mhurhangee/ep-ind-claims huggingface dataset:
Storage and retrieval device (1, 11) for a pallet storage system having at least one racking system and having at least one floor rail for moving the storage and retrieval device (1, 11), wherein the storage and retrieval device (1, 11) comprises - a base body, - at least one linear guide that is outwardly disposed on the base body, - at least one vertical guide provided at the base body for moving the linear guide in a vertical direction along the base body, and - at least one carriage provided on the linear guide for receiving, removing and/or holding transported products, wherein the base body is rotatably arranged, in particular by 360°, about the vertical axis, characterized in that the linear guide is formed in a telescopic manner and externally coupled to the base body via the vertical guide, so that the linear guide is tangentially-linearly movable on the base body. - a base body, - at least one linear guide that is outwardly disposed on the base body, - at least one vertical guide provided at the base body for moving the linear guide in a vertical direction along the base body, and - at least one carriage provided on the linear guide for receiving, removing and/or holding transported products, wherein the base body is rotatably arranged, in particular by 360°, about the vertical axis, characterized in that the linear guide is formed in a telescopic manner and externally coupled to the base body via the vertical guide, so that the linear guide is tangentially-linearly movable on the base body.
A galvanic aluminium alloy powder-pigment prepared in an atmosphere selected from the group consisting of oxygen, nitrogen/inert gas and nitrogen-hydrogen and having a particle size ranging from 2 to 100 microns; said aluminium alloy powder-pigment having the formula Aluminium-X-Y wherein X is an element selected from the group consisting of zinc, cadmium, magnesium, barium and manganese, and Y is an element selected from the group consisting of indium, gallium, tin, and bismuth; said aluminium alloy powder-pigment coated with an effective amount of semi-conducting corrosion-inhibiting coating derived from an acidic aqueous solution consisting essentially of, in parts by weight, from 0.01 to 22 parts of a trivalent chromium compound, from 0.01 to 12 parts of a hexafluorozirconate, from 0.01 to 12 parts of at least one compound selected from the group consisting of tetrafluoroborates, hexafluorosilicates, and hexafluorotitanates.
A system comprising: an actuator having a first surface and a second surface, the first surface being offset by a step distance from the second surface; and a sensor configured to measure a target distance between the sensor and both the first surface and the second surface via an ultrasonic signal emitted by the sensor and received by the sensor after having reflected off the first surface or the second surface, wherein the step distance is greater than a minimum distance, the minimum distance being defined in view of a medium through which said actuator moves and a frequency of the ultrasonic signal to avoid interference between the emitted ultrasonic signal and the reflected ultrasonic signal; wherein the first surface is positionable nearer to the sensor than the minimum distance when the actuator reaches an end of travel position; and wherein said sensor is configured to initially direct a signal such that it reflects off only said first surface for a period of time, and to send a signal such that it reflects off said second surface when said first surface approaches the minimum distance from said sensor. an actuator having a first surface and a second surface, the first surface being offset by a step distance from the second surface; and a sensor configured to measure a target distance between the sensor and both the first surface and the second surface via an ultrasonic signal emitted by the sensor and received by the sensor after having reflected off the first surface or the second surface, wherein the step distance is greater than a minimum distance, the minimum distance being defined in view of a medium through which said actuator moves and a frequency of the ultrasonic signal to avoid interference between the emitted ultrasonic signal and the reflected ultrasonic signal; wherein the first surface is positionable nearer to the sensor than the minimum distance when the actuator reaches an end of travel position; and wherein said sensor is configured to initially direct a signal such that it reflects off only said first surface for a period of time, and to send a signal such that it reflects off said second surface when said first surface approaches the minimum distance from said sensor.
A plastic fastener assembly comprising: (a) a first continuous side member; (b) a second continuous side member; and (c) a plurality of cross members (57-1, 57-2) interconnecting the first and second continuous side members (53, 55), each of the cross members (57-1, 57-2) comprising (i) a flexible filament, the flexible filament having a first end and a second end, the first end of the flexible filament joined to the second continuous side member; (ii) a paddle disposed at the second end of the flexible filament, the paddle comprising a left surface and a right surface; (iii) a first connector portion, the first connector portion disposed on the right surface of the paddle; and (iv) a second connector portion, the second connector portion disposed on the left surface of the paddle; (v) wherein the first connector portion of one cross member is joined to the second connector portion of another cross member at a break region of reduced cross-section and a flattened area with a planar shape; wherein each of the first connector portion and the second connector portion comprises a generally frusto-semi-circular member. (a) a first continuous side member; (b) a second continuous side member; and (c) a plurality of cross members (57-1, 57-2) interconnecting the first and second continuous side members (53, 55), each of the cross members (57-1, 57-2) comprising (i) a flexible filament, the flexible filament having a first end and a second end, the first end of the flexible filament joined to the second continuous side member; (ii) a paddle disposed at the second end of the flexible filament, the paddle comprising a left surface and a right surface; (iii) a first connector portion, the first connector portion disposed on the right surface of the paddle; and (iv) a second connector portion, the second connector portion disposed on the left surface of the paddle; (v) wherein the first connector portion of one cross member is joined to the second connector portion of another cross member at a break region of reduced cross-section and a flattened area with a planar shape; (i) a flexible filament, the flexible filament having a first end and a second end, the first end of the flexible filament joined to the second continuous side member; (ii) a paddle disposed at the second end of the flexible filament, the paddle comprising a left surface and a right surface; (iii) a first connector portion, the first connector portion disposed on the right surface of the paddle; and (iv) a second connector portion, the second connector portion disposed on the left surface of the paddle; (v) wherein the first connector portion of one cross member is joined to the second connector portion of another cross member at a break region of reduced cross-section and a flattened area with a planar shape;
Vertical actuator with gravity compensation, with a first component and a second component wherein one of the two components (1, 2) is locally fixed in position and the other of the two components (1, 2) is movable in the vertical direction, characterized in that the first component has a first conical magnetic yoke with a coil arranged in the conical region, and the second component has a second magnetic yoke with at least one magnet oriented horizontally towards the coil wherein the first and second magnetic yokes (3, 5) and the coils are furthermore rotationally symmetrical relative to a central axis in the vertical direction, and wherein the horizontal distance between the first and second magnetic yokes (3, 5) in the region of the at least one magnet is variable through the conical design of the first magnetic yoke in the vertical direction so that in one working area of the actuator a reluctance force acts between the first and second components (1, 2) and counteracts the gravity force of the movable component of the two components (1, 2) and that the movable component of the two components (1, 2) is connected to a locally fixed region via a mechanical spring which exerts a spring force on the movable component of the two components (1, 2).
A continuous biometric information measuring device comprising: a sensor module positioned on a user's skin and periodically measure user's biological information from the body fluid, the sensor module including a separate memory for storing sensor usage information therein; and a transmitter connected to the sensor module in a detachable manner to transmit the biometric information measured by the sensor module to a user terminal, characterized in that: the sensor module further configured to:receive a transmitter identifier from the transmitter upon connection of the transmitter to the sensor module and store the transmitted identifier in the memory; determine whether the transmitter is a replaced transmitter; in response to determining that the transmitter is a replaced transmitter, compare the stored transmitter identifier with a previously stored transmitter identifier to determine whether the replaced transmitter is a new transmitter; and if the replaced transmitter is determined to be a new transmitter, continuously measure biometric information without performing an initialization operation of the sensor module. a sensor module positioned on a user's skin and periodically measure user's biological information from the body fluid, the sensor module including a separate memory for storing sensor usage information therein; and a transmitter connected to the sensor module in a detachable manner to transmit the biometric information measured by the sensor module to a user terminal, characterized in that: the sensor module further configured to:receive a transmitter identifier from the transmitter upon connection of the transmitter to the sensor module and store the transmitted identifier in the memory; determine whether the transmitter is a replaced transmitter; in response to determining that the transmitter is a replaced transmitter, compare the stored transmitter identifier with a previously stored transmitter identifier to determine whether the replaced transmitter is a new transmitter; and if the replaced transmitter is determined to be a new transmitter, continuously measure biometric information without performing an initialization operation of the sensor module. the sensor module further configured to:receive a transmitter identifier from the transmitter upon connection of the transmitter to the sensor module and store the transmitted identifier in the memory; determine whether the transmitter is a replaced transmitter; in response to determining that the transmitter is a replaced transmitter, compare the stored transmitter identifier with a previously stored transmitter identifier to determine whether the replaced transmitter is a new transmitter; and if the replaced transmitter is determined to be a new transmitter, continuously measure biometric information without performing an initialization operation of the sensor module.
A solid hardener composition comprising the reaction product of: (a) a novolac resin component; (b) a liquid or semi-solid epoxy resin; and (c) an epoxidized polyalkylene glycol. (a) a novolac resin component; (b) a liquid or semi-solid epoxy resin; and (c) an epoxidized polyalkylene glycol.
Quiet hairdryer including at least a case comprising an inlet end, an output end and at least a motor driving in rotation at least a turbine sucking air through at least one inlet orifice upstream of the turbine and expelling it through at least one downstream outlet orifice, the hairdryer including a silencer comprising at least a chamber mounted in substantially sealed manner upstream of the intake orifice and including an inlet orifice for suction of air upstream of the chamber, - the diameter (Dc) of the chamber being greater than the diameter (Da) of the intake orifice and than the diameter (De) of the inlet orifice; characterised in that: - the hairdryer includes a cover able to be fixed in detachable manner on the case, at the inlet end; - the silencer is able to be fixed in detachable manner on the case, at the inlet end by means of means for detachable fixing on the case identical to means for detachable fixing of the cover of the hairdryer; - the silencer includes, on the one hand, means for detachable fixing on the case identical to the means for detachable fixing of the cover, and on the other, in the proximity of the inlet orifice, means for anchoring of the fixing means of the cover, so that the silencer can be interposed between the case and the cover. - the diameter (Dc) of the chamber being greater than the diameter (Da) of the intake orifice and than the diameter (De) of the inlet orifice; - the hairdryer includes a cover able to be fixed in detachable manner on the case, at the inlet end; - the silencer is able to be fixed in detachable manner on the case, at the inlet end by means of means for detachable fixing on the case identical to means for detachable fixing of the cover of the hairdryer; - the silencer includes, on the one hand, means for detachable fixing on the case identical to the means for detachable fixing of the cover, and on the other, in the proximity of the inlet orifice, means for anchoring of the fixing means of the cover, so that the silencer can be interposed between the case and the cover.
Bi-directional MOSFET switch comprising an input and an output and two MOSFET transistors (T1, T2) interconnected by their source and gate terminals, the input and the output each being connected to a drain terminal of the two MOSFET transistors (T1, T2), a control input which is galvanically isolated by means of a potential separation and is connected to a control unit which is configured to switch a control current for a junction FET transistor by means of a further MOSFET transistor, characterized in that the gate terminal and the source terminal of the junction FET transistor are interconnected, wherein the gate terminal of the junction FET transistor is connected to the source terminals of the two MOSFET transistors (T1, T2) and the drain terminal of the junction FET transistor is connected to the gate terminals of the two MOSFET transistors (T1, T2) and to the further MOSFET transistor, and wherein the bi-directional MOSFET switch further comprises a floating voltage source which is galvanically connected to the input, is connected between the input and the further MOSFET transistor, and is configured to generate the control current.
A medical assistance device (4, 4A, 4B, 4C, 4D, 4E, 4F) which is connected to a medical device which is inserted into a biological lumen and used in a procedure in the biological lumen, the medical assistance device (4, 4A, 4B, 4C, 4D, 4E, 4F) comprising: a support (41, 41A, 41C, 41E, 41F); a winding unit (42, 42E, 42F) which is rotatably provided about a support shaft with respect to the support (41, 41A, 41C, 41E, 41F) and winds the medical device; and a connection section which is provided in the winding unit (42, 42E, 42F) and is connected to an end portion of the medical device, characterized in that the medical assistance device (4, 4A, 4B, 4C, 4D, 4E, 4F) further comprises a biasing unit which is connected to the support (41, 41A, 41C, 41E, 41F) and the winding unit (42, 42E, 42F) and is constructed to bias the winding unit (42, 42E, 42F) in a direction in which the medical device is to be wound. a support (41, 41A, 41C, 41E, 41F); a winding unit (42, 42E, 42F) which is rotatably provided about a support shaft with respect to the support (41, 41A, 41C, 41E, 41F) and winds the medical device; and a connection section which is provided in the winding unit (42, 42E, 42F) and is connected to an end portion of the medical device,
Integrated magnetic component for a switched mode power converter, including a transformer comprising two transformer core elements (U2,U3), the integrated magnetic component further including at least one choke core element (U1, U4), each of said core elements (U1, U2, U3, U4) including a first and a second outer leg (520a.1, 520a.2, 520a.3, 520a.4, 520b.1, 520b.2, 520b.3, 520b.4) and a flange (522.2, 522.3) connecting the outer legs (520a.1, 520a.2, 520a.3, 520a.4, 520b.1, 520b.2, 520b.3, 520b.4) to form U-like core elements, the transformer core elements (U2, U3) being arranged to form an O-like core element, each choke core element (U1, U4) abutting a flange (522.2, 522.3) of one of the transformer core elements (U2, U3), the transformer comprising a primary winding (P1, P2) and a secondary winding (S1, S2), the transformer includes a first air gap (540a.23, 540b.23) arranged in a flux path between the transformer core elements (U2, U3), the integrated magnetic component further includes at least a second air gap (540a.1,540b.1) in a flux path between a transformer core element (U2,U3) and a choke core element (U1,U4), characterised in that the integrated magnetic component includes a first choke winding arranged on a leg (520a.1, 520b.1) of a choke core element and a second choke winding arranged on another leg (520a.4, 520b.4) of a choke core element, where one of the primary (P1, P2) and the secondary winding (S1, S2) is connected in series between the choke windings (523, 524) and where all windings (P1, P2, S1, S2, 523, 524) are interconnected to reduce core losses by flux compensation in order to increase power density, and the primary winding (P1,P2) and the secondary winding (S1, S2) are arranged on a leg (520a.2, 520a.3, 520b.2, 520b.3) of the transformer core elements (U2, U3).
A multimer comprising a first fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of sialyltransferase, wherein the catalytic domain of sialyltransferase catalyzes sialylation of a glycoprotein; and a second fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of galactosyltransferase, wherein the catalytic domain of galactosyltransferase catalyzes galactosylation of a glycoprotein. a first fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of sialyltransferase, wherein the catalytic domain of sialyltransferase catalyzes sialylation of a glycoprotein; and a second fusion polypeptide comprising an antibody heavy chain CH2 region, an antibody heavy chain CH3 region, and a catalytic domain of galactosyltransferase, wherein the catalytic domain of galactosyltransferase catalyzes galactosylation of a glycoprotein.
A pharmaceutical composition for use in the treatment of cancer, comprising a targeted nanoparticle comprising a targeting protein and a metallated corrole comprising manganese; and a pharmaceutically acceptable excipient; wherein the targeted nanoparticle targets a tumor.
A capacitive touch sensitive film comprising a substrate layer and a conductive layer thereon having a touch sensing region, the conductive layer being the upper surface of the touch sensitive film, or being closer to the upper surface of the touch sensitive film than the substrate layer, the upper surface of the touch sensitive film being a user input surface for receiving touches of a user, wherein: the substrate layer of the touch sensitive film and the conductive layer comprise a tactilely distinguishable surface feature (5, 15) comprising a plurality of adjacent protuberances, indentations or cavities deviating from the general level of the substrate layer and the conductive layer to allow the user to identify the location of the touch sensing region by sensing the tactilely distinguishable surface feature (5, 15); the touch sensitive film is formed as a deformable structure so as to allow conformal deformation of the touch sensitive film along a three dimensional surface; and the tactilely distinguishable surface feature (5, 15) of the substrate layer and the conductive layer comprising the plurality of adjacent protuberances, indentations or cavities is formed by means of embossing of the touch sensitive film using a stamping tool, such that the side of the substrate layer facing the conductive layer, and the conductive layer of the touch sensitive film, obtain the three dimensional shape of the stamping tool creating the plurality of adjacent protuberances, indentations or cavities, while the surface of the side of the substrate layer opposite the conductive layer remains substantially flat. the substrate layer of the touch sensitive film and the conductive layer comprise a tactilely distinguishable surface feature (5, 15) comprising a plurality of adjacent protuberances, indentations or cavities deviating from the general level of the substrate layer and the conductive layer to allow the user to identify the location of the touch sensing region by sensing the tactilely distinguishable surface feature (5, 15); the touch sensitive film is formed as a deformable structure so as to allow conformal deformation of the touch sensitive film along a three dimensional surface; and the tactilely distinguishable surface feature (5, 15) of the substrate layer and the conductive layer comprising the plurality of adjacent protuberances, indentations or cavities is formed by means of embossing of the touch sensitive film using a stamping tool, such that the side of the substrate layer facing the conductive layer, and the conductive layer of the touch sensitive film, obtain the three dimensional shape of the stamping tool creating the plurality of adjacent protuberances, indentations or cavities, while the surface of the side of the substrate layer opposite the conductive layer remains substantially flat.