子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 101 | Workpiece carrier for transporting and / or storing the components of the drug delivery device | JP2013509572 | 2011-05-12 | JP2013526319A | 2013-06-24 | クレメンス・ヨーゼフ; クリスティアン・シモン; アンドレアス・ボーデ; クリスティアン・ポメロー |
| 本発明は、−第一の側面（ｘ、ｙ）に伸び、そして薬物送達デバイスの少なくとも一つの構成部材を受け入れるように適合される収容凹部（１４）のアレイ（１２）；−互いに積み重ねたとき、相互に合わせるワークピースキャリア用に、別のワークピースキャリアの対応する積み重ね形成構造（１６）と嵌合するように適合される少なくとも一つの積み重ね形成構造（１６）を含む、薬物送達デバイスの輸送及び／又は貯蔵構成部材用のワークピースキャリアに関し、−ここで、少なくとも一つの積み重ね形成構造（１６）の中心が、少なくとも一つの横方向の収容凹部（１４）のアレイ（１２）の中心に対して、横方向にオフセットされ；及び−ここで、積み重ね形成構造（１６）が、少なくとも断面で、コルゲート構造又は波状構造（１８、１９）を含む周囲エッジ（１６）を含む。
【選択図】図５ |
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| 102 | Fuel cell stack stacking system, and its method | JP2007123169 | 2007-05-08 | JP2008147156A | 2008-06-26 | MAING JONG HO |
| <P>PROBLEM TO BE SOLVED: To provide a fuel cell stack stacking system occupying a further small space, and capable of reducing a process time; and its method. <P>SOLUTION: This fuel cell stack stacking system is used for stacking stacks of fuel cells including separating plates and membrane-electrode assemblies (MEAs). The system is characterized by including: a separating plate supply unit continuously supplying the separating plates; an MEA supply unit continuously supplying the MEAs; a stacking unit which is used for sequentially stacking the separating plates and the MEAs on its upper surface, and is formed to move upward and downward in response to the stacking; and a transfer unit receiving the separating plates and the MEAs from the separating plate supply unit and the MEA supply unit, respectively, to continuously and sequentially position the separating plates and the MEAs onto the stacking unit. <P>COPYRIGHT: (C)2008,JPO&INPIT | ||||||
| 103 | Automatic corrugated board stacking method and device therefor | JP30632795 | 1995-10-20 | JPH09110168A | 1997-04-28 | HAYASHI EIKA |
| PROBLEM TO BE SOLVED: To keep a stack of corrugated boards hardly tilted and eliminate the artificial array thereof by stacking a plurality of corrugated boards falling due to a dead load at the first position by the preset number, and moving the stacked layer of the preset number of the corrugated boards to the second position free from a complete overlap with subsequent falling boards. SOLUTION: A counter 5 counts the number of corrugated boards delivered from a corrugated bard outlet 1 for a fall to an apron 31 every time, and adds one to the number of every corrugated board. The counter 5 controls a suspension mechanism 6 and lowers a cradle 3 by a distance at least equal to the thickness of one corrugated beard. As a result, boards are stacked on the apron 31 at a position for receiving subsequently discharged corrugated board, thereby preventing the irregular alignment of the stacked corrugated boards. When the number of the sequentially stacked corrugated boards reaches a value preset with the counter 5, this counter 5 actuates a travel mechanism mainly made of a hydraulic cylinder 40, thereby moving the apron 31 to a different position. Thus, the stacking of subsequently falling corrugated boards starts at the second position free from a complete overlap with the previously stacked corrugated boards, and stacking at the first and the second stacking positions takes place alternately. COPYRIGHT: (C)1997,JPO | ||||||
| 104 | Sheet processing machine and sheet-pile transporting apparatus cooperated with the machine | JP20713091 | 1991-07-25 | JPH05221537A | 1993-08-31 | EERITSUHI TSUAAN |
| PURPOSE: To provide a sheet processing machine easy to work by a worker and a sheet-pile transporting apparatus to maintain possibility of arraying and positioning by omitting a conventional sheet-pile supply unit having a preloading unit or an arraying means for the sheet-piles and matching the piles to the machine. CONSTITUTION: A support device 5 for raising or lowering a sheet-pile 7 attached to the sheet processing machine has a first transport means. A sheet stacking base received by the support device formed as a flat pallet 6 is horizontally moved through the transport means. Further, second transport means attached to the first means are provided at both sides of the machine. The second means forms a transport passage having partial transport passages 9, 10 formed on one row in cooperation with the first means processed to a lower level. This passage is cooperated directly with the pallet. Forcibly guide means (guide flanges 11, 11') for linearly guiding the pallet along the passage is provided. | ||||||
| 105 | Stowage management device | JP27517789 | 1989-10-23 | JPH03138219A | 1991-06-12 | KATO HISAO |
| PURPOSE:To facilitate stowage by making a form for stowing a plurality of kinds of works, and commanding the stowage for a particular pallet in a figure, in a stowage management device for stowing the work on the pallet. CONSTITUTION:A pallet 5 is prepared, forwarding information 7 is input to a control unit 9 and a forwarding command is output. A stowage form is automatically made to be figured by an indicator 10 for a command of stowage. On the basis of this, an operator stowes the kinds of works, the number of every kind according to the command. Condition during the stowage is detected by e condition detector 8 and the stowage is indicated via an indicating means 11 on the indicator 10 through classification by coloring. If there is difference between the condition and the command, an announcement device 12 is worked to announce it. According to this construction, the stowage is facilitated. | ||||||
| 106 | JPH0214241B2 - | JP12711984 | 1984-06-20 | JPH0214241B2 | 1990-04-06 | MIDORIKAWA SHIGEHISA |
| 107 | JPS6311247B2 - | JP15845682 | 1982-09-10 | JPS6311247B2 | 1988-03-12 | KIMURA SHINJI |
| 108 | JPS627087B2 - | JP19311081 | 1981-11-30 | JPS627087B2 | 1987-02-16 | KITAMURA TAKASHI; YAMAGUCHI TOKIO |
| 109 | JPS6150849B2 - | JP4599982 | 1982-03-23 | JPS6150849B2 | 1986-11-06 | WATARI TAKASHI; TOMIOKA YASUHIRO |
| 110 | Adherence preventive spacer of concrete product | JP24488484 | 1984-11-20 | JPS61124429A | 1986-06-12 | NYURAIIN MASAMI |
| PURPOSE:To prevent a concrete product from generating the color shade by providing a support head section, a sinkage preventive section, and a floating preventive section on an adherence preventive spacer for separating products when stacking and drying concrete panels. CONSTITUTION:An adherence preventive spacer of a concrete product is provided with a support head section 1 for supporting concrete products stacked above, a sinkage preventive section 2 is formed below the support head section 1, and a floating preventive section 5 is provided below the support head section 1. When vibration processing is applied to the formwork F of cement C installed in the formwork F, the adherence preventive spacer sinks in the cement C and the lower end section of the support head section 1 is submerged in the cement C. In this case, a brake is applied by the sinkage preventive section 2 and the tapered face 6 of a thrust section 4, and an abrupt descent is prevented. In addition, a rise is prevented by the floating preventive section 5, thus the projection condition of the support head section 1 is invariably made uniform. | ||||||
| 111 | Guide device for loading product | JP23129984 | 1984-11-05 | JPS61111228A | 1986-05-29 | TAKAIRA KATSUYOSHI; MIYASHITA TERUO; TSUDA ZENZO; KUBOTA AKIHIRO |
| PURPOSE:To form a simple and low-priced guide device rich in universality by inserting a product stop guide disposed at a fixed distance from a pallet fixed position in a pallet when products are loaded on the pallet, and after loading, separating the guide outside the pallet. CONSTITUTION:A truck 2 loaded with a pallet P is stopped at a fixed position, and a pallet clamp device 17 is pushed out to a pallet P by a horizontal cylinder 14 to horizontally advance a finger portion 16 and a guide member 21, and the corners of the pallet P are clamped by a finger portion 16 to correct shifting. The position relationship between the pallet P and the member 21 is always kept constant by insertion of the member 21, and the first loaded product is prevented from falling by the member 21, and the subsequent loading can be smoothly performed. After loading a designated number of products, the cylinder 14 is retreated to draw out the member 21 to the outside of the pallet P. When a net frame is provided on the side surface of the pallet P, the member 21 is lifted and lowered by a cylinder 15. | ||||||
| 112 | Load handling apparatus | JP16027384 | 1984-08-01 | JPS6145824A | 1986-03-05 | ICHIKAWA YOSHIO; KAWAMOTO SHOGO |
| PURPOSE:To obviate useless spaces between loads received in a container by transferring selectively a desired load of a group of loads on a carrier bed to any position on a load feeding bed with a hanging-up unit bridged between a load receiving bed unit and a load feeding bed unit for rearrangement. CONSTITUTION:Four loads 13 mounted on a pallet from a warehouse or the like by a fork lift truck are transferred one by one from a load receiving bed 6 or 7 to a load feeding bed 9 or 10 by a hanging-up unit 12 which then rearranges the loads 13 and disposes a desired load 13 on the load feeding bed 9 or 10 not to provide useless spaces between the loads when they are received in a container. Next, the loads 13 rearranged on the load feeding bed 9 or 10 are efficiently received in the container as they are by a fork lift or the like. | ||||||
| 113 | Centering device for longitudinal moving body in magazine | JP12711984 | 1984-06-20 | JPS617139A | 1986-01-13 | MIDORIKAWA SHIGEHISA |
| PURPOSE:To perform centering for each longitudinal moving body in an accurate manner, by installing each transverse projection in the specified position of each guiding longitudinal rod and also installing each stopper pin which retracts or protrudes to or from the longitudinal moving body by means of remote control and engages the said projection, in case of the longitudinal moving body capable of moving up and down along these guiding longitudinal rods. CONSTITUTION:In case of a device which houses a something holding plural pieces (four pieces in illustration) with catchers 27 and 27'; in magazine racks provided with multistep rack stage in both vertical directions, it installs a quadrangular frame-like longitudinal moving body 7 free of lifting motion in position between a pair of guiding longitudinal rods 6 and 6' erected in front of the magazine rack. This longitudinal moving body 7 is provided with a bucket-like function body 16 being free of longitudinal movement via guide wheels 13 and 13' to engage guide rails 12 and 12'. In this case, each of transverse triangular projections 36 and 36' are installed in a position corresponding to each rack plate of these guiding longitudinal rods 6 and 6', while each of stopper pins 38 and 38', being retractable by dint of an electromagnet 37, is installed at both side, right and left, of the longitudinal body 7, thereby making centering for the longitudinal body 7 so as to be carried out. | ||||||
| 114 | Device for inserting transfer pallette | JP16236983 | 1983-09-02 | JPS6056724A | 1985-04-02 | MORITA TADAHISA |
| PURPOSE:To prevent the bottom one of piled-up ceramic stocks from being broken, by providing a transfer pallette inserting device for inserting a transfer pallette between the upstream conveying path of a conveyor and the pile of the ceramic stocks. CONSTITUTION:Piled-up ceramic stocks 1 which have been transferred are pressed by pressing plates 18, 18 from both sides thereof to be chucked, and is then elevated together with a frame member 9 by elevating cylinders 10, 10, 10, 10. Then, a movable block 13 is pulled by an advancing cylinder 11 which is retracted, while a transfer pallette 5' disposed in the lower end section of a cassette 6 is shifted onto rails 14b, 14b by way of rails 14a, 14a by means of a locking part 13a and is then shifted onto a conveying means 3 orthogonal to the rails 14b, 14b in association with the lowering of the elevating cylinders 10. At this time, the raised wall side sections of the rails 14b, 14b descend to a position below the path surface of the conveying means 3. Thereafter, the pressing plates 18, 18 release the chucking of the piled-up ceramic stocks 1 in association with the retraction of both pressing cylinders 16, 16, and the transfer pallette 5' is inserted between the piled-up ceramic stocks 1 and the conveying means 3. | ||||||
| 115 | Pallet supply and carry-out apparatus | JP21411982 | 1982-12-06 | JPS59108625A | 1984-06-23 | MINAZU OOTOSHI |
| PURPOSE:To carry out a loaded pallet from a pallet conveyer and supply an empty pallet to a pallet conveyer in a short time by elevating and lowering an upper loaded pallet conveyer and a lower empty pallet conveyer which are disposed on a traverser. CONSTITUTION:When a loaded pallet P is carried out to a carry-out conveyer 71 or 72, a pallet conveyer 21 or 22 and a loaded pallet conveyer 45 are stopped, and an elevating frame of a traverser 31 is raised. After that, an empty pallet conveyer 46 of the traverser 31 is driven backward, and the pallet conveyer 21 or 22 is driven backward, so that an empty pallet P is supplied from the empty pallet conveyer 46 of the traverser 31 to the pallet conveyer 21 or 22. Subsequently, the empty pallet conveyer 46 and the pallet conveyer 21 or 22 are stopped, and the traverser 31 is moved to one side and stopped at the rear portion of an empty pallet storing and supplying apparatus 81. After the elevating and lowering frame of the traverser 31 is lowered, an empty pallet P is transferred from the apparatus 81 to the ampty pallet conveyer 46. | ||||||
| 116 | Load posture correcting device | JP15845682 | 1982-09-10 | JPS5948330A | 1984-03-19 | KIMURA SHINJI |
| PURPOSE:To correct the posture of a load and carry out the load after correction stably in a simple and low-priced structure by moving forward and backward a posture correction plate where a carried-in load is brought into contact with the elevating motion of a carry-in conveyer. CONSTITUTION:An elevating frame 1 is first lifted, so that a movable table 11 is pulled to advance by a link 15 to locate a load posture correcting plate 8 at a fixed position. A load 24 comprising a lot of boxed goods 23 piled on a pallet 22 is transferred from a carry-in conveyer 21 onto a carry-in conveyer 3 on the elevating frame 1, and the pallet 22 is brought into contact with a stopper 20. The boxed goods 23 are brought into contact with the load posture correcting plate 8, so that the boxed goods 23 are corrected to a proper posture. Subsequently, the elevating frame 1 is lowered to transfer the load 24 onto a carry-out conveyer 4, and the movable table 11 is moved backward by the link 15 to separate the load posture correcting plate 8 from the front of the load 24. | ||||||
| 117 | Supplier device aligning batten | JP4599982 | 1982-03-23 | JPS58162431A | 1983-09-27 | WATARI TAKASHI; TOMIOKA YASUHIRO |
| PURPOSE:To feed properly lining battens to a packing device, by providing a stopper limiting the side face position of a batten layer built unit to the side of a carry-in conveyer and a supporting plate of the layer built unit moving in the optional direction on a tilt bed whose lower side is positioned to said stopper side. CONSTITUTION:Eccentric rollers 13, 14 of small and large diameters are arranged between two stripes of chains 11 in the vicinity of a carry-in conveyer 12, and a tilt bed 15 is placed on said rollers. A supporting plate stopper 17, having an erecting edge 16 in a side of the roller 13 and a diagonal end part 17a in a side of the opposite edge of the bed 15, is provided, and a plate 19 supporting a batten layer built unit L is placed on an upper surface of the bed 15 through many universal balls 18. If incoming of the unit L conveyed being placed on the chain 11 is detected by a switch 21, the conveyer 12 is stopped, and the rollers 13, 14 are half rotated to tilt the bed 15, then the plate 19 is turned to contact the unit L to a stopper 20 and align the unit L. | ||||||
| 118 | Mambo inserting method for piling up of steel plates | JP19311081 | 1981-11-30 | JPS5895071A | 1983-06-06 | KITAMURA TAKASHI; YAMAGUCHI TOKIO |
| PURPOSE:To aim at energy saving, by taking out square rods, i.e. mambos from the holders one by one and inserting them automatically, when it is required to pile steel plates of a specified size one after another and insert said mambos into the space between steel plates at a specified interval formed by a certain number of steel plate. CONSTITUTION:In the insertion operation of a mambo 3 by a mambo inserting machine 1, the mambo 3 at the lowest position in a holder 2 released, and the total piled mambo 3 is fallen down on a lift 4 by the distance equivalent to the height of one piece of mambo. Then the mambo 3, which is the 2nd from the lowest is caught by a cylinder 9 through the nail 11, and the mambo 3', is a little lowered together with a lift 4, and is positioned in a horizontal reciprocating frame 10. Then, the mambo 3' is held through a nail 12, by left and right cylinder 8 in the above stated frame 10, and the released lift 4 is further lowered by cylinders 6 and 7. Mambo 3' is advanced on the roll 16-19 together with reciprocating frame 10, and transferred to the piling steel plate 20, and only the mambo 3' is dropped on the steel plate 20. | ||||||
| 119 | Boards loading device | JP18446481 | 1981-11-19 | JPS5889524A | 1983-05-27 | NOJIRI SHIROU |
| PURPOSE:To realize loading of boards on a pallet in an automatically formed line by providing a special device and cleaning severed boards. CONSTITUTION:A sludge removing device 6 which removes sludge and the like of a severed board 2, and a formed line end detecting device 24 which detects formation of a line by the predetermined number of said boards and arranging properly the end of the formed line at a predetermined position, and further a formed line opening and closing device 5 which transfers a desired number of boards in a line onto a conveyance bench are provided. Boards 2 severed by means of an automatic sawing machine (unillustrated) are arranged in a line within the device 5 after the sludge is removed from said boards at the time of movement of the device 6 in the predetermined direction. Upon completion of formation of the line, a signal of said completion is sent out from the device 24 to stop supply of boards 2 by the automatic sawing machine and drop boards 2 in a formed line at the same time. At this time, since boards 2 are dropped with the end of the formed line being pressed by means of a spring 23 of the device 24, they can be transferred onto a lifter 4 always in line. | ||||||
| 120 | Pallet | JP6910881 | 1981-05-07 | JPS57184028A | 1982-11-12 | MATSUOKA YUUICHI; KURODA SHIGEKI |
| PURPOSE:To position a product such as a cabinet or the like at an optional inclination by arranging a plurality of pins changeable in their lengthes or exchangeable on a pallet for receiving the positioning face of the product by the above-said pins. CONSTITUTION:This pallet 1 is constructed of front-face receiving pins 2a-2e to receive the escussion front face of a cabinet, fixing bosses 3a-3d to fix these pins 2a-2e to be replaceable, horizontally-movable side metal fixtures 4a-4c to fix the cabinet, and others. For changing the kind of product for this pallet 1, at first, after pins 2a-2e shaped respectively at fixed heights are replaced in fixing bosses 3a-3e, the cabinet shaped in one body is mounted to fit to reference side metal fixtures 4d and 4e. Then, after the above-said metal fixtures 4a-4c are pushed to the cabinet, fixing bolts 5a-5c are fastened to finish the work. | ||||||
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