mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for use in a user equipment, UE , the apparatus comprising: processing circuitry configured to: receive signaling with device-to-device, D2D, discovery configuration information, the discovery configuration information including a discovery resource pool divided into sub-discovery resource pools based on time or frequency; receive a transmission probability factor from an evolved Node-B, eNB , serving a cell associated with the UE , the transmission probability factor indicating a probability of transmission during a discovery period; cause transmission of a D2D discovery signal for an initial transmission during the discovery period and using a first sub-discovery resource pool of the sub-discovery resource pools, wherein a probability that the UE is configured to transmit the discovery signal is based on the transmission probability factor; and cause additional transmissions of the discovery signal during the discovery period using discovery resources from additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, wherein a number of the additional transmissions is based on a value provided by an evolved Node-B, eNB , wherein the additional transmissions are in each of the additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, and wherein the resources for the additional transmissions are selected based on the first sub-discovery resource pool and a hopping pattern. receive signaling with device-to-device, D2D, discovery configuration information, the discovery configuration information including a discovery resource pool divided into sub-discovery resource pools based on time or frequency; receive a transmission probability factor from an evolved Node-B, eNB , serving a cell associated with the UE , the transmission probability factor indicating a probability of transmission during a discovery period; cause transmission of a D2D discovery signal for an initial transmission during the discovery period and using a first sub-discovery resource pool of the sub-discovery resource pools, wherein a probability that the UE is configured to transmit the discovery signal is based on the transmission probability factor; and cause additional transmissions of the discovery signal during the discovery period using discovery resources from additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, wherein a number of the additional transmissions is based on a value provided by an evolved Node-B, eNB , wherein the additional transmissions are in each of the additional sub-discovery resource pools, other than the first sub-discovery resource pool, of the sub-discovery resource pools, and wherein the resources for the additional transmissions are selected based on the first sub-discovery resource pool and a hopping pattern.
Irrigation bag for the irrigation of primarily fully-grown, mature and veteran trees, wherein the irrigation bag contains at least one non-pressurized filling opening , and also contains in the bottom section simple openings for liquid release and/or water permeable seams and/or drippers and/or a connecting piece with dripping hose connection , and the volume of the bag is from 300 litres to 4000 litres, wherein the filling opening is equipped with a locking element , characterised in that the non-pressurized filling opening is equipped with a filling trunk of a cylindrical shape, wherein the filling trunk is equipped with a clasp to close access to the opening and the minimum height of the trunk is sufficient to close the filling opening, wherein the clasp contains rings for installing the locking element .
Impregnated textile fabric which comprises a) a carrier which comprises a bicomponent fibre fleece comprising a polyolefin, wherein the carrier has a rectangular form with two short and two long sides, and wherein in the region of the two short sides there are means respectively for securing the carrier to a holder, and whereby the bicomponent fibre comprises a core and a casing which are made from polyolefin, b) an antimicrobial and/or cleaning active ingredient preparation with which the carrier is impregnated, characterized in that : the carrier has a dry weight of 8 to 40 g and is impregnated with the active ingredient preparation in an amount of 1,000 to 4,000% of the dry weight of the bicomponent fibre fleece. a) a carrier which comprises a bicomponent fibre fleece comprising a polyolefin, wherein the carrier has a rectangular form with two short and two long sides, and wherein in the region of the two short sides there are means respectively for securing the carrier to a holder, and whereby the bicomponent fibre comprises a core and a casing which are made from polyolefin, b) an antimicrobial and/or cleaning active ingredient preparation with which the carrier is impregnated,
Steer-by-wire steering system for motor vehicles, having a steering actuator , which acts on the steered wheels , and is electronically closed-loop controlled as a function of a driver's steering request and acts on the steered wheels by means of a toothed-rack steering gear , having a feedback actuator which transmits reactions of the road to a steering wheel , and having a damping device which is configured to receive a signal of an evaluation unit and to generate a damping signal which damps a torque which is present at the steering wheel , wherein the feedback actuator has, in addition to an electric motor , a damping element which can be actuated by the damping device with the damping signal, characterized in that the evaluation unit analyses whether a cornering state is present, and the damping device is configured to generate a damping signal depending on whether driving into a corner or driving out of a corner is occurring, wherein the respectively necessary damping can be made available by means of friction which is determined in accordance with the speed of the vehicle and/or the steering angle speed and/or the steering angle and/or the torque which is present at the steering wheel.
An air suspension system for an electric vehicle including a component for the electric vehicle , the air suspension system comprising: a suspension actuator having a chamber; a reservoir including, a shell at least partially defining an interior region, the interior region fluidly connected to the chamber, and an adsorptive material in the interior region; a compressor fluidly connected to the interior region; and characterized by a first cooling circuit including, a first heat exchanger in thermal contact with the interior region, a second heat exchanger configured to be in thermal contact with the component for the electric vehicle , and a conduit adapted to circulate a fluid between the first heat exchanger and the second heat exchanger . a suspension actuator having a chamber; a reservoir including, a shell at least partially defining an interior region, the interior region fluidly connected to the chamber, and an adsorptive material in the interior region; a shell at least partially defining an interior region, the interior region fluidly connected to the chamber, and an adsorptive material in the interior region; a compressor fluidly connected to the interior region; and characterized by a first cooling circuit including, a first heat exchanger in thermal contact with the interior region, a second heat exchanger configured to be in thermal contact with the component for the electric vehicle , and a conduit adapted to circulate a fluid between the first heat exchanger and the second heat exchanger . a first heat exchanger in thermal contact with the interior region, a second heat exchanger configured to be in thermal contact with the component for the electric vehicle , and a conduit adapted to circulate a fluid between the first heat exchanger and the second heat exchanger .
A method for switching an electrical converter with at least two output phases, the electrical converter comprising a rectifier and a thyristor-based inverter interconnected by a DC link with an inductor , the thyristor-based inverter comprising a half-bridge with at least two half-bridge arms for each output phase of the electrical converter and each arm being provided by a thyristor , the method comprising: during a normal pulse operation mode, cyclically switching the thyristors of the inverter such that a pulse number, which determines at how many time instants thyristors of the inverter are switched during one stator voltage period, is equal to the number of half-bridge arms of the inverter ; during a low pulse operation mode, cyclically switching the thyristors of the inverter , such that at at least one time instant , two thyristors of different half-bridge arms are switched on simultaneously, such that the pulse number is lower than the number of half-bridge arms of the inverter ; estimating a stator frequency of an electrical machine supplied by the electrical converter ; switching between the normal operation mode and the low pulse operation mode based on the stator frequency , wherein the low pulse operation mode is performed, when the stator frequency is below a limiting stator frequency. during a normal pulse operation mode, cyclically switching the thyristors of the inverter such that a pulse number, which determines at how many time instants thyristors of the inverter are switched during one stator voltage period, is equal to the number of half-bridge arms of the inverter ; during a low pulse operation mode, cyclically switching the thyristors of the inverter , such that at at least one time instant , two thyristors of different half-bridge arms are switched on simultaneously, such that the pulse number is lower than the number of half-bridge arms of the inverter ; estimating a stator frequency of an electrical machine supplied by the electrical converter ; switching between the normal operation mode and the low pulse operation mode based on the stator frequency , wherein the low pulse operation mode is performed, when the stator frequency is below a limiting stator frequency.
Electric power converter having a first converter terminal , a second converter terminal , a converter switch and a snubber circuit , the snubber circuit comprising a) a snubber switch , and b) a passive network connected to the snubber switch , wherein the snubber circuit is connected to the converter switch , the first converter terminal and the second converter terminal , and wherein the electric power converter is a buck converter, wherein the passive network comprises c) a first capacitor , d) a second capacitor , and characterized in that the passive network further comprises e) a node connecting a first terminal of the first capacitor , a first terminal of the second capacitor and the snubber switch , f) wherein a second terminal of the first capacitor is connected to the first converter terminal , anc g) a second terminal of the second capacitor is connected to the second converter terminal . a) a snubber switch , and b) a passive network connected to the snubber switch , wherein the snubber circuit is connected to the converter switch , the first converter terminal and the second converter terminal , and wherein the electric power converter is a buck converter, wherein the passive network comprises the snubber circuit is connected to the converter switch , the first converter terminal and the second converter terminal , and wherein the electric power converter is a buck converter, wherein the passive network comprises c) a first capacitor , d) a second capacitor , and characterized in that the passive network further comprises e) a node connecting a first terminal of the first capacitor , a first terminal of the second capacitor and the snubber switch , f) wherein a second terminal of the first capacitor is connected to the first converter terminal , anc g) a second terminal of the second capacitor is connected to the second converter terminal .
An absorbent article, comprising an absorbent element obtainedby wrapping an absorbent body in a wrapping sheet , wherein the absorbent body is obtained by mixing and accumulating fibers and high absorbent polymer particles , the wrapping sheet includes an intermediate part located on a front face side of the absorbent body and both side parts folded back to a back face side of the absorbent body from the intermediate part, and distal ends of the both side parts of the wrapping sheet are overlapped on the back face side of the absorbent body to form a connecting portion , a total weight of the high absorbent polymer particles is larger than a total weight of the fibers in the absorbent body, a content rate of the high absorbent polymer particles of the absorbent body increases stepwise or continuously from the back face side toward the front face side, wherein a whole part of an internal surface of the wrapping sheet facing the absorbent body is bonded to an external surface of the absorbent body through a hot melt adhesive (H1, H2...), and a usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger at least in a region of both end portions in a width direction on the back face side of the absorbent body than on the front face side of the absorbent body , and wherein a slit penetrating the absorbent body in a thickness direction extends in the front-back direction at an intermediate portion of the absorbent body in the width direction, and the region in which the usage amount of the hot melt adhesive (H1, H2...) bonding the wrapping sheet and the absorbent body together is larger than the usage amount on the front face side of the absorbent body corresponds to a region including both end portions of the slit in the width direction. an absorbent element obtainedby wrapping an absorbent body in a wrapping sheet , wherein the absorbent body is obtained by mixing and accumulating fibers and high absorbent polymer particles , the wrapping sheet includes an intermediate part located on a front face side of the absorbent body and both side parts folded back to a back face side of the absorbent body from the intermediate part, and distal ends of the both side parts of the wrapping sheet are overlapped on the back face side of the absorbent body to form a connecting portion , a total weight of the high absorbent polymer particles is larger than a total weight of the fibers in the absorbent body, a content rate of the high absorbent polymer particles of the absorbent body increases stepwise or continuously from the back face side toward the front face side, wherein a whole part of an internal surface of the wrapping sheet facing the absorbent body is bonded to an external surface of the absorbent body through a hot melt adhesive (H1, H2...), and a usage amount of the hot melt adhesive bonding the wrapping sheet and the absorbent body together is larger at least in a region of both end portions in a width direction on the back face side of the absorbent body than on the front face side of the absorbent body , and
A measuring apparatus for measuring adhesion performance of an adhesive when it is impregnated as a layer in a surface, comprising: a rolling ball tack equipment configured to measure adhesion performance according to a rolling ball tack test standard, the rolling ball tack equipment including a metallic ball, a ramp and a tape or label to be evaluated; a remote triggering system comprising an actuator installed inside the apparatus, which liberates the metallic ball in the superior part of the ramp, characterized in a remote trigger for the actuator; wherein the rolling ball tack equipment and the actuator are provided in a conditioned chamber, and the remote trigger for the actuator is provided outside the conditioned chamber. a rolling ball tack equipment configured to measure adhesion performance according to a rolling ball tack test standard, the rolling ball tack equipment including a metallic ball, a ramp and a tape or label to be evaluated; a remote triggering system comprising an actuator installed inside the apparatus, which liberates the metallic ball in the superior part of the ramp, characterized in a remote trigger for the actuator; wherein the rolling ball tack equipment and the actuator are provided in a conditioned chamber, and the remote trigger for the actuator is provided outside the conditioned chamber.
Process for producing a self-sealing pneumatic vehicle tyre having a belt package , a tread arranged radially above the belt package and an airtight inner layer arranged radially on the inside, wherein the self-sealing of the pneumatic vehicle tyre is obtained via a sealant layer subsequently applied radially on the inside after the vulcanization of the pneumatic vehicle tyre, wherein the sealant layer has approximately the width of the belt package and is arranged approximately in the projection thereof and has a cross section which is formed in the cross-sectional plane including the tyre axis and has a surface running substantially parallel to the belt package in the axial direction and a surface running substantially in the radial direction, wherein the sealant layer is coated by applying at least one suspension with a rotating spray turntable or with a spray gun and wherein the suspension contains at least one alkali metal salt of at least one fatty acid and/or at least one alkaline earth metal salt of at least one fatty acid.
A clasp for joining two articles, the clasp comprising: a hook component that mates with a catch component in an interlocking configuration; the hook component comprising a hook-component stem configured to be coupled to a first article, a neck extending from the hook-component stem , and a cantilevered lip that is coupled to the neck ; and the catch component comprising a catch-component stem configured to be coupled to a second article and a hook-engaging portion coupled to the catch-component stem , the hook-engaging portion at least partially forming an eyelet configured to receive the cantilevered lip when the hook component is mated with the catch component to achieve the interlocking configuration, the hook-engaging portion including a lip-facing surface that faces towards the cantilevered lip in the interlocking configuration and a stem-facing surface that faces towards the hook-component stem in the interlocking configuration, wherein the hook-engaging portion includes a plate body between the lip-facing surface and the stem-facing surface , wherein the hook-engaging portion includes a groove constructed into the stem-facing surface and extending into the plate body and towards the lip-facing surface , at least a portion of the hook-component stem being nested in the groove in the interlocking configuration, and wherein the plate body includes a slot-engaging tongue between the groove and the lip-facing surface , the slot-engaging tongue being thinner than other portions of the plate body and mating in the catch-receiving slot in the interlocking configuration, characterized in that the cantilever lip overhangs the hook-component stem , and wherein the neck suspends the cantilevered lip apart from the hook-component stem to form a catch-receiving slot between the cantilevered lip and the hook-component stem .
An acrylic rubber composition comprising 20 to 80 parts by weight of a functional group-containing styrene acrylic-based resin containing a hydroxyl group or an epoxy group as the functional group, and 0.1 to 5 parts by weight of sulfur or a sulfur-containing vulcanization accelerator, based on 100 parts by weight of acrylic rubber.
A regulation method for an inverter compressor in a refrigeration system comprising an expansion valve defined by an evaporation temperature T e , a condensation temperature T c , a compressor speed v c and a compression ratio r c , said method comprising the following steps: a) establishing a working area with predetermined values for: - minimum and maximum evaporation temperatures T e , - minimum and maximum condensation temperatures T c , - minimum and maximum compressor speeds v c , - a maximum compression ratio r c , which defines the relationship between an evaporation temperature T e and a condensation temperature T c , - a maximum reheat value, b) measuring the working values of the compressor in terms of: - the evaporation temperature T e , - the condensation temperature T c , and - the compression ratio r c , where, if the compressor is operating on values outside the established working area, the method includes the additional step of: c) modifying the working parameters of the compressor acting on elements to be selected between: - the compressor speed v c , - the opening angle of the expansion valve , and - a combination of the above, such that, if the compressor does not go back to operating on values in the established working area within a certain time, the compressor stops operating and triggers an alarm. a) establishing a working area with predetermined values for: - minimum and maximum evaporation temperatures T e , - minimum and maximum condensation temperatures T c , - minimum and maximum compressor speeds v c , - a maximum compression ratio r c , which defines the relationship between an evaporation temperature T e and a condensation temperature T c , - a maximum reheat value, - minimum and maximum evaporation temperatures T e , - minimum and maximum condensation temperatures T c , - minimum and maximum compressor speeds v c , - a maximum compression ratio r c , which defines the relationship between an evaporation temperature T e and a condensation temperature T c , - a maximum reheat value, b) measuring the working values of the compressor in terms of: - the evaporation temperature T e , - the condensation temperature T c , and - the compression ratio r c , where, if the compressor is operating on values outside the established working area, the method includes the additional step of: - the evaporation temperature T e , - the condensation temperature T c , and - the compression ratio r c , c) modifying the working parameters of the compressor acting on elements to be selected between: - the compressor speed v c , - the opening angle of the expansion valve , and - a combination of the above, - the compressor speed v c , - the opening angle of the expansion valve , and - a combination of the above,
Starting method for internal combustion engines in motor vehicles with a start-stop system, the starter motor of which drives a pinion (13; 40), preferably a plug-in pinion, via a freewheel to start the internal combustion engine , and which, at the start of a stop phase, is axially meshed into a gear rim of the internal combustion engine by an engagement device , preferably with an interposed engagement spring , wherein the pinion is meshed into the still rotating gear rim with an axial pressure springing at the start of the stop phase, after the internal combustion engine has been switched off and before it comes to a standstill, preferably when the starter motor is stationary, characterized in that adjacent teeth of the pinion and adjacent teeth of the gear rim each have an axial length which differs by the same amount (x) in the region of the front end faces which are opposite one another in the disengaged state.
Horn system for a vehicle, comprising an airbag module having a center axis (c) and a cover for covering an airbag, wherein the cover is axially movable relative to a carrier plate or housing of the airbag module , and a horn circuit for producing a warning signal in response to moving the cover relative to the carrier plate or housing , wherein the horn system comprises at least one conductive element attached to the carrier plate or housing and displaceable between an assembling position and a holding position, characterized in that the at least one conductive element does not project beyond a circumferential edge of the carrier plate or housing in the assembling position and projects beyond the circumferential edge of the carrier plate or housing in the holding position, the at least one conductive element being configured to contact a portion, in particular a bottom rim , of the cover in the holding position.