21 |
塗布装置、塗布剤塗布方法および塗布システム |
JP2015532651 |
2013-08-22 |
JPWO2015025400A1 |
2017-03-02 |
剛史 小川; 憲彦 谷口; 健一 毛利; 英俊 前田 |
この塗布装置は、ワーク(1)の3次元形状を有する塗布領域に塗布剤を吹き付けることにより塗布するノズル(212)と、ノズルが先端に装着され、ノズルを移動させる塗布用ロボット(211)とを備える。そして、塗布用ロボットは、ノズルをワークの3次元形状を有する塗布領域の面に対して略面直になるように移動させるように構成されている。 |
22 |
When manufacturing the shoes for continuous machining of the edge of the shoe the machine |
JP18870489 |
1989-07-20 |
JPH0722523B2 |
1995-03-15 |
ディヴィス ジョン; ジョン ブラウン テランス |
|
23 |
Method and device for applying adhesive |
JP25211293 |
1993-09-16 |
JPH06198229A |
1994-07-19 |
JIERARUDO SOMAA |
PURPOSE: To attain uniform spray applying of an adhesive and to enable automatizing applying work by executing a cleaning process in which a solvent is added to spray air for a short time while interrupting supply of the adhesive during a transition stage from a spraying process to a standstill stage.
CONSTITUTION: A method for applying the adhesive has a spraying process in which the adhesive from an adhesive container 71 is atomized by jetting the spray air by using a spray head 13 and is sprayed in a form of conical spray and the standstill stage at which both supply of the adhesive and supply of the spray air are interrupted. During the transition stage from the spraying process to the standstill stage, the cleaning process, in which the solvent for the adhesive is added to the spray air from a solvent container 91 at least for a short time while interrupting supply of the adhesive, is executed. Consequently the solvent added to the spray air dissolves and blows off the adhesive stuck to the spray head 13, especially to regions of an adhesive nozzle 41 and a spray air nozzle 55.
COPYRIGHT: (C)1994,JPO |
24 |
Bonding method in shoe manufacturing machine and bonding machine for practicing the method |
JP15166591 |
1991-06-24 |
JPH05337002A |
1993-12-21 |
KADOKAWA KOJI; WATANABE TSUNENORI |
PURPOSE:To provide a bonding method in a shoe manufacturing machine and a bonding machine for practicing the method in which adhesives can be automatically applied with high responsiveness, efficiency and accuracy even if the sole as a workpiece is fixedly set to any set position relative to a working table and the workpiece is not worked under the flat and uniform working condition. CONSTITUTION:A working table 2 is provided on a machine bed 1 rotatably relative to a nozzle body 5. A TV camera 13 is provided above the working table 2 to detect an image of the sole 3 set fixedly to the working table 2 with a carsor of an image processor section 14 and automatic bonding is performed after the correction of the set position of the sole 3 relative to the nozzle body 5 is carried out under the computer control. |
25 |
Working table for preparing composite workpiece of planar shape |
JP28316189 |
1989-11-01 |
JPH02187168A |
1990-07-23 |
KURAUSU MATSUTEIRU |
PURPOSE: To form a composite workpiece by making a flat plate turnable back to a position on a table plate predetermined with respect to the table plate, thereby exactly joining workpiece portions of a flat planar shape without requiring additional registration work. CONSTITUTION: At least one flap plate 4 for housing an upper portion 11 is installed alongside the table plate 2. This flap plate 4 is made turnable back to the position on the table plate 2 predetermined with respect to the table plate 2. Registration means (e.g. pattern paper) for registrating the workpiece portions 10, 11 adapted to the workpiece portions 10, 11 to be respectively housed are installed at the table plate 2 and the flap plate 4. Further, at least one flap plate 4 is provided with holding means 5 for holding the workpiece portion 11 existing thereon. Consequently, the composite workpiece may be formed by exactly joining the workpiece portions of the flat planar shape without requiring the additional registration work. |
26 |
Device for sequential operation along shoe edge |
JP19918389 |
1989-07-31 |
JPH0280002A |
1990-03-20 |
JIYON DEIBUISU |
PURPOSE: To make a tool capable of operating sequentially in the reverse direc tion along the edge by providing a means of sequential control, and conducting separation movement in the relative direction and height between a shoe sup porter and a tool supporter as to the selected part of the edge of a sole.
CONSTITUTION: A tool supporter 26' is equipped with a housing 650 which makes a pivotal movement around a horizontal axis 31. A hollow tubular arm 652 sticks out from the front part of the housing, and supporting rod 654 is received into the tubular arm and is allowed to rotate in it. The front part of this rod possesses a plate 656 which supports an arm 658 sticking out forward. And each of them is equipped with a pair of links 660, 662 which are to make pivotal movements. A computer control system possesses a memory for a subroutine and operates to change correspondingly the distance between digitized points is sequence along the x-axis based on the length of a shoe 'measured' by a shoe supporter 18, and to change the ranges so movements along the y-axis and the z-axis, and also to change the pivotal movements (curve and inclination) of tool holder 670 around the first and second axis.
COPYRIGHT: (C)1990,JPO |
27 |
JPS5916762B2 - |
JP5327575 |
1975-05-06 |
JPS5916762B2 |
1984-04-17 |
WARUTAA BORUNBAAGAA |
|
28 |
JPS581921B2 - |
JP12735480 |
1980-09-16 |
JPS581921B2 |
1983-01-13 |
WARUTAA BORUNBAAGAA |
|
29 |
JPS5752045B2 - |
JP13695873 |
1973-12-10 |
JPS5752045B2 |
1982-11-05 |
|
|
30 |
Method and apparatus for adhering side part of shoe assemblage and heel part corresponding to shoe tree |
JP12735480 |
1980-09-16 |
JPS56128102A |
1981-10-07 |
WARUTAA BORUNBAAGAA |
|
31 |
JPS569322B2 - |
JP1612780 |
1980-02-14 |
JPS569322B2 |
1981-02-28 |
|
|
32 |
JPS554403B2 - |
JP13385578 |
1978-11-01 |
JPS554403B2 |
1980-01-30 |
|
|
33 |
JPS506979B1 - |
JP1315168 |
1968-03-01 |
JPS506979B1 |
1975-03-19 |
|
|
34 |
부직 재료, 그 제조 방법, 및 부직 재료를 포함하는 물품 |
KR1020187023948 |
2015-11-05 |
KR1020180097767A |
2018-08-31 |
|
부직재료를제조하는방법은섬유입자를기재상에분배하는단계를포함한다. 기재는성형된것 또는편평한것일수 있다. 별개의물질이사용되어기재상에섬유입자의부착을향상시킬수 있다. 기재는대전되어기재상에섬유입자의부착을향상시킬수 있다. 이프로세스로부터생기는물품은부직포를기재로부터제거하기전에섬유입자가매트화되고기재상에서경화될때에기재와동일한윤곽을갖는다. 결과적인물품은오직섬유입자와결합제를포함하는단일직물물품일수 있다. |
35 |
부직 재료, 그 제조 방법, 및 부직 재료를 포함하는 물품 |
KR1020177019804 |
2015-11-05 |
KR1020170096162A |
2017-08-23 |
브라이트하우프트크리스; 우드크리스티나엠 |
부직재료를제조하는방법은섬유입자를기재상에분배하는단계를포함한다. 기재는성형된것 또는편평한것일수 있다. 별개의물질이사용되어기재상에섬유입자의부착을향상시킬수 있다. 기재는대전되어기재상에섬유입자의부착을향상시킬수 있다. 이프로세스로부터생기는물품은부직포를기재로부터제거하기전에섬유입자가매트화되고기재상에서경화될때에기재와동일한윤곽을갖는다. 결과적인물품은오직섬유입자와결합제를포함하는단일직물물품일수 있다. |
36 |
접착제 도포 회전장치 |
KR1020120041382 |
2012-04-20 |
KR1020130118484A |
2013-10-30 |
허영철 |
PURPOSE: An adhesive coating rotation apparatus is provided to have the effect of securing the convenience in coating objects as the slope of objects mounted on a settling unit is able to be controlled through a slope control means. CONSTITUTION: An adhesive coating rotation apparatus (A) comprises a settling unit (100) in which an object to be coated with an adhesive is mounted and fixed; a rotating means which enables the settling unit to easily rotate; and a fixing frame (300) which fixes the position of the rotating means. The settling unit comprises an installation plate (110) which has a flat plate form, and is connected to the rotating means on one end, a first support protrusion (120) which is combined and fixed to the lower part of the other end of the installation plate, and supports the lower part of an object mounted on the other end of the installation plate, and a second support protrusion (130) which is combined and fixed to the upper part of the other end of the installation plate, and contacts and supports the upper part of the object mounted on the other end of the installation plate. |
37 |
제화장치용 접착제 도포장치의 접착제 도포노즐의 동작경로의 좌표를 자동으로 결정하는 방법 |
KR1019890004476 |
1989-04-04 |
KR1019960016576B1 |
1996-12-16 |
게르하르트기이벨; 한스-유어겐베르니; 알브레흐트지이겔 |
요약없음 |
38 |
비금속 기재 상에 선택적으로 도포된 접착제 미립자 |
KR1020167030452 |
2015-03-11 |
KR1020160140869A |
2016-12-07 |
다랜드제프 |
물품의제조는신발갑피와접합된신발밑창과같은소정형태의물품을형성하기위해 2개이상의구성요소의접합에의존한다. 접합은기재의표면에도포된접착제미립자로성취될수도있다. 접착제미립자는레이저와같은제어된에너지소스로기재에선택적으로융착된다. 레이저에너지의선택적인가는접착제미립자의특정기하학적구조체가기재상에형성될수 있게한다. 융착된접착제미립자를갖는기재는다른구성요소와정합되어융착된접착제미립자가제1 기재및 제2 구성요소를접합하게한다. |
39 |
접착제 도포 회전장치 |
KR1020120041376 |
2012-04-20 |
KR1020130118481A |
2013-10-30 |
허영철 |
PURPOSE: An adhesive coating rotation apparatus is provided to have the effect of securing the convenience in coating objects as the slope of objects mounted on a settling unit is able to be controlled through a slope control means. CONSTITUTION: An adhesive coating rotation apparatus (A) comprises a settling unit (100) in which an object to be coated with an adhesive is mounted and fixed; a rotating means which is connected to the settling unit and rotates the settling unit; a rotary power supply unit which continuously supplies the rotary power to the rotating means so that the settling unit rotates by a half turn by the rotating means; a control box (400) which controls the operation of the rotary power supply unit; and a fixing frame (500) which fixes the position of the rotating means and the rotary power supply unit. |
40 |
신발용 소음방지패드 부착장치 |
KR1020110107540 |
2011-10-20 |
KR1020130043423A |
2013-04-30 |
이가람 |
PURPOSE: A noise prevention pad attachment device is provided to automatically attach a noise prevention pad to a bottom of a footwear by a motion of getting up on an elevating plate. CONSTITUTION: A noise prevention pad attachment device includes a frame(110), an elevating plate(130), an adhesive supply unit and a pad accommodation unit(140). The elevating plate is elastically elevated up and down by pressurization of a footwear to an upper part of the frame and a penetration hole(133) is formed on the plate surface. The adhesive supply unit is pressurized in connection to the elevation of the elevating plate and sprays adhesive. The pad accommodation unit is elevated up and down in connection with elevation of the elevating plate and adheres a noise prevention pad to the bottom of the footwear by exposing a noise prevention pad(147) to an upper side through the penetration hole. |