device (A017) is arranged at the middle position of the driving beam (A02), two ends of the signal beam hydraulic device (A017) are connected with beam hydraulic telescopic rods (A018), one ends of the beam hydraulic telescopic rods (A018) are connected with driving motors (A019), a motor (A04) is arranged above the driving beam (A02), two ends of the surface of the driving beam (A02) are connected with supporting rods (A03), the top ends of the supporting rods (A03) are connected with a support column (A012), the surface of the support column (A012) is provided with a clamping point (A024), one end of the support column (A012) is connected with a sleeve column (A013), one end of the sleeve column (A013) is provided with a clamping point (A024), one end of the sleeve column (A012) is connected with a plurality of hinge (A012) and one end of the sleeve column (A012) is connected with a hinge (A012) through the hinge (A012), the inside of connecting axle (A05) is provided with signal upset motor (A023), the one end of loop column (A013) all is connected with drive handle (A016), and one side of loop column (A013) is installed control end (A015), the internally mounted of hydraulic pressure case (A09) has total signal hydraulic pressure ware (A020), the top position of hydraulic pressure case (A09) is connected with lifter (A011), and the inside of lifter (A011) is provided with hydraulic lifting rod (A021), one side of hydraulic pressure case (A09) is connected with telescopic link (A08), and the inside of telescopic link (A08) is provided with hydraulic telescoping rod (A021), steering wheel (A010) are all installed to the bottom of hydraulic pressure case (A09), drive handle (A016) and motor (A04) line connection, and motor (A04) all are connected with drive motor (A019) line, drive motor (A019) all are connected with drive wheel (A01) fixed connection, one end of telescopic link (A018) and one end of hinge (A07) fixed connection hinge one end of telescopic link (A08) and one end of telescopic link (A018) all is connected with the hinge (A07) fixed on one end of telescopic link (A09) and one end of telescopic link (A08) fixed connection (A flexible link (A06), and signal upset motor (A023) and shovel board (A06) fixed connection in connecting axle (A05), one end and the one side fixed connection of drive crossbeam (A02) of telescopic link (A08), and hydraulic telescoping rod (A022) and total signal hydraulic pressure ware (A020) hydraulic transmission in telescopic link (A08) are connected, the top of hydraulic tank (A09) and the bottom fixed connection of lifter (A011), and the bottom fixed connection of lifter (A011) top and loop column (A020), the inside hydraulic lifting rod (A022) of lifter (A011) is connected with total signal hydraulic pressure ware (A020) hydraulic transmission, loop column (A013) and frame column (A012) swing joint, draw-in hole (A024) all imbeds and set column (A013) surface, draw-in point (A025) all with the surface swing joint of frame column (A012), signal crossbeam hydraulic pressure ware (A017), total signal machine (A020) and upset signal control end (A015) all are connected with signal control end (A013).

The specific principle is as follows: when the trolley is used, the total signal hydraulic device (A020) in the hydraulic box (A09) is used for hydraulically transmitting the hydraulic lifting rod (A011) to the hydraulic lifting rod (A022) in the hydraulic box (A011) according to the requirement, the hydraulic lifting rod (A021) can be lifted, so that the relative height between the trolley and the ground can be adjusted, the trolley is applicable to transporting different cargoes, the trolley is diversified, the clamping holes (A024) embedded in the surfaces of the length sleeve posts (A013) of the trolley can be adjusted according to the requirement and are connected with clamping points (A025) connected with the surfaces of the frame posts (A012) according to the requirement, the sleeve posts (A013) and the frame posts (A012) can be stretched and contracted according to the requirement, the length of the trolley can be adjusted according to the requirement, then, the driving handles (A016) are used for controlling the motor (A04) to drive the driving motor (A019) to work, the trolley is further provided with a driving device, the trolley is further labor-saving and convenient to transport cargoes, a switch is further arranged on the trolley, the driving device is further provided with the driving handles (A018) and can be more conveniently connected with the hydraulic cross beams (A018) through the stretching rods, the stretching handles (A08), and the hydraulic cross beams (A018) can be conveniently and the driving handles (A018) are more conveniently and the driving handles (A01) are more, therefore, the shovel plate (A06) can be folded on the frame column (A012), the total signal hydraulic device (A020) hydraulically drives the hydraulic telescopic rod (A022), and the telescopic rod (A08) can be telescopic.

To sum up, this handcart, through setting up drive handle (A016) and motor (A04) line connection, and motor (A04) all with drive motor (A019) line connection, drive motor (A019) all with drive wheel (A01) fixed connection, through drive handle (A016) control motor (A04), make motor (A04) drive motor (A019) work, thereby make drive wheel (A01) rotate, set up drive arrangement with this handcart, make this handcart more laborsaving and convenient when transporting goods, and this drive arrangement's drive switch sets up on the handcart handle, make this handcart of convenient control of user more.

Secondly, through setting up the one end of crossbeam hydraulic telescoping rod (A018) all with driving motor (A019) fixed connection, and the other end of crossbeam hydraulic telescoping rod (A018) all with signal crossbeam hydraulic pressure ware (A017) hydraulic drive be connected, the handcart can make the promotion handcart more hard because of the focus is unstable when transporting some great goods, and lead to the goods to drop and damage, and connect crossbeam hydraulic telescoping rod (A018) at both ends through signal crossbeam hydraulic pressure ware (A017) hydraulic drive, make crossbeam hydraulic telescoping rod (A018) flexible, thereby drive wheel (A01) flexible, thereby enlarged the area of this handcart, firm focus.

And, through setting up the last fixed surface connection of one end and frame post (A012) of connecting hinge (A07), shovel board (A06) embedding sets up in connecting axle (A05) of connecting hinge (A07) one end, and signal upset motor (A023) and shovel board (A06) fixed connection in connecting axle (A05), one end and the one side fixed connection of drive crossbeam (A02) of telescopic link (A08), and hydraulic telescoping rod (A022) and the hydraulic transmission of total signal hydraulic press ware (A020) in telescopic link (A08) are connected, drive shovel board (A06) upset through signal upset motor (A023), thereby can make shovel board (A06) fold on frame post (A012), and total signal hydraulic press ware (A020) hydraulic transmission hydraulic telescoping rod (A022), thereby can make telescopic link (A08) flexible, this design can be with the folding handcart, have portable, save space's characteristics.

And, through setting up the bottom fixed connection of hydraulic tank (A09) top and lifter (A011), and the bottom fixed connection of lifter (A011) top and loop column (A013), the inside hydraulic lifting rod (A022) of lifter (A011) is connected with total signal hydraulic pressure ware (A020) hydraulic transmission, through the inside hydraulic lifting rod (A022) of total signal hydraulic pressure ware (A020) hydraulic transmission lifter (A011) of hydraulic tank (A09), can make hydraulic lifting rod (A021) go up and down, thereby adjustable at the relative height of handcart with ground, can make this handcart be applicable to the different goods of transportation, have the diversity.

And, through setting up loop column (A013) and frame post (A012) swing joint, card hole (A024) all imbeds and sets up in loop column (A013) surface, card point (A025) all with the surface swing joint of frame post (A012), card hole (A024) through loop column (A013) surface embedding is connected with the card point (A025) draw-in groove that frame post (A012) surface is connected, and through the flexible of telescopic link (A08), can stretch out and draw back this loop column (A013) and frame post (A012), can adjust the length of handcart as required, have the variety.

And, through setting up signal beam hydraulic press (A017), total signal hydraulic press (A020) and signal upset motor (A023) all with control end (A015) signal connection, all through signal connection, can adjust the function of this handcart as required automatically, make this handcart be suitable for more convenient.

It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. Novel multi-functional laborsaving handcart, including drive wheel (A01) and hydraulic tank (A09), its characterized in that: the middle position of the driving wheel (A01) is connected with a driving beam (A02), the middle position of the driving beam (A02) is internally provided with a signal beam hydraulic device (A017), two ends of the signal beam hydraulic device (A017) are respectively connected with a beam hydraulic telescopic rod (A018), one end of the beam hydraulic telescopic rod (A018) is respectively connected with a driving motor (A019), the upper position of the driving beam (A02) is provided with a motor (A04), two ends of the surface of the driving beam (A02) are respectively connected with a supporting rod (A03), the top end of the supporting rod (A03) is respectively connected with a frame column (A012), and the surface of the frame column (A012) is provided with a clamping point (A025), one end of a frame column (A012) is connected with a sleeve column (A013), a plurality of clamping holes (A024) are formed in the surface of the sleeve column (A013), a plurality of connecting cross bars (A014) are arranged at the middle position of the frame column (A012), a connecting hinge (A07) is arranged at the bottom of the frame column (A012), a shovel plate (A06) is fixed at one end of the connecting hinge (A07), a connecting shaft (A05) is arranged at the middle position of the connecting hinge (A07), a signal overturning motor (A023) is arranged in the connecting shaft (A05), a driving handle (A016) is connected to one end of the sleeve column (A013), a control end (A015) is arranged at one side of the sleeve column (A013), the hydraulic control system is characterized in that a total signal hydraulic device (A020) is arranged in the hydraulic box (A09), a lifting rod (A011) is connected to the upper position of the hydraulic box (A09), a hydraulic lifting rod (A021) is arranged in the lifting rod (A011), a telescopic rod (A08) is connected to one side of the hydraulic box (A09), a hydraulic telescopic rod (A022) is arranged in the telescopic rod (A08), and steering wheels (A010) are arranged at the bottom of the hydraulic box (A09);

one end of each crossbeam hydraulic telescopic rod (A018) is fixedly connected with a driving motor (A019), and the other end of each crossbeam hydraulic telescopic rod (A018) is in hydraulic transmission connection with a signal crossbeam hydraulic device (A017);

one end of the connecting hinge (A07) is fixedly connected with the upper surface of the frame column (A012), the shovel plate (A06) is embedded into a connecting shaft (A05) arranged at one end of the connecting hinge (A07), a signal overturning motor (A023) in the connecting shaft (A05) is fixedly connected with the shovel plate (A06), one end of the telescopic rod (A08) is fixedly connected with one side of the driving cross beam (A02), and a hydraulic telescopic rod (A022) in the telescopic rod (A08) is in hydraulic transmission connection with the total signal hydraulic device (A020);

the top of hydraulic tank (A09) and the bottom fixed connection of lifter (A011), and the top of lifter (A011) and the bottom fixed connection of loop column (A013), the inside hydraulic lifting rod (A021) of lifter (A011) is connected with total signal hydraulic pressure ware (A020) hydraulic drive.

2. A new multi-functional labor-saving cart according to claim 1, wherein: the driving handle (A016) is connected with the motor (A04) in a circuit mode, the motor (A04) is connected with the driving motor (A019) in a circuit mode, and the driving motor (A019) is fixedly connected with the driving wheel (A01).

3. A new multi-functional labor-saving cart according to claim 1, wherein: the sleeve column (A013) is movably connected with the frame column (A012), the clamping holes (A024) are embedded in the surface of the sleeve column (A013), and the clamping points (A025) are movably connected with the surface of the frame column (A012).

4. A new multi-functional labor-saving cart according to claim 1, wherein: the signal beam hydraulic device (A017), the total signal hydraulic device (A020) and the signal overturning motor (A023) are all in signal connection with the control end (A015).