mhurhangee/patent-ind-claim-en huggingface dataset:
Switching device for switching an energy supply for an electronic control unit of a household appliance , with a first terminal for connecting to a DC voltage source , with a second terminal for connecting to an energy supply terminal of the control unit and with a switching transistor , which provides a switching path between the first and the second terminal , - wherein the switching path is able to be switched via a third terminal of the switching transistor , - wherein the switching device has an electronic switching element which acts on the third terminal of the switching transistor to switch on the switching path , - and the switching device switches off the switching transistor by means of a switch-off signal of the control unit acting on the third terminal of the switching transistor , characterised by - a status unit , which provides a status signal , which represents a switching status of the switching path as a function of an activation of the electronic switching element and the switch-off signal , - as well as an integrator unit for extending a switching edge of the status signal, - wherein the status unit is connected to the third terminal via the integrator unit , in order to control the switching path of the switching transistor as a function of the status signal . - wherein the switching path is able to be switched via a third terminal of the switching transistor , - wherein the switching device has an electronic switching element which acts on the third terminal of the switching transistor to switch on the switching path , - and the switching device switches off the switching transistor by means of a switch-off signal of the control unit acting on the third terminal of the switching transistor , - a status unit , which provides a status signal , which represents a switching status of the switching path as a function of an activation of the electronic switching element and the switch-off signal , - as well as an integrator unit for extending a switching edge of the status signal, - wherein the status unit is connected to the third terminal via the integrator unit , in order to control the switching path of the switching transistor as a function of the status signal .
A culinary container storage system comprising: at least two storage devices each of the at least two storage devices reversibly attachable, each of the at least two storage devices comprising: a bottom wall ; a rear wall attached to the bottom wall ; a first wall attached to both the bottom wall and the rear wall ; a second wall attached to both the bottom wall and the rear wall ; a divider attached to both the bottom wall and the rear wall , the divider disposed between the first wall and the second wall , wherein the divider is shorter and less deep than the first wall , the second wall , and wherein the divider is shorter than the rear wall ; a first pocket disposed between the first wall and the divider , the first pocket bound by at least the first wall , the rear wall , the bottom wall , and the divider , a second pocket disposed between the second wall and the divider , the second pocket bound by at least the second wall , the rear wall , the bottom wall and the divider ; one or more magnet wells disposed within the first wall and the second wall ; and one or more magnets disposed within the one or more magnet wells of the first wall and the second wall . a bottom wall ; a rear wall attached to the bottom wall ; a first wall attached to both the bottom wall and the rear wall ; a second wall attached to both the bottom wall and the rear wall ; a divider attached to both the bottom wall and the rear wall , the divider disposed between the first wall and the second wall , wherein the divider is shorter and less deep than the first wall , the second wall , and wherein the divider is shorter than the rear wall ; wherein the divider is shorter and less deep than the first wall , the second wall , and wherein the divider is shorter than the rear wall ; a first pocket disposed between the first wall and the divider , the first pocket bound by at least the first wall , the rear wall , the bottom wall , and the divider , a second pocket disposed between the second wall and the divider , the second pocket bound by at least the second wall , the rear wall , the bottom wall and the divider ; one or more magnet wells disposed within the first wall and the second wall ; and one or more magnets disposed within the one or more magnet wells of the first wall and the second wall .
A rotary molding system configured to mold food products comprising: a stripper plate having an inlet surface and an outlet surface , the inlet surface being in communication with a feed source, the stripper plate having a plurality of holes therethrough through which food product is configured to pass; a wear plate having a planar first surface and a planar second surface , the first surface of the wear plate abutting against the outlet surface of the stripper plate , the stripper plate being capable of moving in a reciprocating manner relative to the wear plate , the wear plate having a plurality of holes therethrough through which food product is configured to pass; a fill plate having an inlet surface and an outlet surface , the inlet surface of the fill plate abutting against the second surface of the wear plate , the fill plate having a plurality of holes therethrough through which food product is configured to pass, the wear plate being releasably attached to the fill plate ; and a cylindrical drum having an inner surface , an outer surface and mold cavities into which food product is configured to be deposited, the outer surface of the drum being proximate to the outlet surface of the fill plate ; and wherein the wear plate is releasably attached to the stripper plate by a plurality of retainer bars and wherein each retainer bar defines a recess into which the stripper plate seats, the stripper plate being capable of being removed relative to the retainer bars . a stripper plate having an inlet surface and an outlet surface , the inlet surface being in communication with a feed source, the stripper plate having a plurality of holes therethrough through which food product is configured to pass; a wear plate having a planar first surface and a planar second surface , the first surface of the wear plate abutting against the outlet surface of the stripper plate , the stripper plate being capable of moving in a reciprocating manner relative to the wear plate , the wear plate having a plurality of holes therethrough through which food product is configured to pass; a fill plate having an inlet surface and an outlet surface , the inlet surface of the fill plate abutting against the second surface of the wear plate , the fill plate having a plurality of holes therethrough through which food product is configured to pass, the wear plate being releasably attached to the fill plate ; and a cylindrical drum having an inner surface , an outer surface and mold cavities into which food product is configured to be deposited, the outer surface of the drum being proximate to the outlet surface of the fill plate ; and wherein the wear plate is releasably attached to the stripper plate by a plurality of retainer bars and wherein each retainer bar defines a recess into which the stripper plate seats, the stripper plate being capable of being removed relative to the retainer bars .
A foreign object emulation device (60; 160; 260) for testing foreign object detection of a wireless power device (10; 20) having at least one wireless power coil (24; 14), wherein the foreign object emulation device (60; 160; 260) is in operative communication with a processing means (61; 42; 52), wherein the foreign object emulation device (60; 160; 260) comprises: a main body (68; 168; 268) being arranged with at least one emulated object (66; 166a-b; 266), a sensor unit comprising at least one temperature sensor configured to transmit temperature data to the processing means (61; 42; 52), wherein the temperature data is indicative of the temperature of the at least one emulated object (66; 166a-b; 266), and means for causing a controlled relative movement between the at least one emulated object (66; 166a, 166b) and the wireless power device (10; 20) being tested, wherein the means for causing controlled relative movement is in operative communication with a drive unit . a main body (68; 168; 268) being arranged with at least one emulated object (66; 166a-b; 266), a sensor unit comprising at least one temperature sensor configured to transmit temperature data to the processing means (61; 42; 52), wherein the temperature data is indicative of the temperature of the at least one emulated object (66; 166a-b; 266), and means for causing a controlled relative movement between the at least one emulated object (66; 166a, 166b) and the wireless power device (10; 20) being tested, wherein the means for causing controlled relative movement is in operative communication with a drive unit .
An aircraft landing gear comprising a main strut , the main strut being connectable to a first attachment point located on an aircraft ; an inboard sidestay , the inboard sidestay having a first end connected to the main strut for movement along the main strut, the inboard sidestay being connectable at a second end to a second attachment point located on the aircraft ; and an outboard sidestay , the outboard sidestay having a first end connected to the main strut for movement along the main strut , the outboard sidestay being connectable at a second end to a third attachment point located on the aircraft , and characterised by the fact that in use when the landing gear is in a deployed configuration, the connection between the first end of each of the inboard and outboard sidestays and the main strut allows for movement of each first end along at least a portion of the length of the main strut .
A multipurpose woodworking device comprising: a woodworking work table for performing various woodworking operations; a plurality of woodworking jigs provided for performing the woodworking operations and combined with the woodworking work table to guide the woodworking operations; a cutter mounted over the woodworking work table to perform the woodworking operations through a circular saw; and a router mounted over the woodworking work table to perform the woodworking operations through a plurality of end mills, wherein the woodworking jigs includes at least one of a wood piece support jigs supporting a wood piece to be fabricated at the same height as that of the wood piece or under the wood piece, a shaping guide jig for making shapes corresponding to the woodworking operations, and a stopper jig maintaining X-axial movement of the router at intervals corresponding to the woodworking operations, wherein wood piece supporting jig includes at least one of a horizontal support jig mounted on the top of the woodworking work table and a lower support jig mounted on a side of the woodworking work table, and wherein the shaping guide jig includes shaping guide body coupled to the woodworking work table and guide portions guiding the router when the router is moved, characterized in that the stopper jig includes a stopper jig block coupled to the top of the woodworking work table and interval grooves formed with intervals corresponding to the woodworking operations on the stopper jig block . a woodworking work table for performing various woodworking operations; a plurality of woodworking jigs provided for performing the woodworking operations and combined with the woodworking work table to guide the woodworking operations; a cutter mounted over the woodworking work table to perform the woodworking operations through a circular saw; and a router mounted over the woodworking work table to perform the woodworking operations through a plurality of end mills, wherein the woodworking jigs includes at least one of a wood piece support jigs supporting a wood piece to be fabricated at the same height as that of the wood piece or under the wood piece, a shaping guide jig for making shapes corresponding to the woodworking operations, and a stopper jig maintaining X-axial movement of the router at intervals corresponding to the woodworking operations, wherein wood piece supporting jig includes at least one of a horizontal support jig mounted on the top of the woodworking work table and a lower support jig mounted on a side of the woodworking work table, and wherein the shaping guide jig includes shaping guide body coupled to the woodworking work table and guide portions guiding the router when the router is moved, characterized in that the stopper jig includes a stopper jig block coupled to the top of the woodworking work table and interval grooves formed with intervals corresponding to the woodworking operations on the stopper jig block .
An apparatus comprising: at least one of a stainer module and a coverslipper module ; an imaging module ; a storage module ; an automated transport module for transporting at least one slide between at least one of the stainer module and the coverslipper module , the imaging module and the storage module ; a reader operable to read an identifier positioned on the at least one slide being transported by the automated transport module ; and a controller for directing transport of the at least one slide by the automated transport module ; the controller is in communication with the reader and reading of the identifier indicates to the controller that the at least one slide is on the automated transport module ; characterized in that when the slide is in the imaging module , reading of the identifier associates a digital image obtained by the imaging module with the identifier and, when an image has been obtained and the at least one slide transferred to the storage module , the controller may be instructed to direct return transport of the at least one slide to the imaging module for additional imaging. at least one of a stainer module and a coverslipper module ; an imaging module ; a storage module ; an automated transport module for transporting at least one slide between at least one of the stainer module and the coverslipper module , the imaging module and the storage module ; a reader operable to read an identifier positioned on the at least one slide being transported by the automated transport module ; and a controller for directing transport of the at least one slide by the automated transport module ; the controller is in communication with the reader and reading of the identifier indicates to the controller that the at least one slide is on the automated transport module ; characterized in that when the slide is in the imaging module , reading of the identifier associates a digital image obtained by the imaging module with the identifier and, when an image has been obtained and the at least one slide transferred to the storage module , the controller may be instructed to direct return transport of the at least one slide to the imaging module for additional imaging.
An element for a housing for electrical apparatus comprising a composite composition comprising a polymer matrix comprising at least one linear polyamide polymer resulting from a polycondensation of a dicarboxylic acid comprising 4 to 12 carbon atoms with a diamine comprising from 4 to 14 carbon atoms or resulting from a ring-opening polycondensation of lactam compounds, said matrix representing 35 to 47 mass% relative to the total mass of the composite composition, in which are dispersed glass fibres, which are present in a content ranging from 10 to 16 mass% relative to the total mass of the composite composition, titanium dioxide being in the form of titanium dioxide particles coated with a layer comprising a mixture of compounds based on alumina and silica and a polysiloxane compound, said titanium dioxide being present in a content ranging from 2.5 to 3.5 mass% relative to the total mass of the composite composition, and a compound being in the form of magnesium dihydroxide Mg(OH) 2 particles coated with a layer comprising a vinylsilane compound, said compound being present in a content of at least 40 mass% relative to the total mass of the composite composition.
1. A circuit comprising a first plurality of elementary transistors connected in parallel between a node of application of a first potential of a power supply voltage and a load , the first plurality of transistors comprising a first assembly of elementary transistors having their gates coupled to a control node by a first switch and at least a second assembly of elementary transistors having their gates coupled to the control node by a second switch , the second switch having two states, the circuit being configured to provide in output of the first and second switches a substantially, meaning plus or minus 10%, identical control voltage to the gates of the first and second assemblies of elementary transistors when the second switch is in one of the two states, the first and second switches being MOS transistors, the gate-source voltages of the first and second switches being substantially identical in operation, wherein the first switch is a switch always maintained in an on state at least during the operation of the circuit 100, so that the respective impedance between the gates of the elementary transistors of each of the first and second assemblies and the control node are identical, the first and second switches having substantially the same impedance when they are on, the circuit comprising a second plurality of elementary transistors each transistor of the second plurality comprising a control terminal coupled to the control node by the first switch , a first conductive terminal coupled to the node of application of a first potential of a power supply voltage and a second conductive terminal coupled to a test node .
A rewinding machine for winding web material (W) into a log about a core , the machine comprising: a winding drum rotatable about a center axis and about which the web material (W) to be wound is directed; the machine characterized by : a continuous loop spaced from the winding drum and with the winding drum defining a nip through which the core is inserted and through which the web material (W) is directed when winding the web material (W) about the core , the continuous loop being configured to move in a direction generally opposite a direction of the winding drum at the nip for winding the web material (W) about the core ; and a rider roll defining a winding space (N) with the winding drum and the continuous loop , the rider roll being movable relative to the continuous loop and the winding drum to allow an increase in a diameter of the log in the winding space (N) during winding of the web material (W) about the core by the winding drum , the continuous loop , and the rider roll . a continuous loop spaced from the winding drum and with the winding drum defining a nip through which the core is inserted and through which the web material (W) is directed when winding the web material (W) about the core , the continuous loop being configured to move in a direction generally opposite a direction of the winding drum at the nip for winding the web material (W) about the core ; and a rider roll defining a winding space (N) with the winding drum and the continuous loop , the rider roll being movable relative to the continuous loop and the winding drum to allow an increase in a diameter of the log in the winding space (N) during winding of the web material (W) about the core by the winding drum , the continuous loop , and the rider roll .
A piezoelectric ceramic comprising as the major component a solid solution consisting of the two components KNbO 3 and BaTiO 3 , wherein the molar ratio of KNbO 3 is 0.5-0.9 with respect to the total of the two components, wherein a polarization treatment is applied to the piezoelectric ceramic.
A method for treating a metal surface, in particular of a medical device, comprising the following steps: - providing a colloid dispersed system comprising first particles; - applying a first layer by a plasma electrolytic oxidation wherein the first particles are deposited on the surface; - applying a second layer, and wherein silver particles are provided as said first particles, and wherein said first or said second layer comprises a biodegradable material, or wherein the second is applied below the first layer and is a layer with a material which has a higher standard electrode potential as the material of the first layer. - providing a colloid dispersed system comprising first particles; - applying a first layer by a plasma electrolytic oxidation wherein the first particles are deposited on the surface; - applying a second layer, and wherein silver particles are provided as said first particles, and wherein said first or said second layer comprises a biodegradable material, or wherein the second is applied below the first layer and is a layer with a material which has a higher standard electrode potential as the material of the first layer.
A composite article manufacturing facility comprising: a plurality of forming stations , each forming station being capable of forming pieces from a feedstock of a laminar reinforcement material ; a plurality of lay-up stations , each lay-up station being capable of arranging a stack of the formed pieces in overlapping fashion; a transfer mechanism configured to simultaneously transport formed pieces from multiple ones of the forming stations towards multiple ones of the lay-up stations , wherein the transfer mechanism is a conveyor belt; a cutting manipulator for each forming station , each cutting manipulator being capable of picking up formed pieces from the forming station and placing formed pieces on the transfer mechanism ; a plurality of lay-up manipulators , each lay-up manipulator is located so that the lay-up manipulator can pick up formed pieces from the transfer mechanism and position them on one of the lay-up stations ; a memory storing a first sequence of pieces to be laid up at a first one of the lay-up stations and a second sequence of pieces to be laid up at a second one of the lay-up stations; and a controller coupled to the forming stations , the lay-up stations and the transfer mechanism for controlling the operations thereof, the controller having access to the memory and being configured to, when a formed piece of the first sequence and a formed piece of the second sequence are loaded on the transfer mechanism by the cutting manipulators , cause the transport mechanism to simultaneously transport them towards the first and second lay-up stations respectively. a plurality of forming stations , each forming station being capable of forming pieces from a feedstock of a laminar reinforcement material ; a plurality of lay-up stations , each lay-up station being capable of arranging a stack of the formed pieces in overlapping fashion; a transfer mechanism configured to simultaneously transport formed pieces from multiple ones of the forming stations towards multiple ones of the lay-up stations , wherein the transfer mechanism is a conveyor belt; a cutting manipulator for each forming station , each cutting manipulator being capable of picking up formed pieces from the forming station and placing formed pieces on the transfer mechanism ; a plurality of lay-up manipulators , each lay-up manipulator is located so that the lay-up manipulator can pick up formed pieces from the transfer mechanism and position them on one of the lay-up stations ; a memory storing a first sequence of pieces to be laid up at a first one of the lay-up stations and a second sequence of pieces to be laid up at a second one of the lay-up stations; and a controller coupled to the forming stations , the lay-up stations and the transfer mechanism for controlling the operations thereof, the controller having access to the memory and being configured to, when a formed piece of the first sequence and a formed piece of the second sequence are loaded on the transfer mechanism by the cutting manipulators , cause the transport mechanism to simultaneously transport them towards the first and second lay-up stations respectively.