mhurhangee/ep-ind-claims huggingface dataset:
A base station apparatus (130, 220) used in a cellular communication network, the base station apparatus (130, 220) comprising: at least one wireless transceiver; and a processor configured to: transmit Vehicle-to-Everything, V2X, support information to a first radio terminal (100, 120) via the at least one wireless transceiver, the V2X support information indicating that a V2X Service is supported by a serving network including the base station apparatus (130, 220); and after receiving V2X terminal information transmitted from the first radio terminal (100, 120) that has received the V2X support information, perform resource allocation for the V2X service, characterized in that the V2X support information indicates a list of V2X service areas in which the V2X service is available, and a radio resource pool per V2X service area to be used for autonomous resource selection for the V2X service by each of a plurality of radio terminals including the first radio terminal (100, 120), wherein the V2X support information indicates a first radio resource pool is associated with a first V2X service area, and wherein the V2X support information indicates a second radio resource pool is associated with a second V2X service area. at least one wireless transceiver; and a processor configured to: transmit Vehicle-to-Everything, V2X, support information to a first radio terminal (100, 120) via the at least one wireless transceiver, the V2X support information indicating that a V2X Service is supported by a serving network including the base station apparatus (130, 220); and after receiving V2X terminal information transmitted from the first radio terminal (100, 120) that has received the V2X support information, perform resource allocation for the V2X service, transmit Vehicle-to-Everything, V2X, support information to a first radio terminal (100, 120) via the at least one wireless transceiver, the V2X support information indicating that a V2X Service is supported by a serving network including the base station apparatus (130, 220); and after receiving V2X terminal information transmitted from the first radio terminal (100, 120) that has received the V2X support information, perform resource allocation for the V2X service, characterized in that the V2X support information indicates a list of V2X service areas in which the V2X service is available, and a radio resource pool per V2X service area to be used for autonomous resource selection for the V2X service by each of a plurality of radio terminals including the first radio terminal (100, 120), wherein the V2X support information indicates a first radio resource pool is associated with a first V2X service area, and wherein the V2X support information indicates a second radio resource pool is associated with a second V2X service area.
An electrical test device, in particular for testing wafers, comprising a contact head, which is to be assigned to the test object and which is provided with pin-shaped contact elements, which form a contact pin arrangement, and comprising an electrical connection device, which has contact surfaces, which are in touching contact with the ends of the contact elements facing away from the test object, wherein the contact elements are supported in the contact head in a longitudinally displaceable manner, and comprising a centre centring device, which permits only radial temperature expansion play by means of sliding guides, so as to centrally orient contact head and connection device relative to one another, so that changes in length appearing as a result of temperature play only emanate radially from the respective centre of contact head and connection device, wherein the centres are located on the same centre vertical axis of contact head and connection device, wherein the centre centring device has at least three, in particular four sliding guides, which are arranged angularly offset with respect to one another, wherein each of the sliding guides is formed by means of a projection on the connection device and a depression in the contact head, which accommodates the projection with radial play and in circumferential direction without play, wherein the centre centring device is arranged outside of the pin arrangement, wherein the projection is held in a fastening depression of the connection device without play all-around and has an edge-side slit, which transitions into an opening of the contact head, wherein the opening starts laterally from the depression, and slit and opening are oriented in radial direction, and wherein a fitting element, in particular a fitting strip, is inserted into slit and opening for axially fixing the protrusion.
An apparatus comprising - means for transmitting data to at least one remote entity over a communication network (104, 106, 108, 110), - means for receiving data from said at least one remote entity over said communication network (104, 106, 108, 110), - means for maintaining knowledge of a number of current network connections that require performing a periodic network operation with one or more predetermined timing sequences (204, 206, 208, 210) and targeted to said at least one remote entity for maintaining the connections, and for adjusting the time of execution of at least two such network operations to coincide either for each instance of one or more network operations or for at least every nth instance either in parallel activity or in serial activity with small or no delay between the operations so that the apparatus will not initiate a power saving mode between said at least two network operations, but need not coincide all the time and need not coincide during every possible network operation instance, and - means for performing or triggering performing said at least two network operations according to the adjusted timing. - means for transmitting data to at least one remote entity over a communication network (104, 106, 108, 110), - means for receiving data from said at least one remote entity over said communication network (104, 106, 108, 110), - means for maintaining knowledge of a number of current network connections that require performing a periodic network operation with one or more predetermined timing sequences (204, 206, 208, 210) and targeted to said at least one remote entity for maintaining the connections, and for adjusting the time of execution of at least two such network operations to coincide either for each instance of one or more network operations or for at least every nth instance either in parallel activity or in serial activity with small or no delay between the operations so that the apparatus will not initiate a power saving mode between said at least two network operations, but need not coincide all the time and need not coincide during every possible network operation instance, and - means for performing or triggering performing said at least two network operations according to the adjusted timing.
A method, comprising: receiving a plurality of data sets, each data set including a customer identifier field, the customer identifier field specifying a unique customer identifier associated with each entry in each data set, the plurality of data sets including a first group of data sets and a second group of data sets, each data set associable with each other data set based on the customer identifier; storing the plurality of data sets; generating a key map including the customer identifier field and an anonymous identifier field, the customer identifier field for the key map including unique customer identifiers of the first group of data sets of the plurality of data sets, the anonymous identifier field including unique anonymous identifiers, each anonymous identifier corresponding to a customer identifier of the key map, each anonymous identifier different from its corresponding customer identifier; storing the key map; and rendering each data set of the second group of data sets as unassociable with each data set of the first group of data sets by replacing, based on the key map, each unique customer identifier in the second group of data sets with the corresponding anonymous identifier, further including rendering each data set of the second group of data sets associable with each other data set of the second group of data sets based on the anonymous identifier. receiving a plurality of data sets, each data set including a customer identifier field, the customer identifier field specifying a unique customer identifier associated with each entry in each data set, the plurality of data sets including a first group of data sets and a second group of data sets, each data set associable with each other data set based on the customer identifier; storing the plurality of data sets; generating a key map including the customer identifier field and an anonymous identifier field, the customer identifier field for the key map including unique customer identifiers of the first group of data sets of the plurality of data sets, the anonymous identifier field including unique anonymous identifiers, each anonymous identifier corresponding to a customer identifier of the key map, each anonymous identifier different from its corresponding customer identifier; storing the key map; and rendering each data set of the second group of data sets as unassociable with each data set of the first group of data sets by replacing, based on the key map, each unique customer identifier in the second group of data sets with the corresponding anonymous identifier, further including rendering each data set of the second group of data sets associable with each other data set of the second group of data sets based on the anonymous identifier.
An overcurrent protection device configured to protect a load-driving circuit having a DC power supply, an electronic switch, an electric wire and a load (RL1, RL2, RL3) from an overcurrent, the overcurrent protection device comprising: a voltage detection unit which is configured to detect an output voltage of the DC power supply; a clock unit which is configured to clock an elapsed time (Tx) after turning the electronic switch on; a switch control unit which is configured to turn the electronic switch off when the output voltage of the DC power supply reduces to a value equal to or lower than a threshold voltage set in advance and to turn the electronic switch on again when a predetermined standby time (Tp) elapses; and a standby time determining unit which is configured to randomly determine the predetermined standby time (Tp) when the output voltage reduces to the value equal to or lower than the threshold voltage and the electronic switch is caused to be turned off; a count unit which is configured to count a number of occurrence of a fact that a required time (Tx) until the output voltage of the DC power supply reduces to the value equal to or lower than the threshold voltage from the turning-on of the electronic switch is equal to or smaller than a preset threshold time, wherein the switch control unit is configured to hold the turned-off state of the electronic switch irrespective of elapse of the predetermined standby time (Tp) when a count value by the count unit reaches a predetermined count threshold value. a voltage detection unit which is configured to detect an output voltage of the DC power supply; a clock unit which is configured to clock an elapsed time (Tx) after turning the electronic switch on; a switch control unit which is configured to turn the electronic switch off when the output voltage of the DC power supply reduces to a value equal to or lower than a threshold voltage set in advance and to turn the electronic switch on again when a predetermined standby time (Tp) elapses; and a standby time determining unit which is configured to randomly determine the predetermined standby time (Tp) when the output voltage reduces to the value equal to or lower than the threshold voltage and the electronic switch is caused to be turned off; a count unit which is configured to count a number of occurrence of a fact that a required time (Tx) until the output voltage of the DC power supply reduces to the value equal to or lower than the threshold voltage from the turning-on of the electronic switch is equal to or smaller than a preset threshold time, wherein
A camera mount comprising: two finger members coupleable to a camera, each of the two finger members having opposed planar surfaces that are parallel with and define a thickness of thereof and an aperture extending through the thickness; characterized in that: the two finger members are rotatable relative to the camera about different respective axes of rotation between respective extended positions and respective collapsed positions, wherein each axis of rotation is generally perpendicular to a direction that the aperture extends through the finger member; wherein when the finger members are in the respective extended positions, the camera mount is in an extended state with the finger members extending parallel with each other in a common direction outward from a body of the camera and the apertures being coaxial with each other; and wherein when the finger members are in the respective collapsed positions, the camera mount is in a collapsed state. the two finger members are rotatable relative to the camera about different respective axes of rotation between respective extended positions and respective collapsed positions, wherein each axis of rotation is generally perpendicular to a direction that the aperture extends through the finger member; wherein when the finger members are in the respective extended positions, the camera mount is in an extended state with the finger members extending parallel with each other in a common direction outward from a body of the camera and the apertures being coaxial with each other; and wherein when the finger members are in the respective collapsed positions, the camera mount is in a collapsed state.
Surface cleaning head for cleaning a surface, comprising a housing having a cleaning chamber which is surrounded by a peripheral wall and is open downwards, and in which at least one cleaning nozzle (39, 40) is mounted on a spray arm (37, 38) so as to be freely rotatable about an axis of rotation for applying cleaning fluid to the surface to be cleaned, and comprising a jet pump for suctioning off cleaning fluid that is applied to the surface, the jet pump having a pump inlet channel which is in flow connection with the cleaning chamber and which adjoins the peripheral wall of the cleaning chamber and which is connected to a combining channel via a mixing chamber, a motive nozzle for forming a suction flow being situated upstream from the combining channel, and the longitudinal axis of the pump inlet channel being oriented radially with respect to the axis of rotation of the at least one spray arm (37, 38), characterized in that the diameter of the combining channel is 14 mm to 18 mm, and that the distance between the motive nozzle and the combining channel is at least 10 mm.
Tyre with a radial carcass reinforcement for a vehicle of the heavy duty type comprising a crown reinforcement comprising three working crown layers of reinforcing elements, itself capped radially by a tread, the said tread being connected to two beads by two sidewalls, in the reinforcing elements of the two radially outermost working layers being crossed from one layer to the other, making with the circumferential direction angles of between 20 and 45°, the widths of the two radially outermost working layers are greater than 0.7 times the width of the tread, the reinforcing elements of the two radially innermost working layers are oriented in the same direction with respect to the circumferential direction, the difference between the angles of the reinforcing elements of the radially innermost working layers is greater than 10°, characterized in that the angles, formed with the circumferential direction, of the reinforcing elements of the radially innermost working layer are between 15 and 20° and in that the width of the radially innermost working layer is strictly less than 0.7 times the width of the tread.
A method of preparing an article, the method comprising: compressing a polymeric material to form a body having a porosity of less than 8%; and hot isostatic pressing the body in an inert atmosphere at a pressure of at least 20.684 Mpa (3 ksi) free of an encapsulant. compressing a polymeric material to form a body having a porosity of less than 8%; and hot isostatic pressing the body in an inert atmosphere at a pressure of at least 20.684 Mpa (3 ksi) free of an encapsulant.
A method for operating a mobile station, MS, in a multiple-input multiple-output, MIMO, system, the method comprising: receiving, from a base station, BS, a signal and a reference signal embedded into the signal wherein the signal is generated based on orthogonal frequency division multiplexing, OFDM, scheme and the reference signal is generated based on non-OFDM scheme so as to allow to estimate delay spread exceeding the cyclic prefix, CP, of the signal, wherein the signal and the reference signal are received via a plurality of beam pairs; determining delay spreads based on the reference signal for each of the plurality of beam pairs; transmitting, to the BS, information regarding the determined delay spreads; and receiving, from the BS, information regarding a beam pair determined based on the information regarding the determined delay spreads for transmitting signal. receiving, from a base station, BS, a signal and a reference signal embedded into the signal wherein the signal is generated based on orthogonal frequency division multiplexing, OFDM, scheme and the reference signal is generated based on non-OFDM scheme so as to allow to estimate delay spread exceeding the cyclic prefix, CP, of the signal, wherein the signal and the reference signal are received via a plurality of beam pairs; determining delay spreads based on the reference signal for each of the plurality of beam pairs; transmitting, to the BS, information regarding the determined delay spreads; and receiving, from the BS, information regarding a beam pair determined based on the information regarding the determined delay spreads for transmitting signal.
Dosing device for a food dispenser, comprising: - a tank configured to receive and store food; - a dosing plate movable regarding to the tank comprising at least a compartment configured to receive and meter the food; and - an outlet plate comprising at least an outlet hole, the outlet plate being configured to block or unblock the compartment, and wherein the compartment is configured to establish fluid communication with the outlet hole; characterised in that it comprises: - at least a nozzle configured to inject a water spray cone over the food once dosed in a bowl or tray by the dosing device, wherein the nozzle, provided in the dosing device, is configured to be placed over the food according to the following formula H = R / tan h − k wherein: H: height of the nozzle over the food in millimeters R: radius in millimeters of the bowl or tray where the food is dosed tan: tangent h: mathematical constant, in the range of 30 - 90, preferably in the range of 60 - 68, particularly 64, and k: mathematical constant, in the range of 0 - 20, preferably in the range of 9 - 12, particularly 10.6. - a tank configured to receive and store food; - a dosing plate movable regarding to the tank comprising at least a compartment configured to receive and meter the food; and - an outlet plate comprising at least an outlet hole, the outlet plate being configured to block or unblock the compartment, and wherein the compartment is configured to establish fluid communication with the outlet hole; - at least a nozzle configured to inject a water spray cone over the food once dosed in a bowl or tray by the dosing device, wherein the nozzle, provided in the dosing device, is configured to be placed over the food according to the following formula H = R / tan h − k wherein: H: height of the nozzle over the food in millimeters R: radius in millimeters of the bowl or tray where the food is dosed tan: tangent h: mathematical constant, in the range of 30 - 90, preferably in the range of 60 - 68, particularly 64, and k: mathematical constant, in the range of 0 - 20, preferably in the range of 9 - 12, particularly 10.6. H: height of the nozzle over the food in millimeters R: radius in millimeters of the bowl or tray where the food is dosed tan: tangent h: mathematical constant, in the range of 30 - 90, preferably in the range of 60 - 68, particularly 64, and k: mathematical constant, in the range of 0 - 20, preferably in the range of 9 - 12, particularly 10.6.
An autoinjector comprising an outer housing in which can be mounted a syringe for holding a volume of medicament, the syringe for holding medicament having a needle at one end thereof, a syringe holder for supporting the syringe in an axial position relative to the outer housing, and an intermediate housing (6,22) at least part of which is located within said outer housing, said intermediate housing (6,22) being provided with a blocking means capable of abutting the syringe or the syringe holder so as to be capable of preventing forward axial movement of the syringe when a forward axial force is applied to said needle before actuation of the autoinjector to deliver an injection, but incapable of preventing forward axial movement of the syringe during actuation of the autoinjector to deliver an injection; wherein said blocking means are moveable between a first blocking position in which said blocking means abut the syringe or syringe holder so as to block their axial path and a second, non-blocking position in which said blocking means do not block the axial path of the syringe or syringe holder; said blocking means comprising one or more fingers (6a,23) that are radially flexible substantially into and out of the axial path of said syringe or syringe holder; characterised in that in the first blocking position, the radially-flexible fingers (6a,23) are flexed inwardly by means of an interference fit with said outer housing, an end cap or a needle cover, and in moving from the first blocking position to the second non-blocking position, the radially-flexible fingers (6a,23) spring radially out of the axial path of the syringe or syringe holder 20 so as to locate in a recess or aperture in said respective outer housing, end cap or needle cover.
A lid for a vessel of a food or beverage processing device, the lid comprising: a body portion, having a peripheral seal that contacts the vessel; a one-way valve for air, the one-way valve oriented to allow air to escape from the vessel; and a cap having an internal void with an open end, the cap received by an opening (106, 107) in the lid; wherein the one-way valve comprises a lip seal that is incorporated into the cap, the opening (106, 107) having a surface that cooperates with the lip seal. a body portion, having a peripheral seal that contacts the vessel; a one-way valve for air, the one-way valve oriented to allow air to escape from the vessel; and a cap having an internal void with an open end, the cap received by an opening (106, 107) in the lid; wherein the one-way valve comprises a lip seal that is incorporated into the cap, the opening (106, 107) having a surface that cooperates with the lip seal.