CN101365614A - Industrial cart - Google Patents
Industrial cart Download PDFInfo
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- CN101365614A CN101365614A CNA2005800243214A CN200580024321A CN101365614A CN 101365614 A CN101365614 A CN 101365614A CN A2005800243214 A CNA2005800243214 A CN A2005800243214A CN 200580024321 A CN200580024321 A CN 200580024321A CN 101365614 A CN101365614 A CN 101365614A
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Abstract
An industrial cart and methods of assembling an industrial cart. The industrial cart includes a base assembly having a base support surface for supporting an item, a wheel connected to the base and operable to support the cart for movement over ground, and a table assembly having a table support surface for supporting an item, the table being supported in vertical spaced relation from and being at least partially above the base assembly. At least one of the base assembly and the table assembly is provided by a frame assembly, the frame assembly including a body member providing the support surface, the body member having a length extending along an axis, the body member being formed of a non-metallic material, and a reinforcing member connectable to the body member, the reinforcing member extending along the axis, the reinforcing member being at least partially formed of a metal material.
Description
Related application
Present patent application requires the U.S. temporary patent application No.60/573 co-pending that formerly submitted on May 21st, 2004, the U.S. temporary patent application No.60/637 co-pending that formerly submitted on December 20th, 410 and 2004,634, by reference their full content is incorporated into this here.
Technical field
The present invention relates to go-cart, more specifically, relate to industrial go-cart.
Background technology
Go-cart is generally used for depositing and transports various article.Go-cart is provided with the device of belt wheel, and the user can be pushed to the device of this belt wheel position far away.Go-cart can allow the user transport various article, and this may be essential for executing the task in the desirable place that will execute the task.The user by the necessary articles for use of task are placed on one concentrate and movable go-cart on, can save time and strength.
Summary of the invention
In some respects with some structures in, the present invention can provide a kind of industrial cart basically, its customizable maybe can being customized to comprises multiple device, equipment and/or the articles for use useful to particular task.Can select to be bearing in device, equipment and/or articles for use in the go-cart according to carrying out instrument and the article useful with the task that for example specific construction trade is relevant.Go-cart and contents thereof can be used for various work posts by special one-tenth, for example, and carpenter, metal worker, electrician, plumber, other similar work posts etc.
In some respects with some structures in, go-cart can comprise framework, this framework comprises base portion and is connected to wheel on this base portion.Go-cart can comprise module frame, to support various sub-components or functional component.Builder and/or user can add sub-component on the module frame to, are used for various tasks so that go-cart is customized to.
In some respects with some structures in, go-cart can consist essentially of the supporting power tool running surface.Go-cart and/or running surface can comprise the flexible extension part of extension running surface.Go-cart can comprise can open so that the door on additional work surface to be provided.
In some respects with some structures in, go-cart can roughly comprise deposits functional component, this is deposited functional component and holds various raws MAT'L and/or articles for use, for example, elongated pipe, bar, beam etc.In some respects with some structures in, go-cart can roughly comprise scroll rack, is used to deposit the spool or the reel of electric wire.Go-cart can comprise the retainer that is used to keep conductivity cell.
In some respects with some structures in, go-cart can roughly comprise electric system, this electric system can be connected to and/or comprise electric installation, for example, is used for battery charger, radio receiver of rechargeable battery etc.Electric system can be connected on power supply and a plurality of electric installation, thereby provides electric power to electric installation.
Behind detailed description and the accompanying drawing, independent characteristic of the present invention and independent advantages will be apparent to those skilled in that art below reading.
Description of drawings
Fig. 1 is the transparent view such as a kind of structure of the go-cart of industrial cart.
Fig. 2 is the transparent view of another structure of industrial cart.
Fig. 3 is the transparent view of a structure again of industrial cart.
Fig. 3 A is the transparent view of industrial cart shown in Figure 3.
Fig. 4 is the transparent view of the replacement structure of go-cart shown in Figure 3.
Fig. 5 is another transparent view of go-cart shown in Figure 4.
Fig. 6 is another transparent view of go-cart shown in Figure 4.
Fig. 7 is another transparent view of go-cart shown in Figure 4.
Fig. 8 is the transparent view of another structure of industrial cart.
Fig. 9 A to E is the view of another structure of industrial cart.
Figure 10 A to D is the enlarged drawing of the some parts of the industrial cart shown in Fig. 9 A to E.
Figure 11 A to B is the part sectional view of the some parts of the industrial cart shown in Fig. 9 A to E.
Figure 12 A to B is the view of another structure of industrial cart.
Figure 13 A to B is the view of a structure again of industrial cart.
Figure 14 is the part sectional view of the part of the industrial cart shown in Figure 13 A to B.
Figure 15 A to D is the view of another structure of industrial cart.
Figure 16 A to C is the view of another structure of industrial cart.
Figure 17 A to I is the view of the replacement structure of industrial cart.
Figure 18 A to B is the part sectional view of the part of the industrial cart shown in Figure 17 A to I.
Figure 19 A to B is the view of another structure of industrial cart.
Figure 20 A to B is the view of another structure of industrial cart.
Figure 21 is the transparent view of another structure of industrial cart.
Figure 22 is the transparent view of another structure of the part of industrial cart.
Figure 23 A to C is the transparent view of another structure of industrial cart.
Figure 24 A to G is the view of another structure of industrial cart.
Figure 25 A to E is the enlarged drawing of the some parts of the industrial cart shown in Figure 24 A to G.
Figure 26 is the transparent view of another structure of industrial cart.
Figure 27 A to B is the view of another structure of industrial cart.
Figure 28 A to B is for installing the transparent view of band saw with the platform that industrial cart uses.
Figure 29 A to J is the view of another structure of industrial cart.
Figure 30 A to L is the view of the industrial cart shown in Figure 29 A to 29J, and shows the operation of door section and door section.
Figure 31 A to I is the view of the industrial cart shown in Figure 29 A to 29J, and shows the operation of drawer part and drawer part.
Figure 32 A to D is the view of the some parts of the industrial cart shown in Figure 29 A to 29J, and shows the assembling and the encapsulation of industrial cart.
Figure 33 A to J is the view of the replacement structure of the industrial cart shown in Figure 29 A to 29J, and shows the cart structure of " opening wide ".
Figure 34 A to E is the view of the some parts of the industrial cart shown in Figure 33 A to 33J, and shows the assembling and the encapsulation of industrial cart.
Figure 35 A to C is the view of another structure of industrial cart.
Figure 36 A to C is the view of a structure again of industrial cart.
Figure 37 A to O is the view of a part that comprises the industrial cart of the assembly that is used for supporting shaft.
Figure 38 A to L is the view of a part that comprises the industrial cart of workpiece retainer or bench vice assembly.
Figure 39 A to F is the view of a part that comprises the industrial cart of storage assembly for storing.
Figure 40 A to K is the view of a part that comprises the industrial cart of jar storage assembly for storing.
Before describing at least one embodiment of the present invention in detail, should understand and the invention is not restricted to be applied in detailed structure that illustrate in the following description or illustrated in the accompanying drawings and the arrangements of components.The present invention has other embodiment, perhaps can be put into practice or realizes by variety of way.And, should be understood that term used herein and term are to be used for purpose of description, and should being considered limiting property.
Although following in description, used accompanying drawing such as left and right, upper and lower, top, bottom, forward and backward, forward, the direction that waits backward, they are to define with respect to accompanying drawing (as normal observation) for convenience.These directions should not understood on literal or be limited the present invention by any way.
The specific embodiment
Fig. 1 shows the transparent view such as a kind of structure of the go-cart of industrial cart 10.In some respects with some structures in, go-cart 10 (and following with go-cart 110,210,310 and 410 of describing) is provided with the modular construction that can support various sub-components, device, equipment, articles for use etc.Can be selectively add sub-components or from go-cart 10 cancellation sub-components for go-cart 10, be used for special-purpose thereby go-cart 10 is customized to.Module frame and sub-component allow the user to have the single go-cart 10 that can be configured to multiple-task.
Builder, sellers or user can be configured for special-purpose with go-cart 10.The basic go-cart 10 interchangeable, that builder and/or sellers can provide general arrangement to become to be used for special-purpose at first, sellers and/or user can become to be used for special-purpose with go-cart 10 special configuration then.
In the structure shown in Fig. 1, go-cart 10 is configured for uses such as general general contractor, builder, finisher, carpenter.Go-cart 10 provides movable bench board basically, and this bench board can be transported to various worker's points, and one easily the place deposit and support tool, equipment and/or articles for use.
Go-cart 10 consists essentially of framework 14 and wheel 18, and wheel 18 supporting frames 14 are to come and go to worker's point and motion around worker's point.Wheel 18 be connected to go-cart 10 the bottom, promptly play on shelf or the base portion 24.Wheel 18 is beneficial to the transportation of go-cart 10, and can comprise hub brake, and this hub brake can prevent selectively that wheel 18 from rotating, in case thrust car 10 accidental movement, thereby provides stable work area for the user.
Go-cart 10 also comprises platform, top board or running surface 22 near the top relative with wheel 18 of go-cart 10.Power tool 26 can be installed on this running surface 22.In the structure that illustrates, power tool 26 comprises mitre saw, but replacedly, can comprise scroll saw, band saw, brill, other similar power tools, other equipment etc.
Running surface 22 comprises the platform top portion 30 on the opposite side that can be positioned on power tool 26.Each top portion 30 all has top surface 34, and described top surface 34 is positioned on the consistent height, coplane each other, and have the area supported of power tool 26.In the structure that illustrates, platform top portion 30 can be slided relative to each other, to expose the area supported of power tool 26.
Each flexible extension part 38 can stretch out from platform top portion 30, with expansion running surface 22.Each flexible extension part 38 all comprises marginal portion 42 near the end 46 relative with corresponding top portion 30 of flexible extension part 38.Marginal portion 42 comprises and the end face 34 of corresponding the top portion 30 protuberance shoulder 46 of coplane roughly.The surface of the roughly coplane of the protuberance shoulder 46 of end face 34 and marginal portion 42 provides roughly consistent supporting along the length of expanding running surface 22 for wooden beam, plank or other similar workpiece.Protuberance shoulder 46 also forms retainer, the edge contact of this retainer and corresponding top portion 30, and prevent that flexible extension part 38 from sliding in the platform top portion 30 fully, can not touch the user.
In interchangeable structure, flexible extension part 38 can be expanded in a different manner, thus expansion running surface 22.For example, flexible extension part 38 can be used as recoverable active face and is pivotally connected on the end of platform top portion 30, with downward pivot, thereby expands running surface 22 when needed selectively.
Each flexible extension part 38 also can comprise slidably side extension part 50, near the outer end relative with platform top portion 30 that this side extension part 50 is arranged in flexible extension part 38.Side extension part 50 can slide along the path on the direction of the sliding path direction that is substantially transverse to flexible extension part 38 substantially.Side extension part 50 can provide other supporting to being positioned near running surface 22 workpiece.
As shown in Figure 1, go-cart 10 is comprising the door 54 that is connected on the framework 14 on the sidepiece of go-cart 10.Door 54 can cover the storage area in the go-cart 10, is used to deposit other instruments, annex, other similar appliances, articles for use etc.Thereby door 54 comprises the lock that door 54 is locked in make position locking storage area.
In the structure that illustrates, door 54 hinges by door 54 bottoms are pivotally connected on the framework 14, thereby and door 54 pivot downwards and open.In interchangeable structure, can be in other way (for example, upwards pivot, to a side pivot etc.) door 54 is opened, perhaps door 54 can be the antetheca that is provided with the sliding drawer of storage area.In any such structure, door 54 can pivot and/or move (for example, sliding) to such position, and the door opened 54 can not extend to the outside of the periphery of go-cart 10 in this position, thereby door 54 is at the overall dimension (for example, width, length etc.) of opening Shi Buhui increase go-cart 10.
Go-cart 10 comprises near the slidably door bearing spare 58 the base portion that is arranged in go-cart 10.Door bearing spare 58 can outwards slide, thereby is vertical orientated workpiece, and for example the door (not shown) provides supporting.When door was supported by door bearing spare 58, the vertical surface that side extension part 50 can be door provided supporting.Door bearing spare 58 also can be bearing in its open position with door 54, thereby but door 54 forms the surface of support apparatus, instrument, material etc. on it.
Go-cart 10 also can comprise other various other functional components, and the parts (for example running surface 22, instrument 26 etc.) that for example are used for respect to go-cart 10 are fixed to bench vice 62, anchor clamps or other devices in the go-cart 10 with workpiece, instrument or other devices or material.
In addition, as shown in Figure 1, the one or more battery chargers 66 of go-cart 10 supportings are used for relevant battery, the battery of for example power tool are charged.In some structures, each battery charger 66 and other electric installations (for example power tool 26) that each uses with go-cart 10 all can be directly connected on the power supply by its relevant electric wire (not shown).
In some respects with some structures in, go-cart 10 also can comprise supply unit.As shown in Figure 3A, go-cart 10 can comprise one or more sockets 292 that electric installation (for example, mains charger 66, power tool 26 etc.) can be connected thereto.Go-cart 10 also can comprise the adaptor union (for example, electric wire (not shown)) that is used to be connected to such as the power supply of AC power supplies, DC power supply etc.Go-cart 10 can comprise the circuit (not shown) that is connected between electric wire and the one or more socket 292, thereby supplies power to one or more sockets 292 from power supply.
In some respects with some structure (not shown) in, except electric wire and one or more socket 292, go-cart 10 and electric installation (for example, battery charger 66, power tool 26 etc.) can comprise the electric coupler that matches.For example, go-cart 10 and electric installation can comprise and be arranged on the similar electric coupler (not shown) of electric coupler between power tool battery and the battery charger 66, such as the U.S. Patent application No.10/289 co-pending, total that submits on November 7th, 2002, shown in 621 and the electric coupler of describing, here by reference in conjunction with the full content of this patent application.When electric installation being bearing in the go-cart 10 and/or when electric installation is bearing in the go-cart 10, can connect electric coupler.
In some structures aspect some in, go-cart 10 can comprise the vehicle power (not shown), with to one or more sockets 292 and/or electric installation (for example, battery charger 66, power tool 26 etc.) power supply.For example, go-cart 10 can comprise power supply (for example, electrical generator, alternating current generator etc.), supplying cell or other power supplys that can be used to power of fuels and energy.
Such fuels and energy power supply can be similar to the U.S. Patent application No.09/941 co-pending, total that submits to August 28 calendar year 2001,192, the U.S. Patent No. 6 of having authorized now on October 19th, 2004,806, shown in 680 and the power supply of describing, here by reference in conjunction with its full content.
Such supplying cell can comprise one or more power tool battery groups, and the rated voltage of these battery pack and comprises battery such as the chemicals of NiCd, NiMH, Li-ion etc. between 9.6V and 50V.Such power tool battery category is similar to the U.S. Patent application No.10/719 that submitted on November 20th, 2003,680, the U.S. Patent application No.10/720 that submitted on November 20th, 2003,027, the U.S. Patent application No.10/721 that submitted on November 24th, 2003,800; And the U.S. Provisional Patent Application No.60/574 of submission on May 24th, 2004,278, the U.S. Provisional Patent Application No.60/582 that on June 22nd, 2004 submitted to, 138, the U.S. Provisional Patent Application No.60/582 that on June 24th, 2004 submitted to, 728, the U.S. Provisional Patent Application No.60/582 that on June 24th, 2004 submitted to, 730, the U.S. Provisional Patent Application No.60/612 that on September 22nd, 2004 submitted to, 352, the U.S. Provisional Patent Application No.60/626 that on November 5th, 2004 submitted to, 013, and the U.S. Provisional Patent Application No.60/643 of submission on January 12nd, 2005, shown in 396 and the power tool battery of describing, here by reference in conjunction with the full content of all these patent applications.
In aspect some structures and some, go-cart 10 can be power-actuated go-cart, and can comprise the motor (not shown) that is connected to drivingly on one or more wheels 18, comes and goes to worker's point and near the motion worker puts thereby drive go-cart 10.In such structure, motor can provide power by power supply, and these power supplys for example fuels and energy power supply (for example, the power supply of above-mentioned fuels and energy), battery supply (for example, above-mentioned supplying cell) or other can be operable to the power supply that electric power is provided to motor.In such structure, go-cart 10 can comprise suitable drive mechanism (not shown) and suitable control setup (not shown), this actuating device is used for driving power is delivered to one or more drive wheels (such as one or more wheels 18) from motor, and this control setup is used to provide and control the motion of go-cart 10.
In some respects with some structures in, go-cart 10 can with following description and similar in the go-cart shown in each accompanying drawing 110,210 and 310.
Fig. 2 shows second structure of the industrial cart 110 that can be used for metal work basically.Go-cart 110 can with in the above-mentioned go-cart 10 shown in the respective drawings and following that the go-cart of describing 210 and 310 is similar, and common element has identical Reference numeral " 100 ".Reference numeral is for " 100 " series and comprise " ' " represented element, represent with another series with same reference numerals in the different element of element.
As shown in Figure 2, go-cart 110 consists essentially of the wheel 118 and the running surface 122 of framework 114, bearer frame 114.In the structure that illustrates, power tool 126 can comprise Metal Cutting saw, cutter, grinder, scroll saw, band saw, brill, other similar power tools, other equipment etc.Running surface 122 comprises the platform top portion 130 on the opposite side that is positioned at power tool 126, and flexible accordingly extension part 138.
In the structure that illustrates, thereby framework 114 all comprises the post 150 ' that extends upward supporting running surface 122 from base portion 124 in its each side.Arm 154 ' stretches out from the opposite side of post 150 ', thereby forms the supporting teat of supporting material, workpiece etc.The arm 154 ' that extends from each post 150 ' can be positioned on the roughly the same height of the counterpart arm of extending 154 ' from another post 150 ' on, thereby relative one area supported of making peace level is provided.Each arm 154 ' all comprises bump surface or projection 158 ' on the end relative with post 150 ' of arm 154 ', workpiece is fixed on the arm 154 ' helping.
Compare with wood processing, metal work generally includes heavier material, and for example steel is processed.The framework 114 of go-cart 110 can leave on the framework 114 and the weight of the metallic material of being handled on running surface 122 with supporting by making such as the relative firmer or heavier material of the character of steel or other metalloids.
In some structures, as will be described in greater detail, more crash-resistant framework 114 can form the frame assembly that comprises first framing member and second framing member or reinforced frame member, this first framing member and above-mentioned go-cart 10 and following with the frame clsss that is provided with in the go-cart of describing 210 and 310 like or identical, and this second framing member or reinforced frame member are used for providing extra supporting to frame assembly.Like this, can be in above-mentioned go-cart 10 and following with the go-cart 210 described and 310 and in go-cart 110, use the first shared or single framing member.
As top described about above-mentioned go-cart, go-cart 110 also can comprise other various attachment features, for example bench vice 162, anchor clamps, electric supply installation, one or more battery charger (not shown) etc.
Fig. 3,3A and 4 to 7 show the 3rd structure of the industrial cart 210 that can be used for electrical installation basically or can be used by the electrician.Go-cart 210 can with in the above-mentioned go-cart shown in the respective drawings 10,110 and following that the go-cart of describing 310 is similar, and common element has identical Reference numeral " 200 ".Reference numeral is for " 200 " series and comprise " " " represented element, represent with another series with same reference numerals in the different element of element.
Go-cart 210 comprises the one or more lockable wheel 218 and the running surface 222 of framework 214, bearer frame 214.In the structure that illustrates, lockable trailing wheel 218 is to remain on a certain position with go-cart 210 selectively.
In the structure that illustrates, go-cart 210 comprises scroll rack 258 ", described scroll rack 258 " be connected to first side 230 of framework 214 " on, be used to keep the electric wire volume.In the structure that illustrates, go-cart 210 comprises three scroll rack 258 ".Each scroll rack 258 " comprise be positioned at scroll rack 258 " the first and second relative supports 262 at opposed end place ", 266 ", be used to support detachable lever 270.First support 262 " limiting hole or recess 274, be used for first end of supporting rod 270, and second support 266 " limit cavity 278, be used for second end of cramp bar 270.Second end of bar 270 can insert and pass cavity 278, so that bar 270 is positioned at scroll rack 258 " in.
A plurality of electric wire rolls or spool 280 removably are positioned on the bar 270, and leave scroll rack 258 in " on.Scroll rack 258 " also comprise rod 282, this rod 282 is at support 262 ", 266 " between extend, and to small part protection spool 280.The user can add or unload lower winding shaft 280, selecting desirable electric wire, thereby is suitable for required application.Spool 280 can be the standard spool, and described standard spool supports easily and leaves in other zones (for example, work stall, truck etc.), and is transported to go-cart 10 or takes away to use from go-cart 10.
Go-cart 210 also comprises catheterostat 284, near the clamper 288 in top that it comprises near the retainer base portion 286 the base portion 224 that is arranged in go-cart 210 and is arranged in go-cart 210.Retainer base portion 286 forms has the end of the cavity of rise crest with the clamping duct portion.Clamper 288 forms the general toroidal part that duct portion is remained on stand up position.Duct portion can be inserted into the top of clamper 288, and to lower slider, in the end of duct portion is positioned at the cavity of retainer base portion 286.Retainer base portion 286 and clamper 288 can comprise one or more separation pigs, so that retainer 284 forms independent chamber.Each chamber can be used for depositing dissimilar conduits.Go-cart 210 can comprise other retainer 284, to deposit other duct portion.In interchangeable structure (not shown), catheterostat 284 can comprise the single elongated tubulose retainer of an end closure and an end opening.Shown in Fig. 4 to 7 (and in Figure 29 to 36, such as will be described below), catheterostat 284 can be arranged in go-cart 210 peripheries, rather than from the wall of go-cart 210 stretch out (shown in Fig. 3 and 3A like that).
In the structure that illustrates, go-cart 210 with scroll rack 258 " relative end 234 " comprise the hook 290 that extends from framework 214.Hook 290 can keep various annexes, for example the battery charger of radio receiver (referring to Fig. 4 to 7), battery charger, a plurality of compartments, battery charger tube, other power tool, other similar equipment or annex etc.Shown in Fig. 6 to 7, lockable hook 290, thereby fixing fitting, thus prevent that annex from shifting out or being taken out from hook 290 from hook 290.
As top described about above-mentioned go-cart, go-cart 210 also can comprise other various attachment features, for example bench vice (not shown), anchor clamps (not shown), electric supply installation (comprising socket 292), one or more battery charger 266 etc.
Go-cart 210 also can comprise various storage boxes 296, container, drawer and the shelf that is used to deposit various electric parts, annex, part or any other required utensil.As shown in Figure 3, go-cart 210 also comprises and is convenient to make go-cart 210 movable handle 298.Handle 298 can comprise elastomeric grip, thus for example improve the user traveling comfort, the grasping that has improved is provided, and reduce the vibrations that are delivered on the user, or the like.
Fig. 8 shows the 4th structure of the industrial cart 310 that can be used for water pipe work basically.Go-cart 310 can be with similar in the above-mentioned go-cart shown in the respective drawings 10,110 and 210, and common element has identical Reference numeral " 300 ".Reference numeral is for " 300 " series and comprise " ' " " represented element, represent with another series with same reference numerals in the different element of element.
Go-cart 310 comprises the wheel 318 of framework 314, bearer frame 314 and is positioned near the running surface 322 in go-cart 314 tops.Framework 314 comprises base portion 324, sidepiece 330 " ' and end 334 " ', 338 " ', described end 334 " ', 338 " 322 extend upward on the opposed end of ' in part 330 " ', from base portion 324 towards running surface.
Go-cart 310 comprises the sidepiece 330 that is arranged in go-cart 310 " ' on door 342 " '.Door 342 " ' can cover the storage area 346 that is used to deposit other instrument, pipeline, joint, other similar appliances etc. in the go-cart 310 " '.Storage area 346 " ' can comprise shelf and storage box, as shown in Figure 8.Door 342 " ' comprise lock, this phase-locked for framework 314 with door 342 " ' be locked in make position, thereby the locking storage area.
In the structure that illustrates, door 342 " ' by door 342 " ' near the hinge 350 in top " ' be connected on the framework 314, and door 342 " ' thereby making progress to pivot opens.Door 342 " ' but swing open, thereby door 342 " ' the front portion lean against on the top of go-cart 310, and door 342 " ' the rear portion expose, thereby the running surface 322 of go-cart 310 near formation platform top surface 354 " '.At open position, door 342 " ' can be positioned in the periphery of go-cart 310, thereby door 342 " ' when opening, do not increase the overall dimension (for example, width, length etc.) of go-cart 310.
Door 342 " ' platform top surface 354 " ' comprise the first type surface 358 of indent " ' and at first type surface 358 " ' rise crest 362 of extending on every side " '.The first type surface 358 of this indent " ' and rise crest 362 " ' help to prevent that part, instrument, annex or other utensils are from platform top surface 354 " ' landing.And, platform top surface 354 " ' also form big relatively plane surface, to show blueprint, work design, chart, other job description etc.
Can be at platform top surface 354 " ' near lamp 374 is set " ' to provide illumination.Lamp 374 " ' can be integrally formed with go-cart 310, or be removably mounted in the go-cart 310.Lamp 374 " ' can be battery-driven, perhaps can provide electric power by electric supply installation.
As top described about above-mentioned go-cart, go-cart 310 also can comprise other various attachment features, for example bench vice 362, anchor clamps (not shown), electric supply installation (not shown), one or more battery charger 366 etc.
Go-cart 310 also can comprise various storage boxes, container, drawer and the shelf that is used to deposit various electric parts, annex, part or any other required utensil.As shown in Figure 3, go-cart 310 also comprises and is convenient to make go-cart 310 movable handle 398.
Go-cart 310 can comprise the end 334 from go-cart " ' outstanding hook 390.Hook 390 also can keep various other annexes, for example the battery charger of radio receiver, a plurality of compartments, battery charger tube, other power tool, other similar annexes etc.Thereby lockable hook 390 fixing fittings, thereby prevent that annex from shifting out or being taken out from hook 390 from hook 390.
Figure 29 to 34 shows other structures of industrial cart 410.Go-cart 410 can be with similar in the above-mentioned go-cart shown in the respective drawings 10,110,210 and 310, and common element have identical Reference numeral " 400 " (if provide, then comprise " ' " " " " " " ' ").
Fig. 9 to 27 and 35 to 36 shows other structures of industrial cart 410A to Q.Other structures of industrial cart 410A to Q can comprise above with respect to the one or more functional components in industrial cart 10,110,210,310 and/or 410 functional components of describing.And go-cart 10,110,210,310 and/or 410 can comprise the one or more functional components in the functional component described below.In Fig. 9 to 27 and 35 to 36, common element has the same reference numerals of following modification: in Fig. 9 to 11, " A "; In Figure 12 A to B, " B "; In Figure 13 to 14, " C "; In Figure 15 A to D, " D "; In Figure 16 A to C, " E "; In Figure 17 to 18, " F "; In Figure 19 A to B, " G "; In Figure 20 A to B, " H "; In Figure 21, " I "; In Figure 22, " J "; In Figure 23 A to C, " K "; In Figure 24 to 25, " L "; In Figure 26, " M "; In Figure 27 A to B, " N "; In Figure 35 A to C, " O "; In Figure 36 A to B, " P "; In Figure 36 C, " Q ".
Many elements shown in Figure 29 to 34 are identical, thereby following description will be towards the element shown in the correlatogram of Figure 29 A to J.It should be understood that except as otherwise noted, is identical at the element shown in the correlatogram of Figure 30 to 34.
Shown in Figure 29 A to 29J, go-cart 410 consists essentially of framework 414 and wheel 418, and wheel 418 supporting frames 414 are to come and go to worker's point and motion around worker's point.Wheel 418 be connected to go-cart 410 the bottom, promptly play on shelf or the base portion 424.Wheel 418 is beneficial to the transportation of go-cart 410, and can comprise the structure that go-cart 410 is fixed on correct position (for example be used for transportation, deposit).Such structure can comprise wheel lock 514, and this is taken turns lock 514 alternatives and prevents that wheel 418 from rotating, in case thrust car 410 accidental movement, thereby provides stable work area for the user.
In some structures, go-cart 410 can comprise clamps down on hook or eyelet (not shown), to help stationary carts 410, to be used for transportation or to be placed on worker's point night.In some structures, go-cart 410 can comprise alternative (not shown) of trailed equipment, with help go-cart 410 is fixed on the power car, is used to travel to and fro between worker's point and near the haul worker puts.
At some structures and (referring to Figure 29 A to 29G, 33A to 33G and 37 to 40) in certain aspects, supporting plate 518 industrial cart 410 can comprise expansion on shelf 424 down before.Supporting plate 518 before Fig. 9,16 to 17,19A, 21,23 to 24,25E, 26 and 35 show similarly.
Such as will be described below, in some structures (for example referring to Figure 17 B, 17D, 17E and 37 to 40), supporting plate 518 can for example allow to deposit and the dome module annex before the expansion.Module accessories can connect fast, unloads, replacing etc.For example, unified adaptor union (for example, in the lip-deep unified hole pattern of go-cart 410) can be set in the go-cart front, this makes can connect the module accessories with complementary connector.
Shown in Figure 29 A to G and 29I to J, go-cart 410 also comprises near platform, top shelf or the running surface 422 the top relative with wheel 418 that is positioned at go-cart 410.In aspect some structures and some, 422 layerings of top shelf, and have the part of shelving of differing heights.Fig. 4 to 7,9,16 to 17,19 to 24,26 to 27 and 35 shows similar top shelf 422.
In the structure that illustrates (referring to Figure 29 A, 29C to D and 29G), the top shelf comprises two-layer, thereby forms storage area 522 and work area 526 basically.Storage area 522 comprise substantially dark relatively indent open area on the handle side that is positioned at go-cart 410 (have 31/2 " to 5 " flange) (for example being used to deposit finding, box, instrument etc.).Inner support or ridge 530 can be set, cover on the open area of storage area 522 to allow lid (for example, 3/4 " veneer sheet (not shown)).
Shown in Figure 29 A, 29C to D and 29G (and Figure 22), aspect some structures and some in, top shelf 422 has the bight of go-cart of being positioned at 410 and/or a plurality of (for example 6 to 9) flat bottom outlet 538 of midpoint.These holes 538 receive the pillar (not shown), and size forms and receives 3/4 " conduit (EMT) or pvc pipe; with generation help for example to fix loose and harness building materials () pole or pillar for example; pipe, thread rod, post bolt etc.; thus when material is positioned on go-cart 410 tops; near the mobile material worker puts easily, and do not fall down material.In the structure that illustrates, stagger along some (for example 3) hole 538 that extend at the go-cart middle part, and be positioned at (for example 3) complimentary aperture 538 inboard about 6 of extending along go-cart one side " locate; thus remain opening with when being used for work and assembling activity at remainder with the top of shelf 422, form the storage area 542 that is suitable for material bag commonly used.
In some structures, the user can adopt pipe bender to come bending conduit, to form detouchable second handle (not shown) in the place ahead of go-cart 410, on preceding supporting plate 518.The user also can adopt pipe bender to come bending conduit, and to form the detouchable long handle/material supporting member (not shown) that extends along the length of go-cart 410, articles for use and equipment can hang over along the side of go-cart 410 on this long handle/material supporting member.In addition, the user can adopt pipe bender to come bending conduit, to form the detachable apparatus (not shown) on the preceding supporting plate 518 that shell with fluorescent lamp bulb is vertically fixed on go-cart 410.
Shown in Figure 29 A, 29C to D, 29G and 29I to J like that, aspect some structures and some in, industrial cart 410 can comprise that one or more materials cut accessory equipments.Fig. 3,8 to 9,16 to 17,19 to 22,26 and 35 shows materials similar cutting accessory equipment.
For example, shown in Figure 29 A, 29C to D, 29G and 29I to J, go-cart can comprise the groove 546 that is molded in the shelf 422.For example the material (not shown) of Chang pipeline, conduit, timber etc. can be positioned in the groove 546, and engages by the sidewall with groove 546 and to be clamped in suitable position.Groove 546 can have roughly V-arrangement, and can be positioned on the top shelf 422 that extends along the length (the longest side) of go-cart 410, thereby allows in narrow relatively work area (for example, in the entrance hall) to use.
In the structure that illustrates, the one or more groove part 546a-c that extend by the axis along groove 546 are provided with groove 546.Groove part 546a-c is formed in the adjacent part of the end face with last shelf 422 of shelf 422.In other structure (not shown), single groove part can be provided with groove 546.
Shown in Figure 29 A, 29C to D and 29G, can below groove 546, near cutting position, form side opening or recess 550, thereby allow the user to catch the material that is cutting, so that control material better.This recess 550 can be used as the position of grasping material, also can be used as the deposit position of building product, equipment etc.
In some structures (referring to Fig. 9 and 16), go-cart can comprise the upright body 552 that groove 546 is provided.Upright body 552 can pivot (for example, change the orientation of the axis of groove 546, upright body 552 is moved to deposit, non-stand up position, or the like), and can move along the length and/or the width of go-cart 410 (for example, slidably).And the height of upright body 552 can be regulated.In the structure that illustrates, upright body 552 is along length direction (from front to back) location of go-cart 410.
In some structures (shown in Figure 29 A, 29C to D and 29G; Also referring to Fig. 8,9,16 to 17,20 to 21,26,35 and 38), go-cart 410 can comprise the position of describing as below with reference to Figure 38 A to L 554, this position 554 (for example is used to install bench vice 462, the bench vice of chain bench vice, other materials etc.), anchor clamps or other devices, be used for workpiece, instrument or other devices or material are fixed to go-cart 410, and/or the parts (for example, running surface 422, instrument etc.) of go-cart 410 relatively are fixing.If position 554 is set, then position 554 can be positioned to make anchor clamps or bench vice to align with groove 546 or upright body 552.
In aspect some structures and some, industrial cart 410 can comprise the suspension deposit position (not shown) that is used for power tool (for example, live wire or do not have band saw, grinder, brill, reciprocating-type saw of electric wire etc.).By utilize on the power tool supporting member (for example, preceding "T"-shaped handle on the band saw), the position that go-cart 410 can provide quick suspension power tool (for example, on bench vice adapter plate (referring to Figure 38 A to L) or position 554 or near it), be used for carrying out out of the way safe storage between the cutting operation and when transporting (rolling) go-cart, and be used for when material to be cut is fixed on correct position, taking off apace power tool.
For " cabinet type " cart structure (referring to Figure 29 A to J), go-cart 410 also comprises cupboard rear wall 570.In the structure that illustrates, rear wall 570 is spaced apart with the rear portion of go-cart 410 forward, thereby forms opening or storage area 572.On the contrary, in " opening wide " cart structure (referring to Figure 33 A to J), storage area 572 is bigger, and comprise between base portion 424 and platform 422, length almost be go-cart 410 whole length (for example, at least from antetheca 566 to the back upright body 562) the zone.
In the structure that illustrates, door member 584 can pivot between make position (Figure 29 B to C, 29F and 30J to K illustrate) and open position (Figure 30 A to B and 30E to I illustrate).Door member 584 also is supported to and is used to move to deposit position (Figure 30 C to D illustrates).At deposit position, door member 584 leaves in the cupboard 558, and does not extend to outside the periphery of go-cart 410, thereby door member 584 can not increase the overall dimension (for example width, length etc.) of go-cart 410 when opening.Such layout makes door member 584 stay open, thereby even in relatively little work area (for example entrance hall), also can use cupboard 558.
Shown in Figure 32 B, hinge component 588 supporting door members 584 are to be used for pivoting action.Each hinge component 588 all comprises: the link pin 590 that forms the pivotal axis of door member 584; And by wall 566 or 570 hinge casings 591 that support.Hinge component 588 is supported to and is used for sliding motion in the respective rail 592 that is formed at wall 566 and 570, thereby makes door member 584 to move to deposit position (Figure 30 C to D illustrates) from open position (Figure 30 A to B and 30E to I).
Locking is set arranges, come selectively door member 584 to be locked in make position, and locking storage area 578.In the structure that illustrates, locking is arranged and is comprised the latch member 596 that is bearing in slidably on the member 584.Latch member 596 is bearing in indent zone 598 or the door member 584.The cooperation latch-up structure is set on the fixed part of cupboard 558.In the structure that illustrates, base portion 424 forms (referring to Figure 30 A and 30C) locking surface 600, and latch member 596 can engage with this locking surface 600 when door member 584 is in the close position.
Handle 606 is arranged to make latch member 596 to move between locked.Wherein, the indent zone 598 of door member 584 guarantees that latch member 596, handle 606 and any independent lock do not exceed the periphery of go-cart 410.The biasing member (not shown) can be towards a position (for example, latched position) bias voltage latch member.
The biasing member (not shown) can be set, with (for example, towards open position) biased door member 584 towards a position.In such structure, biasing member can maintain open position with door member 584, thereby the operator can utilize two hands, enters storage area 578.Biasing member can be central component (over-center member), and it is near (for example, the open position) after-applied biasing force near door member 584 has moved to biased position.
The support arrangement (not shown) can be set, come selectively door member 584 to be remained on open position.By arranging similar mode with a large amount of folding shelfs, when door member 584 is shown in an open position, such support arrangement can comprise the area supported that is formed on the member 584, this area supported selectively with the fixed bearing face joint that for example is formed on wall 566 or 570.For example, at open position, but 584 laterally offsets of door member, thus area supported can engage, so that door member 584 is remained on open position.Door member 584 is along opposite direction laterally offset, so that area supported moves to outside the engagement range, thereby a door member 584 can freely pivot between open position and make position.
Shown in Figure 29 and 31, aspect some structures and some in, industrial cart 410 can comprise drawer 610.Fig. 9 A to 9B, 9D to 9E, 16 to 17,21,23 to 24,25E and 35C show similar drawer arrangement.
In the structure in Figure 29 and 31, last shelf 422 has the position 614 that is used for whole drawer 610.In the structure that illustrates, drawer 610 is positioned at the vertical of shelf 422 and side direction periphery interior (outside face that for example, does not exceed shelf 422).When drawer 610 was in the close position, drawer 610 did not exceed the width of go-cart 410.In the structure that illustrates, the position 614 that is used for drawer in last shelf 422 can be positioned at below the work area 526, and adjacent with the storage area 522 of opening.
Locking is set arranges, come selectively drawer 610 to be locked in make position, and storage area 624 is locked in the drawer 610.Drawer 610 has the opening 626 of can align with the permanent opening 628 on the last shelf 422 (in latched position), receiving independent lock (for example padlock), thereby drawer 610 is locked in latched position.Indent zone 630 in the drawer 610 guarantees that any independent lock can not exceed the periphery of go-cart 410.
Groove 632 in drawer 610 inside can hold the separation pig (not shown), separates storage area 624.Releasable latch arrangement (not shown) can be set, come for example during transportation drawer to be maintained a position (for example, in make position).The biasing member (not shown) can be set, come towards a position (for example, make position) bias drawer 610.
Fig. 1,3 to 4,6,8 to 9,16 to 17,19A, 20B, 21,23,24A to 24D, 25D, 26 to 27 and 35 to 36 show similarly be used for go-cart 410 can closed and/or lockable storage area.Shown in Figure 24 A to 24D and 25E, go-cart 410L comprises lockable drawer and cabinet systems, and this system makes usually can come quick lock in and release drawer and cupboard by a lock.
In some structures, go-cart 410 can comprise electronics or remote-operated safety system.In such structure, the electrically actuatable locking is arranged.For example, can by an electronic unit or a plurality of electronic unit, control the motion of latch member 596 by being similar to the mode of door lock for vehicle.In some structures, the lock of electronic operation is alternative illustrate be used for the padlock that lockable is deposited.In such structure, the pin operable lock on the also alternative lockable wheel 418 of the lock of electronic operation.Long-distance operating device (for example, being used for the key card of automobile/Vehicle security system) can be set come remote operation lock, thus the locking and unlocking storage area, lockable wheel etc. selectively.
In some structures, go-cart 410 can be provided with warning system, thereby provides alarm when go-cart 410 is moved and/or illegally touched the storage area.Alarm can be the sense of hearing, vision or other alarm.In some structures, can long-range transmission alarm (for example, the signal that provides to remote monitor (computing machine, vehicular telephone etc.)).
Can come the remote operation warning system by key card.When siren horn is set, if open the storage area then warning system will provide alarm.When siren horn was set, if go-cart 410 is moved or move voluntarily, siren horn also can provide alarm.In such structure, can in go-cart 410, motion detector be set.Motion detector can detect the motion of go-cart 410, the motion of one or more wheel 418 etc.
In some respects with some structures in, it is crash-resistant that go-cart 410 constitutes, and delivers instrument that typical worker puts to be needed, equipment, material etc., (for example keeps the weight that reasonably do not load simultaneously, be lower than 150lbs), thus can for example deliver go-cart 410 by two people.Aspect such and in such structure, go-cart 410 can comprise frame assembly 636, this frame assembly 636 (for example comprises the many parts of formation, base portion 424, platform 422, cupboard 558 etc.) most relative light material part 640 (for example, plastics, foam etc.), these parts are strengthened by strong and heavy tension member 644 (for example, supporting and/or strengthen the rod iron 648 etc. of base portion 424, platform 422).
In the structure that Figure 29,32 to 34 (referring to Figure 29 C, 29H, 32B to C, 33C, 33H and 34A) illustrates, base portion 424 forms the base portion assembly that comprises matrix 640 and one or more tension member 644, this matrix 640 forms the main scantling of structure of base portion 424, and this tension member 644 provides extra structural strength for base portion 424.In the structure that illustrates, matrix 640 is formed by structural foam, and tension member 644 is formed by the metal such as 1020 steel.In the structure that illustrates, tension member 644 extends along the length of base portion 424.In another structure (not shown), also the side direction tension member can be set.
In the structure of " opening wide " go-cart that Figure 33 to 34 (referring to Figure 33 C and 34A to B) illustrates, platform 422 forms the platform assembly that comprises platform body 648 and one or more tension member 652, this platform body 648 forms the structural dimensions of platform 422, and described tension member 652 provides extra structural strength for platform 422.In the structure that illustrates, platform body 648 is formed by structural foam, and tension member 652 is formed by the metal such as 1020 steel.In the structure that illustrates, tension member 652 extends along the length of platform 422.In other structure (not shown), also the side direction tension member can be set.
In " cupboard " cart structure, can provide similar reinforcement platform assembly.Yet in the structure shown in Figure 29 and 32, the parts of cupboard 558 provide extra structure support/reinforcement to platform 422, thereby do not need extra tension member 652 usually.
In the structure shown in Figure 29 and 32 to 34, if tension member 644 and 652 are set, then tension member 644 and 652 forms dividually with matrix 640 peaceful stage bodies 648 respectively, and is connected on the matrix 640 peaceful stage bodies 648.Like this, if tension member 644 and 652 for example weares and teares or destroys, then can change tension member 644 and 652.
Also replaceable tension member 644 and 652, thereby the go-cart 410 of formation different capabilities.For example, stronger tension member 644 and 652 (it also can be heavier) can be set, so that go-cart 410 is firmer, or can the more load of carrying (but it may be heavier).As mentioned above, compare,, may need go-cart 110 more firmly and have a bigger load bearing capacity the metal work operation with the go-cart 10,210,310 that is used for such as other operations of carpenter, electrician, general contractor etc.Formation comprises the base portion 424 of replaceable tension member 644 and/or 652 and/or transforming and/or revisable frame assembly 636 of platform 422, make and by minimum modification and to add minimum non-common component, easily make every type the go-cart 10,110,210,310,410 etc. and the go-cart of every kind of different capabilities.
In other structure (not shown), tension member 644 and 652 can be respectively and matrix 640 peaceful stage bodies 648 integrally formed (for example molded).
Can in go-cart 410, form lifting or delivery handle.For example, handle 498 can form back delivery handle, and can form handle or surperficial (not shown) in the place ahead of base portion, thus but two people's liftings and/or delivery go-cart 410 (for example, cut-through thing, enter transport in the transport vehicle or from transport vehicle etc.).
Handle 498 and arbitrary or a plurality of preceding delivery or lifting handle/surface can comprise elastomeric material, for example to improve user's comfort level, provide improved grasping, and minimizing is delivered to the vibrations on the user etc.Handle 498 and/or one or more deliveries handle/surface and/or elastomeric material also can cooperate with user's hand on profile.
Elastomeric material can cover the part (for example, side surface and/or corner surface, or the like) of go-cart 410 peripheries.Between 410 moving periods of go-cart, elastomeric material can suppress damage to other object (for example, when go-cart 410 bump walls etc., suppress to damage), improve the comfort level (for example, during transportation the pieceable covering point of user) of user between 410 moving periods of go-cart, or the like.
The part that elastomeric material can cover running surface (for example; the surface of the upper surface of platform 422, groove 546 etc.); (for example to form protection; prevent the destruction of the material on running surface, the running surface), running surface and be bearing in friction between the object on the running surface (for example, power tool, will carry out material processed etc.) etc. wherein or multinomial.
Elastomeric material can be the material of for example rubber, Santoprene etc.Elastomeric material can form and can be connected in the go-cart 410 (for example, be connected on the handle 498, be connected to arbitrary or a plurality of before on delivery or lifting handle/surface, side surface and/or the corner surface, or the like) independent member.Replacedly, elastomeric material can be set to mould (for example, handle 498 and arbitrary or a plurality of before delivery or lifting handle/surface, side surface and/or corner surface on, or the like).
Elastomeric material (for example can be arranged on a part that the be operated person of go-cart 410 engages; grasping or manipulation surface; such as handle 498; one or more auxiliary delivery surfaces or handle; door member 584; the handle 606 of latch member 596; drawer 610; the handle 622 of drawer 610; or the like) and can with surface that another object engages on; thereby (for example form protection; improve comfort level, prevent running surface; the object on the running surface or the destruction of other object); running surface and the friction between the object on the running surface etc. wherein one or multinomial.
Shown in Figure 29 A to G and 29J, in aspect some structures and some, industrial cart can comprise and (for example is used for relatively long object, long handle instrument, drill bit, material, pipeline, conduit etc.) storage area 656, this storage area 656 is configured to object is roughly remained within the periphery of go-cart 410 (for example, vertical orientated).Fig. 3 to 7,9 to 10,15 to 16,18 to 19,21 to 26 and 35 to 36 shows similar storage area 656.
Go out as shown, vertical storage area 656 can be within the width of go-cart 410, and extensible by last shelf 422.Vertical storage area 656 can comprise the total length storage area 660 (extending through shelf 422 from base portion 424) that is formed by antelabium that forms on the opening in the last shelf 422 or hole 664 and the following shelf 424 or ridge 668.The antelabium of protuberance or ridge 668 mate with the opening in hole, one or more vertical storage area or align, thereby make suitably perpendicular positioning/orientation of long object (for example, the instrument of long handle, drill bit, material, pipeline, conduit etc.).
As shown in figure 29, aspect some structures and some in, industrial cart 410 can comprise supporting member or the support 684 that is used for power tool.Fig. 4 to 7,9 to 15,17 to 18,22 to 25,27,35 and 36A show similar supporting member or support 684.
In the structure that illustrates, support 684 comprises the frame 688 that is used for such as the power tool of awl D, corkscrew, cap key etc.In some structures, frame 688 makes the user to take fast by the right hand or left hand with respect to the orientation (for example, 90 ° position) of handle 498.In the bottom of frame 688, in the chuck zone, hole 692 can be set, thereby allow drill bit B when awl D leaves in the frame 688, to be retained among the awl D.In some structures, even when moving on the ground of go-cart 410 in injustice, dark relatively frame 688 also can keep awl D securely.Near handle 498, can form other chamber 694 (for example, depositing chamber, beverage support etc.), so that the operator of go-cart 410 takes fast.
Shown in Figure 29 (and Fig. 9,10D, 16,21,36A and 36C), aspect some structures and some in, industrial cart 410 can comprise molded or be assembled into one or more hooks 490 of depositing on the top shelf 422 with top shelf 422.Replacedly, industrial cart 410 also can comprise with other framing member (for example, under the handle (as Fig. 4 to 8,17,23 to 24,25C and 26 to 27) and/or in the go-cart neighboring) of go-cart molded together or be assembled into as described in deposit hook 490 on the framing member.Depositing hook 490 can be used to extension cord, flexible pipe, radio receiver, battery charger (for example, multicompartmented charger), miscellaneous equipment etc. are left in the go-cart 410.Shown in Fig. 6 to 7 and 27, locked component can be set, the object of depositing is locked onto in the go-cart 410.
In aspect some structures and some (referring to Figure 29 A, 29D and 29G), main handle 498 has hole 696 in the centre, be used for storing tools (for example, hammer), is used for hanging " S " hook (for example, hang bucket and from the cotton rope of trammer handle), or the like.
Shown in Fig. 9,25C to 25D and 26, aspect some structures and some in, industrial cart 410 can comprise power panel 700, is used for powering near the electric installation that may move go-cart 410 (for example, power tool, radio receiver, battery charger etc.).In some structures, as mentioned above, can come to power panel 700 power supplies by being bearing in the power supply in the go-cart 410.
In the structure that illustrates, by not being bearing in the power supply (not shown) in the go-cart 410, to power panel 700 power supplies.In the structure that illustrates, go-cart 410 can comprise having 12 " to 18 " indent GFCI (ground-fault interrupter) power panel 700 of pig-tail wire 704, be used to be connected to non-vehicle-borne power supply.Power panel 700 can be arranged in the indent recess 708 in the shelf 422, thereby keeps the width of go-cart.The short relatively length of pig-tail wire 704 can prevent the damage of 418 pairs of lines 704 of cart wheel, and/or anti-principal vertical line 704 disturbs the motion of go-carts 410.
Go-cart 410 can comprise the cupboard 558 with recess (not shown), to hold 2 sockets or the portable GFCI power panel of 4 sockets that meets industrial standard.This recess makes and the portable GFCI power panel that meets industrial standard can be left in the go-cart 410, also takes off easily simultaneously, to use in the position away from go-cart 410.This recess can be positioned on the cupboard wall, thereby makes and can easily use socket, and can have little coiling zone, so that line does not drop to the ground.
Can be closed and/or lockable storing compartment 558 hole (not shown, but diameter for example is approximately 1 ") can be set near power panel, thereby provide passage for electric wire enters into cupboard 558.This layout for example will make guarantees that can carry out night to the battery of the power tool of no electric wire from the inside of the cupboard 558 of locking charges.
In some structures with aspect some in the (not shown), go-cart can comprise dust collection system.In some structures, go-cart can comprise vehicle-borne dust collection system.This onboard system can comprise fan or the vacuum pump that is used for producing from the work area windstream, and the storing containers that is used to collect and deposit the dirt/debris of removing from the work area.
In other structures, go-cart can comprise a part of dust collection system.The described part of the described system in the described go-cart (for example, flexible pipe, air passage, windstream generation device) can be connected on the non-vehicle-mounted part (for example, flexible pipe, air passage, windstream generation device, dirt/debris container) of dust collection system.
Figure 17 A shows can be by adding the structure of " substantially " go-cart 410F that one or more module adjunct units 712 transform.Before supporting plate 518F can allow to connect annex 712, transform go-cart, with by uses such as electrician, plumber, surfaceman.
The coil of wire Shaft assembly 716 that Figure 17 B shows module is connected on " substantially " go-cart 410F, for example is used to be transformed into the go-cart 410Fa that the electrician uses.Figure 17 C shows that make from " substantially " go-cart 410F by adding drawer 720, closed fully or " cabinet type " go-cart 410Fb.Figure 17 D to E shows module drawer system 724 (for example, being used for little part, instrument etc.) is connected to " substantially " go-cart 410F, for example, is used to be transformed into the go-cart 410Fc that the surfaceman uses.Figure 17 F shows the unlimited go-cart 410Fd that make, that do not have cupboard from " substantially " go-cart 410F.Figure 17 G to H shows jar accessory system 728 (for example, being used for keeping one or more jars of T, such as acetylene gas tank, oxygen canister, propane container, fire extinguisher etc.) is connected on " substantially " go-cart 410F, for example is used to be transformed into the go-cart 410Fe that the Plumber uses.Figure 17 I shows jar accessory system 732 (for example, being used for keeping one or more jars of T, such as acetylene gas tank, oxygen canister, propane container, fire extinguisher etc.) is connected on " substantially " go-cart 410F, for example is used to be transformed into the go-cart 410Ff that the electrician uses.
In some structures (referring to Fig. 9,16,17A, 17C, 17F to I, 19A, 23 to 24,25E and 26), the preceding supporting plate 518F that extends can for example be arranged to deposit general commercialization product, annex etc. (for example, ladder, engineer's spirit level, material, annex, coil of wire axle, voice and data cable box etc.).Figure 17 G to I and 21 shows the go-cart 410F and the 410I of supporting inflator, fire extinguisher, blowtorch and flexible pipe etc.Go-cart 410F can comprise other supporting member/carriage (not shown), comes supporting cylinder, fire extinguisher, blowtorch, flexible pipe etc.These other supporting member/carriages can by with module accessories 712 similar modes, install apace, unload, replacing etc.
Shown in Figure 17 A to I, the running surface 740 (for example, plate is installed or laid to the steel finished surface of extension, anchor clamps/bench vice) of extension can be set in the front of go-cart 410F.The running surface 740 of such extension can by with module accessories 712 similar modes, install apace, unload, replacing etc.
As mentioned above, go-cart 410 (and above-mentioned go-cart 10,110,210 and 310) setting can be supported the modular construction of various sub-components, device, equipment, articles for use etc.Can selectively sub-component be added in the go-cart 410, or unload sub-component, be used for specific purposes thereby go-cart 410 is customized to from go-cart 410.Module frame and sub-component allow the user an independent go-cart 410 can be configured for multiple-task.
Maker, distributor or user can construct go-cart 410 for specific purposes.Optionally, maker and/or distributor can provide the basic go-cart 410 that usually is configured for special-purpose at first, and distributor and/or user can constitute go-cart 410 specially and be used for specific purposes.
For annex being connected in the go-cart 410, connection structure 742 is set in go-cart 410.Connection structure 742 can make can utilize identical connection structure 742, and different module accessories is connected in the go-cart 410.For example, connection structure 742 can comprise projection (for example, protrusion), and each module accessories can comprise the container that is used for holding this projection when module accessories is bearing in the go-cart 410.In other structure, connection structure 742 can comprise container, and each module accessories can be included in the projection (for example, protrusion) that is contained in when module accessories is bearing in the go-cart 410 in the container.In the structure that illustrates,, provide connection structure 742 by antetheca 566.
Figure 37 A to O shows and is transformed into the industrial cart 410 that comprises assembly 744 or supporting shaft 480.In the structure that illustrates, assembly 744 can support a plurality of spools 480 and many group 746 spools 480 (as spool Unit 480).
Shown in Figure 37 O, assembly 744 comprises the carriage or the support 750 of the one or more supporting arms 758 that have base portion 754 and extend from this base portion 754.This base portion 754 comprises the connection structure 762 (for example, fastener) on the connection structure 742 that can be connected on the forearm 566.Support 750 is positioned to form 758 pairs 766 on arm.In each arm 758, be limited with slit 770.In each arm 758, be provided with retainer 774.
Shown in Figure 37 O, assembly 744 also comprises the axle 778 with opposed end 782.One or more spools 480 are rotatably supported on the axle 778.Axle each end 782 of 778 can be contained in the respective slots 770 in the respective arms 758, and is relevant on 766 the arm 758 so that axle 778 (and arbitrary or a plurality of spool that is supported 480) is bearing in.
For one or more spools 480 are bearing in the go-cart 410, be contained in end 782 under the state of relevant slit 770, by a pair of 766 arms, 758 bolsters 778.Framework 786 pivots with respect to support 750, thereby each recess 802 all joins on the corresponding retainer 774 below, thereby prevents that axle 778 breaks away from arm 758.When framing member 790 was bearing in the go-cart 410, framing member 790 was in the horizontal plane that comprises axle 778 substantially.Like this, framework 786 can not disturb the one or more spools on another framework 786.
In order to take off one or more spools 480 from go-cart 410, the operator pivots and lift frame member 790, and retainer 774 and recess 802 are broken away from.The operator continues lift frame 786, thereby takes off axle 778 from described arm 758 to 766.The operator can be carried to framework 786 and the one or more spools 480 that are supported other position (for example, in order to connect up, to change empty spool 480 in this position, replace or to add spool 480 with different lines etc.) then.
In some structures, can regulate, change and/or substitute one or more arms 754.For example, support 750 can be formed with base portion 754 and separate one or more arms 758 that also can be connected on the base portion 754.One or more arms 758 as damage or wearing and tearing can be changed.Can be with (for example having different structure, the slit 770 of different size, difformity (tilt or skew, thereby form bigger space between the arm 758 paired 766)) or size is (for example, length apart from forearm 566) arm (not shown), replace described one or more arm 758, have different size the to hold spool (not shown) of (for example diameter, length etc.).
The position-adjustable of one or more arms 758 becomes one or more spools are positioned at ideal position (for example, being used for the different spool of size).For example, but relative adjustment base portion 754 and one or more arm 758 change one or more arms with respect to the orientation of go-cart 410 (for example with respect to platform 422, with respect to antetheca 566, with respect to preceding supporting plate 518 etc.), position etc.
In such structure, can between base portion 754 and one or more arm 758, structure be set, one or more arms 758 are remained on selected orientation, position etc.Such structure can allow to carry out fast speed connection, disconnection, adjusting etc.
Shown in Figure 37 O, end member 794 roughly has V-arrangement and forms leg 806.Leg 806 makes framework 786 supporting (for example, on the ground, first-class at bench board, shown in Figure 37 O) from the teeth outwards, and one or more spools 480 are bearing on the described surface, thereby can be under this orientation, from one or more spools wirings.Leg 806 be arranged such that leg 806 do not disturb from be connected on the framework 786 one or more spools or from the wiring or the line of the one or more spools on other frameworks 786 that are bearing in the go-cart 410.
Show as 38A to L and to be transformed into the industrial cart 410 that comprises work-supporting device or bench vice assembly 816.Assembly 816 is bearing in 554 places, position that are arranged in the go-cart 410.
In the structure that illustrates, assembly 816 comprises support or the carriage 820 with connecting bridge 824 and supporting part 828.Connecting bridge 824 is connected on the connection structure 742 in the go-cart 410, thereby carriage 820 is bearing in the go-cart 410.
Workpiece retainer such as anchor clamps, bench vice, chain tongs 462 is bearing on the supporting part 828.Carriage 820 is constructed such that the material receiving unit and the cutting auxiliary device of the material on the platform 422 (for example, the groove 546) alignment of bench vice 462.Thereby material to be processed can be bearing on the groove 546, and is kept by bench vice 462.
As mentioned above, the suspension deposit position (not shown) that is used for power tool (for example, live wire or do not have electric wire band saw, grinder, awl, reciprocating-type saw etc.) can be arranged near assembly 816.Can pass through a part of carriage 820 (for example, below supporting part 828), form deposit position, perhaps deposit position can be arranged in the go-cart 410 near carriage 820.Thereby deposit position can provide the position of quick suspension power tool, be used between the cutting operation and when transporting (rolling) go-cart 410, fixedly deposit allowably, and be used for after material to be cut being fixed on correct position (for example, on the bench vice 462), taking power tool apace.
As above with reference to as described in Figure 17 A to I, can by with running surface 740 similar mode, holding workpieces retainer or the bench vice assemblies 816 that extend.
Figure 39 A to F shows and is transformed into the industrial cart 410 that comprises storage assembly for storing 834.Assembly 834 provides the other placement/tissue to instrument, equipment, material, consumptive material etc.
Storage assembly for storing 834 comprises the shell 838 (for example, supporting one or more pallets, case, shelf 842 etc.) that forms one or more deposit positions.In the structure that illustrates, shell 838 is contained in the indent or opening on the preceding supporting plate 518 that is arranged at extension.Such layout can be enough to assembly 834 is remained in the go-cart 410.Other adaptor union (not shown) can be set, come (by connection structure 742) that shell 838 is connected on the antetheca 566.
Storage assembly for storing 834 can be similar with module drawer system 724, as above with reference to figure 17D to E described.
Show as 40A to K and to be transformed into the industrial cart 410 that comprises the assembly 852 that is used to support and/or deposit jar T.In the structure that illustrates, assembly 852 matches with the preceding supporting plate 518 that extends, thereby one or more jars of T are supported and/or remain in the go-cart 410.
In the structure that illustrates, main body 864 is defined for position or the profile 868 of two jar T.In other structure (not shown), can form main body 864 by each base portion (not shown) that all is defined for the profile 868 of jar T.Described theme part can connect and/or be connected to separately in the go-cart 410 together, thereby the jar T that will be correlated with is bearing in the go-cart 410.
Each base portion all can be of different sizes and/or the shape profile, to hold the jar T with different size and/or shape.Therefore, the user can be one or more jars of selected T and selects suitable one or more main bodys, and it is bearing in the go-cart 410.Base portion can interconnect under differing heights, thereby holds the jar T of different size (for example differing heights).
Can by with the similar mode of above-mentioned those modes, other module accessories or assembly (for example, power tool of installing on tool carrier, dust collection system, work support, the platform etc.) is bearing in the go-cart 410.Can and/or be arranged on indent in the preceding supporting plate 518 of extension or openings form and connect by module connection structure 742.
In some structures (referring to Fig. 2), the band saw SA (Figure 28 A to 28B illustrates) that go-cart (for example, go-cart 110) can be installed on platform uses.Platform B supporting band saw SA is in order to motion between the non-cutting position (shown in Figure 28 B) of cutting position (shown in Figure 28 A) that reduces and lifting.As illustrated, platform B can make band saw SA can be used to the operation of cutting sth. askew and cutting.
In the structure that illustrates, can take off band saw SA from platform B, operated as handheld band saw.Main handle M is connected on the shell H of band saw SA, in order to from shown in the operating position on platform B move to operating position (not shown) as handheld band saw SA.Main handle M can be around near point of connection C (four fasteners), swing to roughly relative hand-held position from the platform operations position that illustrates.In other structure, main handle M can take out from shell H, and is connected to the platform operations position that illustrates or relative hand-held position.
In the structure that illustrates, band saw SA is the band saw of live wire.In other structures, band saw SA can be and the U.S. Provisional Patent Application No.60/546 that submits on February 20th, 2004,489, the U.S. Provisional Patent Application of submitting on October 28th, 2,004 60/623, the U.S. Patent application No.11/061 that on February 18th, 422 and 2005 submitted to, shown in 057 and the similar band saw of band saw of the no electric wire of describing, here by reference in conjunction with the full content of these patent applications.
In some respects with some structures in, go-cart 10,110,210,310 or 410 can provide one or more in the following characteristics: durability on worker's point and tolerance (be used for go-cart and/or be used to be bearing in instrument in the go-cart, equipment, material etc.); Manoevreability (travel to and fro between worker's point and near the motion worker puts, comprise the door opening of the standard of moving through); Deposit (for example, tissue, material processed, comprise the relatively large open region that is used for than big article (for example, material of instrument, tool bag and tool box, equipment, cooling mechanism, packing etc.)); (go-cart) alerting ability and comformability; (go-cart and/or be bearing in instrument in the go-cart, equipment, material etc.) safety or the like.In some respects with some structures in, go-cart 10,110,210,310 or 410 can provide improved running surface and work area, is used for material is processed and/or assembled, and is used to utilize instrument, equipment, material etc. to process.
In some respects with some structures in, go-cart 10,110,210,310 or 410 size be suitable for easily cooperating the standard of passing door opening (have about 26 " maximum width, thereby be suitable for passing about 32 " the standard gate opening).
In some respects with some structures in, it is durable that go-cart 10,110,210,310 or 410 constitutes, and constitute delivery typical worker put required instrument, equipment, material etc., (for example keep the rational weight that does not load simultaneously, be lower than 150lbs), thus can deliver go-cart by two people.Aspect such and in such structure, go-cart 10,110,210,310 or 410 can comprise frame assembly, this frame assembly (for example comprises the many parts of formation, base portion, platform, cupboard etc.) most relative light material, these parts are strengthened by the tension member (for example, supporting and/or reinforcement base portion, flat-bed rod iron etc.) that weighs by force.
One or more independent characteristic of the present invention or independent advantages can be illustrated in claims.
Claims (43)
1. industrial cart, this industrial cart comprises:
The base portion assembly, described base portion assembly has the base portion area supported that is used to support object;
Wheel, described wheel are connected on the described base portion assembly, and are used to support described go-cart and move on the ground; And
Platform assembly, described platform assembly have the platform supports surface that is used to support object, and described platform assembly is supported to described base portion assembly perpendicular separation and opens, and at least in part above described base portion assembly;
Wherein, at least one in described base portion assembly and the described platform assembly provided by frame assembly, and described frame assembly comprises:
Main component, described main component provides described area supported, and described main component has the length of extending along axis, and described main component is formed by non-metallic material, and
Tension member, described tension member can be connected on the described main component, and described tension member extends along described axis, and described tension member is formed by metallic material at least in part.
2. go-cart according to claim 1, wherein, described frame assembly also comprises second tension member that can be connected on the described main component, and described second tension member extends along described axis, and described second tension member is formed by metallic material at least in part.
3. go-cart according to claim 1, wherein, described base portion assembly is provided by described frame assembly.
4. go-cart according to claim 3, wherein, described platform assembly is provided by second frame assembly, and described second frame assembly comprises:
The main platform body member, described main platform body member provides described platform supports surface, and described second main component extends along described axis, and described second main component is formed by non-metallic material, and
The platform tension member, described platform tension member can be connected on the described main component, and described platform tension member extends along described axis, and described platform tension member is formed by metallic material at least in part.
5. go-cart according to claim 4, wherein, described platform assembly comprises the second platform tension member that can be connected to described main component, and the described second platform tension member extends along described axis, and the described second platform tension member is formed by metallic material at least in part.
6. go-cart according to claim 3, described go-cart also comprises:
Back upright body; And
Preceding upright body, described back upright body and described preceding upright body match, thereby described platform assembly is supported to separate with described base portion assembly.
7. go-cart according to claim 5, described preceding upright body is provided by antetheca, and described go-cart also comprises the cupboard that limits closed storage area, and described cupboard comprises:
Described antetheca,
Rear wall, described rear wall are positioned at described antetheca back,
The first side wall, described the first side wall are connected between described antetheca and the described rear wall,
Second sidewall, described second sidewall are connected between described antetheca and the described rear wall,
Wherein, described antetheca, described rear wall, described the first side wall and described second sidewall match, thereby described cupboard is provided, and described cupboard can be connected in described base portion assembly and the described platform assembly at least one.
8. go-cart according to claim 7, wherein said platform assembly be can't help second frame assembly to be provided, described platform assembly comprises the platform body, and, described back upright body, described antetheca and described rear wall are connected between described platform body and the described base portion assembly, thereby and match described platform body supporting to separate with described base portion assembly.
9. go-cart according to claim 7, wherein, in described antetheca, described rear wall, described the first side wall and described second sidewall at least one provided by the door member, can operate described door member and allow to enter described storage area, thereby and described door member can closed seal described storage area.
10. go-cart according to claim 1, wherein, described main component is formed by structural foam, and described tension member is formed by steel.
11. go-cart according to claim 1, wherein, described main component has lower surface and limits recess, and described tension member can be positioned in the described recess, and does not extend below described lower surface.
12. the method for an assembly industry go-cart, described go-cart comprises: the base portion assembly, and described base portion assembly has the base portion area supported that is used to support object; Platform assembly, described platform assembly have the platform supports surface that is used to support object; And wheel, described wheel is connected on the described base portion assembly, moves on the ground thereby support described go-cart, and described method comprises following operation:
Provide in described base portion assembly and the described platform assembly at least one by frame assembly, described frame assembly comprises: main component, and described main component provides described area supported, and described main component extends along axis, and is formed by non-metallic material; And tension member, described tension member has a length, and is formed by metallic material at least in part,
Connect described main component and described tension member to form described framing member, thereby form in described base portion assembly and the described platform assembly described at least one, described tension member is connected on the described main component, and described main component has the length of extending along described axis, and
Support described platform assembly, feasible spaced apart in vertical direction with described base portion assembly, and be positioned at described base portion assembly top at least in part.
13. method according to claim 12, wherein, describedly provide operation to comprise the operation that second tension member is provided, described second tension member has a length, and form by metallic material at least in part, and, described attended operation comprises such operation, promptly connect described main component and described second tension member, to form described frame assembly, thereby form in described base portion assembly and the described platform assembly described at least one, described second tension member is connected on the described main component, described main component has the length of extending along described axis.
14. method according to claim 12 wherein, provides in operation and the described attended operation described, forms described base portion assembly.
15. method according to claim 14, this method also comprises following operation:
Provide described platform assembly by second frame assembly, described second frame assembly comprises main platform body member and platform tension member, described main platform body member provides described platform supports surface, described main platform body member extends along described axis, described main platform body member is formed by non-metallic material, and described platform tension member has a length and formed by metallic material at least in part; And
Connect described main platform body member and described platform tension member, to form described second frame assembly, thereby form described platform assembly, described platform tension member is connected on the described main platform body member, and described main platform body member has the length of extending along described axis.
16. method according to claim 15, wherein, provide the operation of described second framework to comprise such operation, the second platform tension member that has a length and formed by metallic material at least in part promptly is provided, and, the operation that connects described main platform body member comprises such operation, promptly connect described main component and the described second platform tension member, to form described second frame assembly, thereby form described platform assembly, the described second platform tension member is connected on the described main platform body member, and described main platform body member has the length of extending along described axis.
17. method according to claim 14, wherein, described go-cart also comprises back upright body and preceding upright body, and, described supporting operation comprises such operation, be about to described back upright body and described before upright body be bearing between described platform assembly and the described base portion assembly, thereby with described platform assembly supporting for to separate with described base portion inter-module.
18. method according to claim 17, wherein, upright body is provided by antetheca before described, and, described go-cart also comprises the cupboard that limits closed storage area, described cupboard comprises described antetheca, be positioned at the rear wall of described antetheca back, be connected the first side wall between described antetheca and the described rear wall, be connected second sidewall between described antetheca and the described rear wall, and described method also comprises following operation:
Connect described antetheca, described rear wall, described the first side wall and described second sidewall, thereby form described cupboard; And
Described cupboard is connected in described base portion assembly and the described platform assembly at least one.
19. method according to claim 18, wherein, described supporting operation comprises following operation:
The platform body is provided, and
Described back upright body, described antetheca and described rear wall are connected between described platform body and the described base portion assembly, thereby described platform body is supported to separate with described base portion inter-module.
20. method according to claim 18, wherein, in described antetheca, described rear wall, described the first side wall and described second sidewall at least one provided by the door member, can open described door member, to allow to enter described storage area, and can closed described door member, seal described storage area, and, the operation that connects described antetheca comprises such operation, being about to described door member is connected on other wall in described antetheca, described rear wall, described the first side wall and described second sidewall, to form described cupboard.
21. a method of assembling an industrial cart in first industrial cart and second industrial cart, this method comprises:
The base portion assembly is provided, described base portion assembly has the base portion area supported that is used to support object, provide the operation of described base portion assembly to comprise such operation, the base frame assembly promptly is provided, this base frame assembly comprises base body member and base portion tension member, and described base body member provides described base portion area supported, and described base body member extends along the base portion axis, and form by non-metallic material, described base portion tension member is formed by metallic material at least in part;
Described base body member is connected on the described base portion tension member, and to form described base portion assembly, the length of described base portion tension member is extended along described base portion axis;
Wheel is connected on the described base portion assembly, moves on the ground to support described go-cart;
Main platform body member with the platform supports surface that is used to support object is provided, and described main platform body member extends along the platform axis, and is formed by non-metallic material;
Back upright body and antetheca are provided; And
Select an industrial cart in described first industrial cart of assembling and described second industrial cart;
Wherein, if select described first industrial cart, then described method also comprises following operation:
The platform framework assembly is provided, and described platform framework assembly comprises described main platform body member and platform tension member, and described platform tension member is formed by metallic material at least in part;
Described main platform body member is connected on the described platform tension member, thereby forms platform assembly, the length of described platform tension member is extended along described platform axis; And
Described back upright body and described antetheca are connected between described base portion assembly and the described platform assembly, thus with described platform assembly supporting for separating with described base portion inter-module in vertical direction, and above being positioned at described base portion assembly to small part;
And if select described second industrial cart, then described method also comprises following operation:
Cupboard is provided, and this cupboard comprises described antetheca, be positioned at the rear wall of described antetheca back, be connected the first side wall between described antetheca and the described rear wall, be connected second sidewall between described antetheca and the described rear wall; And
Described back upright body, described antetheca and described rear wall are connected between described main platform body member and the described base portion assembly, thus with described main platform body member supporting for to separate with described base portion inter-module.
22. an industrial cart, it comprises:
Base portion, described base portion have the base portion area supported that is used to support object;
Wheel, described wheel is connected on the described base portion, and is used to support described go-cart and moves on the ground;
Platform, described platform tool is useful on the platform supports surface of supporting object, described platform is supported to described base portion spaced apart in vertical direction, and at least in part above described base portion, described platform has upper surface, lower surface, first end surface, the second end surface and side surface, and described platform limits the opening that extends internally from described side surface; And
Drawer, described drawer can be bearing in the described opening and limit the storage area, described drawer can move between open position that can enter described storage area and make position with respect to described platform, described drawer is positioned at the zone that is limited fully, and do not extend beyond described upper surface, described lower surface, described first end surface and described the second end surface, described drawer is in a kind of, that is: parallel with described side surface in the following state at least when being in the close position; And inwardly and described side surface spaced apart.
23. go-cart according to claim 22, wherein, described platform and described drawer match, so that the sliding motion of described drawer to be provided.
24. go-cart according to claim 23, wherein, described platform is formed by non-metallic material, and, described go-cart also comprises slide mechanism, described slide mechanism is bearing in the described opening, and supports described drawer with respect to described platform sliding motion, and described slide mechanism is formed by metallic material at least in part.
25. go-cart according to claim 22, wherein, described platform limits platform openings, wherein, described drawer limits the drawer opening, when described drawer is in described make position, this drawer opening can align with described platform openings, and, in described platform openings and described drawer opening, can hold lock, with with described drawer lock in described make position, described drawer is constructed such that when described drawer is positioned at make position described lock does not extend to outside the described side surface of described flat-bed.
26. go-cart according to claim 25, wherein, described drawer has drawer side wall, described drawer side wall has and is roughly parallel to first that described side surface extends and from the second portion of described first indent, described lock can be contained in the described second portion, thereby when described drawer was in the close position, described lock did not extend to outside the described side surface of described flat-bed.
27. an industrial cart, it comprises:
Base portion, described base portion have the base portion area supported that is used to support object;
Wheel, described wheel is connected on the described base portion, and is used to support described go-cart and moves on the ground;
Platform, described platform tool is useful on the platform supports surface of supporting object, described platform is supported to described base portion spaced apart in vertical direction, and is positioned at described base portion top at least in part, and at least one in described base portion and the described platform forms the neighboring of described go-cart; And
Cupboard, described cupboard is connected in described base portion and the described platform at least one, described cupboard limits closed storage area and comprises a member, described door member can move between open position and make position, can enter the storage area at described open position, described door member is constructed so that described door member does not extend beyond the described neighboring of described go-cart when described open position.
28. go-cart according to claim 27, wherein, described door member is moveable to second open position, and at this second place place, described door member extends beyond the neighboring of described go-cart.
29. go-cart according to claim 28, wherein, described door member is supported, in order to be pivotally moved to the open position that described second open position and sliding motion were mentioned to the top first time.
30. go-cart according to claim 27, wherein, described door member is in described open position is positioned at described cupboard.
31. go-cart according to claim 27, wherein, described cupboard comprises the cupboard shell at least one that is connected in described base portion and the described platform, and the described door of described outer casing supporting member is to move between described make position and described open position.
32. go-cart according to claim 31, wherein, described cupboard comprises the hinge component that pivotly described door member is connected on the described shell.
33. go-cart according to claim 32, wherein, described hinge component is supported slidably by described shell, thereby described door member can pivot and slide with respect to described shell.
34. go-cart according to claim 33, wherein, described door member can pivot between the described make position and second open position, at this second open position, described door member extends beyond the described neighboring of described go-cart, and described door member can described second open position and above the first time slide between the open position mentioned.
35. go-cart according to claim 27, this go-cart also comprises locked component, is used for described door member is remained on described make position.
36. go-cart according to claim 35, wherein, described locked component comprises the latch member by described door member supporting, described latch member can be at position latching and is not moved between the position latching, described latch member engages a surface at this position latching, thereby described door member is remained on described make position, and position latching can be from described make position motion and described door member is at this.
37. go-cart according to claim 36, wherein, described cupboard is connected on the described base portion, and described base portion provides described surface, and described surface can engage with described latch member, thereby described door member is remained on described make position.
38. go-cart according to claim 36, wherein, described door member has the reveal wall, described reveal wall has first that the part that is roughly parallel to described neighboring extends and from the second portion of described first indent, described latch member is positioned in the described second portion, thereby when described door member was in the close position, described latch member did not extend beyond the described neighboring of described go-cart.
39. an industrial cart, it comprises:
Base portion, described base portion have the base portion area supported that is used to support object;
Wheel, described wheel is connected on the described base portion, and is used to support described go-cart and moves on the ground; And
Platform, described platform is supported to described base portion spaced apart in vertical direction, and at least in part above described base portion, described platform tool is useful on the platform supports surface of supporting object, described platform supports surface limits groove, will material processed can be bearing in this groove, and can keep by this groove.
40. according to the described go-cart of claim 39, wherein, described platform comprises supporting member, can operate this supporting member the material holding device is bearing in and described groove positions aligning.
41. according to the described go-cart of claim 39, wherein, described platform supports surface limits deposits depression, and described groove is by providing at described first groove part and second groove part of depositing on the depression opposite side.
42. according to the described go-cart of claim 39, wherein, described platform supports surface limits a series of holes, pillar can be bearing in each hole in described a series of holes, arranges thereby be provided at the retainer that extends on the described platform supports surface.
43. an assembly that is used for supporting shaft, described assembly can be connected in the go-cart, so that with the go-cart campaign, described assembly comprises:
First carriage, described first carriage comprise first base portion that can be connected in the described go-cart and the first arm that extends from this base portion, and described the first arm limits first slit, and retainer is bearing near the described the first arm;
Second carriage, described second carriage comprise second base portion that can be connected in the described go-cart and second arm that extends from this base portion, and described second arm limits second slit, and described the first arm and the supporting of described second arm are the relation of almost parallel;
Axle is used to support described spool, and described axle has and can be bearing in the first end in described first slit and can be bearing in the second end in described second slit, described spool is bearing on described first carriage and described second carriage;
Framework, described framework can be connected on the described axle, and are used to carry described axle, and described framework comprises
Center frame member, described center frame member provides grasping surface, is used for the operator and engages, and to deliver described framework and described axle, described center frame member is defined for from the cable guiding device of described spool clearance line,
The first end member, described first end component limit is used to hold first hole of the described first end of described axle, and described first end member comprises the first shank branch, and one during described first shank divides is connected on the described center frame member, described first end component limit notch, and
The second end member, described the second end component limit are used to hold second hole of the described the second end of described axle, and described the second end member comprises the second shank branch, and one during described second shank divides is connected on the described center frame member;
Wherein, described axle and described framework can be at the first bearing state lower support on described first carriage and second carriages, and wherein, under described first bearing state, described retainer engages described notch, thereby prevent that described axle breaks away from described the first arm; Wherein, described framework can be at the second bearing state lower support on a surface, wherein under described second bearing state, described first leg and described second leg engage described surface, make described framework that described axle and described spool are bearing in described surface, and, be in described first bearing state and described second bearing state following time at described axle and described framework, can be by described cable guiding device clearance line.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US57341004P | 2004-05-21 | 2004-05-21 | |
| US60/573,410 | 2004-05-21 | ||
| US60/637,634 | 2004-12-20 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101365614A true CN101365614A (en) | 2009-02-11 |
Family
ID=40391417
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2005800243214A Pending CN101365614A (en) | 2004-05-21 | 2005-05-23 | Industrial cart |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101365614A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102700587A (en) * | 2012-06-20 | 2012-10-03 | 常熟市平冶机械有限公司 | Sheet metal transport vehicle |
| CN104890709A (en) * | 2015-06-30 | 2015-09-09 | 长春轨道客车装备有限责任公司 | Multifunctional movable cart |
| CN108568791A (en) * | 2018-06-15 | 2018-09-25 | 湖南绿色再生资源有限公司 | storage device |
| CN109204830A (en) * | 2017-07-05 | 2019-01-15 | 松下航空电子公司 | The cart moved along surface and the method for moving cart along surface |
| CN113163918A (en) * | 2018-08-28 | 2021-07-23 | 灵动科技（北京）有限公司 | Autopilot system with inventory carrying trolley |
-
2005
- 2005-05-23 CN CNA2005800243214A patent/CN101365614A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102700587A (en) * | 2012-06-20 | 2012-10-03 | 常熟市平冶机械有限公司 | Sheet metal transport vehicle |
| CN104890709A (en) * | 2015-06-30 | 2015-09-09 | 长春轨道客车装备有限责任公司 | Multifunctional movable cart |
| CN109204830A (en) * | 2017-07-05 | 2019-01-15 | 松下航空电子公司 | The cart moved along surface and the method for moving cart along surface |
| CN109204830B (en) * | 2017-07-05 | 2023-04-28 | 松下航空电子公司 | Cart for movement along a surface and method for moving a cart along a surface |
| CN108568791A (en) * | 2018-06-15 | 2018-09-25 | 湖南绿色再生资源有限公司 | storage device |
| CN113163918A (en) * | 2018-08-28 | 2021-07-23 | 灵动科技（北京）有限公司 | Autopilot system with inventory carrying trolley |
| CN113163918B (en) * | 2018-08-28 | 2023-03-28 | 灵动科技（北京）有限公司 | Autopilot system with inventory carrying trolley |
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