mhurhangee/ep-ind-claims huggingface dataset:
An article transport apparatus comprising: an annular trackway having a pair of parallel portions, a rotary transport mechanism that rotationally transports multiple equidistantly installed article holding members in one direction along the annular trackway, and a reciprocating drive mechanism that causes the entire rotary transport mechanism to reciprocate a predetermined distance along the parallel portions, the rotary transport mechanism and the reciprocating drive mechanism being respectively provided with independent drive sources (7, 8), each one of said drive sources being a servo motor (7,8), and the article holding members having a velocity of travel that is a combination of a velocity of reciprocating motion and a velocity of rotary transport, wherein the article transport apparatus is further comprised of: a control unit that controls rotations of both servo-motors (7, 8), a velocity of rotary transport and a velocity of reciprocating motion are controlled by the control unit, characterized in that the velocity of rotary transport and the velocity of reciprocating motion are controlled such that the article holding members travel along the parallel portions on both sides in an intermittent manner, each time covering a distance that is an integral multiple of an installation spacing of the article holding members. an annular trackway having a pair of parallel portions, a rotary transport mechanism that rotationally transports multiple equidistantly installed article holding members in one direction along the annular trackway, and a reciprocating drive mechanism that causes the entire rotary transport mechanism to reciprocate a predetermined distance along the parallel portions, the rotary transport mechanism and the reciprocating drive mechanism being respectively provided with independent drive sources (7, 8), each one of said drive sources being a servo motor (7,8), and the article holding members having a velocity of travel that is a combination of a velocity of reciprocating motion and a velocity of rotary transport, wherein the article transport apparatus is further comprised of: a control unit that controls rotations of both servo-motors (7, 8), a velocity of rotary transport and a velocity of reciprocating motion are controlled by the control unit, characterized in that the velocity of rotary transport and the velocity of reciprocating motion are controlled such that the article holding members travel along the parallel portions on both sides in an intermittent manner, each time covering a distance that is an integral multiple of an installation spacing of the article holding members. a control unit that controls rotations of both servo-motors (7, 8), a velocity of rotary transport and a velocity of reciprocating motion are controlled by the control unit, characterized in that the velocity of rotary transport and the velocity of reciprocating motion are controlled such that the article holding members travel along the parallel portions on both sides in an intermittent manner, each time covering a distance that is an integral multiple of an installation spacing of the article holding members.
A fluid oral care composition comprising: from 0.05% to 0.3%, by weight, gellan gum; a sodium salt, wherein the sodium salt is present at a concentration of at least 0.5% by weight; xanthan gum; and an orally acceptable aqueous carrier; wherein the composition has a G'/G" ratio of greater than or equal to 1, and wherein the weight ratio of xanthan gum to gellan gum is from 3:7 to 1:1; the composition further comprising a suspended solid or semi-solid particle, wherein the solid or semi-solid particle is zinc oxide. from 0.05% to 0.3%, by weight, gellan gum; a sodium salt, wherein the sodium salt is present at a concentration of at least 0.5% by weight; xanthan gum; and an orally acceptable aqueous carrier; wherein the composition has a G'/G" ratio of greater than or equal to 1, and wherein the weight ratio of xanthan gum to gellan gum is from 3:7 to 1:1; the composition further comprising a suspended solid or semi-solid particle, wherein the solid or semi-solid particle is zinc oxide.
Method for actuating brakes by means of an electronic brake system in a braked, stationary vehicle (11, 13) where there is a change of ride level, wherein when stress is detected in the vehicle the electronic brake system releases brakes of the vehicle on both sides, but only to such an extent that reduced braking still occurs, wherein the electronic brake system detects stress of the vehicle if at least the following conditions are met: a) the vehicle is stationary, and b) the vehicle is braked, and c) a limiting value of a change in ride level is exceeded or undershot, wherein the electronic brake system detects stress of the vehicle if the speed of the change in ride level has dropped below a defined limiting value, in particular below 4 mm/s. a) the vehicle is stationary, and b) the vehicle is braked, and c) a limiting value of a change in ride level is exceeded or undershot,
An energy storage device comprising: a positive electrode; a negative electrode containing a negative composite layer; and a separator disposed between the positive electrode and the negative electrode, wherein the separator contains a base material layer containing a thermoplastic resin and an inorganic layer formed on the base material layer, the inorganic layer opposes to the positive electrode, the base material layer opposes to the negative electrode, and a rate of a mass of the base material layer per unit area to a spatial volume of the negative composite layer per unit area is 0.26 × 10 6 g/m 3 or more, characterized in that the spatial volume of the negative composite layer is 0.380 cm 3 per unit area or less, wherein one unit area is 100 cm 2, wherein the spatial volume of the negative composite layer per unit area means the volume of the space where the negative composite layer is absent per unit area of the negative composite layer, which is measured by the method of paragraphs and. a positive electrode; a negative electrode containing a negative composite layer; and a separator disposed between the positive electrode and the negative electrode, wherein the separator contains a base material layer containing a thermoplastic resin and an inorganic layer formed on the base material layer, the inorganic layer opposes to the positive electrode, the base material layer opposes to the negative electrode, and a rate of a mass of the base material layer per unit area to a spatial volume of the negative composite layer per unit area is 0.26 × 10 6 g/m 3 or more, characterized in that the spatial volume of the negative composite layer is 0.380 cm 3 per unit area or less, wherein one unit area is 100 cm 2, wherein the spatial volume of the negative composite layer per unit area means the volume of the space where the negative composite layer is absent per unit area of the negative composite layer, which is measured by the method of paragraphs and.
Device for digitising an optical signal, comprising - an optical detector configured to detect an optical signal and to generate an electric signal corresponding to the optical signal; - an envelope detector configured to determine the amplitude of the electrical signal generated by the optical detector or the amplitude of an electrical signal originating from this electrical signal and to output an electrical signal corresponding to this amplitude, - an analogue-to-digital converter configured to digitise the electrical signal output by the envelope detector and to output corresponding data, - a variable voltage source having an output connected or connectable to an input of the envelope detector, wherein the device is configured to calibrate the envelope detector with the variable voltage source. - an optical detector configured to detect an optical signal and to generate an electric signal corresponding to the optical signal; - an envelope detector configured to determine the amplitude of the electrical signal generated by the optical detector or the amplitude of an electrical signal originating from this electrical signal and to output an electrical signal corresponding to this amplitude, - an analogue-to-digital converter configured to digitise the electrical signal output by the envelope detector and to output corresponding data, - a variable voltage source having an output connected or connectable to an input of the envelope detector, wherein the device is configured to calibrate the envelope detector with the variable voltage source.
A discrete time filter, DTF, comprising: an input port; a summing node; N parallel branches, each branch having a set of unit sampling capacitances where each unit sampling capacitance is independently selectively coupleable to the summing node; and an output capacitance connected to the summing node; wherein each unit sampling capacitance is selectively coupled to the input port by an input switch; each unit sampling capacitance is independently selectively coupleable to the summing node via a respective output switch; wherein the DTF is characterized in that: the output capacitance has a value equal to a sum of the unit sampling capacitances that are to be selectively connected to the summing node; and the discrete time filter further comprises a series inductance connected between the summing node and the output capacitance that effects a resonant charge transfer from the selected plurality of unit sampling capacitances to the output capacitance, wherein the resonant charge transfer comprises all of the charge being transferred from the respective set of unit sampling capacitances to the output capacitance, C out. an input port; a summing node; N parallel branches, each branch having a set of unit sampling capacitances where each unit sampling capacitance is independently selectively coupleable to the summing node; and an output capacitance connected to the summing node; each unit sampling capacitance is selectively coupled to the input port by an input switch; each unit sampling capacitance is independently selectively coupleable to the summing node via a respective output switch; wherein the DTF is characterized in that: the output capacitance has a value equal to a sum of the unit sampling capacitances that are to be selectively connected to the summing node; and the discrete time filter further comprises a series inductance connected between the summing node and the output capacitance that effects a resonant charge transfer from the selected plurality of unit sampling capacitances to the output capacitance, wherein the resonant charge transfer comprises all of the charge being transferred from the respective set of unit sampling capacitances to the output capacitance, C out. the output capacitance has a value equal to a sum of the unit sampling capacitances that are to be selectively connected to the summing node; and the discrete time filter further comprises a series inductance connected between the summing node and the output capacitance that effects a resonant charge transfer from the selected plurality of unit sampling capacitances to the output capacitance, wherein the resonant charge transfer comprises all of the charge being transferred from the respective set of unit sampling capacitances to the output capacitance, C out.
A polarizing plate comprising: a passivation layer on at least one surface of a base; and an anti-glare/reflection layer configured as a single layer of resin on an outer surface of the passivation layer, the anti-glare/reflection layer comprising a separation of polymer beads in a lower portion thereof, said lower portion adjacent to the outer surface of the passivation layer, and air bubbles between a middle portion and a surface thereof. a passivation layer on at least one surface of a base; and an anti-glare/reflection layer configured as a single layer of resin on an outer surface of the passivation layer, the anti-glare/reflection layer comprising a separation of polymer beads in a lower portion thereof, said lower portion adjacent to the outer surface of the passivation layer, and air bubbles between a middle portion and a surface thereof.
A gateway device for connection in a communication network, the gateway device comprising: means for receiving, from a first home base station served by the gateway device, a relocation required message to register a mobile communications device with a second home base station served by the gateway device; the gateway device being characterised in that it comprises means for determining, from the received relocation request message, a temporary identifier for the mobile communications device; means for sending, to a core network device of the communications network, an information request message to request a permanent identifier for the mobile communications device, the information request message comprising the temporary identifier; means for receiving an information response message from a core network device of the communications network, the information response message comprising a permanent identifier for the mobile communications device; and means for initiating access control for the mobile communications device in respect of the second home base station based on the received permanent identifier. means for receiving, from a first home base station served by the gateway device, a relocation required message to register a mobile communications device with a second home base station served by the gateway device; the gateway device being characterised in that it comprises means for determining, from the received relocation request message, a temporary identifier for the mobile communications device; means for sending, to a core network device of the communications network, an information request message to request a permanent identifier for the mobile communications device, the information request message comprising the temporary identifier; means for receiving an information response message from a core network device of the communications network, the information response message comprising a permanent identifier for the mobile communications device; and means for initiating access control for the mobile communications device in respect of the second home base station based on the received permanent identifier.
An information processing apparatus comprising: a sensor unit configured to acquire a captured image; a detection unit configured to detect an object from the captured image, the object including a targeted point; a clipping unit configured to clip a periphery of the object from the captured image into a predetermined shape and provide an input image; a targeted point estimation unit configured to identify probability maps indicating existence probabilities of the targeted point in a plurality of projection directions on a basis of the input image; and a synthesis unit configured to identify a three-dimensional position of the targeted point on a basis of the probability maps in the plurality of projection directions, wherein the synthesis unit is configured to acquire the two-dimensional positions having the maximum values in the respective probability maps from the probability map in each projection direction and to identify the three-dimensional position of the targeted point on a basis of the two-dimensional positions. a sensor unit configured to acquire a captured image; a detection unit configured to detect an object from the captured image, the object including a targeted point; a clipping unit configured to clip a periphery of the object from the captured image into a predetermined shape and provide an input image; a targeted point estimation unit configured to identify probability maps indicating existence probabilities of the targeted point in a plurality of projection directions on a basis of the input image; and a synthesis unit configured to identify a three-dimensional position of the targeted point on a basis of the probability maps in the plurality of projection directions, wherein the synthesis unit is configured to acquire the two-dimensional positions having the maximum values in the respective probability maps from the probability map in each projection direction and to identify the three-dimensional position of the targeted point on a basis of the two-dimensional positions.
A washing and care device for a wheeled vehicle, in particular for a bicycle, the washing and care device comprising: a washing equipment for washing the wheeled vehicle with a washing liquid; a care equipment for caring the wheeled vehicle with a care product; a mounting base for mounting the wheeled vehicle to be washed and cared; and a separating equipment for at least partially separating used washing liquid from used care product, characterized in that the separating equipment is designed to collect used care product in a collection volume, and in particular additionally used cleaning agent and dirt separated from the wheeled vehicle, wherein the mounting base has an outlet for discharging used washing liquid and used care product into the separating equipment attached to an underside of the mounting base. a washing equipment for washing the wheeled vehicle with a washing liquid; a care equipment for caring the wheeled vehicle with a care product; a mounting base for mounting the wheeled vehicle to be washed and cared; and a separating equipment for at least partially separating used washing liquid from used care product, characterized in that the separating equipment is designed to collect used care product in a collection volume, and in particular additionally used cleaning agent and dirt separated from the wheeled vehicle,
A method for sending a session policy request to a network component, characterized by: a user agent sending the session policy request to the network component using a lower layer protocol instead of a Session Initiation Protocol, SIP, wherein the session policy request uses Extensible Authentication Protocol, EAP, based messages to request authorization to obtain media. a user agent sending the session policy request to the network component using a lower layer protocol instead of a Session Initiation Protocol, SIP, wherein the session policy request uses Extensible Authentication Protocol, EAP, based messages to request authorization to obtain media.
An energy storage cell arrangement, comprising: a plurality of battery cells coupled in series; a plurality of active cell-balancing first circuits, each first circuit coupled to a respective subset of the plurality of cells and configured to transfer energy between cells of the respective subset of cells for balancing stored energy of the respective subset of cells; and a second circuit coupled to the subsets of the plurality of cells, characterized in that the second circuit comprises a passive balancing circuit including a plurality of switchable resistive paths, each resistive path switchably coupled in parallel with a respective one of the subsets of the plurality of cells for balancing stored energy between the subsets of the plurality of cells. a plurality of battery cells coupled in series; a plurality of active cell-balancing first circuits, each first circuit coupled to a respective subset of the plurality of cells and configured to transfer energy between cells of the respective subset of cells for balancing stored energy of the respective subset of cells; and a second circuit coupled to the subsets of the plurality of cells, characterized in that the second circuit comprises a passive balancing circuit including a plurality of switchable resistive paths, each resistive path switchably coupled in parallel with a respective one of the subsets of the plurality of cells for balancing stored energy between the subsets of the plurality of cells.
A method of displaying parameters of a cooking process, in which an information window is provided within an indicating window, a cooking intelligence applied being temporarily displayed in the information window.
An apparatus for dispensing adhesive labels from a liner web onto a substrate comprising: a feed roll for housing a roll of label material comprising a plurality of adhesive labels disposed on a release liner; the adhesive labels comprising a facestock having an upper surface and a lower surface, and an adhesive layer disposed adjacent the lower surface of the facestock and in contact with the release liner; a separation member for removing the adhesive labels from the release liner; a nip member disposed adjacent the separation member; and a take-up roll for winding the release liner; wherein the label material is oriented such that the upper surface of the facestock contacts the separation member as the label material is fed through the apparatus, and the separation member has a tackifed surface providing a tack force between the upper surface of the facestock and the surface of the separation member that is greater than the release force between the adhesive layer and the release liner, and the tackified surface promotes separation of the adhesive labels from the release liner as the upper surface of the facestock contacts the separation member, characterized in that the separation member has a textured surface and is formed from a material selected from the group consisting of polydimethylsiloxane, thermoplastic polyurethanes, olefinic block copolymers, styrenic block copolymers, thermoplastic olefins, polysilylenes and combinations thereof. a feed roll for housing a roll of label material comprising a plurality of adhesive labels disposed on a release liner; the adhesive labels comprising a facestock having an upper surface and a lower surface, and an adhesive layer disposed adjacent the lower surface of the facestock and in contact with the release liner; a separation member for removing the adhesive labels from the release liner; a nip member disposed adjacent the separation member; and a take-up roll for winding the release liner;
A process for forming an alloy ingot comprising: positioning an alloy liner in a crucible of a vacuum arc remelting apparatus; and vacuum arc remelting an alloy electrode into the alloy liner in the crucible, thereby forming an alloy ingot comprising an outer layer metallurgically bonded to an inner ingot core. positioning an alloy liner in a crucible of a vacuum arc remelting apparatus; and vacuum arc remelting an alloy electrode into the alloy liner in the crucible, thereby forming an alloy ingot comprising an outer layer metallurgically bonded to an inner ingot core.
A hoisting device comprising: a body, a hoisting rope, a rope drum arranged in connection with the body, on which a first end of the hoisting rope is fastened and around which the hoisting rope winds, a hoisting part which ascends and descends, by means of the hoisting rope, characterised in that the hoisting device comprises a fastening device of a second end of the hoisting rope, which is formed into a loop wherein a spiral groove is substantially surrounding the entire loop and in which the part adjacent to the second end of the hoisting rope is received, and that the hoisting device has a fastening arrangement which locks the second end of the hoisting rope to the fastening device, preventing the second end from being pulled out of the fastening device. a body, a hoisting rope, a rope drum arranged in connection with the body, on which a first end of the hoisting rope is fastened and around which the hoisting rope winds, a hoisting part which ascends and descends, by means of the hoisting rope, characterised in that the hoisting device comprises a fastening device of a second end of the hoisting rope, which is formed into a loop wherein a spiral groove is substantially surrounding the entire loop and in which the part adjacent to the second end of the hoisting rope is received, and that the hoisting device has a fastening arrangement which locks the second end of the hoisting rope to the fastening device, preventing the second end from being pulled out of the fastening device.