CN201165085Y

CN201165085Y - Full-automatic calibration hot trimming system

Info

Publication number: CN201165085Y
Application number: CNU2008200067020U
Authority: CN
Inventors: 郑家宏
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-02-18
Filing date: 2008-02-18
Publication date: 2008-12-17
Anticipated expiration: 2018-02-18

Abstract

The utility model relates to a full-automatic calibration edge hot cutting system, which is correspondingly assembled between the whole coil of canvas and an output turbine that jets ink back and forth. After the canvas goes through the edge hot cutting system, the canvas is input into the output turbine. The output turbine is provided with a guide rail, and the two ends of the output turbine respectively correspond to the width of the canvas to be provided with adjusting groups which can movably shift; the two adjusting groups are controlled to move by a control group; additionally, the adjusting groups are provided with clipping sheets for positioning the canvas; the inner sides corresponding to the clipping sheets are provided with heating sheets; and at the same time, the heating sheets are guided to heat or not by a sensing part of a detection nozzle. In this way, the heating sheets in the adjusting groups for positioning the canvas control the distances and temperatures properly to sinter and remove the fraze produced at the periphery of the canvas, which prevents the nozzle from being blocked when the nozzle jets the ink back and forth even if the fraze comes off, thereby achieving complete jet drawing output.

Description

The full-automatic hot trimming system of calibrating

Technical field

The utility model is relevant for a kind of full-automatic calibration hot trimming system.

Background technology

General large-scale advertisement cloth curtain all uses large-scale ink-jet output machine, and all can have burr such as fiber, cotton-wool to produce in the cloth curtain side cut of whole volume, and these burr can produce the color lines of dizzy dyeing or block output machine shower nozzle when ink-jet running, therefore, before cloth curtain input board, all implement the action of removing burr earlier, and a highest wisdom is to reach the effect of removing burr with cut mode; Therefore, all adopt manual type will put in order the batching curtain and spread out sectionally, make it can off-line with lighter sintering cohesion burr, yet, have following many shortcomings in this way:

1. the preposition action of one section one-stage sintering burr, does not meet economic benefit at the profligacy time.

2. artificial sintering can't effectively be controlled the zone of institute's sintering, sometimes because of stop burnt out the cloth curtain in one second more, or stops less one second and the burr sintering is not condensed, and therefore, temporal control can't effectively reach perfect condition.

Summary of the invention

The purpose of this utility model is to provide a kind of full-automatic calibration hot trimming system, overcomes the disappearance of above-mentioned traditional air brushing output machine on reality is used, to improve the practicality of full-automatic calibration hot trimming system.

The purpose of this utility model is to realize like this, a kind of full-automatic calibration hot trimming system, this hot trimming system correspondence is assembled in whole volume painting canvas and carries out back and forth between the output machine of ink-jet, described painting canvas is by after the hot trimming system, input to described output machine, this system includes: be erected at the preceding guide rail of output machine, the corresponding respectively painting canvas width in these guide rail two ends and be provided with can the activity displacement and the adjustment group of location, this adjustment group is provided with the intermediate plate of spacing painting canvas, and the pairing inboard place of intermediate plate is provided with the heating plate of a corresponding painting canvas burr edge sintering.

This two adjustment group is controlled start by a control group.

Be provided with the forward and backward inductor that keeps a safe distance with heating plate in the process of carrying in the intermediate plate below at painting canvas.

This heating plate is by a drive power source, and the shower nozzle place of output machine establishes the sensing member that can detect the shower nozzle activity, and this power source and sensing member link mutually and detected by sensing member and drive.

Corresponding heating plate place is provided with the corresponding painting canvas burr of eddy-current heating sheet edge sintering whether first, second limit sensors on this adjustment group.

From the above mentioned, full-automatic calibration hot trimming of the present utility model system, correspondence is assembled in whole volume painting canvas and carries out back and forth between the output machine of ink-jet, it sets up the corresponding respectively painting canvas width of a guide rail and two ends and is provided with the adjustment group of movable displacement and location, this two adjustment group is subjected to a control group to control start, and the adjustment group is provided with the intermediate plate of spacing painting canvas in addition, and the pairing inboard place of intermediate plate is provided with heating plate, simultaneously, heating plate is subjected to the sensing member of a detecting shower nozzle to guide and whether heat; Thus, utilize the interior heating plate of adjustment group of spacing painting canvas, the burr that the painting canvas periphery produced with suitable distance and temperature controlling carry out the action that sintering is cut edge, and allow shower nozzle not dropped by burr in the process of carrying out ink-jet back and forth and block, and reach complete air brushing output.

Description of drawings

Fig. 1: schematic perspective view of the present utility model.

Fig. 2: overall package schematic diagram of the present utility model.

Fig. 3: three-dimensional local appearance schematic diagram of the present utility model.

Fig. 4: schematic top plan view of the present utility model.

Fig. 5: painting canvas of the present utility model is carried and is adjusted schematic diagram one.

Fig. 6: painting canvas of the present utility model is carried and is adjusted schematic diagram two.

Fig. 7: painting canvas of the present utility model is carried schematic diagram.

Fig. 8: heating plate action schematic diagram one of the present utility model.

Fig. 9: heating plate action schematic diagram two of the present utility model.

Drawing reference numeral:

1 hot trimming system, 11 guide rails

121 intermediate plates are organized in 12 adjustment

Inductor before 122 heating plates 123

124 back inductor 125 power sources

126 first limit sensors, 127 second limit sensors

2 painting canvas are organized in 13 controls

3 output machines, 31 sensing members

The specific embodiment

At first, see also Fig. 1～shown in Figure 3, schematic perspective view for full-automatic calibration hot trimming of the present utility model system, this hot trimming system 1 correspondence is assembled in whole volume painting canvas 2 and carries out back and forth between the output machine 3 of ink-jet, described painting canvas 2 is by after the hot trimming system 1, input to described output machine 3, it includes:

Be erected at the guide rail 11 before the output machine 3, corresponding respectively painting canvas 2 width in these guide rail 11 two ends and be provided with the adjustment group 12 of movable displacement and location, this two adjustment group 12 is subjected to a control group 13 to control start, the intermediate plate 121 that in addition should adjustment group 12 be provided with spacing painting canvas 2, and intermediate plate 121 pairing inboard places are provided with the heating plate 122 of corresponding painting canvas 2 burr edge sintering, are provided with the forward and backward inductor 123,124 that carries out keeping with heating plate 122 in the course of conveying suitable safe distance at painting canvas 2 in addition in intermediate plate 121 belows.

Simultaneously, please consult shown in Figure 4ly more in the lump, this heating plate 122 can be driven by a power source 125, and corresponding sensing member 31 with a detecting output machine 3 shower nozzles guides to allow the 122 corresponding actions of whether heating of power source 125 driving heating plates; And be provided with first, second limit sensors 126,127 according to above-mentioned action corresponding heating plate 122 places on this adjustment group 12, with difference eddy-current heating sheet 122 corresponding painting canvas 2 burr edge sintering whether positions.

Thus, utilize the heating plate 122 in the adjustment group 12 of spacing painting canvas 2, the burr that painting canvas 2 peripheries produced with suitable distance and temperature controlling carry out the action that sintering is cut edge, and allow shower nozzle not dropped by burr in the process of carrying out ink-jet back and forth and block, and reach complete air brushing output.

See also Fig. 2～shown in Figure 6, when at first using, be to put before the output machine 3 that is assembled in whole volume painting canvas 2 input ink-jets this hot trimming system 1 is corresponding, utilize guide rail 11 and the corresponding assembling of output machine 3 frames, adjustment on the guide rail 11 is organized the width of 12 corresponding painting canvas 2 and adjusted to the appropriate position microposition, before intermediate plate 121 that allows painting canvas 2 embed simultaneously to pass adjustment group 12 and the below, back inductor 123,124, and painting canvas 2 is subjected to the heating plate 122 of the corresponding adjustment group 12 of intermediate plate 121 folded medial surfaces of pulling, it is the corresponding heating plate 122 of burr of painting canvas 2, and painting canvas 2 needs the suitable safe distance of maintenance with heating plate 122, therefore, when painting canvas 2 past interior conveying via the running of output machine 3 ink-jets, and the phenomenon of skew about this painting canvas 2 has slightly in the process of carrying, so, when painting canvas is offset the safe distance of corresponding heating plate, these adjustment group 12 automatic displacements allow painting canvas 2 and heating plate 122 keep a safe distance, to allow heating plate 122 can carry out the sintering of painting canvas 2 burr, simultaneously also can be under the state that keeps a safe distance, improve the sintering burr and can be with the painting canvas scaling loss.

See also Fig. 1～shown in Figure 9, when painting canvas 2 I/O machines 3 carry out ink-jet, the start back and forth of its sensing member of establishing in the shower nozzle place 31 main corresponding sensing shower nozzles, in shower nozzle ink-jet and have and continue to allow sensing member 31 receive signals back and forth, represent promptly that painting canvas 2 has normally to deliver into and carry out ink-jet in the output machine 3, therefore, its heating plate 122 keeps the burr of corresponding painting canvas 2 and carries out the burr sintering, when if this sensing member 31 is not sensed the signal back and forth of shower nozzle, be that painting canvas 2 does not continue to deliver into output machine 3 (painting canvas 2 is halted state), then make this moment power source 125 drive heating plate 122 swings, and turn to an end and touch second limit sensors 127 and promptly stop, allowing heating plate 122 no longer to painting canvas 2 heating; When being returned to the signal of sensing member 31 reception shower nozzles, then make power source 125 drive heating plates 122 revolutions again, when allowing heating plate 122 1 ends touch first limit sensors 126, promptly this heating plate 122 has been replied corresponding painting canvas 2 burr and the sintering burr that continue; And above-mentioned action is controlled all and is controlled start by a control group 13.

Though the utility model discloses with specific embodiment; but it is not in order to limit the utility model; any those skilled in the art; the displacement of the equivalent assemblies of under the prerequisite that does not break away from design of the present utility model and scope, having done; or, all should still belong to the category that this patent is contained according to equivalent variations and modification that the utility model scope of patent protection is done.

From the above mentioned as can be known, Full-automatic calibration hot trimming system of the present utility model is compared known technology and is had following advantage:

1. Full-automatic calibration hot trimming system of the present utility model utilizes hot trimming system spraying by painting canvas The China ink process does not have the scarce look that burr produce, simultaneously can be because of the burr problem yet, and damage whole picture The output of cloth reaches superior in quality.

2. Full-automatic calibration hot trimming system of the present utility model utilizes hot trimming system by conveyer Shower nozzle can be again because burr block shower nozzle, and the heavy wool China ink comes Flushing nozzle and make the shower nozzle damage or waste more, Reach the consumption that reduces factor of damage and save printing ink.

Claims

1. automatically calibrate the hot trimming system for one kind, this hot trimming system correspondence is assembled in whole volume painting canvas and carries out back and forth between the output machine of ink-jet, described painting canvas is by after the hot trimming system, input to described output machine, it is characterized in that this system includes: be erected at the preceding guide rail of output machine, the corresponding respectively painting canvas width in these guide rail two ends and be provided with can the activity displacement and the adjustment group of location, this adjustment group is provided with the intermediate plate of spacing painting canvas, and the pairing inboard place of intermediate plate is provided with the heating plate of a corresponding painting canvas burr edge sintering.

2. full-automatic calibration hot trimming as claimed in claim 1 system, it is characterized in that: this two adjustment group is controlled start by a control group.

3. full-automatic calibration hot trimming as claimed in claim 1 system is characterized in that: be provided with the forward and backward inductor that keeps a safe distance with heating plate in the process of carrying at painting canvas in the intermediate plate below.

4. full-automatic calibration hot trimming as claimed in claim 1 system, it is characterized in that: this heating plate is by a drive power source, the shower nozzle place of output machine establishes the sensing member that can detect the shower nozzle activity, and this power source and sensing member link mutually and be subjected to the sensing member detecting and drive.

5. full-automatic calibration hot trimming as claimed in claim 1 system, it is characterized in that: corresponding heating plate place is provided with the corresponding painting canvas burr of eddy-current heating sheet edge sintering whether first, second limit sensors on this adjustment group.

6. full-automatic calibration hot trimming as claimed in claim 4 system, it is characterized in that: corresponding heating plate place is provided with the corresponding painting canvas burr of eddy-current heating sheet edge sintering whether first, second limit sensors on this adjustment group.