mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, for receiving data, the method comprising: receiving, from a base station, a radio resource control, RRC, message including a list of a plurality of candidate configurations, each candidate configuration including information on a starting symbol and a transmission duration for downlink transmission; receiving, from the base station, downlink control information, DCI, indicating one of the plurality of candidate configurations in the list; and receiving, from the base station, data based on the indicated one candidate. receiving, from a base station, a radio resource control, RRC, message including a list of a plurality of candidate configurations, each candidate configuration including information on a starting symbol and a transmission duration for downlink transmission; receiving, from the base station, downlink control information, DCI, indicating one of the plurality of candidate configurations in the list; and receiving, from the base station, data based on the indicated one candidate.
A switch monitoring circuit comprising: an external input terminal connected to a switch; a voltage applying unit that performs a driving operation by which a driving voltage is applied; a voltage detecting unit that detects a change in a voltage at the external input terminal; a control unit that is connected to the voltage applying unit and the voltage detecting unit and controls operation of the voltage applying unit on a basis of a detection result of the voltage detecting unit such that the voltage applying unit performs the driving operation when the voltage detecting unit detects that the switch is in an on state; and a charge storage unit connected to the external input terminal and the voltage applying unit; wherein the charge storage unit has a voltage applying terminal to which the driving voltage is applied, a capacitive element, one of terminals of which is connected to the voltage applying terminal and another of the terminals of which is grounded, the capacitive element performing charging from the voltage applying terminal and discharging to the voltage applying terminal, and a first resistor, one of terminals of which is connected to the external input terminal and another of the terminals of which is connected to the voltage applying terminal, to limit a current flowing from the switch monitoring circuit to the switch due to a discharge of the capacitive element. an external input terminal connected to a switch; a voltage applying unit that performs a driving operation by which a driving voltage is applied; a voltage detecting unit that detects a change in a voltage at the external input terminal; a control unit that is connected to the voltage applying unit and the voltage detecting unit and controls operation of the voltage applying unit on a basis of a detection result of the voltage detecting unit such that the voltage applying unit performs the driving operation when the voltage detecting unit detects that the switch is in an on state; and a charge storage unit connected to the external input terminal and the voltage applying unit; wherein the charge storage unit has a voltage applying terminal to which the driving voltage is applied, a capacitive element, one of terminals of which is connected to the voltage applying terminal and another of the terminals of which is grounded, the capacitive element performing charging from the voltage applying terminal and discharging to the voltage applying terminal, and a first resistor, one of terminals of which is connected to the external input terminal and another of the terminals of which is connected to the voltage applying terminal, to limit a current flowing from the switch monitoring circuit to the switch due to a discharge of the capacitive element.
A latency compensation method, comprising: determining, by a device, a first latency value of a first data flow from a first physical port of the device to a second physical port of the device, wherein the first physical port is an ingress port for the first data flow, and the second physical port is an egress port for the first data flow; determining, by the device, a second latency value of a second data flow from the second physical port to the first physical port, wherein the second physical port is an ingress port for the second data flow, the first physical port is an egress port for the second data flow, and the first latency value is less than the second latency value; determining, by the device, a first target latency value based on the first latency value and the second latency value; and adjusting, by the device, a latency value of the first data flow from the first physical port to the second physical port to the first target latency value. determining, by a device, a first latency value of a first data flow from a first physical port of the device to a second physical port of the device, wherein the first physical port is an ingress port for the first data flow, and the second physical port is an egress port for the first data flow; determining, by the device, a second latency value of a second data flow from the second physical port to the first physical port, wherein the second physical port is an ingress port for the second data flow, the first physical port is an egress port for the second data flow, and the first latency value is less than the second latency value; determining, by the device, a first target latency value based on the first latency value and the second latency value; and adjusting, by the device, a latency value of the first data flow from the first physical port to the second physical port to the first target latency value.
Manipulating tool for producing a plastic material part comprising at least a reinforcing element made of at least one fibrous insert made of a composite material, the manipulating tool comprising a shaping area arranged to receive and hold the fibrous insert, the shaping area comprising a forming system made of mobile independent elements, the forming system being able to impart the shape of one side of the reinforcing element to the fibrous insert, characterized in that the manipulating tool comprises a gripping area arranged on a second face orthogonal to a first face on which the shaping area is arranged, the gripping area being adapted to maintain at least one insert.
Pump arrangement, in particular a centrifugal pump, in particular a main coolant pump for power stations, with - a pump housing which defines an interior with an inlet opening for aspirating a delivery medium and an outlet opening for expelling the delivery medium, and which also defines a chamber connected to the interior, - a sealing water system which comprises a first conduit system and which serves for supplying sealing water to the chamber defined by the pump housing, - a second conduit system which serves for discharging a controlled leakage flow from the chamber defined by the pump housing, - a protective valve which is arranged in the second conduit system and which serves for blocking the leakage flow discharged from the chamber if said leakage flow has reached a particular temperature, characterized by - a shut-off fitting connected in parallel to the protective valve, wherein the opening of the protective valve after a fall in the temperature is possible only by means of the opening of the shut-off fitting and the associated pressure drop upstream of the protective valve, or the drop in system pressure. - a pump housing which defines an interior with an inlet opening for aspirating a delivery medium and an outlet opening for expelling the delivery medium, and which also defines a chamber connected to the interior, - a sealing water system which comprises a first conduit system and which serves for supplying sealing water to the chamber defined by the pump housing, - a second conduit system which serves for discharging a controlled leakage flow from the chamber defined by the pump housing, - a protective valve which is arranged in the second conduit system and which serves for blocking the leakage flow discharged from the chamber if said leakage flow has reached a particular temperature, - a shut-off fitting connected in parallel to the protective valve, wherein the opening of the protective valve after a fall in the temperature is possible only by means of the opening of the shut-off fitting and the associated pressure drop upstream of the protective valve, or the drop in system pressure.
A platform member for a conveyor belt for transporting objects, comprising: a top portion defining an upper conveying surface for receiving a product, the top portion having a curved leading edge, a curved lag edge, a first side edge and a second side edge; a bottom portion stepped down and extending rearwards from the top portion, the bottom portion having connectors for connecting the platform member to an associated body member of the conveyor belt; and characterized in that the top portion further comprises a side rail that extends along the first side edge and wherein the side rail has a front tip, which tapers in both height and width at the intersection between the curved leading edge and the first side edge, and an overhanging rear portion, which forms a void between the bottom portion and the side rail for receiving a front tip of a lagging side rail of a same adjacent platform member of the conveyor belt. a top portion defining an upper conveying surface for receiving a product, the top portion having a curved leading edge, a curved lag edge, a first side edge and a second side edge; a bottom portion stepped down and extending rearwards from the top portion, the bottom portion having connectors for connecting the platform member to an associated body member of the conveyor belt; and characterized in that the top portion further comprises a side rail that extends along the first side edge and wherein the side rail has a front tip, which tapers in both height and width at the intersection between the curved leading edge and the first side edge, and an overhanging rear portion, which forms a void between the bottom portion and the side rail for receiving a front tip of a lagging side rail of a same adjacent platform member of the conveyor belt.
Analogue display module for watches couplable with the mechanism of a watch to drive at least one hand in an independent and bi-directional way, wherein the module comprises at least a main plate on which at least an actuator element, and a gear assembly are attached, and wherein the actuator element in turn comprises at least one micro motor and coils connected with the motor and the gear assembly, wherein the actuator element further comprises a three-dimensional connector comprising: - soldering areas for attachment of the coils by soldering; - guiding pillars for the attachment of a coil core, a stator, and the main plate, wherein a tip of each of the pillars is fused to form a weld bead in order to hold together a coil core, a stator, and the main plate; - a contact zone for an electrical connection of the coils with a command circuit; - test points for control of the motor performance; and - a centring stud and fixation point to screw the motor with the command circuit, and to ensure an electrical contact between both elements. - soldering areas for attachment of the coils by soldering; - guiding pillars for the attachment of a coil core, a stator, and the main plate, wherein a tip of each of the pillars is fused to form a weld bead in order to hold together a coil core, a stator, and the main plate; - a contact zone for an electrical connection of the coils with a command circuit; - test points for control of the motor performance; and - a centring stud and fixation point to screw the motor with the command circuit, and to ensure an electrical contact between both elements.
A cable connector comprising: a male connector including a magnetic core, a male connector coil wound about the magnetic core, and a male connector housing surrounding the male connector coil and core and a female connector including a female connector housing having a female connector aperture therein sized to closely receive the male connector housing, and a female connector coil at least partially surrounding the aperture, wherein the male connector coil is electrically connected to a first end (3a, 3b) of a cable, and wherein the male connector coil is situated within and spaced from the female connector coil when the male connector housing is inserted within the female connector aperture, characterised in that the male connector housing is spaced from the male connector coil by a synthetic resin material, wherein the interior of the male connector housing is filled with the synthetic resin material to surround the male connector coil and the magnetic core and the portion of the cable contained within the male connector housing such that the synthetic resin material provides strain relief for the cable. a male connector including a magnetic core, a male connector coil wound about the magnetic core, and a male connector housing surrounding the male connector coil and core and a female connector including a female connector housing having a female connector aperture therein sized to closely receive the male connector housing, and a female connector coil at least partially surrounding the aperture, wherein the male connector coil is electrically connected to a first end (3a, 3b) of a cable, and wherein the male connector coil is situated within and spaced from the female connector coil when the male connector housing is inserted within the female connector aperture, characterised in that the male connector housing is spaced from the male connector coil by a synthetic resin material, wherein the interior of the male connector housing is filled with the synthetic resin material to surround the male connector coil and the magnetic core and the portion of the cable contained within the male connector housing such that the synthetic resin material provides strain relief for the cable.
A screw connection for a multiple-disc coupling having a clamping bolt, a bolt nut interacting with the clamping bolt and a clamping bush interacting with the clamping bolt, characterized in that a seat between the clamping bolt and the clamping bush comprises at least one stepping in such a manner that on a first side of the respective stepping a first cylindrical seat surface with a first diameter and on a second side of the respective stepping a second cylindrical seat surface with a second diameter is formed.
A system comprising: a projector (116, 216) configured to project a projected user interface onto a surface; a sensor configured to detect a user input associated with the projected user interface and transmit a sensor signal associated with the user interaction; a processor in communication with the sensor, the processor configured to: receive the sensor signal; determine a remote haptic effect based at least in part on the user input; generate a haptic signal based at least in part on the remote haptic effect; and transmit the haptic signal; and a haptic output device in communication with the processor, the haptic output device configured to receive the haptic signal and output the remote haptic effect characterised in that: the projector (116, 216) and haptic output device are both comprised in a computing device, wherein the computing device is configured to be mechanically coupled to the surface for enabling the haptic output device to directly or indirectly vibrate the surface. a projector (116, 216) configured to project a projected user interface onto a surface; a sensor configured to detect a user input associated with the projected user interface and transmit a sensor signal associated with the user interaction; a processor in communication with the sensor, the processor configured to: receive the sensor signal; determine a remote haptic effect based at least in part on the user input; generate a haptic signal based at least in part on the remote haptic effect; and transmit the haptic signal; and receive the sensor signal; determine a remote haptic effect based at least in part on the user input; generate a haptic signal based at least in part on the remote haptic effect; and transmit the haptic signal; and a haptic output device in communication with the processor, the haptic output device configured to receive the haptic signal and output the remote haptic effect characterised in that: the projector (116, 216) and haptic output device are both comprised in a computing device, wherein the computing device is configured to be mechanically coupled to the surface for enabling the haptic output device to directly or indirectly vibrate the surface.
A container for accommodating radioactive stock, comprising a container bottom, a container shell and a container cover, the container enclosing an inner chamber for accommodating the radioactive stock, at least one plastically deformable layer being arranged between the container cover and the stock, characterised in that the plastically deformable layer is formed such that impact forces of at least most of the stock can be distributed uniformly to at least most of the area of the plastically deformable layer by arranging a load distributor between the plastically deformable layer and the stock, wherein the plastically deformable layer is a metal foam.
A tire comprising a circular tire frame formed of a thermoplastic resin material, the thermoplastic resin material including a polyamide-based thermoplastic elastomer or a polyester-based thermoplastic elastomer containing a hard segment and a soft segment, the tire frame having a volume resistivity in the range of 1.0×10 6 Ω · cm to 1.0×10 10 Ω · cm, wherein the tire frame comprises an antistatic material.
Thin-film light-emitting diode chip comprising a layer sequence having a first and an opposite second main emission surface (3, 4), wherein both main emission surfaces (3, 4) are main surfaces of the thin-film light-emitting diode chip and run parallel to the main surfaces of the layers, such that the thin-film light-emitting diode chip has two opposite main emission directions (5, 6) perpendicular to the main emission surfaces (3, 4), wherein - both on the first and on the second main emission surface (3, 4) measures are provided for improving the coupling out of the light generated in the layer sequence, - a substrate is present on no side of the thin-film light-emitting diode chip, and - the configuration of the thin-film light-emitting diode chip is symmetrical, such that the emission properties are identical in both main emission directions (5, 6). - both on the first and on the second main emission surface (3, 4) measures are provided for improving the coupling out of the light generated in the layer sequence, - a substrate is present on no side of the thin-film light-emitting diode chip, and - the configuration of the thin-film light-emitting diode chip is symmetrical, such that the emission properties are identical in both main emission directions (5, 6).
A method for use by a Serving Call Session Control Function, S-CSCF, of an IP Multimedia Subsystem, IMS, the method comprising receiving a challengeable request from a user, performing (S3, S4, S6) a number of failed authentication attempts of the user following receipt of the request, determining that the number of failed authentication attempts has reached a predetermined number, and characterised by, following such a determination: sending a locking signal from the S-CSCF to a Home Subscriber Service, HSS, of the IMS to indicate to the HSS that the user should be locked at the HSS, such that any request received from the user at another node of the IMS requiring an authentication challenge can be rejected with reference to the HSS, and subsequently unlocking the user in response to receipt of an unlock signal from the HSS.
A flame-resistant wick (1; 1a; 1b; 1d; 1e) comprising: a hollow chamber; and at least one capillary structure (20; 20a) surrounding the hollow chamber and interlaced by a plurality of wire strands (21, 22) into a tubular shape, with each of the plurality of wire strands (21, 22) consisting of a plurality of core wires (211, 221; 211d, 221d) made of a material having a melting point of not less than 800 °C, wherein the at least one capillary structure (20; 20a) is flexible, characterized in that the at least one capillary structure (20; 20a) is bent into a U shape to form an igniting end and two drawing ends located opposite to the igniting end. a hollow chamber; and at least one capillary structure (20; 20a) surrounding the hollow chamber and interlaced by a plurality of wire strands (21, 22) into a tubular shape, with each of the plurality of wire strands (21, 22) consisting of a plurality of core wires (211, 221; 211d, 221d) made of a material having a melting point of not less than 800 °C, wherein the at least one capillary structure (20; 20a) is flexible, characterized in that the at least one capillary structure (20; 20a) is bent into a U shape to form an igniting end and two drawing ends located opposite to the igniting end.
Heating system in a vehicle, comprising: - a heater with a heating arrangement and a heat exchanger arrangement for transferring heat provided in the heating arrangement to a heat transfer medium to be heated, wherein the heat exchanger arrangement comprises a heat transfer medium flow chamber through which the heat transfer medium can flow and has a flow chamber inlet and a flow chamber outlet, - a heat transfer medium pump with a pump inlet and a pump outlet, - a first heat transfer medium line region adjoining the pump inlet, wherein the first heat transfer medium line region is flexible in its line section adjoining the pump inlet, - a second heat transfer medium line region adjoining the pump outlet, wherein the second heat transfer medium line region is flexible in its line section adjoining the pump outlet, wherein a first support arrangement is provided in association with the first heat transfer medium line region for supporting the first heat transfer medium line region on the vehicle and a second support arrangement is provided in association with the second heat transfer medium line region for supporting the second heat transfer medium line region on the vehicle, wherein the heat transfer medium pump is arranged in the vehicle in a self-supporting manner in that the heat transfer medium pump is supported on the vehicle exclusively via the first heat transfer medium line region adjoining it and the second heat transfer medium line region adjoining it, wherein each heat transfer medium line region out of the first heat transfer medium line region and the second heat transfer medium line region has a flexible line section (80, 82) adjoining the heat transfer medium pump and a rigid line section adjoining the flexible line section (80, 82), characterized in that in each heat transfer medium line section out of the first heat transfer medium line section and the second heat transfer medium line section, the flexible line section (80, 82), starting from the heat transfer medium pump, adjoins the rigid line section in front of the support arrangement (68, 70) assigned thereto. - a heater with a heating arrangement and a heat exchanger arrangement for transferring heat provided in the heating arrangement to a heat transfer medium to be heated, wherein the heat exchanger arrangement comprises a heat transfer medium flow chamber through which the heat transfer medium can flow and has a flow chamber inlet and a flow chamber outlet, - a heat transfer medium pump with a pump inlet and a pump outlet, - a first heat transfer medium line region adjoining the pump inlet, wherein the first heat transfer medium line region is flexible in its line section adjoining the pump inlet, - a second heat transfer medium line region adjoining the pump outlet, wherein the second heat transfer medium line region is flexible in its line section adjoining the pump outlet,