mhurhangee/ep-ind-claims huggingface dataset:
A dynamic random access memory, DRAM, comprising: a plurality of storage groups, wherein the plurality of storage groups are arranged along a first direction, each one of the storage groups comprises a plurality of banks, the plurality of banks are arranged along a second direction, and the first direction is perpendicular to the second direction; first signal lines, which correspond to global data buses, extending along the first direction; wherein each one of the first signal lines is arranged correspondingly to more than one of the plurality of banks and is configured to transmit storage data of the more than one of the plurality of banks; and second signal lines, which correspond to local data buses, extending along the first direction, each one of the second signal lines being arranged correspondingly to a respective bank and configured to transmit storage data of the respective bank; wherein the first signal lines exchange the storage data with the second signal lines through respective data exchange circuits; characterized in that, the DRAM further comprises power lines and grounding lines, wherein the power lines or the grounding lines are arranged at two sides of the first signal lines, and the power lines or the grounding lines are arranged at two sides of the second signal lines; and the DRAM further comprises a top metal layer; and the first signal lines, the second signal lines, the power lines and the grounding lines are arranged in the top metal layer. a plurality of storage groups, wherein the plurality of storage groups are arranged along a first direction, each one of the storage groups comprises a plurality of banks, the plurality of banks are arranged along a second direction, and the first direction is perpendicular to the second direction; first signal lines, which correspond to global data buses, extending along the first direction; wherein each one of the first signal lines is arranged correspondingly to more than one of the plurality of banks and is configured to transmit storage data of the more than one of the plurality of banks; and second signal lines, which correspond to local data buses, extending along the first direction, each one of the second signal lines being arranged correspondingly to a respective bank and configured to transmit storage data of the respective bank; wherein the first signal lines exchange the storage data with the second signal lines through respective data exchange circuits; characterized in that, the DRAM further comprises power lines and grounding lines, wherein the power lines or the grounding lines are arranged at two sides of the first signal lines, and the power lines or the grounding lines are arranged at two sides of the second signal lines; and the DRAM further comprises a top metal layer; and the first signal lines, the second signal lines, the power lines and the grounding lines are arranged in the top metal layer.
Valve arrangement for a switching valve for regulating a mass flow in a refrigerating circuit or a heating circuit, comprising a valve housing, which comprises a feed opening and a discharge opening, comprising a valve piston, which comprises a valve-closing member, which buts against a valve seat of a through-hole between the feed opening and the discharge opening in a closed position and closes the through-hole, wherein - the valve seat comprises a stop surface and a sealing surface which are oriented so as to be adjacent to one another, - the valve-closing member comprises a supporting surface and a gasket surface which are oriented so as to be adjacent to one another, - an elastic sealing element is provided on the valve-closing member, on which a gasket surface is formed, - a sealing projection is provided on the sealing surface and is oriented towards the opposite gasket surface, - the supporting surface of the valve-closing member and the stop surface of the valve seat but against one another in the closed position and form a travel limitation between the valve-closing member and the valve seat, and the sealing projection is at least partially pressed into the sealing element, characterized in - that the valve piston comprises a valve body, on which the sealing element is fixed by a sealing sleeve, and - that the sealing sleeve provided on the valve body comprises a radially outwardly protruding shoulder, on which a spring element is guided between the valve seat and the valve piston. - the valve seat comprises a stop surface and a sealing surface which are oriented so as to be adjacent to one another, - the valve-closing member comprises a supporting surface and a gasket surface which are oriented so as to be adjacent to one another, - an elastic sealing element is provided on the valve-closing member, on which a gasket surface is formed, - a sealing projection is provided on the sealing surface and is oriented towards the opposite gasket surface, - the supporting surface of the valve-closing member and the stop surface of the valve seat but against one another in the closed position and form a travel limitation between the valve-closing member and the valve seat, and the sealing projection is at least partially pressed into the sealing element, characterized in - that the valve piston comprises a valve body, on which the sealing element is fixed by a sealing sleeve, and - that the sealing sleeve provided on the valve body comprises a radially outwardly protruding shoulder, on which a spring element is guided between the valve seat and the valve piston.
Sowing machine with a frame and at least one first storage container and at least one second storage container which is arranged behind the first storage container and has at least one pneumatically charged metering device for introducing agricultural materials, in particular microgranules, into an air stream, with a metering housing which has at least one air inlet opening, to which at least one air feed line charged with compressed air by a fan arranged at least in front of the second storage container is connected, and outlet openings, to which material lines which are charged with an air flow and lead to discharge elements are connected, wherein the at least one air inlet opening to which the air feed line, which is connected to the fan, for the metering housing is connected is located on the rear side of the metering housing of the second storage container, characterized in that two air feed lines are provided for the metering housing of the second storage container, in that the one air feed line is guided from the front to the rear on the one side laterally past the second storage container and/or assigned metering housing and the other air feed line is guided from the front to the rear on the other side laterally past the second storage container and/or assigned metering housing.
A communication method in a wireless communication system supporting device-to-device, D2D, communication, the communication method comprising: transmitting, by a remote user equipment, UE, a discovery message including information for identifying a relay to discover a relay UE that supports a relay function in the D2D communication; receiving, by the remote UE, a response message including information about the relay UE from the relay UE using a specific relay service code in response to the discovery message; and establishing, by the remote UE, in response to the response message received from the relay UE, a connection with the relay UE receiving the discovery message, wherein the information for identifying the relay includes the specific relay service code configured for identifying the relay associated with public safety in the D2D communication. transmitting, by a remote user equipment, UE, a discovery message including information for identifying a relay to discover a relay UE that supports a relay function in the D2D communication; receiving, by the remote UE, a response message including information about the relay UE from the relay UE using a specific relay service code in response to the discovery message; and establishing, by the remote UE, in response to the response message received from the relay UE, a connection with the relay UE receiving the discovery message, wherein the information for identifying the relay includes the specific relay service code configured for identifying the relay associated with public safety in the D2D communication.
An information interface apparatus (27, 27a), in particular for an operator's platform or/and an external control panel of an earth working machine, for example a road milling machine, recycler, stabilizer, or surface miner, having an interface subassembly encompassing a housing and a functional surface that is received in the housing and embodied to input and/or output information, wherein the information interface apparatus (27, 27a) comprises a protective plate, embodied separately from the interface subassembly, to cover the functional surface; the protective plate comprising an anchoring portion with which the protective plate is anchorable on a counterpart anchoring portion of the interface subassembly and the anchoring portion is thus securable against removal from the functional surface; and the protective plate comprising a latching portion, different from the anchoring portion, with which the protective plate is releasably latchable on a counterpart latching portion of the interface subassembly and the latching portion is thus securable against removal from the functional surface, wherein the counterpart latching portion has a latch configuration which is displaceable between a latching position and a release position, wherein in the latching position, the latch configuration is arranged, when the anchoring portion is anchored on the counterpart anchoring portion, to establish with the latching portion a positive engagement that prevents removal of the latching portion from the functional surface, whereas when the latch configuration is in the release position, when in turn the anchoring portion is anchored on the counterpart anchoring portion, the latching portion is removable from the functional surface.
A circuit arrangement (10, 100) for being interposed in an electrical connection between a voltage source of a towing vehicle and a light of a towing vehicle trailer, which light can be operated in a switched-on and a switched-off state, comprising a connection for the electrical connection with a connection on the side of the towing vehicle which is designed for a light bulb, a diagnosis unit (20, 120) as well as a light bulb simulation unit, by means of which light bulb simulation unit an electrical resistance of a light bulb can be simulated in the switched-on state, wherein the diagnosis unit (20, 120) comprises a current measuring unit (24, 124, 126) and a comparison unit (28, 128, 130), wherein the current measuring unit (24, 124, 126) is designed for measuring the consumed current of the light of the trailer and for sending a corresponding signal to the comparison unit (28, 128, 130), wherein the comparison unit (28, 128, 130) is designed for comparing the delivered signal of the current measuring unit with a pre-determinable comparison value, wherein the light bulb simulation unit can be controlled in dependence on the comparison result, characterized by a trailer detection circuit which is designed for applying a test potential to be provided by the towing vehicle to a ground potential, for which purpose the trailer detection circuit comprises an electrical resistor and a switching contact, wherein the switching contact can be actuated by means of a mechanical actuating device by plugging a trailer connector into a plug coupling of the circuit arrangement (10, 100), wherein if the switching contact is closed, the test potential to be provided by the towing vehicle is connected to ground via the electrical resistor.
Range-change transmission device, in particular a split transmission, comprising an input shaft, comprising a driven shaft, comprising a layshaft and comprising at least one planetary gear set, wherein a first transmission element of the planetary gear set is arranged coaxially with the driven shaft and is or can be coupled to the driven shaft such that the first transmission element and the driven shaft rotate at the same angular speed, wherein a second transmission element of the planetary gear set is or can be coupled to the layshaft, wherein a third transmission element of the planetary gear set is arranged coaxially with the input shaft and is permanently connected to the input shaft such that the third transmission element and the input shaft always rotate at the same angular speed, and wherein a first shifting unit is provided for coupling the layshaft to the driven shaft, characterised in that the range-change transmission device comprises a torque adjustment device and in that the second transmission element of the planetary gear set is or can be coupled to the torque adjustment device, and in that a second shifting unit is provided, which is connected to one of the transmission elements (P11, P12, P13) of the planetary gear set and which is provided for coupling the input shaft to the layshaft.
A receptacle configured to be mounted on a mounting surface of a printed wiring board, the receptacle comprising: a terminal insulation plate including a first primary surface (S 1) distanced from the mounting surface and a second primary surface (S 2); a pair of signal terminals, each terminal including a first signal terminal end portion (u 1) connected to the first primary surface (S 1), a second signal terminal end portion (u 2) connected to the mounting surface, and a signal terminal link portion (u CON) connecting the first signal terminal end portion (u 1) and the second signal terminal end portion (u 2); and a ground terminal (T G) including a first ground terminal end portion (t 1) connected to the second primary surface (S 2), a second ground terminal end portion (t 2) connected to the mounting surface, and a ground terminal link portion (t CON) connecting the first ground terminal end portion (t 1) and the second ground terminal end portion (t 2), characterized in that a part of the ground terminal link portion (T CON) being disposed between the signal terminal link portions (u CON) and the mounting surface, and in that the second primary surface (S 2) is provided on the opposite side of the mounting surface relative to the first primary surface (S 1). a terminal insulation plate including a first primary surface (S 1) distanced from the mounting surface and a second primary surface (S 2); a pair of signal terminals, each terminal including a first signal terminal end portion (u 1) connected to the first primary surface (S 1), a second signal terminal end portion (u 2) connected to the mounting surface, and a signal terminal link portion (u CON) connecting the first signal terminal end portion (u 1) and the second signal terminal end portion (u 2); and a ground terminal (T G) including a first ground terminal end portion (t 1) connected to the second primary surface (S 2), a second ground terminal end portion (t 2) connected to the mounting surface, and a ground terminal link portion (t CON) connecting the first ground terminal end portion (t 1) and the second ground terminal end portion (t 2), characterized in that a part of the ground terminal link portion (T CON) being disposed between the signal terminal link portions (u CON) and the mounting surface, and in that the second primary surface (S 2) is provided on the opposite side of the mounting surface relative to the first primary surface (S 1).
A communication system, comprising: - a bus line system including separate power supply lines (E1, E2) and signal lines (S1, S2, S3); - at least one central bus module including a central power supply unit connected to the bus line system via power supply lines, wherein the central power supply unit is adapted to supply AC supply voltages at frequencies in a kHz range and higher up into a two-digit MHz range to the power supply lines (E1, E2) and directly applies these AC supply voltages to the power supply lines (E1, E2); - a number of subscriber devices, each one thereof comprising at least one electronic module and being capable of communicating with each other via the signal lines (S1, S2, S3) and being connected to the power supply lines (E1, E2); - wherein each subscriber device includes an AC/DC rectifier circuit which converts the AC supply voltages of the kHz range and higher up to the two-digit MHz range into DC supply voltages suitable for the associated electronic module and provides them to the electronic module. - a bus line system including separate power supply lines (E1, E2) and signal lines (S1, S2, S3); - at least one central bus module including a central power supply unit connected to the bus line system via power supply lines, wherein the central power supply unit is adapted to supply AC supply voltages at frequencies in a kHz range and higher up into a two-digit MHz range to the power supply lines (E1, E2) and directly applies these AC supply voltages to the power supply lines (E1, E2); - a number of subscriber devices, each one thereof comprising at least one electronic module and being capable of communicating with each other via the signal lines (S1, S2, S3) and being connected to the power supply lines (E1, E2); - wherein each subscriber device includes an AC/DC rectifier circuit which converts the AC supply voltages of the kHz range and higher up to the two-digit MHz range into DC supply voltages suitable for the associated electronic module and provides them to the electronic module.
A trolley including a rolling platform, a lever for starting the trolley with a first portion, a second portion cooperating with a member through which it is in contact with the ground and an intermediate portion between the first and second portions, connected to the platform and free to pivot relative to the latter, the intermediate portion of the lever exerting a force on the platform in a driving direction that is one of two pivoting directions of the lever that drives the movement of the latter in a direction corresponding to the driving pivoting direction of the lever, the connection between the platform and the lever being an articulation with an axis perpendicular to the direction of movement to be imparted to the trolley, the contact member being a compressible pad facing the ground, the trolley being characterised in that the pad is carried by the free end of a connecting rod articulated by its other end to the second portion of the lever, the free end of the connecting rod being mounted to slide against a lower track of a cam fastened to the platform to produce and maintain the compression of the pad bearing on the ground during the driving pivoting of the lever.
Sterilization device, comprising - at least one chamber for the sterilization of products, - a primary fluid circuit which is connected to the chamber and which serves for charging the chamber with hot water and/or hot vapour, and - a secondary fluid circuit for the heating and/or cooling of the primary fluid circuit, wherein the secondary fluid circuit is connected to the primary fluid circuit by way of a second heat exchanger, characterized by - a stratified store tank in the secondary fluid circuit with multiple temperature zones, wherein the temperature zones can be separately charged with the fluid of the secondary fluid circuit and discharged. - at least one chamber for the sterilization of products, - a primary fluid circuit which is connected to the chamber and which serves for charging the chamber with hot water and/or hot vapour, and - a secondary fluid circuit for the heating and/or cooling of the primary fluid circuit, wherein the secondary fluid circuit is connected to the primary fluid circuit by way of a second heat exchanger, - a stratified store tank in the secondary fluid circuit with multiple temperature zones, wherein the temperature zones can be separately charged with the fluid of the secondary fluid circuit and discharged.
Control method in an electronic torque wrench, the wrench comprising: - a body with an axial extension along a longitudinal axis; - a front end provided with a coupling intended to engage the wrench on a joint to be tightened by manual rotation around a rotation axis which is transverse to the longitudinal axis; - a handle along the body for operating the wrench; - a sensor for detecting a torque applied with the wrench to the coupling and comprising two flex sensor elements (16a and 16b) which are arranged spaced apart along the longitudinal axis; - an electronic control circuit which is connected to the sensor for receiving signals from it; the method comprising the steps of: - calculating, depending on flexing values detected by the two sensor elements (16a and 16b), the point P along the longitudinal axis which is used for applying the manual force of rotation of the wrench around the rotation axis; - comparing the position of the point P with admissible predefined positions along the longitudinal axis; - emitting an error signal if the position of the point P does not correspond to these admissible positions. - a body with an axial extension along a longitudinal axis; - a front end provided with a coupling intended to engage the wrench on a joint to be tightened by manual rotation around a rotation axis which is transverse to the longitudinal axis; - a handle along the body for operating the wrench; - a sensor for detecting a torque applied with the wrench to the coupling and comprising two flex sensor elements (16a and 16b) which are arranged spaced apart along the longitudinal axis; - an electronic control circuit which is connected to the sensor for receiving signals from it; - calculating, depending on flexing values detected by the two sensor elements (16a and 16b), the point P along the longitudinal axis which is used for applying the manual force of rotation of the wrench around the rotation axis; - comparing the position of the point P with admissible predefined positions along the longitudinal axis; - emitting an error signal if the position of the point P does not correspond to these admissible positions.
Laundry or tableware treatment appliance having a heat pump system, the heat pump system having a refrigerant loop, the appliance comprising: an article treatment chamber for treating articles using a medium; a first heat exchanger for heating a refrigerant; a second heat exchanger for cooling the refrigerant and heating the medium; a refrigerant expansion device arranged in the refrigerant loop between the second heat exchanger and the first heat exchanger, and a compressor arranged in the refrigerant loop between the first heat exchanger and the second heat exchanger, wherein said refrigerant is a blend comprising carbon dioxide (CO 2) and at least one hydrocarbon, characterized in that said at least one hydrocarbon is one of the following hydrocarbons: Butane, Isobutane, Ethane or Propene. an article treatment chamber for treating articles using a medium; a first heat exchanger for heating a refrigerant; a second heat exchanger for cooling the refrigerant and heating the medium; a refrigerant expansion device arranged in the refrigerant loop between the second heat exchanger and the first heat exchanger, and a compressor arranged in the refrigerant loop between the first heat exchanger and the second heat exchanger, wherein said refrigerant is a blend comprising carbon dioxide (CO 2) and at least one hydrocarbon, characterized in that said at least one hydrocarbon is one of the following hydrocarbons: Butane, Isobutane, Ethane or Propene.