专利检索_ 与装载或卸载有关的辅助方法或装置专利检索_ 与装载或卸载有关的辅助方法或装置专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
121	JPS5039384B1 -	JP8937969	1969-11-10	JPS5039384B1	1975-12-16
1291591 Agitating powder in hopper PHILIPS ELECTRONIC & ASSOCIATED INDUSTRIES Ltd 10 Nov 1969 [13 Nov 1968] 54900/69 Heading B8S In a hopper 10 powder is discharged from the bottom thereof by the vertical reciprocation of grid 16 by means of rod 22, the grid being guided in guides 24 made of polytetrafluorethylene. A frame also made of polytetrafluorethylene, carries the grid. The latter is spring steel having apertures 20 so that powder enters the grid via apertures 20 and is discharged through a hole formed in the bottom of the grid. The hopper may be conical with a star-shaped grid, Fig. 5.
122	JPS4827431B1 -	JP5999767	1967-09-20	JPS4827431B1	1973-08-22

123	ZENTRIERVORRICHTUNG	EP18163247.2	2018-03-22	EP3421381A1	2019-01-02	Grindinger, Herbert
Die vorliegende Erfindung betrifft eine Zentriervorrichtung zum geordneten Einfügen von Objekten in einen Aufbewahrungsbehälter, umfassend: einen plattenartigen Grundkörper, mehrere zueinander benachbarte erste Einbuchtungen in einer Außenkante des Grundkörpers, eine Ausnehmung in dem Grundkörper, und mehrere zueinander benachbarte zweite Einbuchtungen in einer Kante der Ausnehmung, wobei die ersten Einbuchtungen und die zweiten Einbuchtungen in ihrer Orientierung gleich sind.
124	FLASCHENBEHANDLUNGSANLAGE MIT SICHERHEITSEINRICHTUNG	EP08837757.7	2008-09-30	EP2195571B1	2012-01-18	ZECH, Thomas
The aim of the present invention is to provide a bottle treatment system having a safety unit that improves the operational process. In order to achieve said aim, a bottle treatment system having a safety unit is provided, comprising a first accessible safety region (1), a second accessible safety region (5) and a shut-off device. The first accessible safety region (1) is delimited by a first protection (2) in which a first machine (3; 3a-3c) is provided having a drive (4a-4c) associated with the first protective region (1). The second accessible protective region (5) is delimited by a second protection (6) directly following the first protection (2), a second machine (7; 7a-7h) having at least one further drive (8a-8h) associated to the second protective region (5) being provided in said second protection. A bottle transport from the first machine (3) to the second machine (7) is carried out via a transport device (9) that is provided with an individual drive (10) and exceeds the protective region. The shut-off device turns off the machine drive (4a-4c; 8a-8h) associated with at least one of the respective protective regions (1, 5) and the drive (10) of the transport device (9) exceeding the protective region, if access to any of the protective regions (1; 5) is detected.
125	Standsicherheitskontrolleinrichtung für Fahrzeuge sowie ein Verfahren zur Kontrolle der Standsicherheit	EP10401097.0	2010-07-08	EP2404852A1	2012-01-11	Voß, Michael
Die Erfindung betrifft eine Standsicherheitskontrolleinrichtung 1 für ein Nutzfahrzeug, welches mit einem Ladekran ausgestattet ist. Die Standsicherheitskontrolleinrichtung hat eine einem Rad 2 zugeordnete, bewegliche Bodenauflage 3 sowie einen Sensor 4 zur berührungslosen Erfassung einer Verlagerung des Rades 2 relativ zu einer Bodenfläche 5 des Rades 2. Hierzu hat der Sensor 4 einen Näherungsschalter, welcher unter Ausnutzung der magnetischen Eigenschaften einer Felge 7 des Rades 2 dessen vertikale Verlagerung erkennt. Sobald das Rad 2 den Erfassungsbereich verlassen hat, wird mittels des Sensors 4 ein Steuersignal ausgelöst, das drahtlos oder drahtgebunden an eine Steuereinheit des Ladekrans übertragen wird.
126	DRAWER STORAGE	EP02708468.0	2002-03-13	EP1368602B1	2008-12-24	WOOD, Ian, David

127	DRAWER STORAGE	EP02708468.0	2002-03-13	EP1368602A1	2003-12-10	WOOD, Ian, David
A cold-storage appliance (2) includes an open-topped insulating container defining an external surface; an insulating lid (22) adapted to close the open top of the container (16); a cooling means (24) adapted to cool the interior of the container (16); and a structure supporting the container (16), the lid and the cooling means; wherein the container (16) is mounted to the structure (4) for movement relative to the structure (6) and the lid (22) to open the container (16) and afford access to its interior or to close the container (16). A major component to open or close the drawer (4) and a minor component (114) transverse to the major component to separate the drawer (4) from the lid (22) at opening.
128	USE OF HEAT IN COLD STORAGE APPLIANCES	EP02704976.6	2002-03-13	EP1368601A1	2003-12-10	WOOD, Ian, David
A cold-storage appliance (2) includes an open-topped insulating container (16) defining an external surface; an insulating lid (22) adapted to close the open top of the container (16); a cooling means (24) adapted to cool the interior of the container (16); and a structure (4, 6) supporting the container (16), the lid (22) and the cooling means; wherein the container (16) is mounted to the structure (4) for movement relative to the structure (6) and the lid (22) to open the container (16) and afford access to its interior or to close the container (16). A circulating fan (340) or a heater (346) creating air currents to warm the external surface of the bin (16) warming of the external surfaces using heating elements (380).
129	AIRFLOW MANAGEMENT IN COLD STORAGE APPLIANCES	EP02706926.9	2002-03-13	EP1368600A1	2003-12-10	WOOD, Ian David
A cold-storage appliance (2) includes an open-topped insulating container (16) defining an external surface; an insulating lid (22) adapted to close the open top of the container (16); a cooling means (24) adapted to cool the interior of the container (16); and a structure supporting the container (16), the lid and the cooling means; wherein the container (16) is mounted to the structure (4) for movement relative to the structure (6) and the lid (22) to open the container (16) and afford access to its interior or to close the container (16). A cold-storage appliance with air transfer valves (352, 356) that mitigate the piston effect experienced when opening and closing a drawer (4). Bellows (374) attached to the drawer (4) to maintain the vapour barrier.
130	AUTOMATIC VEHICLE AND CONVEYOR POSITIONING	EP17179866.3	2017-07-05	EP3279760A1	2018-02-07	GREEN, Lawrence D; FRASIER, Michael E
An equipment control system detects a physical position of a first vehicle, carrying a material to deliver, relative to a second vehicle. A physical position of a conveyor is controlled, relative to an outlet opening defined on the first vehicle and an inlet opening defined on the second vehicle. The material is then illustratively automatically conveyed from the first vehicle to the second vehicle.
131	CONTAINER FOR THE TRANSPORT OF LIVE POULTRY	EP14728323.8	2014-04-24	EP2988592A1	2016-03-02	Zanotti, Massimo
Described herein is a container (1) for transport of live poultry (P), including a surface provided at least in part with openings (20, 200, 201, 21; 40, 400, 401, 41). The container (1) includes an access opening (100) having a first, open, configuration for introduction of a bird into the container (1) and a second, closed, configuration for the confinement of the bird introduced into the container, and is shaped and sized for containing just one bird (P) inside it.
132	Apparatus for loading and evenly distributing material into a container	EP13186313.6	2013-09-27	EP2712828B1	2015-09-09	Abbott, Robert; Kramer, Don

133	Installation arrangement for a power electronics device	EP14160799.4	2014-03-20	EP2789569A3	2015-01-21	Stasiunas, Dainius
Arrangement for moving a structural unit (115) belonging to a power electronics device or forming a power electronics device into or out of an electrical installation enclosure (111, 112) to be installed at floor level, which arrangement comprises an electrical installation enclosure (111, 112). The electrical installation enclosure (111, 112) comprises a support disposed above floor level and the arrangement further comprises a support ramp (126), which can be situated between the floor (125) and the support disposed above floor level, wherein the support ramp (126) disposed between the floor (125) and the support disposed above floor level forms a sloping ramp.
134	Installation arrangement for a power electronics device	EP14160799.4	2014-03-20	EP2789569A2	2014-10-15	Stasiunas, Dainius
Arrangement for moving a structural unit (115) belonging to a power electronics device or forming a power electronics device into or out of an electrical installation enclosure (111, 112) to be installed at floor level, which arrangement comprises an electrical installation enclosure (111, 112). The electrical installation enclosure (111, 112) comprises a support disposed above floor level and the arrangement further comprises a support ramp (126), which can be situated between the floor (125) and the support disposed above floor level, wherein the support ramp (126) disposed between the floor (125) and the support disposed above floor level forms a sloping ramp.
135	USE OF HEAT IN COLD STORAGE APPLIANCES	EP02704976.6	2002-03-13	EP1368601B1	2009-02-25	WOOD, Ian, David

136	Siloanlage	EP99110817.6	1999-06-05	EP0972725A1	2000-01-19	Anstötz, Peter
Die Erfindung betrifft eine Anlage zum alternativen Beschicken mindestens einer Sackabfüllmaschine (16) und/oder mindestens eines LKWs (32) mit rieselfähigem Gut, welches in einer Vielzahl von mit Stützen (12) abgefangenen fest zueinander angeordneten Silos (14) gespeichert ist, wobei sowohl der mindestens eine LKW (32) und/oder die mindestens eine Sackabfüllmaschine (16) unter gewünschte Siloauslässe fahrbar sind, und wobei die Säcke (18) nach ihrer Befüllung von der Abfüllanlage (16) aus über einen ganz oder teilweise wegfahrbaren Zwischenförderer auf eines von mehreren Abförderbändern (20,21,22) transportierbar sind. Erfindungsgemäß ist der der mindestens einen Abfüllmaschine (16) zugeordnete mindestens eine Zwischenförderer (40) zumindest bereichsweise als verfahrbarer Höhenförderer (40) ausgebildet. Sein Abwurfende korrespondiert in Arbeitsposition mit einem der Abförderbänder (21,21,22), die oberhalb der benötigten Durchfahrthöhe angeordnet sind, die für das Verfahren der mindestens einen Sackabfüllmaschine (16) bzw. des mindestens einen LKWs (32) erforderlich ist.
137	Adjustable control station for aircraft loader	EP88106937.1	1988-04-29	EP0290892B1	1991-06-12	Buckley, Margaret M.

138	ARRANGEMENT FOR AIR CONTROL	EP86902955.3	1986-05-07	EP0259322B1	1989-03-15	ANDERSSON, Thomas
The invention, the object of which is to provide a simple, reliable and inexpensively manufactured arrangement for air control, intended primarily for use in conjunction with inflatable sealing elements for loading bay openings and similar, is characterized essentially in that their discharges into an air chamber, such as that formed by the internal cavity in the sealing element in question, a large-section channel containing a damper (8) so arranged as to bring the inside of the air chamber into open communication with an inlet channel containing a fan (4), preferably of the low-pressure type, for the purpose of inflating the air chamber, and alternately with the atmosphere for the purpose of evacuating the air chamber, for which purpose the damper is controlled in such a way by the air flow of the fan that it is caused to change over to the position which interrupts the open communication between the inside of the air chamber and the atmosphere as the fan approaches its operating speed, in this way opening the communication via the fan for the purpose of inflating the air chamber, and vice versa, i.e. to change over to the position which opens up the communication between the air chamber and the atmosphere as the speed of the fan decreases.
139	Kühl-Förderschnecke	EP85113786.9	1985-10-29	EP0181563A1	1986-05-21	Tallafus, Ottmar
Das Kühlen, Mischen und Fördern von empfindlichen, verderblichen Gütern, insbesondere von geschnitzeltem Roh-Gemüse, stößt dadurch auf Schwierigkeiten, daß die Verarbeitungszeit, um einem Verderb der Lebensmittel vorzubeugen, sehr kurz zu bemessen ist und innerhalb dieser kurzen Zeit sämtliche Vorgänge erledigt sein müssen. Mit den bisherigen Einrichtungen war dies nicht möglich. Die Erfindung schlägt eine Einrichtung vor, bei der das Gut während des Bearbeitungsvorganges bis zur Abpackstation stetig gekühlt und heruntergekühlt auf die gewünschte Abpacktemperatur die Abpackstation auf kürzestem Wege und gegebenenfalls auch bereits gemischt unter stets begleitendom Schutzgas, erreicht.
140	噴射機能を有するコンベア用ローラー	JP2017533146	2014-09-05	JP6350844B2	2018-07-04	ナ,ボクナム

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