mhurhangee/ep-ind-claims huggingface dataset:
Hanging scale for measuring the weight of a hanging load, comprising: - a first attachment section comprising a first bearing and a second attachment section comprising a second bearing, the first bearing and the second bearing being adapted to mount the hanging scale between a carrier device and the hanging load and being aligned along a vertical axis during operation of the hanging scale; - at least one longitudinal deflection measurement section (26, 26') which has a first end and a second end, the deflection measurement section (26, 26') being located between the first bearing and the second bearing and being oriented transversely with respect to said vertical axis; - a first connecting section which at least partially extends laterally from the first attachment section with respect to said vertical axis, the first connecting section connecting the first bearing to the first end of the deflection measurement section; and - a second connecting section which at least partially extends laterally from the second attachment section with respect to said vertical axis, the second connecting section connecting the second bearing to the second end of the deflection measurement section; characterized in that the deflection measurement section (26, 26') lies within a plane which is arranged between the first bearing and the second bearing and which is oriented transversely with respect to the vertical axis. - a first attachment section comprising a first bearing and a second attachment section comprising a second bearing, the first bearing and the second bearing being adapted to mount the hanging scale between a carrier device and the hanging load and being aligned along a vertical axis during operation of the hanging scale; - at least one longitudinal deflection measurement section (26, 26') which has a first end and a second end, the deflection measurement section (26, 26') being located between the first bearing and the second bearing and being oriented transversely with respect to said vertical axis; - a first connecting section which at least partially extends laterally from the first attachment section with respect to said vertical axis, the first connecting section connecting the first bearing to the first end of the deflection measurement section; and - a second connecting section which at least partially extends laterally from the second attachment section with respect to said vertical axis, the second connecting section connecting the second bearing to the second end of the deflection measurement section; characterized in that the deflection measurement section (26, 26') lies within a plane which is arranged between the first bearing and the second bearing and which is oriented transversely with respect to the vertical axis.
An access point configured to pair with other access points in a network, the access point comprising: at least two interfaces configured to interface to other access points over a link layer therein using heterogeneous backhaul access technologies; and a memory having machine executable code therein that, when executed by a processor, cause the at least two interfaces to pair with one or more of the other access points using configuration information stored within the memory, characterized in that the backhaul access technologies that are heterogeneously utilized by the at least two interfaces allow the access point to select different collision domains to communicate with the other access points, wherein the access point is adapted to determine a cost estimate that is dynamically updated along a route from a source to the access point to represent the aggregate running cost, wherein the access point utilizes the aggregate running cost and costs associated with the at least two interfaces that utilize different collision domains to determine a most efficient next hop on the path from the source to the destination. at least two interfaces configured to interface to other access points over a link layer therein using heterogeneous backhaul access technologies; and a memory having machine executable code therein that, when executed by a processor, cause the at least two interfaces to pair with one or more of the other access points using configuration information stored within the memory, characterized in that the backhaul access technologies that are heterogeneously utilized by the at least two interfaces allow the access point to select different collision domains to communicate with the other access points, wherein the access point is adapted to determine a cost estimate that is dynamically updated along a route from a source to the access point to represent the aggregate running cost, wherein the access point utilizes the aggregate running cost and costs associated with the at least two interfaces that utilize different collision domains to determine a most efficient next hop on the path from the source to the destination.
A flow apparatus for a vessel storing fluid under pressure having a flow control valve having a housing and an outlet aperture and further including a valve seat and a sealing member for sealing against said seat such as to obturate said outlet, said apparatus further including an actuator connected to said sealing member for moving it between an open position of the valve in which it unobturates the outlet aperture and a closed position in which it obturates said outlet, characterised by an electrical switch for controlling the supply of electrical current to one or more electrical components characterized in that said switch is operably connected to said sealing member to allow for the passage of current when said valve is in a first position and to restrict the flow of current when said valve is in a second position.
A fluidic die (100, 200, 300, 400, 500) comprising: a fluid channel layer defining a number of fluid channels therein; a slot layer disposed on a side of the fluid channel layer; and a first fluid slot and a second fluid slot defined in the slot layer, wherein at least one of the fluid channels fluidically couples the first fluid slot to the second fluid slot, and wherein the first fluid slot and the second fluid slot are defined in the slot layer along a length of the fluidic die (100, 200, 300, 400, 500), wherein the fluidic die (100, 200, 300, 400, 500) further comprises: a fluid ejection layer fluidically coupled to the fluid channels via a number of fluid feed holes defined within the fluid ejection layer comprising: a number of fluid ejection actuators disposed in a number of fluid ejection chambers; and a number of nozzles corresponding to the number of fluid ejection chambers. a fluid channel layer defining a number of fluid channels therein; a slot layer disposed on a side of the fluid channel layer; and a first fluid slot and a second fluid slot defined in the slot layer, wherein at least one of the fluid channels fluidically couples the first fluid slot to the second fluid slot, and wherein the first fluid slot and the second fluid slot are defined in the slot layer along a length of the fluidic die (100, 200, 300, 400, 500), wherein the fluidic die (100, 200, 300, 400, 500) further comprises: a fluid ejection layer fluidically coupled to the fluid channels via a number of fluid feed holes defined within the fluid ejection layer comprising: a number of fluid ejection actuators disposed in a number of fluid ejection chambers; and a number of nozzles corresponding to the number of fluid ejection chambers. a number of fluid ejection actuators disposed in a number of fluid ejection chambers; and a number of nozzles corresponding to the number of fluid ejection chambers.
A magnetic tunnel junction, comprising: a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising magnetic reference material; a non-magnetic insulator material between the first and second electrodes; the magnetic reference material of the second electrode comprising an iridium-containing region over a stack comprising Co and one or more of platinum, palladium and nickel, the iridium-containing region consisting of iridium; the magnetic reference material of the second electrode comprising an adhesion material consisting of cobalt over and directly against the iridium-containing region, a cobalt-and-iron-containing material directly against the non-magnetic insulator material and a buffer region between the adhesion material and the cobalt-and-iron-containing material; and wherein the iridium-containing region and the stack have a first crystalline lattice, and the non-magnetic insulator material and the cobalt-and-iron-containing material have a second crystalline lattice which is different from the first crystalline lattice. a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising magnetic reference material; a non-magnetic insulator material between the first and second electrodes; the magnetic reference material of the second electrode comprising an iridium-containing region over a stack comprising Co and one or more of platinum, palladium and nickel, the iridium-containing region consisting of iridium; the magnetic reference material of the second electrode comprising an adhesion material consisting of cobalt over and directly against the iridium-containing region, a cobalt-and-iron-containing material directly against the non-magnetic insulator material and a buffer region between the adhesion material and the cobalt-and-iron-containing material; and wherein the iridium-containing region and the stack have a first crystalline lattice, and the non-magnetic insulator material and the cobalt-and-iron-containing material have a second crystalline lattice which is different from the first crystalline lattice.
A method of connecting a mobile device to a field device via a wireless LAN access point, wherein a server having a web service is provided; wherein the field device has a first module for generating a wireless LAN key; the server having the web service has a second module for generating a wireless LAN key; wherein the first module and the second module respectively generate identical wireless LAN keys; wherein the field device is identified by the mobile device via at least one piece of identification information; wherein the mobile device transmits the identification information of the field device to the server having the web service; wherein the server having the web service transmits the wireless LAN key associated with the identification information to the mobile device, characterized in that the mobile device is wirelessly connected to the field device via the wireless LAN access point by means of a wireless LAN name and the wireless LAN key, with the wireless LAN access point transmitting the wireless LAN name to the mobile device, and with the wireless LAN name having the identification information of the field device.
A transfer method for an agricultural harvesting machine, wherein the agricultural harvesting machine has a transfer device which can be pivoted from a transport position into an operating position in order to transfer crop onto a transport vehicle, and a controlling and regulating device for controlling the transfer of the crop, characterized in that a transfer timepoint (tt) for activation of the transfer of crop is identified, and in that prior to activation of the transfer, the drive speed of the agricultural harvesting machine is reduced.
Tread component (11, 21, 31), comprising a sipe (100, 200) that is such to reproduce a broken line on the contact surface (Sc) of said tread component (11, 21, 31), said broken line consisting of three consecutive segments (S1, S2, S3) formed by an inner segment, a central segment and an outer segment, respectively inclined with respect to a longitudinal median line of said component (21, 31), said longitudinal median line being a straight line that runs longitudinally along said component (11, 21, 31) preferably subdividing it substantially at the middle in the transverse direction, characterized in that said sipe (100, 200) further comprises at least a pocket region (101, 102, 201. 202) at the ends of two consecutive segments (S1, S2, S3), wherein said three consecutive segments (S1, S2, S3) of the broken line comprise a central segment inclined by about 35°-55°with respect to said longitudinal median line, said central segment and said longitudinal median line intersect at the respective midpoints thereof said sipe (100, 200) comprising two pocket regions (101, 102, 201, 202), each implemented laterally to one of said inner and outer segments, on the side facing said longitudinal median line.
A building panel having an edge portion presenting a sidewardly open groove, in which a tongue formed as a separate part is received, wherein the tongue is of an elongated shape and made of moulded plastic and comprises at least two bow shaped protrusions at a first long edge of the tongue, wherein the protrusions are arranged bendable in the groove in a plane parallel to the front face of the panel and extending essentially in the plane, wherein the first long edge of the tongue comprising a recess at each protrusion, wherein the size of the recess is adapted to the size of the protrusion, such that the protrusion is displaceable into the recess, wherein the tongue has a second long edge, which extends outside the groove, characterised in that the second long edge is straight over substantially the whole length of the tongue.
A charge control method for an electric storage apparatus that uses, as an electric storage means, a group of capacitors that include 2n (where n is an integer of 2 or more) electric double layer capacitors, from first to 2n-th electric double layer capacitors (C1,C2,...C2n), having an equal electrostatic capacity, and that is configured such that adjacent electric double layer capacitors can be connected either in series or in parallel by a switch and the 2n-th electric double layer capacitor (C2n) and the first electric double layer capacitor can be connected in parallel by a switch, wherein where two electric double layer capacitors connected in parallel are defined as a parallel section, charging is started from a state in which all of the electric double layer capacitors are connected in series, and the following first processing and second processing are repeated until the number P of parallel sections reaches n, and an inter-terminal voltage (Vci) of at least one of the 2n electric double layer capacitors reaches an upper rated voltage (Vcu), when the number P of parallel sections is 1 or greater, i is an integer whose value cycles from 1 to 2n, k j (j is an integer that satisfies 1 ≤ j ≤ P) is P 0s or any even numbers, satisfying 0 ≤ k j ≤ 2n-2, while a value corresponding to i is increased by one every time a predetermined period of time passes, a connection state of (i + k j)th capacitor and (i + k j + 1)th capacitor is switched to a parallel connection state so as to constitute the parallel section, and at the same time connection states of the other electric double layer capacitors are caused to be in a series connection state, where when K is an integer, (2n + K)th electric double layer capacitor is Kth electric double layer capacitor, and when a voltage of the electric storage means (Vt) reaches a preset first voltage value (Uv), the number P of parallel sections is increased by one. when the number P of parallel sections is 1 or greater, i is an integer whose value cycles from 1 to 2n, k j (j is an integer that satisfies 1 ≤ j ≤ P) is P 0s or any even numbers, satisfying 0 ≤ k j ≤ 2n-2, while a value corresponding to i is increased by one every time a predetermined period of time passes, a connection state of (i + k j)th capacitor and (i + k j + 1)th capacitor is switched to a parallel connection state so as to constitute the parallel section, and at the same time connection states of the other electric double layer capacitors are caused to be in a series connection state, where when K is an integer, (2n + K)th electric double layer capacitor is Kth electric double layer capacitor, and when a voltage of the electric storage means (Vt) reaches a preset first voltage value (Uv), the number P of parallel sections is increased by one.
A service data transmission method comprising: receiving (302, 502, 602, 703), by user equipment, a radio resource control RRC message that comprises preset semi-persistent scheduling SPS information and that is sent by a network device, wherein the preset SPS information is used to indicate a pre-configured SPS period, and the preset SPS information comprises at least two SPS pre-configurations and a pre-configuration index corresponding to each of the at least two SPS pre-configurations, and each of the at least two SPS pre-configurations comprises a pre-configured SPS period; receiving (203, 307, 507, 607, 703), by the user equipment, a control message sent by the network device, wherein the control message is used to indicate at least two SPS configurations, wherein the control message comprises the pre-configuration index corresponding to each of the at least two SPS pre-configurations; activating (308, 508, 608, 704), by the user equipment, the at least two SPS configurations based on the control message, wherein the activating, by the user equipment, the at least two SPS configurations based on the control message comprises: activating, by the user equipment, an SPS configuration that matches the pre-configured SPS period of each SPS configuration; and transmitting (308, 508, 608, 704), by the user equipment, corresponding service data based on each of the at least two activated SPS configurations. receiving (302, 502, 602, 703), by user equipment, a radio resource control RRC message that comprises preset semi-persistent scheduling SPS information and that is sent by a network device, wherein the preset SPS information is used to indicate a pre-configured SPS period, and the preset SPS information comprises at least two SPS pre-configurations and a pre-configuration index corresponding to each of the at least two SPS pre-configurations, and each of the at least two SPS pre-configurations comprises a pre-configured SPS period; receiving (203, 307, 507, 607, 703), by the user equipment, a control message sent by the network device, wherein the control message is used to indicate at least two SPS configurations, wherein the control message comprises the pre-configuration index corresponding to each of the at least two SPS pre-configurations; activating (308, 508, 608, 704), by the user equipment, the at least two SPS configurations based on the control message, wherein the activating, by the user equipment, the at least two SPS configurations based on the control message comprises: activating, by the user equipment, an SPS configuration that matches the pre-configured SPS period of each SPS configuration; and transmitting (308, 508, 608, 704), by the user equipment, corresponding service data based on each of the at least two activated SPS configurations. activating, by the user equipment, an SPS configuration that matches the pre-configured SPS period of each SPS configuration; and transmitting (308, 508, 608, 704), by the user equipment, corresponding service data based on each of the at least two activated SPS configurations.
Use of (a) avermectin B 1a /B 1b, 22,23-dihydroavermectin B 1a /B 1b, doramectin or moxidectin with (b) imidacloprid, Ti 435 or AKD 1022; (c) optionally further active ingredients and diluents or carriers, for the preparation of compositions for dermal application of the active ingredients mentioned under a) and b) for combatting of ecto- and endoparasites in a single treatment. (a) avermectin B 1a /B 1b, 22,23-dihydroavermectin B 1a /B 1b, doramectin or moxidectin with (b) imidacloprid, Ti 435 or AKD 1022; (c) optionally further active ingredients and diluents or carriers,
Fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, comprising a nozzle needle which is accommodated so as to be movable in a reciprocating manner in order to open up and close at least one injection opening in a high-pressure bore of a nozzle body, furthermore comprising an annular magnet coil for acting on an armature which is movable in a reciprocating manner and is hydraulically coupleable to the nozzle needle via an armature shaft, characterized in that an end surface (A 1, A 2) of the armature shaft, which end surface faces the nozzle needle, or a contact element connected to the armature shaft has a central elevation or a plurality of decentral elevations for making contact with a stop surface forming the lower stroke stop for the armature, and therefore the end surface (A 1, A 2) interacts with the stop surface in a manner forming a squeeze gap.
Measuring cell comprising - a base body - a measurement membrane, which is arranged on said base body - a measurement instrument, wherein a clearance between said measurement membrane and said base body is filled with a gas, and a pressure compensation device is provided, which is connected by a duct to said clearance, characterized in that said pressure compensation device is designed as a pressure compensation membrane connected by means of a connection layer to said base body, said measurement instrument has a first measuring element and a second measuring element, wherein said first measuring element is arranged on said measurement membrane and said second measuring element is arranged on said base body, said gas having an increased heat capacitance compared to air and is a rare gas, in particular helium or hydrogen. - a base body - a measurement membrane, which is arranged on said base body - a measurement instrument, wherein
A communication method performed by a terminal, comprising: determining a first bandwidth part BWP and a second BWP; determining an association relationship between the first BWP and the second BWP, wherein the association relationship comprises that the first and the second BWP include a same control resource set, CORESET; and determining a first quasi co-location QCL relationship of the first BWP based on the association relationship, and receiving, a physical downlink shared channel PDSCH in the second BWP based on the first QCL relationship; and/or determining a second QCL relationship of the first BWP based on the association relationship, and receiving, a physical downlink control channel PDCCH in the second BWP based on the second QCL relationship; wherein, the first and second QCL relationships of the first BWP are QCL relationships between a reference signal of the first BWP and a reference signal of the second BWP. determining a first bandwidth part BWP and a second BWP; determining an association relationship between the first BWP and the second BWP, wherein the association relationship comprises that the first and the second BWP include a same control resource set, CORESET; and determining a first quasi co-location QCL relationship of the first BWP based on the association relationship, and receiving, a physical downlink shared channel PDSCH in the second BWP based on the first QCL relationship; and/or determining a second QCL relationship of the first BWP based on the association relationship, and receiving, a physical downlink control channel PDCCH in the second BWP based on the second QCL relationship; wherein, the first and second QCL relationships of the first BWP are QCL relationships between a reference signal of the first BWP and a reference signal of the second BWP.