mhurhangee/ep-ind-claims huggingface dataset:
An electrical switching device comprising: a plurality of switch sets (12, 14, 16, 18) coupled in series, each switch set comprising a plurality of switches coupled in parallel; a control circuit coupled to the plurality of switch sets and configured to control opening and closing of the switches; one or more intermediate diodes (48, 50, 52) coupled between the control circuit and each point between a respective pair of switch sets; a grading network coupled across each switch set, wherein the grading network is coupled to a point upstream of the plurality of switch sets, and to a point downstream of the plurality of switch sets, and to the points between each pair of switch sets; and a line-side diode and a load-side diode coupled between the control circuit and each point on a respective line-side and a load-side of the switch sets, wherein the control circuit is configured to forward bias the line-side diode and the load-side diode. a plurality of switch sets (12, 14, 16, 18) coupled in series, each switch set comprising a plurality of switches coupled in parallel; a control circuit coupled to the plurality of switch sets and configured to control opening and closing of the switches; one or more intermediate diodes (48, 50, 52) coupled between the control circuit and each point between a respective pair of switch sets; a grading network coupled across each switch set, wherein the grading network is coupled to a point upstream of the plurality of switch sets, and to a point downstream of the plurality of switch sets, and to the points between each pair of switch sets; and a line-side diode and a load-side diode coupled between the control circuit and each point on a respective line-side and a load-side of the switch sets, wherein the control circuit is configured to forward bias the line-side diode and the load-side diode.
A method for receiving a demodulation reference signal, DMRS, by a user equipment, UE, in a wireless communication system, the method comprising: Receiving a synchronization signal/physical broadcast channel, SS/PBCH, block; acquiring information related to control resource set, CORESET #0 from a PBCH included in the SS/PBCH block; receiving a physical downlink control channel, PDCCH, for scheduling a physical downlink shared channel, PDSCH, in a search space #0 of the CORESET #0, wherein the search space #0 is a common search space configured by the PBCH; and receiving the PDSCH and the DMRS for the PDSCH, wherein, when the PDCCH is addressed to a system information-radio network temporary identifier, SI-RNTI, a reference point for resource mapping of the DMRS on a frequency domain is subcarrier #0 of a resource block, RB having a lowest number among RB s included in the CORESET #0. Receiving a synchronization signal/physical broadcast channel, SS/PBCH, block; acquiring information related to control resource set, CORESET #0 from a PBCH included in the SS/PBCH block; receiving a physical downlink control channel, PDCCH, for scheduling a physical downlink shared channel, PDSCH, in a search space #0 of the CORESET #0, wherein the search space #0 is a common search space configured by the PBCH; and receiving the PDSCH and the DMRS for the PDSCH, wherein, when the PDCCH is addressed to a system information-radio network temporary identifier, SI-RNTI, a reference point for resource mapping of the DMRS on a frequency domain is subcarrier #0 of a resource block, RB having a lowest number among RB s included in the CORESET #0.
A power module comprising: a lower ceramic substrate; an upper ceramic substrate disposed over the lower ceramic substrate in a way to be spaced apart from the lower ceramic substrate and configured to have a semiconductor chip mounted on a lower surface of the upper ceramic substrate; a spacer configured to have one end bonded to the lower ceramic substrate and have the other end opposite to the one end bonded to the upper ceramic substrate; a first bonding layer (221, 231) configured to bond the one end of the spacer to the lower ceramic substrate; and a second bonding layer (223, 233) configured to bond the other end of the spacer to the upper ceramic substrate, wherein the first bonding layer (221, 231) is formed of a thin film having a three-layer structure consisting of Ti layer, Ag layer, and Cu layer. a lower ceramic substrate; an upper ceramic substrate disposed over the lower ceramic substrate in a way to be spaced apart from the lower ceramic substrate and configured to have a semiconductor chip mounted on a lower surface of the upper ceramic substrate; a spacer configured to have one end bonded to the lower ceramic substrate and have the other end opposite to the one end bonded to the upper ceramic substrate; a first bonding layer (221, 231) configured to bond the one end of the spacer to the lower ceramic substrate; and a second bonding layer (223, 233) configured to bond the other end of the spacer to the upper ceramic substrate, wherein the first bonding layer (221, 231) is formed of a thin film having a three-layer structure consisting of Ti layer, Ag layer, and Cu layer.
A method of measuring electric current flowing in an individual electrode in an electrolysis system comprising a plurality of interleaved electrodes (1, 2), cathodes and anodes, arranged in an electrolysis cell and immersed in electrolyte, said electrolysis system having a busbar arrangement disposed on a separating cell wall between each of the two adjacent cells, said busbar arrangement comprising an equaliser busbar (6, 7, 8, 9, 10, 11) to electrically connect anodes in one cell to cathodes in a next cell providing the current with multiple electrical pathways between electrodes, said electrical connection being formed by contact points between the equaliser busbar (6, 7, 8, 9, 10, 11) and hanger bars of the electrodes, characterized in that the electric current in the equaliser busbar (6, 7, 8, 9, 10, 11) is measured at measuring points located between each pair of the adjacently neighboring contact points.
Door, in particular fire-resistant door comprising a core, two facing sheets disposed opposite one another and on either side of the core, each facing sheet comprising a flat and polygonal main wall (Pp), the door including a frame (Cd) formed of a plurality of profiles (Po) abutted in pairs so as to delimit the periphery of said frame, each profile (Po) having in section a U-shaped geometry defined by an intermediate flange (Ai) extended at its two ends by two parallel lateral flanges (All and A12) facing outwards, the main wall (Pp) of each facing sheet (Ft) resting on the turned lateral flanges (Al) of the same edge of said frame, the main wall (Pp) of each facing sheet (Ft) being respectively extended on several of its sides by edge walls (P1, P2, P4) which are bent substantially parallel to said main wall so that said facing sheet (Ft) can be attached to said frame, the turned lateral flanges (Al) of the same edge of said frame being retained between the main wall (Pp) and said edge walls (P1, P2, P4), characterized in that reinforcing profiles (Pf) having in section a U-shaped geometry are respectively mounted in the profiles (Po) constituting the frame (Cd) and in that seals (Jt) having in section a U-shaped geometry are disposed between at least some reinforcing profiles (Pf) and the corresponding profiles (Po) constituting the frame (Cd), each seal (Jt) being provided with two lips of which at least one protrudes on each side of the corresponding reinforcing profile (Pf)
Device for the automated operation of a zip fastener comprising at least one electromotive drive and mechanical drive bodies for moving the device for opening and closing a zip fastener, characterized in that - the device is formed from two housing halves (1, 2), which surround a zip slider with or without an operating tab arranged thereon on the zip fastener, - wherein these housing halves (1, 2) are connected to one another in an articulated manner by means of a connecting joint in such a way - that they can be opened for arranging on a zip slider and closed again for later operation on the zip fastener, - wherein the housing halves (1, 2) are pressed against one another by way of a compression spring between the housing halves (1, 2) at the jointed connection. - the device is formed from two housing halves (1, 2), which surround a zip slider with or without an operating tab arranged thereon on the zip fastener, - wherein these housing halves (1, 2) are connected to one another in an articulated manner by means of a connecting joint in such a way - that they can be opened for arranging on a zip slider and closed again for later operation on the zip fastener, - wherein the housing halves (1, 2) are pressed against one another by way of a compression spring between the housing halves (1, 2) at the jointed connection.
A vehicle comprising a foreign matter removal device (1, 1A) configured to remove foreign matter on a lens of a camera, the foreign matter removal device (1, 1A) comprising: a generation unit configured to generate high-pressure air; a nozzle configured to inject the high-pressure air toward the in-vehicle camera; and a piping connecting the generation unit and the nozzle, wherein the piping has a function of preventing reverse flow of water, and wherein a volume (Vh, Vh2) of an internal space of the piping is larger than a volume (Vo) of an internal space of the generation unit, characterized in that an intermediate portion of the piping is located below one end portion of the piping connected to the generation unit and the other end portion of the piping connected to the nozzle in the upper and lower direction of the vehicle. a generation unit configured to generate high-pressure air; a nozzle configured to inject the high-pressure air toward the in-vehicle camera; and a piping connecting the generation unit and the nozzle, wherein the piping has a function of preventing reverse flow of water, and wherein a volume (Vh, Vh2) of an internal space of the piping is larger than a volume (Vo) of an internal space of the generation unit, characterized in that an intermediate portion of the piping is located below one end portion of the piping connected to the generation unit and the other end portion of the piping connected to the nozzle in the upper and lower direction of the vehicle.
Information carrier for a reading device, which comprises an electrically nonconductive substrate having an electrically nonconductive adhesive layer applied to at least some areas, on which there are arranged an at least single-layer electrically conductive information layer and at least one further layer covering at least the area of the substrate having the structured information layer, preferably a paper layer and/or a film layer and/or a coloured layer and/or a paint layer or combinations thereof, characterized in that the information layer is a layer applied by a cold film transfer process.
A system for server load balancing that includes server affinity, comprising: a cluster that includes a plurality of server instances providing services, and wherein each of these services provides a plurality of method calls; a load balancing and affinity processor that assigns server instances from said cluster to service client requests in the form of method calls from external clients; a client-side stub on an external client obtained for a service, wherein the client-side stub attempts to choose a server instance to which the external client is already connected, and wherein the client-side stub continues to use the same server instance and the same connection for method calls of that service; wherein if the server instance become unavailable, the stub fails over to a server instance to which the client is already connected and which provides said service; and wherein the cluster is adapted to use a load balancing algorithm that includes server affinity to govern connections between external clients and server instances and wherein the load balancing algorithm is overridden by a user-configured load balancing algorithm for the service maintained in the client-side stub.
Flexible duct element made of metal for compensating for inherent movements of a pipe for fluids, especially in the form of an expansion joint for installation in a permanently installed fluid-conducting pipe in an industrial plant, having at least one bellows portion consisting of a corrugated metal pipe and at least one metal internal sleeve which runs coaxially inside the bellows portion for guiding a flow of fluid, wherein the internal sleeve is of double-walled construction, with an inner pipe and an outer pipe, between which there is an annular space containing a heat-insulating layer, characterised in that the inner pipe and the outer pipe are fluid-tightly connected to one another, and wherein the inner pipe and/or the outer pipe is/are provided with a flexible pipe section in the form of a corrugation or half-corrugation, or in the form of a plurality of corrugations or half-corrugations, in order to compensate for thermal expansions. wherein the internal sleeve is of double-walled construction, with an inner pipe and an outer pipe, between which there is an annular space containing a heat-insulating layer, characterised in that the inner pipe and the outer pipe are fluid-tightly connected to one another, and wherein the inner pipe and/or the outer pipe is/are provided with a flexible pipe section in the form of a corrugation or half-corrugation, or in the form of a plurality of corrugations or half-corrugations, in order to compensate for thermal expansions.
A shelf suitable for using on a cooling device door comprising - a body having two side walls and a rear wall - a plate produced from glass or similar material, disposed between the side walls, whereon objects are placed, - a support member having two ends that provides the plate to be secured to the body by being mounted with the ends to the inner surfaces of the side walls such that the front side of the plate is entirely covered, wherein at least some portion of the support member exerts pressure on the plate from above, - pins oppositely disposed on each of the side walls, - detent means disposed oppositely on each of the side walls, above the pins, - resting surfaces extending inwards from each of the side walls, the plate being disposed on the resting surfaces, - a guide disposed on the rear wall and the guide at a higher position than the resting surfaces, and which provides the plate to be aligned while being mounted to body, - wherein each end of the support member having a channel wherein the pin is seated, enabling the support member to rotate around the pin while being mounted to the body, an opening allowing the pin to be fitted into the channel and a protrusion that provides the support member to be secured by resting on the detent means after being mounted to the body. - a body having two side walls and a rear wall - a plate produced from glass or similar material, disposed between the side walls, whereon objects are placed, - a support member having two ends that provides the plate to be secured to the body by being mounted with the ends to the inner surfaces of the side walls such that the front side of the plate is entirely covered, wherein at least some portion of the support member exerts pressure on the plate from above, - pins oppositely disposed on each of the side walls, - detent means disposed oppositely on each of the side walls, above the pins, - resting surfaces extending inwards from each of the side walls, the plate being disposed on the resting surfaces, - a guide disposed on the rear wall and the guide at a higher position than the resting surfaces, and which provides the plate to be aligned while being mounted to body, - wherein each end of the support member having a channel wherein the pin is seated, enabling the support member to rotate around the pin while being mounted to the body, an opening allowing the pin to be fitted into the channel and a protrusion that provides the support member to be secured by resting on the detent means after being mounted to the body.
Method for regulating a short-term power increase of the steam turbine with an upstream waste heat steam generator with a number of economiser, evaporator and superheater heating surfaces forming a flow path through which a flow medium flows, in which in a pressure stage flow medium branches off from the flow path and is injected into the flow path between two superheater heating surfaces of the respective pressure stage on the flow medium side, wherein a first characteristic value characteristic of the discrepancy between the outlet temperature of the last superheater heating surface on the flow medium side of the respective pressure stage from a predetermined temperature nominal value is used as a regulation variable for the amount of injected flow medium, wherein, for a short-term increase in power of the steam turbine, the temperature nominal value is reduced and the characteristic value for the period of the reduction of the temperature nominal value is temporarily increased disproportionately to the discrepancy.
An ultrasound breast imaging system comprising: a gantry; and a compression assembly coupled to the gantry, the compression assembly comprising: a pair of compression paddles (105a, 105b) mounted on a positioning track, each compression paddle housing a transducer and having a patient contact surface comprising a compression material; and a motor for moving at least one of the compression paddles along the positioning track to immobilize a breast for ultrasound imaging; wherein the compression paddles are configured to be oriented in a first position where the patient contact surfaces of the compression paddles are facing each other and to be oriented in a second position where the patient contact surfaces are coplanar to each other. a gantry; and a compression assembly coupled to the gantry, the compression assembly comprising: a pair of compression paddles (105a, 105b) mounted on a positioning track, each compression paddle housing a transducer and having a patient contact surface comprising a compression material; and a motor for moving at least one of the compression paddles along the positioning track to immobilize a breast for ultrasound imaging; wherein the compression paddles are configured to be oriented in a first position where the patient contact surfaces of the compression paddles are facing each other and to be oriented in a second position where the patient contact surfaces are coplanar to each other. a pair of compression paddles (105a, 105b) mounted on a positioning track, each compression paddle housing a transducer and having a patient contact surface comprising a compression material; and a motor for moving at least one of the compression paddles along the positioning track to immobilize a breast for ultrasound imaging; wherein the compression paddles are configured to be oriented in a first position where the patient contact surfaces of the compression paddles are facing each other and to be oriented in a second position where the patient contact surfaces are coplanar to each other.
A shoulder for a tube container made from a melt-blended resin, the melt-blended resin comprising: high density polyethylene having a density of 0.94 g/cc or more, linear low density polyethylene having a density in the range of 0.91 to 0.93 g/cc, and a cyclic olefin copolymer.
A communications terminal forming part of a mobile communications network comprising one or more infrastructure equipment, the communications terminal comprising a transmitter configured to transmit signals via a wireless access interface to the one or more infrastructure equipment, a receiver configured to receive signals via the wireless access interface from the one or more infrastructure equipment, and a controller configured to control the transmitter and the receiver to transmit and to receive data via the wireless access interface when in a connected mode, wherein the controller is configured in combination with the transmitter and the receiver when in the connected mode to control the receiver to operate in accordance with a discontinuous reception, DRX, state, when in a re-selection mobility management mode of the DRX state, to measure signals received by the receiver from any of the one or more infrastructure equipment, and to select, based on the measured signals received by the receiver from any of the one or more infrastructure equipment, one of the one or more infrastructure equipment from which to receive signals transmitted on the downlink, when in a network controlled mobility management mode of the DRX state, to measure signals received by the receiver from any of the one or more infrastructure equipment, to generate measurement information based on the measured signals received by the receiver from any of the one or more infrastructure equipment, and to control the transmitter to transmit the measurement information to the one of the infrastructure equipment, wherein the controller is configured in combination with the receiver when in the network controlled mobility management mode of the DRX state after predetermined conditions have been satisfied to switch to the re-selection mobility management mode of the DRX state.
Strip, comprising a preceding strip of fastening elements and a succeeding strip of fastening elements each having receiving elements and fastening elements received in the receiving elements, said fastening elements each defining a fastening direction that is the same for all fastening elements, wherein the receiving elements are arranged in at least one row, which defines a transport direction, a frontmost receiving element of the succeeding strip of fastening elements and a rearmost receiving element of the preceding strip of fastening elements, wherein the fastening direction and the transport direction enclose an acute angle, wherein the succeeding strip of fastening elements has a support element for supporting the frontmost receiving element of the succeeding strip of fastening elements counter to the fastening direction and the preceding strip of fastening elements has a counter-support element for supporting the rearmost receiving element of the preceding strip of fastening elements in the fastening direction, characterized in that the support element and the counter-support element are in engagement with each other and are supported on each other in the fastening direction.