CN204474245U - Handling device - Google Patents
Handling device Download PDFInfo
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- CN204474245U CN204474245U CN201520074749.0U CN201520074749U CN204474245U CN 204474245 U CN204474245 U CN 204474245U CN 201520074749 U CN201520074749 U CN 201520074749U CN 204474245 U CN204474245 U CN 204474245U
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- spare part
- carrier
- handling device
- support body
- movable pulley
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Abstract
A kind of Handling device, be suitable for being assembled in a processing device to carry a spare part of processing device, Handling device comprises a support frame, one carrier, and a lifting mechanism, support frame is assembled in processing device and is positioned at processing device side, carrier comprises one in order to carry the carrying support body of spare part, and one is arranged at the limit assembly carried on support body, limit assembly makes it be positioned to carry support body in order to limit spare part position, lifting mechanism is arranged between support frame and carrier, lifting mechanism moves up or down relative to support frame along an above-below direction in order to drive carrier, whereby, can carry to safe and effective rate the spare part of processing device, and when can save manpower transport's cost and porter.
Description
Technical field
The utility model relates to a kind of Handling device, particularly relates to a kind of Handling device of the spare part in order to carry processing device.
Background technology
General hot air multilayer furnace comprises a body of heater, and multiple temperature booster be arranged in body of heater, and the hot blast heated by temperature booster carries out drying process to glass substrate.Large and the Heavy Weight of volume due to temperature booster, therefore, for temperature booster being detached body of heater to carry out checking, keep in repair or changing, or when being re-assemblied to body of heater by temperature booster, all needs the transport operation that just can be carried out temperature booster by a large amount of manpowers.The aforementioned mode by a dead lift temperature booster, easily because of in handling process accidentally cause temperature booster to drop and impaired or weigh staff wounded, or the situation causing staff's hand injured produces.Therefore, by manpower and the man-hour of the easy at substantial of the mode of a dead lift, handling process is inconvenient and efficiency is not good, and danger is also higher.
Summary of the invention
An object of the present utility model, is to provide a kind of Handling device, can carry to safe and effective rate the spare part of processing device, and when can save manpower transport's cost and porter.
Another object of the present utility model, is to provide a kind of Handling device, can manipulate lifting mechanism effortlessly and move up and down relative to support frame to drive carrier.
Another object of the present utility model, is to provide a kind of Handling device, can control carrier and be rotated to stand up position by level attitude, make spare part can be placed on transport trolley in the mode erected by lifting mechanism, whereby, effectively can save carrying space.
The purpose of this utility model and solution background technology problem realize by the following technical solutions, according to the Handling device that the utility model proposes, are suitable for being assembled in a processing device to carry a spare part of this processing device.
This Handling device comprises a support frame, a carrier, and a lifting mechanism, this support frame is assembled in this processing device and is positioned at this processing device side, this carrier comprises one in order to carry the carrying support body of this spare part, and one is arranged at limit assembly on this carrying support body, this limit assembly makes it be positioned this carrying support body in order to limit this spare part position, this lifting mechanism is arranged between this support frame and this carrier, and this lifting mechanism moves up or down relative to this support frame along an above-below direction in order to drive this carrier.
This spare part comprises the first side that two are positioned at opposition side, and this limit assembly comprises two along one perpendicular to fore-and-aft direction first locating part separately of this above-below direction, and this two first locating part clamps this two first side respectively.
This spare part also comprises an end face, respectively this first locating part comprises one and is removably connected to this carrying support body and is held on the first vertical grip block of this corresponding first side, and one is connected to this first vertical grip block top and is held on the first horizontal grip block of this end face.
This spare part also comprises the second side that two are connected to this two first sides end opposite, this limit assembly also comprises two along one perpendicular to left and right directions second locating part separately of this fore-and-aft direction, and this two second locating part clamps this two second side respectively.
This spare part also comprises an end face, respectively this second locating part comprises one and is removably connected to this carrying support body and is held on the second vertical grip block of this corresponding second side, and one is connected to this second vertical grip block top and is held on the second horizontal grip block of this end face.
This carrier also comprises one and is arranged on this carrying support body in order to be connected to the spacer of this processing device.
This carrying support body comprises a cushion, and the bottom surface of this cushion for this spare part abuts.
This carrying support body comprises two cushions separately, and respectively the bottom surface of this cushion for this spare part abuts, and respectively this cushion is microscler and its length bearing of trend is parallel to this fore-and-aft direction.
This carrier also comprises two the first movable pulleys and two the second movable pulleys that are arranged at this carrying support body, this two first movable pulley along one perpendicular to this above-below direction left and right directions separately, this two second movable pulley along this left and right directions separately, respectively this second movable pulley and this corresponding first movable pulley along one perpendicular to this left and right directions fore-and-aft direction separately, this lifting mechanism comprises one and to be connected to control the first elevating control assembly that this two first movable pulley is elevated with this two first movable pulley, and one to be connected to control the second elevating control assembly that this two second movable pulley is elevated with this two second movable pulley.
This support frame comprises a upper frame body, and two supported rod erectings being connected to this upper frame body, this the first elevating control assembly comprises one and is arranged at one of them first hoist of this two supported rod erecting, and the first fixed pulley unit that is arranged at this upper frame body, this first hoist comprises two the first hoist cables, this two first hoist cable is wound in this two first movable pulley respectively by this first fixed pulley unit, this the second elevating control assembly comprises one and is arranged at one of them second hoist of this two supported rod erecting, and the second fixed pulley unit that is arranged at this upper frame body, this second hoist comprises two the second hoist cables, this two second hoist cable is wound in this two second movable pulley respectively by this second fixed pulley unit.
This first elevating control assembly and this second elevating control assembly can control this carrier and rotate between a level attitude and a stand up position.
This Handling device also comprises one in order to carry and to carry the transport trolley of this spare part.
This transport trolley comprise a underframe, be convexly equipped in this underframe top against frame, be convexly equipped in this underframe top and with this against frame block projection separately, and multiple roller being arranged at this underframe bottom, the side of this underframe for this spare part abuts, should against frame comprise multiple with for this spare part one side against diagonal ligament post, this block projection in order to block in this spare part in contrast to this against the another side of frame.
This support frame comprises a upper frame body, and two supported rod erectings being removably connected to this upper frame body respectively, and this carrier is suspended to below this upper frame body by this lifting mechanism.
This upper frame body can adjust height and the height and position be positioned at needed for relative to this two supported rod erecting along this above-below direction.
This Handling device also comprises one in order to carry and to carry the transport trolley of this spare part.
This transport trolley comprise a underframe, be convexly equipped in this underframe top against frame, be convexly equipped in this underframe top and with this against frame block projection separately, and multiple roller being arranged at this underframe bottom, the side of this underframe for this spare part abuts, should against frame comprise multiple with for this spare part one side against diagonal ligament post, this block projection in order to block in this spare part in contrast to this against the another side of frame.
The beneficial effects of the utility model are: the design matched by support frame, carrier and lifting mechanism, can facilitate and promptly the spare part of processing device be moved on transport trolley, whereby, spare part can be carried in safe and effective rate ground, and when can save manpower transport's cost and porter.In addition, by the connection mode between lifting mechanism and carrier, make staff can manipulate lifting mechanism very effortlessly and move up and down relative to support frame to drive carrier.Moreover, by the design that the first elevating control assembly and the second elevating control assembly of lifting mechanism are connected with carrier respectively, carrier can be rotated to stand up position by level attitude, simultaneously, the structure design of collocation transport trolley, make spare part can be placed on transport trolley in the mode erected, whereby, effectively can save carrying space.
Accompanying drawing explanation
Fig. 1 is the block diagram that an embodiment of the utility model Handling device matches with processing device, and the annexation between Handling device and processing device is described;
Fig. 2 is the partial cut away side views that an embodiment of the utility model Handling device matches with processing device, is provided with multiple spare part separately up and down in the body of heater that processing device is described;
Fig. 3 is the partial perspective view of an embodiment of the utility model Handling device, the annexation between support frame, carrier and lifting mechanism is described, omits transport trolley in figure;
Fig. 4 is the block diagram of the carrier of an embodiment of the utility model Handling device, and the thin portion structure of carrier is described;
Fig. 5 is the partial enlarged drawing of Fig. 3, and the annexation between support frame, carrier and lifting mechanism is described;
Fig. 6 is the schematic side view of an embodiment of the utility model Handling device, and the annexation between the first hoist cable and the first movable pulley is described, and the annexation between the second hoist cable and the second movable pulley;
Fig. 7 is the block diagram of the transport trolley of an embodiment of the utility model Handling device, and the thin portion structure of transport trolley is described;
Fig. 8 is the schematic top plan view of an embodiment of the utility model Handling device, illustrates that spare part moves on the carrying support body of carrier along detaching direction;
Fig. 9 is the schematic top plan view of an embodiment of the utility model Handling device, illustrate that spare part is positioned on carrying support body, first vertical grip block is held on the first side of spare part, second vertical grip block is held on the second side of spare part, and the first horizontal grip block and the second horizontal grip block are held on the end face of spare part;
Figure 10 is the schematic side view of an embodiment of the utility model Handling device, illustrate that spare part is positioned on carrying support body, and carrying chord position is at level attitude;
Figure 11 is the schematic side view of an embodiment of the utility model Handling device, illustrates that carrier turns to stand up position;
Figure 12 is the schematic side view of an embodiment of the utility model Handling device, illustrates that carrier turns to obliquity;
Figure 13 is the schematic side view of an embodiment of the utility model Handling device, illustrates that spare part is positioned on transport trolley; And
Figure 14 is the partial enlarged drawing of an embodiment of the utility model Handling device, illustrates that supported rod erecting is arranged with protecting sleeve, and first end bar is arranged with protecting sleeve, and side guard plate is arranged at outer side frame and blocks outside the first sliding wheel assembly.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in detail.
Consult Fig. 1 and Fig. 2, it is an embodiment of the utility model Handling device, Handling device 200 is suitable for being assembled on a processing device 100, and Handling device 200, in order to carry a spare part 12 of processing device 100, makes spare part 12 carry out follow-up inspection, maintenance or replacing.
In the present embodiment, processing device 100 explains for a hot air multilayer furnace, and it comprises a body of heater 11, multiple spare part 12, and two fire doors 13.Body of heater 11 defines self spaced chamber 111 multiple, and the opening 112 that is connected with described chamber 111.Each spare part 12 explains for a temperature booster being square tabular, and each spare part 12 is arranged in corresponding chamber 111 in order to heat in chamber 111.Each spare part 12 comprises a first side 123,122, two, end face 121, bottom surface, and two second sides 124 (only showing one of them in Fig. 2), two first sides 123 connect end face 121 with bottom surface 122 and are positioned at opposition side, and two second sides 124 are connected to two first side 123 end opposite.Two fire doors 13 are articulated in body of heater 11 rotationally and are formed with trailing flank 113, two fire door 13 of opening 112 in order to control unlatching or the closedown of opening 112.
It should be noted that, processing device 100 also can be other types or the machine table being applied in other processing procedures, is not limited with hot air multilayer furnace.In addition, it is such as the composition component of door, track or other processing devices 100 that spare part 12 may also be, and is not limited with temperature booster.
Consult Fig. 1, Fig. 3 and Fig. 4, Handling device 200 comprises support frame 2, carrier 3, lifting mechanism 4, and a transport trolley 5.Support frame 2 is assembled in processing device 100 and is positioned on rear side of processing device 100.Carrier 3 comprises one in order to carry the carrying support body 31 of spare part 12, and one is arranged at the limit assembly 32 carried on support body 31, and limit assembly 32 makes it be positioned on carrying support body 31 in order to limit spare part 12 position.Lifting mechanism 4 is arranged between support frame 2 and carrier 3, and lifting mechanism 4 moves up or down relative to support frame 2 along an above-below direction Z in order to drive carrier 3.Staff drives carrier 3 to move down by manipulation lifting mechanism 4, can carry spare part 12 reposefully and drive it to move down in carrier 3 folding process.When carrier 3 is displaced downwardly to an appropriate location, spare part 12 on carrier 3 just can move on transport trolley 5 by staff, by transport trolley 5 transfer spare part 12 to Measuring error region (not shown), to carry out follow-up inspection, maintenance or replacing to spare part 12.Whereby, staff can carry spare part 12 in safe and effective rate ground, and when can save manpower transport's cost and porter.
Be described in detail for the concrete structure of Handling device 200 and operating mode below:
Consult Fig. 1, Fig. 3 and Fig. 4, body of heater 11 comprises the side 114 that two are positioned at opposition side, and each side 114 is provided with two fixed links 14.Support frame 2 comprises a upper frame body 21, and two supported rod erectings 22 being connected to upper frame body 21, and carrier 3 is suspended to below upper frame body 21 by lifting mechanism 4.Upper frame body 21 is interconnected by many aluminium extruded type bars formed, and upper frame body 21 comprises two connection cross bars 211, and a top frame 212.Two connect cross bars 211 along one perpendicular to above-below direction Z left and right directions Y separately, each cross bar 211 that connects extends along one perpendicular to the fore-and-aft direction X of above-below direction Z, respectively connects cross bar 211 is locked in correspondence two fixed link 14 tops by such as screw lock mode.Top frame 212 to be connected between two connection cross bars 211 and to be adjacent to and connects cross bar 211 rear end.
Each supported rod erecting 22 along the vertical direction Z extension stands on a ground in order to support, and each supported rod erecting 22 is removably connected to upper frame body 21 bottom and is adjacent to upper frame body 21 rear end.The correspondence that each supported rod erecting 22 of the present embodiment is locked in upper frame body 21 by such as screw lock mode connects cross bar 211 bottom and frame 212 bottom, top.The design of upper frame body 21 bottom is removably connected to by each supported rod erecting 22, when not using carrier 3 to carry spare part 12 (as shown in Figure 2), each supported rod erecting 22 can be separated upper frame body 21, whereby, supported rod erecting 22 can be avoided to occupy space, aisle and then affect staff's walking.
In addition, when Handling device 200 is applied in the processing device of differing heights, by the design that each supported rod erecting 22 is removably connected with upper frame body 21, an assembled height position of upper frame body 21 can be judged according to the actual height of processing device.By upper frame body 21 relative to two supported rod erectings 22 along the vertical direction Z move to adjust height, when upper frame body 21 moves to assembled height position, by screw, upper frame body 21 is locked on two supported rod erectings 22, makes upper frame body 21 be positioned at assembled height position.Whereby, the elasticity of Handling device 200 on using can be increased, make it can be applicable on the processing device of differing heights.
Consult Fig. 2, Fig. 3 and Fig. 4, carrying support body 31 comprises a first end bar 311, and is located at interval at the second end bar 312, two pipe links 313, two outer side frames 314 on front side of first end bar 311 and two cushions 315.First end bar 311, second end bar 312 and pipe link 313 are respectively an aluminium extruded type bar.First end bar 311 and the second end bar 313 difference in left-right direction Y extend, and the length of first end bar 311 is greater than the length of the second end bar 312.Each pipe link 313 along the longitudinal direction X extends, two pipe links 313 in left-right direction Y separately and be connected between first end bar 311 and the second end bar 312, first, second end bar 311,312 and two pipe link 313 forms a square-shaped framework in order to carry spare part 12 jointly.Each outer side frame 314 is L-shaped and be made up of two aluminium extruded type bars, and each outer side frame 314 is connected between corresponding pipe link 313 and first end bar 311.Each cushion 315 is locked on corresponding pipe link 313 and first, second end bar 311,312 by such as screw lock mode, and each cushion 315 is made by the such as soft and Teflon that friction coefficient is low, each cushion 315 in microscler and along the longitudinal direction X extend.When X is drawn out body of heater 11 and moves to carrying support body 31 the wherein spare part 12 in body of heater 11 backward along the longitudinal direction, the bottom surface 122 of spare part 12 can be connected on two cushions 315 and along the bearing of trend of each cushion 315 slides, whereby, effectively can reduce the resistance in spare part 12 sliding process, spare part 12 can be moved on carrying support body 31 swimmingly.
Limit assembly 32 comprises two to the first locating part 321, and two to the second locating part 322.Each two right the first locating parts 321 are arranged at first end bar 311 and the second end bar 312 respectively and X is separately along the longitudinal direction, each first locating part 321 comprises the first horizontal grip block 324 that one first vertical grip block 323, is connected to the first vertical grip block 323 top, and multiple first locking screw 325.First vertical grip block 323 is locked in first end bar 311 or the second end bar 312 by described first locking screw 325, whereby, the first locating part 321 is removably connected on carrying support body 31.First vertical grip block 323 of each first locating part 321 is in order to be held on the corresponding first side 123 of spare part 12, first horizontal grip block 324 is then in order to be held on the end face 121 of spare part 12, whereby, can limit respectively spare part 12 along the longitudinal direction X and above-below direction Z relative to carrying support body 31 move.
Each two right the second locating parts 322 be arranged at two pipe links 313 respectively and in left-right direction Y separately, the structure of each second locating part 322 is identical with the structure of each first locating part 321.Each second locating part 322 comprises the second horizontal grip block 327 that one second vertical grip block 326, is connected to the second vertical grip block 326 top, and multiple second locking screw 328.Second vertical grip block 326 is locked in corresponding pipe link 313 by described second locking screw 328, whereby, the second locating part 322 is removably connected on carrying support body 31.Second vertical grip block 326 of each second locating part 322 is in order to be held on the corresponding second side 124 of spare part 12, second horizontal grip block 327 is then in order to be held on the end face 121 of spare part 12, whereby, can limit respectively spare part 12 in left-right direction Y and above-below direction Z relative to carrying support body 31 move.
It should be noted that, when designing, the quantity of the first locating part 321 and the quantity of the second locating part 322 also can be respectively a pair, are not limited with the quantity of the present embodiment.Moreover the connection mode between first, second locating part 321,322 and carrying support body 31 is also connected together by the connection mode of such as buckle or pivot joint, is not limited in the screw lock mode disclosed in the present embodiment.
Carrier 3 also comprises two and is arranged at the second end bar 312 and Y spacer 33 separately in left-right direction, and each spacer 33 is in order to be connected on body of heater 11.Be connected to body of heater 11 by by the spacer 33 of carrier 3, make spare part 12 along the longitudinal direction X be drawn out body of heater 11 backward and move to carrying support body 31 process in, can avoid carrying support body 31 produce the situation of rocking.
Carrier 3 also comprises the first movable pulley component 34 that two are arranged at carrying support body 31, and two are arranged at the second movable pulley component 35 carrying support body 31.Y is separately in left-right direction for two the first movable pulley components 34, each first movable pulley component 34 comprises one and is locked in the outer side frame 314 of correspondence of carrying support body 31 and is adjacent to the first bracket 341 of first end bar 311, and the first movable pulley 342 that is articulated in the first bracket 341 rotationally.Y is separately in left-right direction for two the second movable pulley components 35, each second movable pulley component 35 comprises the second bracket 351 that is locked in the outer side frame 314 of correspondence of carrying support body 31, and the second movable pulley 352 that is articulated in the second bracket 351 rotationally, X is separately along the longitudinal direction for each second movable pulley component 35 and the first corresponding movable pulley component 34.
Consult Fig. 3, Fig. 4, Fig. 5 and Fig. 6, lifting mechanism 4 comprises one and to be connected to control the first elevating control assembly 41 that two first movable pulleys 342 are elevated with two first movable pulleys 342, and one to be connected to control the second elevating control assembly 42 that two second movable pulleys 352 are elevated with two second movable pulleys 352.First elevating control assembly 41 comprises one and is arranged at one of them first hoist 411 of two supported rod erectings 22, and the first fixed pulley unit 412 that is arranged at upper frame body 21, and the first hoist 411 of the present embodiment is arranged at the supported rod erecting 22 on right side.First hoist 411 comprises the first handle 414 that one first reel 413, rotates in order to drive the first reel 413, and two the first hoist cables 415 being wound in first volume cylinder 413.First fixed pulley unit 412 comprises one and is fixedly connected to 417, two, the first fixed pulley that 416, two, the first bracket on rear side of the frame 212 of top is articulated in the first bracket 416 and is fixedly connected to the second bracket 418 on rear side of the frame 212 of top, and two the second fixed pulley 419, two the second fixed pulleys 419 being articulated in two second brackets 418 are respectively aligned in above two the first movable pulleys 342 of carrier 3 respectively.Each first hoist cable 415 is wound in the first corresponding fixed pulley 417 and is diverted to the second corresponding fixed pulley 419 left through its guiding, each first hoist cable 415 is wound in the second corresponding fixed pulley 419 and is diverted to the first corresponding movable pulley 342 downwards through its guiding, each first hoist cable 415 is wound in the first corresponding movable pulley 342, and each first hoist cable 415 has the fixed end 410 that is connected and fixed on the second corresponding bracket 418.
Second elevating control assembly 42 comprises one and is arranged at one of them second hoist 421 of two supported rod erectings 22, and the second fixed pulley unit 422 that is arranged at upper frame body 21, and the second hoist 421 of the present embodiment is arranged on the supported rod erecting 22 on right side.Second hoist 421 comprises the second handle 424 that one second reel 423, rotates in order to drive the second reel 423, and two the second hoist cables 425 being wound in volume Two cylinder 423.Second fixed pulley unit 422 comprises one and is fixedly connected to and connects the first fixed pulley 427, that 426, two, first bracket of cross bar 211 is articulated in the first bracket 426 and be fixedly connected to and connect cross bar 211 and 429, two, the second fixed pulley that 428, two, the second bracket be positioned on front side of the first bracket 426 is articulated in the second bracket 428 is fixedly connected to the 3rd bracket 430 of top frame 212, and two the 3rd fixed pulley 431, two the 3rd fixed pulleys 431 being articulated in two the 3rd brackets 430 are respectively aligned in above two the second movable pulleys 352 of carrier 3 respectively.Each second hoist cable 425 is wound in the first corresponding fixed pulley 427 and is diverted to forward the second corresponding fixed pulley 429 through its guiding, each second hoist cable 425 is wound in the second corresponding fixed pulley 429 and is diverted to the 3rd corresponding fixed pulley 431 left through its guiding, each second hoist cable 425 is wound in the 3rd corresponding fixed pulley 431 and is diverted to the second corresponding movable pulley 352 downwards through its guiding, each second hoist cable 425 is wound in the second corresponding movable pulley 352, and each second hoist cable 425 has the fixed end 420 that is connected and fixed on the 3rd corresponding bracket 430.
Consult Fig. 2 and Fig. 7, transport trolley 5 comprise a underframe 51, be convexly equipped in underframe 51 top against frame 52, multiple be convexly equipped in underframe 51 top and with against frame 52 block projection 53 separately, and multiple roller 54 being arranged at underframe 51 bottom.The side of underframe 51 for spare part 12 abuts.Against frame 52, there is the spaced diagonal ligament post 521 of multiple Y in left-right direction (as shown in Figure 3), against frame 52 diagonal ligament post 521 with for spare part 12 one side against.Y is spaced in left-right direction for described block projection 53, in order to block in spare part 12 in contrast to the another side against frame 12.
Consulting shown in Fig. 2 and Fig. 3, during for carrying the spare part 12 of processing device 100 by Handling device 200, first two of processing device 100 fire doors 13 being opened.Then, staff need operate first hoist 411 and second hoist 421, because first hoist 411 and second hoist 421 are arranged on the supported rod erecting 22 on right side simultaneously, therefore, just can rotate the first handle 414 of first hoist 411 by single staff simultaneously, and the second handle 424 of second hoist 421.By rotation the first handle 414 of first hoist 411 and the second handle 424 of second hoist 421, two first, second hoist cables 415,425 can be furled up to be pulled by carrier 3; Or two first, second hoist cables 415,425 can be discharged move down to make carrier 3.Whereby, the adjustment of height and position being carried out to carrier 3, making carrier 3 be aligned in the height and position of the spare part 12 for detaching body of heater 11.When carrier 3 is aligned in the spare part 12 for detaching body of heater 11, carrier 3 is resisted against on body of heater 11 by spacer 33.
Consult Fig. 2, Fig. 8, Fig. 9 and Figure 10, staff can detach direction D along one and is pulled on two cushions 315 of carrying support body 31 by spare part 12 backward.Because each cushion 315 is that therefore, can slide on two cushions 315 along detaching direction D swimmingly in the bottom surface 122 of spare part 12 made by the soft and Teflon that friction coefficient is low.When spare part 12 moves to the position shown in Fig. 9, first of each two right the first locating parts 321 vertical grip block 323 is locked in first end bar 311 and the second end bar 312 respectively by the first locking screw 325, the two horizontal grip blocks 324 in first side 123, first making first of two the first locating parts 321 the vertical grip block 323 be held on spare part 12 are respectively held on the end face 121 of spare part 12.Then, again second of each two right the second locating parts 322 the vertical grip block 326 is locked in two pipe links 313 respectively by the second locking screw 328, the two horizontal grip blocks in second side 124, second 327 making second of two the second locating parts 322 the vertical grip block 326 be held on spare part 12 are respectively held on the end face 121 of spare part 12.
Consult Fig. 3, Fig. 5, Figure 10 and Figure 11, subsequently, staff need rotate the second handle 424 of second hoist 421, to discharge separately the second hoist cable 425, whereby, carrier 3 is made can be that axle center drives spare part 12 to turn to stand up position (as shown in figure 11) along a hand of rotation R by a level attitude (as shown in Figure 10) with two the first movable pulleys 342.When carrier 3 rotates to stand up position shown in Figure 11, staff need rotate the first handle 414 and the second handle 424 simultaneously, makes carrier 3 drive spare part 12 to move down to discharge first, second hoist cable 415,425.
Consult Fig. 3, Figure 11, Figure 12 and Figure 13, when carrier 3 is displaced downwardly to the position suitable with the height of transport trolley 5, staff need stop the rotation the first handle 414 and the second handle 424, and rotates carrier 3 along hand of rotation R and make it turn to an obliquity of slightly inclined shown in Figure 12 by stand up position.Subsequently, the position of contiguous for carrier 3 first end bar 311 is first resisted against the diagonal ligament post 521 against frame 52, again the second end bar 312 of carrier 3 is resisted against on the block projection 53 of transport trolley 5, makes the end face 121 of spare part 12 towards the diagonal ligament post 521 against frame 52.Then, the first locking screw 325 (as shown in Figure 4) is hanged pine with the second locking screw 328 (as shown in Figure 4) and takes off, the first locating part 321 and the second locating part 322 are separated carrying support body 31.Now, the first side 123 that spare part 12 can be positioned at bottom side by staff is resisted against on the underframe 51 of transport trolley 5, the diagonal ligament post 521 against frame 52 is resisted against by the end face 121 of spare part 12, and the bottom surface 122 of spare part 12 is by block projection 53 block, spare part 12 firmly can be positioned on transport trolley 5 in the mode erected.Spare part 12 is transferred load to Measuring error region, to carry out follow-up inspection, maintenance or replacing to spare part 12 by promoting transport trolley 5 by staff.
Consult Fig. 3, Figure 11 and Figure 12, on the other hand, for the spare part 12 after checking, having keeped in repair or changed is re-assemblied chamber 111 (as shown in Figure 2) to body of heater 11 interior time, below the upper frame body 21 first transport trolley 5 being moved to support frame 2, again carrier 3 is moved to the obliquity shown in Figure 12, make the carrying support body 31 of carrier 3 be aligned in spare part 12 on transport trolley 5.Subsequently, by spare part 12 slightly on lift, make the bottom surface 122 of spare part 12 be resisted against carrying support body 31 cushion 315 on.Then, the first locating part 321 is locked in first, second end bar 311,312, and the second locating part 322 is locked in pipe link 313, clamps spare part 12 by the first locating part 321 and the second locating part 322 and can firmly be positioned on carrying support body 31.After spare part 12 is positioned carrying support body 31, just transport trolley 5 can be moved apart carrier 3.Afterwards, staff first need rotate the second handle 424 to furl the second hoist cable 425, makes carrier 3 obliquity as shown in Figure 12 along the contrarotation of hand of rotation R to level attitude (as shown in Figure 10).When carrier 3 rotates to level attitude, rotate first, second handle 414,424 to furl first, second hoist cable 415,425 respectively, with by carrier 3 and spare part 12 up lifting simultaneously.
Consult Fig. 2, Fig. 3 and Figure 10, when carrier 3 drives spare part 12 to be moved upward to the height and position alignd with the chamber 111 of body of heater 11, stop the rotation first, second handle 414,424, and the spacer 33 of carrier 3 is resisted against body of heater 11.Then, the first locating part 321 and the second locating part 322 are separated carrying support body 31, make it slide in chamber 111 along the reverse promotion spare part 12 detaching direction D subsequently, spare part 12 can be re-assemblied in the chamber 111 of body of heater 11.
Consult Fig. 4, Figure 13 and Figure 14; preferably; each supported rod erecting 22 of the support frame 2 of the present embodiment is arranged with the protecting sleeve 61 of a soft materials; protecting sleeve 61 envelopes most supported rod erecting 22; whereby; staff can be avoided to promote transport trolley 5 carry spare part 12 in the process of spare part 12 and directly strike supported rod erecting 22, and then cause the impaired of spare part 12, or personnel directly strike supported rod erecting 22 in the process of walking and cause injured situation.In addition; the first end bar 311 of carrying support body 31 and the second end bar 312 (as Fig. 4) are arranged with the protecting sleeve 62 of a soft materials respectively; whereby, staff grips first end bar 311 or the second end bar 312 by protecting sleeve 62, with mobile or rotation carrier 3.It should be noted that, protecting sleeve 61,62 also can be made with rigid material according to demand, is not limited with the soft materials disclosed in the present embodiment, is good certainly in use with the soft materials disclosed in the present embodiment.
In addition; carrier 3 also comprises the side guard plate 63 (Figure 14 only shows one of them) that four are arranged at the outer side frame 314 of carrying support body 31; each side guard plate 63 is in L-type; wherein two side guard plates 63 are in order to block outside two first movable pulley components 34; to protect the first movable pulley component 34; two other side guard plate 63 in order to block outside two second movable pulley components 35, to protect the second movable pulley component 35.Whereby, can prevent carrier 3 first movable pulley component 34 or second movable pulley component 35 in process that is mobile or that rotate from colliding supported rod erecting 22 and impaired.
Conclude above-mentioned, the Handling device 200 of the present embodiment, by the design that support frame 2, carrier 3 and lifting mechanism 4 match, can facilitate and promptly the spare part 12 of processing device 100 be moved on transport trolley 5, whereby, spare part 12 can be carried in safe and effective rate ground, and when can save manpower transport's cost and porter.In addition, be wound in two the first movable pulleys 342 of carrier 3 respectively by the first fixed pulley unit 412 by two the first hoist cables 415 of first hoist 411, and two of second hoist 421 the second hoist cables 425 are wound in the design of two the second movable pulleys 352 of carrier 3 respectively by the second fixed pulley unit 422, make staff can rotate first, second handle 414,424 of first, second winch 411,421 very effortlessly, move up and down relative to support frame 2 to drive carrier 3.Moreover, by the design that the first elevating control assembly 41 and the second elevating control assembly 42 of lifting mechanism 4 are connected with carrier 3 respectively, carrier 3 can be rotated to stand up position by level attitude, simultaneously, the structure design of collocation transport trolley 5, makes spare part 12 can be placed on transport trolley 5 in the mode erected, whereby, effectively can save carrying space, really can reach the object of the utility model institute demand.
Claims (17)
1. a Handling device, is suitable for being assembled in a processing device to carry a spare part of this processing device; It is characterized in that:
This Handling device comprises a support frame, a carrier, and a lifting mechanism, this support frame is assembled in this processing device and is positioned at this processing device side, this carrier comprises one in order to carry the carrying support body of this spare part, and one is arranged at limit assembly on this carrying support body, this limit assembly makes it be positioned this carrying support body in order to limit this spare part position, this lifting mechanism is arranged between this support frame and this carrier, and this lifting mechanism moves up or down relative to this support frame along an above-below direction in order to drive this carrier.
2. Handling device according to claim 1, it is characterized in that: this spare part comprises the first side that two are positioned at opposition side, this limit assembly comprises two along one perpendicular to fore-and-aft direction first locating part separately of this above-below direction, and this two first locating part clamps this two first side respectively.
3. Handling device according to claim 2, it is characterized in that: this spare part also comprises an end face, respectively this first locating part comprises one and is removably connected to this carrying support body and is held on the first vertical grip block of this corresponding first side, and one is connected to this first vertical grip block top and is held on the first horizontal grip block of this end face.
4. Handling device according to claim 2, it is characterized in that: this spare part also comprises the second side that two are connected to this two first sides end opposite, this limit assembly also comprises two along one perpendicular to left and right directions second locating part separately of this fore-and-aft direction, and this two second locating part clamps this two second side respectively.
5. Handling device according to claim 4, it is characterized in that: this spare part also comprises an end face, respectively this second locating part comprises one and is removably connected to this carrying support body and is held on the second vertical grip block of this corresponding second side, and one is connected to this second vertical grip block top and is held on the second horizontal grip block of this end face.
6. Handling device according to claim 1, is characterized in that: this carrier also comprises one and is arranged on this carrying support body in order to be connected to the spacer of this processing device.
7. according to the Handling device of claim 1 to 6 according to any one of it, it is characterized in that: this carrying support body comprises a cushion, the bottom surface of this cushion for this spare part abuts.
8. Handling device according to claim 2, is characterized in that: this carrying support body comprises two cushions separately, and respectively the bottom surface of this cushion for this spare part abuts, and respectively this cushion is microscler and its length bearing of trend is parallel to this fore-and-aft direction.
9. Handling device according to claim 1, it is characterized in that: this carrier also comprises two the first movable pulleys and two the second movable pulleys that are arranged at this carrying support body, this two first movable pulley along one perpendicular to this above-below direction left and right directions separately, this two second movable pulley along this left and right directions separately, respectively this second movable pulley and this corresponding first movable pulley along one perpendicular to this left and right directions fore-and-aft direction separately, this lifting mechanism comprises one and to be connected to control the first elevating control assembly that this two first movable pulley is elevated with this two first movable pulley, and one to be connected to control the second elevating control assembly that this two second movable pulley is elevated with this two second movable pulley.
10. Handling device according to claim 9, it is characterized in that: this support frame comprises a upper frame body, and two supported rod erectings being connected to this upper frame body, this the first elevating control assembly comprises one and is arranged at one of them first hoist of this two supported rod erecting, and the first fixed pulley unit that is arranged at this upper frame body, this first hoist comprises two the first hoist cables, this two first hoist cable is wound in this two first movable pulley respectively by this first fixed pulley unit, this the second elevating control assembly comprises one and is arranged at one of them second hoist of this two supported rod erecting, and the second fixed pulley unit that is arranged at this upper frame body, this second hoist comprises two the second hoist cables, this two second hoist cable is wound in this two second movable pulley respectively by this second fixed pulley unit.
11. Handling devices according to claim 9 or 10, is characterized in that: this first elevating control assembly and this second elevating control assembly can control this carrier and rotate between a level attitude and a stand up position.
12. Handling devices according to claim 11, is characterized in that: this Handling device also comprises one in order to carry and to carry the transport trolley of this spare part.
13. Handling devices according to claim 12, it is characterized in that: this transport trolley comprise a underframe, be convexly equipped in this underframe top against frame, be convexly equipped in this underframe top and with this against frame block projection separately, and multiple roller being arranged at this underframe bottom, the side of this underframe for this spare part abuts, should against frame comprise multiple with for this spare part one side against diagonal ligament post, this block projection in order to block in this spare part in contrast to this against the another side of frame.
14. Handling devices according to claim 1, is characterized in that: this support frame comprises a upper frame body, and two supported rod erectings being removably connected to this upper frame body respectively, and this carrier is suspended to below this upper frame body by this lifting mechanism.
15. Handling devices according to claim 14, is characterized in that: this upper frame body can adjust height and the height and position be positioned at needed for relative to this two supported rod erecting along this above-below direction.
16. Handling devices according to claim 1, is characterized in that: this Handling device also comprises one in order to carry and to carry the transport trolley of this spare part.
17. Handling devices according to claim 16, it is characterized in that: this transport trolley comprise a underframe, be convexly equipped in this underframe top against frame, be convexly equipped in this underframe top and with this against frame block projection separately, and multiple roller being arranged at this underframe bottom, the side of this underframe for this spare part abuts, should against frame comprise multiple with for this spare part one side against diagonal ligament post, this block projection in order to block in this spare part in contrast to this against the another side of frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520074749.0U CN204474245U (en) | 2015-02-03 | 2015-02-03 | Handling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520074749.0U CN204474245U (en) | 2015-02-03 | 2015-02-03 | Handling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204474245U true CN204474245U (en) | 2015-07-15 |
Family
ID=53630048
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520074749.0U Expired - Fee Related CN204474245U (en) | 2015-02-03 | 2015-02-03 | Handling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204474245U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109945658A (en) * | 2019-04-19 | 2019-06-28 | 无锡顺鼎阿泰克科技有限公司 | A kind of closed kiln |
-
2015
- 2015-02-03 CN CN201520074749.0U patent/CN204474245U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109945658A (en) * | 2019-04-19 | 2019-06-28 | 无锡顺鼎阿泰克科技有限公司 | A kind of closed kiln |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150715 Termination date: 20190203 |