mhurhangee/ep-ind-claims huggingface dataset:
A method for transferring conveyed items from at least one feed conveyor onto an outgoing conveyor, in a transfer region, wherein the at least one feed conveyor comprises a conveying member which is driven along a feed conveying stretch, for conveying conveyed items into the transfer region as well as conveying containers which lie on the conveying member in a connection-free manner and in which the conveyed items are conveyed into the transfer region, and the outgoing conveyor comprises conveying containers which are movable along a transfer conveying stretch for taking over the conveyed items which are delivered by the at least one feed conveyor, wherein the conveyed items which are conveyed in the conveying containers which lie on the conveying member via the conveying containers are accelerated relative to the conveying member along the feed conveying stretch towards the transfer region via an acceleration device and for the purpose of delivery of the conveyed items are brought into a cyclically synchronous side-by-side conveying with a conveying container of the outgoing conveyor and are transferred onto the outgoing conveyor in the transfer region, wherein the at least one feed conveyor (1, 1') in the transfer region comprises a transfer device with an inclining mechanism, by way of which conveying containers of the feed conveyor (1, 1') during their conveying along the feed conveying stretch are inclined to the side considered in the conveying direction for the purpose of delivery of conveyed items onto the conveying containers of the outgoing conveyor, wherein the inclining mechanism lifts the conveying containers at least partly from the conveying member, and wherein the inclining mechanism comprises a conveying drive, by way of which the conveying containers are conveyed along the inclining mechanism in the conveying direction independently of the conveying member. wherein the at least one feed conveyor (1, 1') in the transfer region comprises a transfer device with an inclining mechanism, by way of which conveying containers of the feed conveyor (1, 1') during their conveying along the feed conveying stretch are inclined to the side considered in the conveying direction for the purpose of delivery of conveyed items onto the conveying containers of the outgoing conveyor, wherein the inclining mechanism lifts the conveying containers at least partly from the conveying member, and wherein the inclining mechanism comprises a conveying drive, by way of which the conveying containers are conveyed along the inclining mechanism in the conveying direction independently of the conveying member.
A battery connector for serially connecting a plurality of batteries of a battery assembly, comprising: a plurality of electrode connection terminals; a plurality of voltage detection terminals, each of which is connected to respective one of the electrode connection terminals, and includes a wire connection part to be connected to an electric wire; and a case which contains the plurality of electrode connection terminals and the plurality of voltage detection terminals therein, wherein each electrode connection terminal is electrically connected to an electrode of one battery and to an opposite electrode of another adjacent battery such that said one and another battery are serially-connected adjacent batteries; and the case is provided with a plurality of terminal fixing parts (11, 12) on which adjacent electrode connection terminals of the plurality of electrode connection terminals serially-connecting adjacent batteries are fixed to be spaced from each other, characterized in that each voltage detection terminal of the plurality of the voltage detection terminals is fixed on a corresponding terminal fixing part (11, 12) of the plurality of terminal fixing parts (11, 12) so as to incline the wire connection part with respect to a direction orthogonal to a direction in which the adjacent electrode connection terminals are aligned. a plurality of electrode connection terminals; a plurality of voltage detection terminals, each of which is connected to respective one of the electrode connection terminals, and includes a wire connection part to be connected to an electric wire; and a case which contains the plurality of electrode connection terminals and the plurality of voltage detection terminals therein, wherein each electrode connection terminal is electrically connected to an electrode of one battery and to an opposite electrode of another adjacent battery such that said one and another battery are serially-connected adjacent batteries; and the case is provided with a plurality of terminal fixing parts (11, 12) on which adjacent electrode connection terminals of the plurality of electrode connection terminals serially-connecting adjacent batteries are fixed to be spaced from each other, characterized in that each voltage detection terminal of the plurality of the voltage detection terminals is fixed on a corresponding terminal fixing part (11, 12) of the plurality of terminal fixing parts (11, 12) so as to incline the wire connection part with respect to a direction orthogonal to a direction in which the adjacent electrode connection terminals are aligned.
A press device, suitable for pressing fruit, particularly grapes, characterized in that it comprises, downstream from the pressing zone, at the must discharge means, an enclosure comprising a bottom arranged in the extension of said discharge means and upstream from means for transferring said must to storage means, characterized in that said bottom upwardly comprises a planar inclined wall, whose inclination relative to the horizontal is chosen to allow the must to flow by gravity in a film or liquid curtain; and in that said bottom is associated with refrigeration means (3, 30, 25) designed to be capable of cooling said planar wall over which said must flows.
A pressure safety valve activation sensor unit, comprising: a sensor housing for placement on an outside of a pressure safety valve; a print circuit board assembly within the sensor housing, the print circuit board assembly comprising: one or more micro sensors, the one or more micro sensors including an accelerometer; a processing unit configured to extract acceleration data indicative of valve vibrations registered by the accelerometer and compare the acceleration data to a predetermined vibration pattern associated with the activation of the pressure safety valve to determine whether an activation event of the pressure safety valve has occurred; and a transmitter for wirelessly transmitting activation event data to an external receiver. a sensor housing for placement on an outside of a pressure safety valve; a print circuit board assembly within the sensor housing, the print circuit board assembly comprising: one or more micro sensors, the one or more micro sensors including an accelerometer; a processing unit configured to extract acceleration data indicative of valve vibrations registered by the accelerometer and compare the acceleration data to a predetermined vibration pattern associated with the activation of the pressure safety valve to determine whether an activation event of the pressure safety valve has occurred; and a transmitter for wirelessly transmitting activation event data to an external receiver. one or more micro sensors, the one or more micro sensors including an accelerometer; a processing unit configured to extract acceleration data indicative of valve vibrations registered by the accelerometer and compare the acceleration data to a predetermined vibration pattern associated with the activation of the pressure safety valve to determine whether an activation event of the pressure safety valve has occurred; and a transmitter for wirelessly transmitting activation event data to an external receiver.
An oral care implement (300, 400) comprising: a head (310, 410) having a front surface (312, 412); a plurality of tooth cleaning elements (305, 405) comprising: an elastomeric member (370, 470) extending from the front surface (312, 412) of the head (310, 410); a first inclined bristle tuft arranged on a first side of the elastomeric member (370, 470), the first inclined bristle tuft extending from the front surface (312, 412) of the head (310, 410) at an oblique angle toward the elastomeric member (370, 470); and a second inclined bristle tuft arranged on a second side of the elastomeric member (370, 470) opposite the first side, the second inclined bristle tuft extending from the front surface (312, 412) of the head (310, 410) at an oblique angle toward the elastomeric member (370, 470). a head (310, 410) having a front surface (312, 412); a plurality of tooth cleaning elements (305, 405) comprising: an elastomeric member (370, 470) extending from the front surface (312, 412) of the head (310, 410); a first inclined bristle tuft arranged on a first side of the elastomeric member (370, 470), the first inclined bristle tuft extending from the front surface (312, 412) of the head (310, 410) at an oblique angle toward the elastomeric member (370, 470); and a second inclined bristle tuft arranged on a second side of the elastomeric member (370, 470) opposite the first side, the second inclined bristle tuft extending from the front surface (312, 412) of the head (310, 410) at an oblique angle toward the elastomeric member (370, 470). an elastomeric member (370, 470) extending from the front surface (312, 412) of the head (310, 410); a first inclined bristle tuft arranged on a first side of the elastomeric member (370, 470), the first inclined bristle tuft extending from the front surface (312, 412) of the head (310, 410) at an oblique angle toward the elastomeric member (370, 470); and a second inclined bristle tuft arranged on a second side of the elastomeric member (370, 470) opposite the first side, the second inclined bristle tuft extending from the front surface (312, 412) of the head (310, 410) at an oblique angle toward the elastomeric member (370, 470).
A liquid feeding pump for feeding liquid in a liquid feeding tube, the liquid feeding pump comprising: a mounting portion to which a first clip member mounted to the liquid feeding tube is mountable; an adapter detachably attachable to the mounting portion; and a detection unit that detects mounting of the first clip member to the mounting portion, characterized in that the adapter has a shape that disables detection of mounting of the first clip member by the detection unit and enables detection of mounting of a second clip member having a shape different from a shape of the first clip member by the detection unit. a mounting portion to which a first clip member mounted to the liquid feeding tube is mountable; an adapter detachably attachable to the mounting portion; and a detection unit that detects mounting of the first clip member to the mounting portion, characterized in that the adapter has a shape that disables detection of mounting of the first clip member by the detection unit and enables detection of mounting of a second clip member having a shape different from a shape of the first clip member by the detection unit.
A terminal, comprising at least one processor, at least one memory including computer program code, and the at least one processor, with the at least one memory and the computer program code, being arranged to cause the terminal to at least perform: sensing a first cell based on a sensing-enabling downlink signal from the first cell, wherein the sensing-enabling downlink signal does not enable the terminal to camp in a terminal mode on the first cell, wherein the terminal mode is one of a connected mode, an idle mode and an energy savings mode; camping on the first cell in the terminal mode, wherein, in the terminal mode, a mode-enabling downlink signal from the first cell is required; checking if a transition information about an intended transition of the first cell to a sleeping mode is received and if the terminal camps in the terminal mode on the first cell, wherein in the sleeping mode of the first cell the mode-enabling downlink signal is not received from the first cell; and transmitting a complaint to the first cell if the transition information is received and the terminal camps in the terminal mode on the first cell, wherein reception of at least a predetermined number of complaints by the first cell prevents the intended transition of the first cell to the sleeping mode. sensing a first cell based on a sensing-enabling downlink signal from the first cell, wherein the sensing-enabling downlink signal does not enable the terminal to camp in a terminal mode on the first cell, wherein the terminal mode is one of a connected mode, an idle mode and an energy savings mode; camping on the first cell in the terminal mode, wherein, in the terminal mode, a mode-enabling downlink signal from the first cell is required; checking if a transition information about an intended transition of the first cell to a sleeping mode is received and if the terminal camps in the terminal mode on the first cell, wherein in the sleeping mode of the first cell the mode-enabling downlink signal is not received from the first cell; and transmitting a complaint to the first cell if the transition information is received and the terminal camps in the terminal mode on the first cell, wherein reception of at least a predetermined number of complaints by the first cell prevents the intended transition of the first cell to the sleeping mode.
A method for performing a random access procedure to a network at a user equipment, UE, having a first medium access control, MAC, entity and a second MAC entity in a wireless communication system, the random access procedure comprising: transmitting a random access preamble to the network; monitoring a random access response to the random access preamble from the network (S502, S1340); and in a case of not successful reception of the random access response, performing incrementing by 1 a counter value associated with a transmission power of random access preamble, and reselecting a random access resource, the method comprising: instructing, by the first MAC entity of the UE to a physical, PHY, entity of the UE, a transmission of the random access preamble; informing, by the PHY entity to the first MAC entity, an indication associated with not performing the random access preamble transmission, when the PHY entity did not transmit the random access preamble; and continuing, at the first MAC entity of the UE, the random access procedure for the case of not successful reception of the random access response without incrementing the counter value associated with the transmission power of random access preamble, if the indication has been received from the PHY entity of the UE (S1420, S1420-1). transmitting a random access preamble to the network; monitoring a random access response to the random access preamble from the network (S502, S1340); and in a case of not successful reception of the random access response, performing incrementing by 1 a counter value associated with a transmission power of random access preamble, and reselecting a random access resource, the method comprising: instructing, by the first MAC entity of the UE to a physical, PHY, entity of the UE, a transmission of the random access preamble; informing, by the PHY entity to the first MAC entity, an indication associated with not performing the random access preamble transmission, when the PHY entity did not transmit the random access preamble; and continuing, at the first MAC entity of the UE, the random access procedure for the case of not successful reception of the random access response without incrementing the counter value associated with the transmission power of random access preamble, if the indication has been received from the PHY entity of the UE (S1420, S1420-1). instructing, by the first MAC entity of the UE to a physical, PHY, entity of the UE, a transmission of the random access preamble; informing, by the PHY entity to the first MAC entity, an indication associated with not performing the random access preamble transmission, when the PHY entity did not transmit the random access preamble; and continuing, at the first MAC entity of the UE, the random access procedure for the case of not successful reception of the random access response without incrementing the counter value associated with the transmission power of random access preamble, if the indication has been received from the PHY entity of the UE (S1420, S1420-1).
A battery comprising: an electricity-generating element that is formed by winding an electrode plate (21, 22) and a separator and has a space at a winding axial portion; a battery case housing the electricity-generating element; a cover plate for sealing an opening formed at an upper end of a case body; and a spacer (8; 118) having an inclined portion having a width that is gradually reduced toward the center of the electricity-generating element; wherein at least a part of the spacer (8; 118) is disposed in the space at the winding axial portion of the electricity-generating element; characterized in that an insulating plate is interposed between the electricity-generating element and the cover plate for insulating the electricity-generating element from the cover plate; the insulating plate includes a spacer fixing portion formed at a lower surface of the insulating plate in the shape of a recess; the electricity-generating element includes a pair of flat portions and a pair of curved portions; the inclined portion of the spacer (8; 118) abuts against an upper end of an inner wall at a flat portion of the electricity-generating element and presses the electricity-generating element laterally outward perpendicularly to a winding axial direction; and an end opposite to an end of the spacer (8; 118) disposed in the space at the winding axial portion of the electricity-generating element is configured in such a manner as to be fitted into the spacer fixing portion and to abut against the insulating plate, thus suppressing the spacer from being moved in the winding axial direction. an electricity-generating element that is formed by winding an electrode plate (21, 22) and a separator and has a space at a winding axial portion; a battery case housing the electricity-generating element; a cover plate for sealing an opening formed at an upper end of a case body; and a spacer (8; 118) having an inclined portion having a width that is gradually reduced toward the center of the electricity-generating element; wherein at least a part of the spacer (8; 118) is disposed in the space at the winding axial portion of the electricity-generating element; characterized in that an insulating plate is interposed between the electricity-generating element and the cover plate for insulating the electricity-generating element from the cover plate; the insulating plate includes a spacer fixing portion formed at a lower surface of the insulating plate in the shape of a recess; the electricity-generating element includes a pair of flat portions and a pair of curved portions; the inclined portion of the spacer (8; 118) abuts against an upper end of an inner wall at a flat portion of the electricity-generating element and presses the electricity-generating element laterally outward perpendicularly to a winding axial direction; and an end opposite to an end of the spacer (8; 118) disposed in the space at the winding axial portion of the electricity-generating element is configured in such a manner as to be fitted into the spacer fixing portion and to abut against the insulating plate, thus suppressing the spacer from being moved in the winding axial direction.
A metallic plate for a proton-exchange membrane fuel cell (PEMFC) having, on at least one of its surfaces, a coating comprising: - conductive material fillers; - a polymer used as a binder; - a metal cation absorbing compound. - conductive material fillers; - a polymer used as a binder; - a metal cation absorbing compound.
A method of securing data, the method comprising: sensing multi-dimensional micro-motion of a body part of a first authorized user to generate a first multi-dimensional signal, wherein the multi-dimensional micro-motion is neuro-based and invisible to a human eye; in response to the first multi-dimensional signal and first user calibration parameters, generating a first neuro-mechanical fingerprint; the first user calibration parameters being generated with a calibration neuro-mechanical fingerprint; storing the first user calibration parameters in a secured storage device associated with the first neuro-mechanical fingerprint and one or more secondary neuro-mechanical fingerprints; and encrypting data with an encryption algorithm by using the first user calibration parameters as an encryption key. sensing multi-dimensional micro-motion of a body part of a first authorized user to generate a first multi-dimensional signal, wherein the multi-dimensional micro-motion is neuro-based and invisible to a human eye; in response to the first multi-dimensional signal and first user calibration parameters, generating a first neuro-mechanical fingerprint; the first user calibration parameters being generated with a calibration neuro-mechanical fingerprint; storing the first user calibration parameters in a secured storage device associated with the first neuro-mechanical fingerprint and one or more secondary neuro-mechanical fingerprints; and encrypting data with an encryption algorithm by using the first user calibration parameters as an encryption key.
Pressure-compensation device, configured for underwater applications, by way of which an interior space of a container which forms a fluid region is able to be sealed off with respect to the surrounding seawater region, wherein a pressure level of the fluid region is able to be raised at least to the ambient pressure prevailing in the seawater region by way of the pressure-compensation device, wherein the pressure-compensation device is constructed in in such a way that at least two accumulators (2; 2a, 2b) with a flexible wall region are arranged in series, wherein the at least two accumulators (2; 2a, 2b) are arranged in an annular pressure chamber of a housing, wherein further the annular pressure chamber of the housing is in the form of a hollow-cylinder arrangement with two hollow cylinders (32, 33) which are arranged coaxially with respect to one another and between which there is an intermediate cavity, characterized in that the at least two accumulators (2; 2a, 2b) with a flexible wall region are arranged in the intermediate cavity.
A method for switching coordinator in a personal area network including at least one coordinator and at least one device, the method comprising: establishing, by a coordinator, being one of the at least one coordinator, a network session between said coordinator and the at least one device; receiving, by the coordinator, an indication of relocation from the at least one device that takes said device out of a network zone, transmitting (306, 520), by the coordinator, through the established network session, information of a new coordinator determined based on a relocation indication by the at least one device, to the at least one device and releasing, by the coordinator, an association between the coordinator and the at least one device. establishing, by a coordinator, being one of the at least one coordinator, a network session between said coordinator and the at least one device; receiving, by the coordinator, an indication of relocation from the at least one device that takes said device out of a network zone, transmitting (306, 520), by the coordinator, through the established network session, information of a new coordinator determined based on a relocation indication by the at least one device, to the at least one device and releasing, by the coordinator, an association between the coordinator and the at least one device.