JP2005159177A - Electronic part supplying apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To specify a pocket in which an electronic part is held certainly and easily when a tray in which the electronic part is held only in a partial pocket is used for an electronic part supplying apparatus. <P>SOLUTION: The electronic part supplying apparatus includes a housing 21 which contains a plurality of trays T having many pockets Tp for containing the electronic part Q, and a tray taking-out unit 50 for taking out the specified tray from the housing to a part suction region B. A new train conveyed to the lower side of a touch panel provided in the opening 21e1 formed at the top plate 21e of the housing is touched to the position of the touch panel relating to the position of the pocket which contains the electronic part while observing the new tray through the touch panel, and the position of the pocket which contains the electronic part is inputted. The touch panel 61 is superposed on a screen 62 on which the image of the tray is projected, and the position of the pocket which contains the electronic part may be inputted. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an electronic component supply apparatus that supplies an electronic component or the like to an electronic component mounting apparatus that mounts the electronic component or the like on a circuit board or the like.

  A tray-type electronic component supply device is known as a device for supplying an electronic component to an electronic component mounting apparatus that mounts the electronic component on a circuit board used for an electronic device or the like. This is because a plurality of trays containing the same electronic components are accommodated in a plurality of regularly arranged pockets in the housing, the trays containing the electronic components to be mounted are designated, and the tray take-out device performs electronic control. The electronic component stored in the tray pocket is picked up by the suction nozzle and mounted on the circuit board by picking it up into the component suction area of the component mounting apparatus. At this time, it was difficult to make the total number of circuit boards produced and the total number of electronic components supplied by one tray, so they were not mounted on the tray in the housing when the production model was switched. Electronic parts are often left behind.

  Such a tray with electronic components left is removed from the electronic component supply apparatus of the electronic component mounting apparatus and stored when the production model is switched. When the tray is used for production of a circuit board that uses the electronic component at a later date, the electronic component mounting apparatus is instructed to position the pocket in which the electronic component is accommodated, and the electronic component is removed from the pocket in which the suction nozzle is vacant. This prevents unnecessary movements that try to adsorb. Such an instruction is usually input by the operator of the electronic component mounting apparatus from the operation panel of the electronic component mounting apparatus by calculating the position of the pocket in which the electronic component of the tray to be used is stored or the empty pocket. Is done. However, such input by the operator places an extra burden on the operator, requires a lot of labor and time for preparation before production, and is liable to cause work errors due to misreading of the pocket position or input errors. There's a problem.

As a means for solving such a problem, a memory for storing supply information regarding electronic component supply such as a suction start position of the pallet is provided for each tray plate to which each pallet (tray) is attached, and an information reading / writing sensor is provided. The supply information is read from the supply information or the supply information is updated (for example, see Patent Document 1).
Japanese Unexamined Patent Publication No. 2000-4098 (paragraphs [0011] to [0018], FIGS. 1 to 5).

  According to the technique of Patent Document 1 described above, the above-described problems can be solved. However, since it is necessary to provide a memory for storing supply information in all pallets (trays), there is a problem that the equipment cost increases. .

  The present invention solves each of the problems as described above by inputting the position of the electronic component or the position adjacent to the position of the electronic component while viewing the new tray or the image of the new tray loaded into the tray loading position of the electronic component supply apparatus. The purpose is to solve simultaneously.

  According to a first aspect of the present invention, there is provided an electronic component supply apparatus including a housing for storing a plurality of trays each having a plurality of pockets for regularly storing electronic components, and a specified tray from a housing to a predetermined component suction region. An electronic component supply apparatus having a tray take-out device to be taken out, comprising an operation panel reflecting a new tray carried into the tray carry-in position, and an operation panel related to the position of the pocket in which the electronic parts of the tray are accommodated The position of the pocket in which the electronic component of the new tray is accommodated is input by designating the position.

  According to a second aspect of the present invention, there is provided an electronic component supply apparatus including a housing for storing a plurality of trays each having a plurality of pockets for regularly storing electronic components, and a specified tray from a housing to a predetermined component suction region. An electronic component supply device equipped with a tray take-out device, which has an opening of a size corresponding to the tray formed in the housing and a transparent touch panel covering the opening, and is carried into the tray carry-in position from the outside. The position of the pocket in which the electronic component of the new tray is accommodated is input by touching the position of the touch panel associated with the position of the pocket in which the electronic component is accommodated while viewing the new tray through the touch panel. Is.

  According to a third aspect of the present invention, there is provided an electronic component supply apparatus including a housing for storing a plurality of trays each having a plurality of pockets for regularly storing electronic components, and a specified tray from a housing to a predetermined component suction region. An electronic component supply device including a tray take-out device that is provided with an opening having a size corresponding to the tray formed on the top plate of the housing and a transparent touch panel covering the opening. The pocket in which the electronic component of the new tray is accommodated by touching the position of the touch panel related to the position of the pocket in which the electronic component is accommodated while looking at the new tray carried in from the outside to the tray carry-in position on the side. It is characterized by inputting the position of.

  An electronic component supply apparatus according to a fourth aspect of the present invention is the electronic component supply apparatus according to the third aspect, wherein the touch panel overlaps with the position of the pocket in which the electronic component is accommodated while looking at the new tray loaded into the tray loading position through the touch panel. The position of the pocket in which the electronic component of the new tray is accommodated is input by touching the position.

  According to a fifth aspect of the present invention, there is provided an electronic component supply apparatus including a housing for storing a plurality of trays each having a plurality of pockets for regularly storing electronic components, and a specified tray from a housing to a predetermined component suction region. An electronic component supply device including a tray take-out device to be taken out, a window hole formed in one side plate of a case integrally provided with the housing, a transparent touch panel covering the window hole, and a back side of the touch panel A light-transmissive screen and a lens for projecting a new tray image loaded from the outside to a predetermined tray loading position on the screen. The touch panel displays the new tray image projected on the screen. Touching the position of the touch panel associated with the position of the pocket containing the electronic component of the same image while looking through It is characterized in that a new tray electronic components to enter the position of the pockets therein.

  An electronic component supply apparatus according to a sixth aspect of the present invention is the electronic component supply apparatus according to the fifth aspect, wherein a pocket in which the electronic component of the same image is accommodated while an image of a new tray projected on the screen is viewed through the touch panel. The position of the pocket in which the electronic component of the new tray is accommodated is input by touching the position of the touch panel that overlaps the position.

  An electronic component supply apparatus according to a seventh aspect of the invention is characterized in that in the electronic component supply apparatus according to the fifth or sixth aspect, a reflecting mirror is provided between the new tray at the tray loading position and the screen. is there.

  According to an eighth aspect of the present invention, there is provided an electronic component supply apparatus including a housing for storing a plurality of trays each having a plurality of pockets for regularly storing electronic components, and a specified tray from a housing to a predetermined component suction area. An electronic component supply device having a tray take-out device to be taken out, an image scanner for picking up a new tray carried from the outside to a predetermined tray carry-in position, and an image for displaying the picked-up image of the new tray on the display device By clicking on a position on the screen of the display device associated with the position of the pocket in which the electronic component of the image is accommodated while looking at the image of the new tray displayed on the display device. In the pocket containing the new tray electronics It is characterized in entering the location.

  An electronic component supply apparatus according to a ninth aspect of the present invention is the electronic component supply apparatus according to the eighth aspect, wherein the position of the pocket in which the electronic component of the same image is accommodated while viewing the image of the new tray displayed on the display device. The position of the pocket in which the electronic component of the new tray is accommodated is input by clicking the position on the screen of the matching display device with a pointing device.

  An electronic component supply apparatus according to a tenth aspect of the present invention is the electronic component supply apparatus according to the eighth or ninth aspect, wherein the image scanner is provided on one side of the tray supply apparatus on which the tray is loaded. The tray is imaged in conjunction with the carry-in of.

  An electronic component supply apparatus according to an eleventh aspect of the present invention is the electronic component supply apparatus according to any one of the first to tenth aspects, wherein a plurality of trays arranged vertically in parallel with each other can be inserted and removed in the horizontal direction. The tray stocker that is supported by the elevating device and is moved up and down in the housing, and a new tray that is detachably held in the upper part of the housing from the horizontal direction and is detachably held via a loading tray holding member is externally attached to the tray loading position. And a temporary tray holding member that is provided at the top of the tray stocker and supports a new tray so that it can be inserted and removed in a horizontal direction. The carry-in tray holding member of the carry-in tray support device is held by the tray holding device. The position of the pocket in which the electronic component is stored is input as described above and the new tray is After the stocker is lifted to the highest position by the lifting device, it is removed and the new tray is transferred onto the tray temporary holding member, and then the lifting device moves the tray stocker to the designated position and the tray ejecting device is designated. It is preferable to take out the tray to the component suction area.

  An electronic component supply apparatus according to a twelfth aspect of the present invention is the electronic component supply apparatus according to the eleventh aspect, wherein the empty tray provided at the bottom of the tray stocker is detachably held in a horizontal direction and is detachable. It is preferable to include an empty tray holding member to be mounted, and a discharge tray support device on which a emptied tray that is detached from the empty tray holding member is placed in the lower part of the housing so as to be horizontally inserted and removed.

  According to the first aspect of the present invention, the operation panel that reflects the new tray loaded into the tray loading position is provided, and the position of the operation panel related to the position of the pocket in which the electronic component of the tray is accommodated is designated. Since the position of the pocket in which the electronic component of the new tray is accommodated is input, the position of the pocket in which the electronic component is accommodated can be input intuitively. Therefore, since it is easy to input the position of the pocket in which the electronic component is accommodated, it is possible to reduce the burden on the operator and the labor and time required for preparation before production, and the effect of reducing work errors can be obtained.

  According to the second aspect of the present invention, an opening having a size corresponding to the tray formed in the housing and a transparent touch panel covering the opening are provided, and a new tray loaded from the outside to the tray loading position is viewed through the touch panel. By touching the position of the touch panel related to the position of the pocket containing the electronic component, the position of the pocket containing the electronic component of the new tray is input, so the position of the pocket containing the electronic component is input. Can be done intuitively. Therefore, since it is easy to input the position of the pocket in which the electronic component is accommodated, it is possible to reduce the burden on the operator and the labor and time required for preparation before production, and the effect of reducing work errors can be obtained. In addition, a necessary device such as a transparent touch panel need only be provided in the housing of the tray supply device, and it is not necessary to provide a memory or the like for each large number of trays.

  According to the invention of claim 3, an opening having a size corresponding to the tray formed on the top plate of the housing and a transparent touch panel covering the opening are provided, and the tray loading position on the lower side of the touch panel is externally provided. By touching the position of the touch panel related to the position of the pocket in which the electronic component is accommodated while viewing the new tray that has been carried in through the touch panel, the position of the pocket in which the electronic component of the new tray is accommodated is input. Can be input intuitively. Therefore, since it is easy to input the position of the pocket in which the electronic component is accommodated, it is possible to reduce the burden on the operator and the labor and time required for preparation before production, and the effect of reducing work errors can be obtained. In addition, a necessary device such as a transparent touch panel need only be provided in the housing of the tray supply device, and it is not necessary to provide a memory or the like for each large number of trays.

  Touching the position of the touch panel that overlaps the position of the pocket in which the electronic component is accommodated while viewing the new tray carried in the tray carrying position through the touch panel, the position of the pocket in which the electronic component of the new tray is accommodated is input. According to the above, since it is possible to more intuitively input the position of the pocket in which the electronic component is accommodated, it is possible to further reduce the burden on the operator and the effort and time required for preparation before production, Work errors can be further reduced.

  According to the invention of claim 5, a window hole formed in one side plate of the case provided integrally with the housing, a transparent touch panel covering the window hole, and a light transmission provided on the back side of the touch panel Screen and a lens for projecting a new tray image carried in from the outside to a predetermined tray loading position on the screen, and viewing the new tray image projected on the screen through the touch panel Since the position of the pocket in which the electronic component of the new tray is accommodated is input by touching the position of the touch panel associated with the position of the pocket in which the container is accommodated, the burden on the operator and the pre-production The time and effort required for preparation can be reduced, work errors can be reduced, and it is not necessary to provide memory for each large number of trays. In addition to the effect that the equipment cost can be reduced, the touch panel and the screen can be placed close to each other, and this reduces the input error due to parallax even when the screen is viewed from an oblique direction through the touch panel. It is possible to input the position of the pocket in which the electronic component is accommodated accurately and easily, and to obtain each effect that the transparent touch panel and the light transmissive screen can be made smaller than the tray.

  The position of the pocket in which the electronic component of the new tray is accommodated by touching the position of the touch panel that overlaps the position of the pocket in which the electronic component of the same image is accommodated while viewing the image of the new tray projected on the screen through the touch panel As in the invention of claim 4, since it is possible to more intuitively input the position of the pocket in which the electronic component is accommodated, the burden on the operator and pre-production are reduced. The labor and time required for preparation can be further reduced, and work errors can be further reduced.

  According to the reflector provided between the new tray and the screen at the tray loading position, the angle of the touch panel and the screen with respect to the tray is adjusted by changing the angle of the reflector, so that the angle of the touch panel and the screen can be adjusted. The most suitable angle can be obtained.

  According to an eighth aspect of the present invention, the display device includes an image scanner that captures an image of a new tray that is carried from the outside to the tray loading position, and an image processing device that displays the captured image of the new tray on the display device. While viewing the displayed image of the new tray, the electronic device of the new tray is accommodated by clicking on the position on the screen of the display device related to the position of the pocket in which the electronic component of the same image is accommodated. Since the pocket position is entered, the operator's burden and time and effort required for preparation before production can be reduced, work errors can be reduced, and a large number of trays need to be provided for each large number of trays. In addition to the effect that equipment costs can be reduced overall, It is only necessary to click on the display device screen itself with a pointing device, so that there is no input error due to parallax even when the display device screen is viewed from an oblique direction. In addition, the display device can be made smaller than the tray and the mounting position and angle can be freely arranged with respect to the tray, so that the position and angle most suitable for work can be obtained. .

  The electronic component of the new tray is accommodated by clicking the position on the screen of the display device that matches the position of the pocket in which the electronic component is accommodated while looking at the image of the new tray displayed on the display device. According to the device for inputting the position of the pocket, as in the inventions of claim 4 and claim 6, it is possible to more intuitively input the position of the pocket in which the electronic component is accommodated. The burden on the operator and the labor and time required for preparation before production can be further reduced, and work errors can be further reduced.

  The image scanner is provided on one side of the tray supply device on the side where the tray is carried in, and according to the image picked up as the tray is carried in, there is no need to move the image scanner. The manufacturing cost can be reduced by simplifying the structure of the scanner.

  In addition, a tray stocker that supports a plurality of trays arranged vertically in parallel with each other so as to be inserted / removed in the horizontal direction and is lifted / lowered by an elevating device in the housing, and a carry-in tray provided in the upper part of the housing so as to be inserted / removed in the horizontal direction A carry-in tray support device that carries a new tray that is detachably held through a holding member from the outside to a tray carry-in position, and a temporary tray holder that is provided at the top of the tray stocker and supports the new tray so that it can be inserted and removed horizontally. The carrying tray holding member of the carry-in tray support device is equipped with a new tray, and the position of the pocket in which the electronic component is accommodated is input as described above, and the tray stocker is raised to the highest position by the lifting device. And then remove it and transfer the new tray onto the temporary tray holding member. The lifting device moves the tray stocker to a designated position, and the tray take-out device takes out the designated tray into the component suction area. A new tray carried from the outside to the carry-in position and a designated tray in the tray stocker can be taken out to the component suction area and stored in a designated position in the tray stocker.

  An empty tray holding member which is provided at the bottom of the tray stocker and holds the empty tray so that it can be inserted / removed horizontally and detachable, and an empty tray held horizontally at the bottom of the housing so as to be removable / removable According to the invention of claim 12, further comprising a discharge tray support device on which an empty tray separated from the member is placed, the empty tray is automatically mounted on the discharge tray support device with a minimum necessary structure. Then, it can be discharged to the outside by pulling out the discharge tray support device.

  First, the best mode for carrying out the electronic component supply apparatus according to the present invention will be described with reference to the embodiments shown in FIGS. The electronic component supply device of this embodiment includes a tray supply device 20 having a housing 21 supported by a support portion 29 having casters 29a and wheels 29b, as mainly shown in FIG. In the housing 21, a tray stocker 25 in which a plurality of trays T each having a large number of pockets for storing electronic components is detachably mounted is provided so that it can be moved up and down. A new tray T is loaded into the upper part of the housing 21. A carry-in tray support device 30 is provided, and a discharge tray support device 45 that discharges the empty tray T is provided at the bottom. A tray take-out device 50 is provided on the front side of the housing 21 to take out the tray T containing electronic components to be mounted from the tray stocker 25 to the component suction area B.

  The tray supply device 20 can be moved on the floor surface by a support portion 29 and is installed and used at a predetermined position on one side of the electronic component mounting device 10 as shown in FIG. The electronic component mounting apparatus 10 is a substrate transfer device (not shown) that carries a positioning support by carrying in and out a circuit board, which is provided on a base and on which an electronic component is mounted, in the X direction (direction orthogonal to the paper surface in the figure). A moving table 11 guided and supported by the base so as to be movable in the Y direction (left and right in the figure), a component transfer device 12 guided and supported by the moving table 11 so as to be movable in the X direction, and this component transfer The mounting device 12 includes a suction nozzle 13 supported so as to be movable in the Z direction (vertical direction). The electronic component mounting apparatus 10 moves the suction nozzle 13 in three directions of X, Y, and Z, and sucks the electronic component to be mounted from the tray T taken out in the component suction region B on the tray take-out device 50. The circuit board is mounted at a predetermined position on the circuit board that is positioned and supported on the board transfer device.

  As shown in FIG. 7, the tray T handled by the tray supply device 20 is a rectangular shape in which a large number of pockets Tp each accommodating electronic components Q are regularly arranged in a matrix, and is placed on a rectangular pallet P. It is mounted and used detachably attached by a presser fitting R. On the front side of the pallet P, a T-shaped locking portion P1 for taking out and putting in the tray T by the tray take-out device 50 is provided. The illustrated tray T has 36 pockets Tp as a whole, but the electronic component Q has already been taken out and empty from the first pocket Tp1 to the 14th pocket Tp14, and the 15th pocket Tp15. From the first to the last pocket Tp36, the electronic component Q is left.

  Next, a specific structure of each part of the tray supply device 20 will be described. As shown in FIGS. 2 to 4, the housing 21 of the tray supply device 20 is made of sheet metal, and includes a bottom plate 21 a, a front plate 21 b and a back plate 21 c rising from front and rear edges thereof, and left and right side plates 21 d covering both sides thereof. And the top plate 21e covering the upper side of the whole. At the center of the front plate 21b in the vertical direction, an entrance / exit 21b1 for taking in and out the pallet P with the tray T attached between the housing 21 and the upper side of the tray take-out device 50 is formed across the horizontal width. An upper opening 21c1 and a lower opening 21c2 for inserting and removing the carry-in tray support device 30 and the discharge tray support device 45 are formed over the entire width in the upper and lower portions of the back plate 21c. A rectangular opening 21e1 that is slightly larger than the tray T is formed in the top plate 21e, and the opening 21e1 is covered with a transparent touch panel 55 that is in contact with the lower side. The touch panel 55 is an operation panel that reflects the new tray T that has been loaded into the tray loading position. When the operator touches with a finger or a stylus, the touched position information is detected and a control device (not shown). To send to. The resolution of the touch panel detection position is sufficient as long as it can detect each pocket Tp of each tray T used separately. The upper part in the housing 21 immediately below the touch panel 55 is a tray carry-in position A where a new tray T is carried. The operation panel reflects the position of the pocket Tp in which the electronic component Q of the new tray T is accommodated. By specifying the position of the pocket Tp reflected on the operation panel, the position is input. Is.

  Inside the left and right side plates 21d of the housing 21, a pair of left and right strips each composed of two strip-like struts 22a each having a lower end fixed to the bottom plate 21a and rising upward, and a connecting plate 22b connecting the upper ends. A support frame 22 is provided. Each connecting plate 22b is fixed to the lower surface of the top plate 21e, and a guide rail 23 extending vertically is fixed to each column 22a. A support rail 24 that guides and supports the carry-in tray support device 30 so that it can be inserted and removed in the horizontal direction is fixed to the inner side of the upper portion of each connecting plate 22b (see also FIG. 5).

  As shown in FIGS. 2 to 4, the tray stocker 25 has a square box shape including a bottom plate 25a, left and right side plates 25b, and an upper plate 25c, and is fixed to the four corners of the outer surface of each side plate 25b. The slider 26 is slidably engaged with the guide rails 23 of the left and right support frames 22 to be guided and supported so as to be movable in the vertical direction, and is lifted and lowered by the lifting device 27. The lifting device 27 has a pair of ball screw shafts 27a extending in the vertical direction between the left and right support frames 22 with the upper and lower ends thereof being supported by the bearing members 27b and 27c provided on the connecting plate 22b and the bottom plate 21a. Each ball nut 27g attached to the lower center of the outer surface of each side plate 25b is screwed together, and each ball screw shaft 27a is rotated in conjunction with a belt 27e wound around a pulley 27d provided at each lower portion. The tray stocker 25 is moved up and down by rotating the lower end of one ball screw shaft 27a by a motor 27f. A plurality of support grooves 25b1 are formed on the inner wall surface of each side plate 25b of the tray stocker 25 so as to oppose each other over the entire length in the horizontal direction so that both side edges of the pallet P can be inserted and removed in the horizontal direction.

  On the upper side of the upper plate 25c of the tray stocker 25, both side edges of the pallet P are guided and supported so as to be positioned directly above the pallet P supported by the support groove 25b1 of the side plate 25b and to be inserted and removed in the same direction. The left and right tray temporary holding members 28 are fixed (see also FIG. 5). As shown in FIG. 4, the left and right tray temporary holding members 28 are divided into two in the front-rear direction, and a gap is provided between the front and rear tray temporary holding members 28.

  As shown in FIGS. 2 to 5, the carry-in tray support device 30 is composed of a frame 31 that includes left and right side plates 31a, a rear plate 31b, and a front plate 31d and most of the lower surface is opened. Is provided with a handle 31c for inserting and removing the carry-in tray support device 30. Elongated ridges 33 are provided along the horizontal direction on the outer side of each side plate 31a, and the guides are formed along the horizontal direction inside the support rails 24 that are fixed to the connecting plate 22b of the support frame 22. By slidably engaging with the groove 24 a, the carry-in tray support device 30 can be inserted and removed from the horizontal direction through the upper opening 21 c 1 of the back plate 21 c of the housing 21.

  As shown in FIGS. 2, 4, and 5, each side plate 31 a of the frame body 31 is positioned away from both ends of each tray temporary holding member 28 provided on the upper side of the tray stocker 25 when viewed from above. Each of the three support rods 34 is horizontally protruded and fixed in an inward direction, and a loading tray holding member 32 is guided and supported by each of the support rods 34 so as to advance and retreat, and is urged inward by a spring (not shown). Has been. The left and right three carry-in tray holding members 32 are connected together by an E-shaped connecting member 35 (see FIG. 4) and moved together, and the connecting member 35 faces upward at a position outside the side plate 31a. A U-shaped engaging portion 35a is formed which is opened at the lower side after being bent. Note that the length of the engaging portion 35a in the front-rear direction is shorter than that of the connecting member 35 and is about half of that (see FIG. 4). Each carry-in tray holding member 32 urged inward by a spring is stopped at the forward position indicated by the solid line with the engaging portion 35a of the connecting member 35 coming into contact with the outer surface of the side plate 31a. It is held by the carry-in tray holding member 32. On the other hand, as best shown in FIG. 5, an actuator 37 is attached to the outer surface of each connecting plate 22b that connects the upper portions of the left and right support frames 22, and the operating rod 37a of the actuator 37 protruding inward from the connecting plate 22b. The engagement plate 36 fixed to the tip can move back and forth between an inoperative position indicated by a solid line and an operating position indicated by a two-dot chain line.

  When the engaging portion 35a of the connecting member 35 is stopped at the forward position indicated by the solid line and the engaging plate 36 is in the inoperative position, the engaging plate 36 is in the state viewed from the front-rear direction as shown in FIGS. Is located between the U-shaped portions of the engaging portion 35a of the connecting member 35, the carry-in tray support device 30 can be inserted and removed in the horizontal direction through the upper opening 21c1. In this state, the both side edges of the pallet P to which the new tray T is attached are placed and held on the upper side of the leading end portion of each carry-in tray holding member 32 of the carry-in tray support device 30 extracted in this state, and passed through the upper opening 21c1. When the carry-in tray support device 30 is inserted into the upper portion of the housing 21 and a new tray T is carried into the tray carry-in position A, each engagement plate 36 of the actuator 37 is engaged between the engagement portions 35a of the connecting member 35. The Then, the tray stocker 25 is raised to the highest position, and each tray temporary holding member 28 enters between each carrying-in tray holding member 32, and the support step portion of the tray temporary holding member 28 is on both sides of the pallet P at the tray carrying-in position A. When the actuators 37 are actuated from the position where they contact the lower surface of the edge, and each carry-in tray holding member 32 is set to the retracted position indicated by the two-dot chain line via the engagement plate 36, the pallet P to which the new tray T is attached Is removed from each carry-in tray holding member 32 and transferred and held on the tray temporary holding member 28. When the tray stocker 25 is lowered, the pallet P is lowered together with the tray temporary holding member 28.

  As shown in FIGS. 2, 3, and 6, a pair of support shafts parallel to each other and parallel to each other are provided between a pair of support brackets 41 provided on the lower surfaces of the left and right sides of the bottom plate 25a of the tray stocker 25. A pair of left and right empty tray holding members 40 are swingably supported via 41a. Each empty tray holding member 40 is urged inward by a torsion coil spring 42 interposed between the empty tray holding member 40 and the lower support bent portion 40a bent inward (FIG. 6). And a stop (not shown) in contact with a stopper (not shown). In this stopped state, the support bent portions 40a of the left and right empty tray holding members 40 are positioned directly below the pallet P supported by the support grooves 25b1 of the side plates 25b of the tray stocker 25 and can be inserted and removed in the same direction. In addition, both side edges of the pallet P are guided and supported. A gap having an open bottom is formed between each empty tray holding member 40 and the engaging member 40b fixed to the outer surface thereof. On the other hand, as best shown in FIG. 6, an actuator 44 is attached to the left and right sides of the bottom plate 21 a of the housing 21 via brackets, and the upper side fixed to the tip of the operating rod 44 a protruding inward from it is The opened U-shaped engaging portion 43 can advance and retract between an inoperative position indicated by a solid line and an operating position indicated by a two-dot chain line.

  When the empty tray holding member 40 is stopped at the inward swing position indicated by the solid line and the engaging portion 43 is in the inoperative position, as shown in FIGS. 2 and 6, the rising portion at the tip of the engaging portion 43 Is located at a position where the lower side between the empty tray holding member 40 and the engagement member 40b can be inserted from the lower side into the gap between the empty tray holding member 40 and the engagement member 40b. The tray stocker 25 is inserted into the gap between the empty tray holding member 40 and the engaging member 40b when the tray stocker 25 is at the lowest position shown in the figure, and is removed from the gap described above when the tray stocker 25 is raised. With the tray stocker 25 in the lowest position, each actuator 44 is operated with the rising portion at the tip of the engaging portion 43 inserted into the gap, and each empty tray is inserted via the engaging portion 43 and the engaging member 40b. If the holding member 40 is set to an outward swing position indicated by a two-dot chain line, the pallet P supported by each support bent portion 40a is detached downward from each empty tray holding member 40. The discharge tray support device 45 having the receiving plate 46 for receiving the pallet P thus detached is provided so as to be able to be inserted into and removed from the lower portion of the housing 21 through the lower opening 21c2 of the back plate 21c of the housing 21. The rear plate 46a of the discharge tray support device 45 is provided with a handle 46b for performing such insertion / removal.

  The front plate 21b of the housing 21 of the tray supply device 20 is provided with a tray take-out device 50 for taking in and out the pallet P attached with the tray T between the inside of the housing 21 and the component adsorption region B through the entrance / exit 21b1. On both sides of the tray take-out device 50, as shown in FIG. 8, a belt conveyor 51 reciprocally driven by a motor 52 is provided in the front-rear direction, and a pallet connecting portion 53 that is moved together with the upper surface of the belt conveyor 51 is provided. ing. The pallet connecting portion 53 is detachably gripped by a T-shaped locking portion P1 (see FIG. 7) provided on the front side of the pallet P by opening and closing in the horizontal direction. Thus, the pallet P positioned at the height of the entrance / exit 21b1 of the front plate 21b of the housing 21 by the raising / lowering of the tray stocker 25 is pulled out to the component suction area B by the belt conveyor 51 together with the tray T attached thereon. It is returned to the tray stocker 25.

  Next, the operation of the tray supply device 20 of the above-described embodiment will be described. First, in a state where the electronic components Q to be supplied are sufficiently left in the respective trays T in the tray stocker 25, when information on the electronic components Q to be mounted next is received from the electronic component mounting apparatus 10, the tray take-out device 50 is received. Operates the belt conveyor 51 to return the pallet P with the tray T pulled out to the component suction area B to a predetermined position in the tray stocker 25 from the inlet / outlet 21b1 of the housing 21, thereby releasing the grip of the pallet connecting portion 53. Then, the tray stocker 25 is moved up and down by the lifting device 27, and the pallet P on which the tray T in which the electronic component Q to be mounted next is accommodated is positioned at the height of the entrance 21b1 of the housing 21. Then, the belt conveyor 51 is operated after the latching portion P1 of the pallet P is gripped by the pallet connecting portion 53, and the tray T in which the electronic component Q to be mounted next together with the pallet P is accommodated in the component adsorption region B. Pull out to position and fix. In this state, the electronic component Q is sucked by the suction nozzle 13 and mounted on the circuit board as described above.

  On the other hand, the electronic component mounting apparatus 10 grasps the remaining number of electronic components Q accommodated in the tray T in the component suction area B, and when this remaining number becomes smaller than the number of electronic components Q to be mounted, A warning to replenish the part Q is issued. If this warning is issued, the operator, as shown by a two-dot chain line in FIG. 8, is a new one in which the electronic component Q to be mounted is accommodated in the carry-in tray support device 30 extracted from the upper opening 21c1 of the housing 21. The pallet P to which the tray T is attached is held as described above, and is inserted into the upper portion of the housing 21 from the upper opening 21c1, and the new tray T is carried into the tray carry-in position A. Next, as shown in FIG. 9, the tray supply device 20 sets the tray stocker 25 to the highest position and brings the support step portion of the tray temporary holding member 28 into contact with the lower surfaces of both side edges of the pallet P, thereby empty tray holding member 40. Is the height of the entrance 21 b 1 of the housing 21. With the new tray T loaded into the tray loading position A, the operator sees through the new tray T loaded into the tray loading position A through the touch panel 55 provided in the opening 21e1 formed in the top plate 21e of the housing 21. However, the position of the first pocket Tp15 in which the electronic component Q of the tray T is accommodated is input by touching the position of the touch panel 55 overlapping the position of the first pocket Tp15 in which the electronic component Q is accommodated with the finger. In this case, the touch on the touch panel 55 may be performed by a stylus for input to the touch panel 55 instead of a finger.

  The position of the touch panel 55 to be input corresponding to the first pocket Tp15 in which the electronic component Q is accommodated is the position directly above the pocket Tp15. In this embodiment, the tray T and the touch panel 55 at the tray carry-in position A are used. A certain distance is unavoidable between the positions of the touch panel 55 and the position of the touch panel 55 that overlaps the position of the pocket Tp15 and the position of the touch panel 55 that is directly above the pocket Tp15. Causes an error due to parallax. Therefore, in this embodiment, it is necessary to perform the see-through of the tray T at the tray loading position A through the touch panel 55 from the direction orthogonal to the tray T.

  The position of the pocket Tp in which the electronic component Q is accommodated is input by touching the position of the touch panel 55 that overlaps the position of the first pocket Tp15 in which the electronic component Q is accommodated with a finger or a stylus as described above. However, instead of the position of the touch panel 55 that overlaps the pocket Tp15, the position of the touch panel 55 that overlaps the vacant pocket Tp14 immediately before the pocket Tp15 may be touched. That is, the first or last pocket Tp in which the electronic component Q is accommodated may be designated, or the last or first pocket Tp in which the electronic component Q is not accommodated may be designated. In addition, when the electronic component Q accommodated in the new tray T carried in to the tray carrying-in position A is skipped and accommodated in the pocket Tp, for example, each of the touch panels 55 overlapping each pocket Tp in which the electronic component Q is accommodated. What is necessary is just to input the position of each pocket Tp in which the electronic component Q is accommodated by touching a position. Further, when the electronic component Q is accommodated in all the pockets Tp of the new tray T carried into the tray carry-in position A, for example, touching the position of the touch panel 55 that overlaps the first pocket Tp1 and inputting that fact do it.

  After inputting the position of the pocket Tp in which the electronic component Q is accommodated in this way, a switch (not shown) is pushed to notify the tray component supply device 20 and the electronic component mounting device 10 that the input has been completed. As a result, the tray supply device 20 operates each actuator 37 to set each carry-in tray holding member 32 to the retracted position, and separates the new tray T loaded into the tray carry-in position A together with the pallet P from each carry-in tray holding member 32. Then, the tray is transferred onto the tray temporary holding member 28 of the tray stocker 25 at the highest position.

  Next, after the last component remaining on the tray T in the component suction area B is sucked, the tray take-out device 50 lowers the tray stocker 25 so that the empty tray holding member 40 shown in FIG. The pallet P positioned at the height and supporting the tray T emptied by the belt conveyor 51 is stored in the empty tray holding member 40 below the tray stocker 25, and the grip of the pallet connecting portion 53 is released. Thereafter, the tray stocker 25 is moved to the lowest position shown in FIG. 10, and the new tray T and pallet P held by the temporary tray holding member 28 are positioned at the height of the entrance / exit 21b1 of the housing 21, and the empty tray is held. The tray T and the pallet P held by the member 40 are set to positions immediately above the discharge tray support device 45.

  Then, the tray take-out device 50 operates the belt conveyor 51 after gripping the engaging portion P1 of the pallet P supported by the temporary tray holding member 28 by the pallet connecting portion 53, and as shown in FIG. A new tray T containing electronic components Q to be mounted together with P is pulled out to the component suction area B, and the electronic components Q are sucked by the suction nozzle 13 based on the position of the pocket Tp in which the electronic components Q previously input are stored. And mounted on a circuit board. During this time, the tray supply device 20 operates the actuator 44 to set the empty tray holding member 40 to the outward swinging position, and discharge the empty tray T and pallet P supported by the support bent portions 40a to the lower side. The tray support device 45 is separated from the receiving plate 46. The empty tray T and pallet P are taken out by extracting the discharge tray support device 45 from the lower opening 21c2 of the housing 21, as shown in FIG. Further, the tray T and the pallet P on which the electronic component Q has been mounted on the circuit board are returned to the predetermined support groove 25b1 of the tray stocker 25. Subsequently, the tray take-out device 50 draws out the next designated tray T and pallet P to the component suction area B as described above, and the electronic component mounting device 10 sucks the electronic component Q by the suction nozzle 13 to form a circuit board. Implement.

  According to the above-described embodiment, the input of the position of the pocket Tp in which the electronic component Q of the new tray T carried into the tray carrying-in position A is accommodated is received while looking at the tray T through the touch panel. Since it can be performed by touching the position of the touch panel 55 that overlaps the position of the pocket Tp, the position of the pocket Tp in which the electronic component Q is accommodated can be input intuitively. Therefore, since it is easy to input the position of the pocket Tp in which the electronic component Q is accommodated, the burden on the operator at the time of input is reduced, and work errors can be reduced. In addition, labor and time required for preparation before production can be reduced. In addition, the necessary devices such as the transparent touch panel 55 need only be provided in the housing 21 of the tray supply device 20, and it is not necessary to provide a memory or the like on the pallet P of each large number of trays T, so that the equipment cost can be reduced as a whole. Can do.

  In the above-described embodiment, since the touch is performed by touching the position of the touch panel 55 that overlaps the position of the pocket Tp in which the electronic component Q is accommodated while looking at the tray T through the touch panel, the pocket Tp in which the electronic component Q is accommodated. However, the present invention is not limited to this, and the position of the touch panel 55 that overlaps the other pocket Tp adjacent to the pocket Tp in which the electronic component Q is accommodated. The touch panel 55 may be touched with the position of the pocket Tp in which the electronic component Q is accommodated, and even in such a case, there is substantially no difference from the above-described embodiment. can get.

  In the above-described embodiment, a warning is issued when the remaining number of electronic components Q accommodated in the tray T in the component adsorption area B is smaller than the number of electronic components Q to be mounted, and a new one in which the electronic component Q is accommodated. After the tray T is held by the carry-in tray support device 30 and carried into the tray carry-in position A, the position of the pocket Tp in which the electronic component Q is accommodated is input and transferred onto the tray temporary holding member 28, and then the component suction If the last part remaining in the tray T in the area B is sucked, the tray T is returned to the empty tray holding member 40, and a new tray T on the tray temporary holding member 28 is pulled out to the parts suction area B and the electronic component is drawn. Q is mounted on a circuit board, and the tray T in the empty tray holding member 40 is taken out. However, the present invention is not limited to this, and in the state where the electronic parts Q to be supplied are sufficiently left on the respective trays T in the tray stocker 25, the next shortage of electronic parts Q is calculated in advance and a warning is issued. The new tray T in which the electronic component Q is accommodated is held in the carry-in tray support device 30 and is carried into the tray carry-in position A, and the position of the pocket Tp in which the electronic component Q is accommodated is input to input the tray temporary holding member 28. After the transfer, the operation is continued when the electronic component Q to be supplied is sufficiently left in each tray T in the tray stocker 25 in that state, and is accommodated in the tray T in the component suction area B. When the number of remaining electronic components Q is smaller than the number of electronic components Q to be mounted, the tray T is removed after the last component remaining on the tray T in the component suction area B is sucked. Returning to the tray holding member 40, the new tray T on the tray temporary holding member 28 is pulled out to the component suction area B, the electronic component Q is mounted on the circuit board, and the tray T in the empty tray holding member 40 is taken out to the outside. May be implemented.

  Next, the second embodiment shown in FIG. 13 will be described. In the second embodiment, the structure of the portion for inputting the position of the pocket Tp in which the electronic component Q of the tray T carried into the tray carrying-in position A of the tray supply device 20 together with the pallet P is accommodated is the same as the embodiment described above. Since only the difference is made, the structure and operation of the part will be mainly described, and other description will be omitted.

  In the housing 21 of the tray supply device 20 of the second embodiment, an opening 21e1 that is slightly larger than the tray T is formed in the top plate 21e that is located above the tray carry-in position A, as in the above-described embodiment. However, the touch panel 55 covering the opening 21e1 is not provided. On the upper side of the top plate 21e, one side plate 60a extending upward from one side plate 21d of the housing 21 so as to cover the opening 21e1, and above the one side plate 60a at an inclination angle of 45 degrees from the opposite side of the top plate 21e. A sheet metal case 60 is provided which includes an extending inclined plate 60c, a horizontal ceiling plate 60d connecting the upper side edges of the one side plate 60a and the inclined plate 60c, and front and rear side plates (not shown). A rectangular window hole 60b smaller than the opening 21e1 is formed in one side plate 60a of the case 60. The window hole 60b is covered with a touch panel 61 from the inside, and a light transmissive screen 62 is provided on the back side of the touch panel 61 in an overlapping manner. It has been. A reflection mirror 63 is provided in the case 60 at an inclination angle of 45 degrees substantially parallel to the inclined plate 60 c, and a lens 64 is provided between the screen 62 and the reflection mirror 63 coaxially with the center line 62 a of the screen 62. It has been. Thereby, the mirror image Tm of the tray T reflected on the reflecting mirror 63 is projected onto the screen 62. An illumination lamp (not shown) for illuminating the tray T is provided in the case 60. The touch panel 61 is an operation panel on which a new tray T carried into the tray carry-in position is reflected, like the touch panel 55.

  Next, the operation of the tray supply device 20 of the second embodiment will be described. As in the above-described embodiment, based on the warning that the electronic component Q is supplied from the electronic component mounting apparatus 10, the operator holds the new tray T and pallet P in the carry-in tray support device 30 and carries them into the tray carry-in position A. The new tray T is projected on the screen 62 by the reflecting mirror 63 and the lens 64. The operator looks at the image of the new tray T carried into the tray carry-in position A projected on the light-transmissive screen 62 through the touch panel 61 from the opposite side, and the first pocket in which the electronic component Q of the image is accommodated. The position of the pocket Tp in which the electronic component Q of the new tray T carried into the tray carry-in position A by touching with the finger is input to the position of the touch panel 61 overlapping the position of Tp15.

  In the second embodiment as well, the touch panel 61 may be touched with a stylus, and the position of the touch panel 61 that overlaps the other pocket Tp adjacent to the pocket Tp in which the electronic component Q is accommodated, as in the above-described embodiment. The touch panel 61 may be located at the position of the touch panel 61 associated with the position of the pocket Tp in which the electronic component Q is accommodated, or when the electronic component Q is accommodated in a jumping manner, the touch panel 61 overlapping the accommodated pocket Tp. The electronic components Q may be stored in all the pockets Tp of the new tray T that is placed in the tray loading position A by going to the position of the touch panel 61 that overlaps the first pocket Tp1. May be entered.

  If the switch informs that the input is completed, the electronic component mounting apparatus 10 and the tray supply apparatus 20 operate the tray stocker 25 and the tray take-out apparatus 50 in the same manner as in the above-described embodiment, and the last part is picked up. The empty tray T and pallet P are returned to the discharge tray support device 45 of the tray stocker 25, and the new tray T and pallet P held by the tray temporary holding member 28 of the tray stocker 25 are pulled out to the component adsorption area B. The electronic component Q is mounted on the circuit board, and the empty tray T and pallet P are taken out by the discharge tray support device 45.

  According to the second embodiment, the touch panel 61 and the screen 62 can be arranged so as not to be spaced from each other, and thus input errors due to parallax are reduced even when the screen 62 is viewed from an oblique direction through the touch panel 61. In addition to the effects described in the above-described embodiments, the position of the pocket Tp in which the electronic component Q is accommodated can be input accurately and easily even when viewed from an oblique direction. Each effect that the size screen 62 can be made smaller than the tray T is also obtained.

  In the second embodiment, the reflecting mirror 63 is provided between the tray T at the tray loading position A and the screen 62. In this way, the touch panel 61 with respect to the tray T is changed by changing the angle of the reflecting mirror 63. In addition, since the angle of the screen 62 can be arbitrarily set, the angle of the touch panel 61 and the screen 62 can be set to the most suitable angle for work.

  Next, the third embodiment shown in FIG. 14 will be described. In the third embodiment, the structure of the portion for inputting the position of the pocket Tp in which the electronic component Q of the tray T carried into the tray carry-in position A of the tray supply device 20 together with the pallet P is input is the two implementations described above. Since it is only different from the form, the structure and operation of the part are mainly described, and the other description is omitted.

  The top plate 21e of the housing 21 of the tray supply device 20 of the third embodiment is not provided with an opening 21e1, but is held on the upper opening 21c1 side of the back plate 21c by the carry-in tray support device 30 together with the pallet P. An image scanner 65 for imaging a new tray T carried into the tray carry-in position A through the opening 21c1 is provided. In the third embodiment, the carry-in tray support device 30 is moved at a constant speed by a motor (not shown) and carries the tray T into the tray carry-in position A. The image scanner 65 is the carry-in tray support device 30. A new tray T that is carried into the tray carry-in position A is imaged in conjunction with this movement. The image of the new tray T carried into the tray carry-in position A thus imaged is processed by the image processing device 66 provided in the housing 21, attached to the outer surface of the housing 21, and displayed by the display device 67. The

  The display device 67 is provided with a pointing device (not shown) such as a mouse, a track / ball, or a joystick, and a mark displayed on the screen is moved by the pointing device. The operator operates the pointing device while viewing the image of the new tray T at the tray carry-in position A displayed on the display device 67, and matches the position of the pocket Tp in which the electronic component Q of the same image is accommodated. The position of the pocket Tp in which the electronic component Q of the new tray T carried into the tray carry-in position A is entered by aligning the mark with the position on the screen and clicking with the pointing device is input. The screen of the display device 67 is an operation panel that reflects the new tray T carried into the tray carry-in position.

  Also in the third embodiment, as in the case of the above-described embodiment, the click on the screen of the display device 67 coincides with the pocket Tp in which the electronic component Q is accommodated and the other pocket Tp adjacent to the click by the pointing device. The position may be a position on the screen related to the position of the pocket Tp in which the electronic component Q is accommodated, or the position of the electronic component Q is coincident with each accommodated pocket Tp. The electronic components Q may be accommodated in all the pockets Tp of the new tray T that is located at the position on the screen that coincides with the first pocket Tp1 and that is loaded into the tray loading position A. You may input that it is done.

  If the switch informs the user that the input has been completed, the electronic component mounting apparatus 10 and the tray supply apparatus 20 operate the tray stocker 25 and the tray take-out apparatus 50 in the same manner as in the two embodiments described above, and the last component. The tray T and the pallet P, which are emptied due to the adsorption of the toner, are returned to the discharge tray support device 45 of the tray stocker 25, and the new tray T and the pallet P held by the temporary tray holding member 28 of the tray stocker 25 And the electronic component Q is mounted on the circuit board, and the empty tray T and pallet P are taken out by the discharge tray support device 45.

  According to the third embodiment, the screen itself of the display device 67 may be clicked with a pointing device, and there is no input error due to parallax even when the screen of the display device 67 is viewed from an oblique direction. In addition to the effects described in the embodiment, as in the second embodiment, the position of the pocket Tp in which the electronic component Q is accommodated can be accurately and easily input even when viewed from an oblique direction. Since the device 67 can be made smaller than the tray T and the mounting position and angle can be freely arranged with respect to the tray T, the position and angle most suitable for work can be obtained.

  In the above-described third embodiment, the carry-in tray support device 30 is moved at a constant speed by a motor to carry the tray T into the tray carry-in position A, and the image scanner 65 is interlocked with the movement of the carry-in tray support device 30. The new tray T carried into the tray carry-in position A is imaged, but the carry-in tray support device 30 is manually carried into the tray carry-in position A, and the image scanner is interlocked with the carry-in speed detected by the sensor. You may make it image a new tray T carried in to the tray carrying-in position A by operating 65.

  Further, in the above-described embodiment, the image scanner 65 is fixed to the top opening 21c1 side of the top plate 21e, and the tray T according to the speed at which the new tray T held by the carry-in tray support device 30 is carried into the tray carry-in position A. Since T is imaged, and it is not necessary to move the image scanner 65 in this way, the structure of the image scanner 65 can be simplified and the manufacturing cost can be reduced. However, the second embodiment is not limited to this. The image scanner 65 can be moved in the front-rear direction, and after the tray T is loaded into the tray loading position A, the image scanner 65 is moved to capture the image of the tray T. You may make it do.

1 is an overall side view showing a state in which the best embodiment of an electronic component supply device according to the present invention is attached to an electronic component mounting device; It is an expanded sectional view along line 2-2 in FIG. FIG. 3 is a sectional view taken along line 3-3 in FIG. 2. FIG. 4 is a cross-sectional view taken along 4-4 in FIG. 2. It is a partial expanded sectional view of the upper left part of FIG. It is a partial expanded sectional view of the lower left part of FIG. It is a perspective view which shows a part of top plate of the pallet which attached the tray used for the best embodiment shown in FIG. 1, a touch panel, and a housing. It is a side view which shows the state which carries in the new tray of embodiment shown in FIG. 1 to a tray carrying-in position. It is a side view which shows the state which made the tray stocker of embodiment shown in FIG. 1 the highest position. It is a side view which shows the state which made the tray stocker of embodiment shown in FIG. 1 the lowest position. FIG. 2 is a side view showing a state in which a new tray of the embodiment shown in FIG. It is a side view which shows the state which took out the empty tray of embodiment shown in FIG. 1 outside. It is front sectional drawing which shows the structure of the upper part of the housing of 2nd Embodiment of the electronic component supply apparatus by this invention. It is a sectional side view which shows the structure of the upper part of the housing of 3rd Embodiment of the electronic component supply apparatus by this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Electronic component mounting apparatus, 21 ... Housing, 21e ... Top plate, 21e1 ... Opening, 25 ... Tray stocker, 27 ... Lifting device, 28 ... Temporary tray holding member, 30 ... Loading tray support device, 32 ... Loading tray holding member 40 ... Empty tray holding member, 50 ... Tray take-out device, 55 ... Touch panel, 60 ... Case, 60a ... One side plate, 60b ... Window hole, 61 ... Touch panel, 62 ... Screen, 63 ... Reflector, 64 ... Lens, 65 DESCRIPTION OF SYMBOLS ... Image scanner, 66 ... Image processing apparatus, 67 ... Display apparatus, A ... Tray carrying-in position, B ... Component adsorption area, P ... Pallet, T ... Tray, Tp ... Pocket, Q ... Electronic component.

Claims (12)

An electronic component comprising a housing for storing a plurality of trays each having a plurality of pockets regularly storing electronic components, and a tray take-out device for taking out the designated tray from the housing to a predetermined component suction area. A supply device, comprising an operation panel that reflects the new tray carried into the tray carry-in position, and designating a position of the operation panel related to the position of the pocket in which the electronic component of the tray is accommodated Accordingly, the position of the pocket in which the electronic component of the new tray is accommodated is input. An electronic component comprising a housing for storing a plurality of trays each having a plurality of pockets regularly storing electronic components, and a tray take-out device for taking out the designated tray from the housing to a predetermined component suction area. A supply device, comprising: an opening having a size corresponding to the tray formed in the housing; and a transparent touch panel that covers the opening. The position of the pocket in which the electronic component of the new tray is accommodated is input by touching the position of the touch panel associated with the position of the pocket in which the electronic component is accommodated. Electronic component supply device. An electronic component comprising a housing for storing a plurality of trays each having a plurality of pockets regularly storing electronic components, and a tray take-out device for taking out the designated tray from the housing to a predetermined component suction area. The supply device includes an opening having a size corresponding to the tray formed on the top plate of the housing, and a transparent touch panel covering the opening, and is externally provided at a tray loading position below the touch panel. The pocket in which the electronic component of the new tray is accommodated by touching the position of the touch panel associated with the position of the pocket in which the electronic component is accommodated while looking at the new tray carried in from the touch panel An electronic component supply apparatus, wherein the position of the electronic component is input. 4. The electronic component supply apparatus according to claim 3, wherein the position of the touch panel that overlaps with the position of the pocket in which the electronic component is accommodated is viewed while viewing the new tray carried into the tray carrying-in position through the touch panel. The position of the pocket in which the electronic component of the new tray is accommodated is input by the electronic component supply device. An electronic component comprising a housing for storing a plurality of trays each having a plurality of pockets regularly storing electronic components, and a tray take-out device for taking out the designated tray from the housing to a predetermined component suction area. A supply device, a window hole formed in one side plate of a case provided integrally with the housing, a transparent touch panel covering the window hole, and a light transmissive screen provided on the back side of the touch panel And a lens for projecting a new image of the tray carried from the outside to a predetermined tray carry-in position on the screen, while the image of the new tray projected on the screen is viewed through the touch panel. Touching the position of the touch panel associated with the position of the pocket containing the electronic component of the image Electronic component supplying apparatus characterized by inputting the position of the pocket is more the electronic component of the new tray accommodating. The position of the said touch panel which overlaps with the position of the said pocket in which the said same electronic component was accommodated, looking at the image of the said new tray projected on the said screen through the said touch panel, in the electronic component supply apparatus of Claim 5. The electronic component supply apparatus is characterized in that the position of the pocket in which the electronic component of the new tray is accommodated is input by touching. 7. The electronic component supply apparatus according to claim 5, wherein a reflecting mirror is provided between the new tray at the tray loading position and the screen. An electronic component comprising a housing for storing a plurality of trays each having a plurality of pockets regularly storing electronic components, and a tray take-out device for taking out the designated tray from the housing to a predetermined component suction area. An image scanner that captures an image of the new tray loaded from the outside to a predetermined tray loading position; and an image processing device that displays a captured image of the new tray on a display device. While looking at the image of the new tray displayed on the display device, the position of the display device on the screen associated with the position of the pocket in which the electronic component of the image is accommodated is clicked by the pointing device. Of the electronic component Electronic component supplying apparatus characterized by inputting a position of Tsu and. 9. The electronic component supply device according to claim 8, wherein an image of the new tray displayed on the display device is matched with a position of the pocket in which the electronic component of the same image is accommodated. The position of the pocket in which the electronic component of the new tray is accommodated is input by clicking the position of the position with a pointing device. 10. The electronic component supply apparatus according to claim 8, wherein the image scanner is provided on one side of the tray supply apparatus on a side on which the tray is carried in, and the tray is interlocked with the carry-in of the tray. An electronic component supply device characterized in that an image is taken. 11. The electronic component supply device according to claim 1, wherein a plurality of the trays arranged vertically in parallel to each other are supported so as to be inserted and removed in a horizontal direction, and are lifted and lowered in the housing. A tray stocker that is moved up and down, and a loading tray support device that is provided in the upper part of the housing so as to be removable from the horizontal direction and is removably held via a loading tray holding member, and is carried into the tray loading position from the outside. And a tray temporary holding member provided at the uppermost portion of the tray stocker for supporting the new tray so that it can be inserted and removed in a horizontal direction, and the carry-in tray holding member of the carry-in tray support device is held by the new tray The position of the pocket where the electronic component is accommodated in the tray is input as described above, and After the tray stocker is lifted to the highest position by the lifting device, the tray stocker is detached and the new tray is transferred onto the tray temporary holding member, and then the lifting device moves the tray stocker to a specified position to move the tray stocker. An electronic component supply device, wherein a tray take-out device takes out the designated tray into the component suction area. 12. The electronic component supply apparatus according to claim 11, wherein an empty tray holding member that is provided at a lowermost portion of the tray stocker and holds an empty tray so as to be detachable in a horizontal direction and detachable is provided in the housing. An electronic component supply device, comprising: a discharge tray support device that is provided in a lower portion so as to be detachable in a horizontal direction and places the empty tray separated from the empty tray holding member.

Images