mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: determining , by a terminal device , a maximum number of blind detection in a first time unit, wherein the first time unit comprises one or more symbols, and the first time unit comprises N blind detection occasions; and performing , by the terminal device , physical downlink control channel, PDCCH, blind detection in search spaces in an i th blind detection occasion of the N blind detection occasions based on priorities of types of the search spaces, the types comprising a common search space and a user equipment specific, UE-specific, search space, wherein i and N are respectively a positive integer, and i≤N; wherein a number of PDCCH blind detection performed in the N blind detection occasions is less than or equal to the maximum number of blind detection. determining , by a terminal device , a maximum number of blind detection in a first time unit, wherein the first time unit comprises one or more symbols, and the first time unit comprises N blind detection occasions; and performing , by the terminal device , physical downlink control channel, PDCCH, blind detection in search spaces in an i th blind detection occasion of the N blind detection occasions based on priorities of types of the search spaces, the types comprising a common search space and a user equipment specific, UE-specific, search space, wherein i and N are respectively a positive integer, and i≤N; wherein a number of PDCCH blind detection performed in the N blind detection occasions is less than or equal to the maximum number of blind detection.
A thermal control loop, comprising: a pump for pumping a liquid refrigerant; an evaporator for removing heat from a heat source and transferring heat to the liquid refrigerant; a condenser for removing heat from the liquid refrigerant; and an accumulator comprising: a reservoir including a reservoir exit line ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the reservoir exit line; a first porous capillary media supported by the at least one rigid structure; and a vapor-liquid separator in contact with at least one of the at least one rigid structure and the first porous capillary media ; characterized in that the vapor-liquid separator includes: a guide member extending along a guide member axis having a guide inlet and a guide outlet connected by a spiral conduit; and a second porous capillary media located radially outward from the spiral conduit on an exterior surface of the guide member. a pump for pumping a liquid refrigerant; an evaporator for removing heat from a heat source and transferring heat to the liquid refrigerant; a condenser for removing heat from the liquid refrigerant; and an accumulator comprising: a reservoir including a reservoir exit line ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the reservoir exit line; a first porous capillary media supported by the at least one rigid structure; and a vapor-liquid separator in contact with at least one of the at least one a reservoir including a reservoir exit line ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the reservoir exit line; a first porous capillary media supported by the at least one rigid structure; and a vapor-liquid separator in contact with at least one of the at least one rigid structure and the first porous capillary media ; characterized in that the vapor-liquid separator includes: a guide member extending along a guide member axis having a guide inlet and a guide outlet connected by a spiral conduit; and a second porous capillary media located radially outward from the spiral conduit on an exterior surface of the guide member. a guide member extending along a guide member axis having a guide inlet and a guide outlet connected by a spiral conduit; and a second porous capillary media located radially outward from the spiral conduit on an exterior surface of the guide member.
A cell culture medium kit of parts comprising a dry powder cell culture medium component and a liquid cell culture medium component which comprises a deep eutectic solvent comprised of choline and/or betaine and/or 2-methyl-choline, ethers and esters of choline such as acetylcholine, lactylcholine, propinoylcholine, buturylcholine, or the methyl-, ethyl-, vinyl- or butyl-ether of choline, esters of betaine or salts thereof and one or more amino acids.
A method comprising: a control panel of a security system instructing each of a plurality of wireless security sensors to conduct a scan of first operating channels of a first wireless protocol; the control panel receiving results from the scan; the control panel determining which of second operating channels of a second wireless protocol include wireless communication via the second wireless protocol; the control panel determining that a first of the first operating channels of the first wireless protocol fails to overlap with the second operating channels of the second wireless protocol that include the wireless communication via the second wireless protocol; the control panel determining whether the results from the scan indicate that the first of the first operating channels of the first wireless protocol includes interference at any of the plurality of wireless security sensors; and the control panel migrating the wireless communication with the plurality of wireless security sensors to the first of the first operating channels of the first wireless protocol when the results from the scan indicate that the first of the first operating channels of the first wireless protocol fails to include the interference at any of the plurality of wireless security sensors. a control panel of a security system instructing each of a plurality of wireless security sensors to conduct a scan of first operating channels of a first wireless protocol; the control panel receiving results from the scan; the control panel determining which of second operating channels of a second wireless protocol include wireless communication via the second wireless protocol; the control panel determining that a first of the first operating channels of the first wireless protocol fails to overlap with the second operating channels of the second wireless protocol that include the wireless communication via the second wireless protocol; the control panel determining whether the results from the scan indicate that the first of the first operating channels of the first wireless protocol includes interference at any of the plurality of wireless security sensors; and the control panel migrating the wireless communication with the plurality of wireless security sensors to the first of the first operating channels of the first wireless protocol when the results from the scan indicate that the first of the first operating channels of the first wireless protocol fails to include the interference at any of the plurality of wireless security sensors.
Process for manufacturing a three-dimensional inlay part for an interior trim part of a vehicle , comprising the steps of - providing a thermo-formable main layer having a décor side and a rear side , wherein ∘ an adhesive layer is applied on the rear side , and ∘ a releasable foil is applied on the adhesive layer , - inserting the thermo-formable main layer including the adhesive layer and the releasable foil into a forming unit , - forming the thermo-formable main layer into a three-dimensional inlay part by applying pressure by means of the forming unit , and - removing the three-dimensional inlay part from the forming unit , characterized in that - the thermo-formable main layer is made of a thermoplastic material and the process comprises the step of calibrating the thermo-formable main layer including the releasable foil by means of a calibration unit before being inserted into the forming unit or - the thermo-formable main layer is made of a thermoset material and the step of forming the thermo-formable main layer into a three-dimensional inlay part comprises heating of the thermo-formable main layer by means of the forming unit , wherein the releasable foil is removed from the adhesive layer after the forming process. - providing a thermo-formable main layer having a décor side and a rear side , wherein ∘ an adhesive layer is applied on the rear side , and ∘ a releasable foil is applied on the adhesive layer , ∘ an adhesive layer is applied on the rear side , and ∘ a releasable foil is applied on the adhesive layer , - inserting the thermo-formable main layer including the adhesive layer and the releasable foil into a forming unit , - forming the thermo-formable main layer into a three-dimensional inlay part by applying pressure by means of the forming unit , and - removing the three-dimensional inlay part from the forming unit , - the thermo-formable main layer is made of a thermoplastic material and the process comprises the step of calibrating the thermo-formable main layer including the releasable foil by means of a calibration unit before being inserted into the forming unit or - the thermo-formable main layer is made of a thermoset material and the step of forming the thermo-formable main layer into a three-dimensional inlay part comprises heating of the thermo-formable main layer by means of the forming unit , wherein the releasable foil is removed from the adhesive layer after the forming process.
An optoelectronic sensor for detecting and determining the distance of an object in a monitoring area using a light time-of-flight method with a plurality of individual measurements by repeatedly transmitting and receiving light pulses, wherein the sensor comprises a light transmitter for repeatedly transmitting light pulses for a respective individual measurement, a light receiver for generating a reception signal from a light pulse remitted by the object , a first sampling unit for sampling the reception signal with a low threshold and a second sampling unit for sampling the reception signal with a high threshold, a memory for storing sampling values of the first sampling unit and/or the second sampling unit or variables derived therefrom, and a control and evaluation unit configured to determine a measured value for the light time of flight from the sensor to the object after a plurality of individual measurements based on the data stored in the memory , characterized in that the control and evaluation unit is further configured to store sampling values of the first sampling unit or variables derived therefrom in the memory only if the second sampling unit detects an exceeding of the high threshold for the same individual measurement.
A constant-current and constant-voltage connection method for LED lamps, comprising: connecting a plurality of LED lamps in parallel at both ends of an external constant-current switching power supply (Is), characterized in that a total distance of a connection circuit of each LED lamp from a positive electrode of the external constant-current switching power supply (Is) to a positive electrode of the LED lamp to a negative electrode and then back to a negative electrode of the external constant-current switching power supply (Is) is the same.
A skin composition comprising: a) a mixture of ar-turmerone, alpha-turmerone and beta-turmerone, b) hyaluronic acid, or a salt thereof, and/or dextran sulfate, and c) isostearyl isostearate and/or oleyl erucate. a) a mixture of ar-turmerone, alpha-turmerone and beta-turmerone, b) hyaluronic acid, or a salt thereof, and/or dextran sulfate, and c) isostearyl isostearate and/or oleyl erucate.
A vibration generation motor comprising: a rotor that is configured to be rotatable about a rotation axis (C), the rotor including a weight having a center of gravity that is eccentric with respect to the rotation axis (C) and a back yoke to which the weight is attached; a shaft that is inserted into the rotor and configured to rotatably support the rotor a stator having a shaft support hole into which the shaft is non-rotatably inserted; and a restriction part that is disposed further inward than the weight in a radial direction (R), the restriction part being attached to one end of the shaft , and the restriction part restricting a movement of the rotor in an axial direction (Z), wherein the one end of the shaft and the restriction part are disposed at a first height with respect to the other end of the shaft , characterized in that the first height is lower than the larger of a height of the weight and a height of the back yoke with respect to the other end of the shaft . a rotor that is configured to be rotatable about a rotation axis (C), the rotor including a weight having a center of gravity that is eccentric with respect to the rotation axis (C) and a back yoke to which the weight is attached; a shaft that is inserted into the rotor and configured to rotatably support the rotor a stator having a shaft support hole into which the shaft is non-rotatably inserted; and a restriction part that is disposed further inward than the weight in a radial direction (R), the restriction part being attached to one end of the shaft , and the restriction part restricting a movement of the rotor in an axial direction (Z),
A gearbox for transmitting a movement from a motor to an element driven by the motor, the gearbox including a first shaft and a second shaft , one of which is intended to be connected to the motor and the other of which is intended to be connected to the element driven by the motor, the gearbox further including an intermediate shaft transmitting the movement from the first shaft to the second shaft and a casing delimiting a chamber , the first shaft and the second shaft each extending at least partially outside the casing , the intermediate shaft being accommodated in the chamber and comprising a first gearing element cooperating with the first shaft and a second gearing element cooperating with the second shaft , characterized in that the first shaft and the intermediate shaft are arranged at a first height (d1) relative to a bottom of the chamber , the second shaft being arranged at a second height (d2) relative to the bottom of the chamber , the second height (d2) being lower than the first height (d1), and in that the gearbox includes a first splash tub containing a lubricant, the first gearing element being at least partially submerged in the first splash tub .
An implantable prosthesis for repairing a fistula, the fistula having a primary opening , a secondary opening , and a fistula tract extending between the primary and secondary openings , the implantable prosthesis comprising: an implantable body of biocompatible material that is adapted to extend along and approximate the fistula tract , the body including first and second ends with a channel extending through the body , the body being positionable so that said first end is toward the primary opening and the second end is toward the secondary opening of the fistula, characterised in that at least a portion of the channel having an inner dimension that increases in a direction from the first end toward the second end to permit continued drainage of the fistula as the channel closes over time in a direction from the first end towards the second end.
A method for operating a power generating asset connected to a power grid , the method comprising: detecting, via a controller , a fault condition impacting the power generating asset; determining, via the controller , whether the fault condition is occurring in the power generating asset or in the power grid ; implementing a first response control scheme defining a first current threshold when the fault condition is occurring in the power generating asset , and a second response control scheme defining a second current threshold when the fault condition is occurring in the power grid , wherein the first current threshold is less than the second current threshold; and implementing a control action in response to an approach of a current to the first current threshold when the fault condition is occurring in the power generating asset and to the second current threshold when the fault condition is occurring in the power grid . detecting, via a controller , a fault condition impacting the power generating asset; determining, via the controller , whether the fault condition is occurring in the power generating asset or in the power grid ; implementing a first response control scheme defining a first current threshold when the fault condition is occurring in the power generating asset , and a second response control scheme defining a second current threshold when the fault condition is occurring in the power grid , wherein the first current threshold is less than the second current threshold; and implementing a control action in response to an approach of a current to the first current threshold when the fault condition is occurring in the power generating asset and to the second current threshold when the fault condition is occurring in the power grid .
A climbing shoe comprising: a shoe-upper shaped so as to completely cover the foot of the user; a sole which is fixed to the bottom of the shoe-upper so as to cover the front part of the bottom ; and a rear tensioning band made of elastomeric material, which is substantially U-bent and is fixed to the rear part of the shoe-upper so as to cover the area of the shoe-upper immediately above the heel portion of the shoe-upper , and then to extend obliquely along the two lateral sides of the shoe-upper towards the sole ; the climbing shoe additionally comprising a substantially ribbon-like sagittal tensioning band made of elastomeric material, which extends longitudinally on the bottom part of the shoe-upper , characterized in that the ribbon-like sagittal tensioning band extends from the tip of the shoe-upper up to the rear tensioning band crossing, in succession, the bottom and the heel portion of the shoe-upper while remaining beneath the sole , and is firmly fixed to the shoe-upper substantially along its entire length.
Single-fluted deep hole drill having a cutting edge , in which at least one chip splitter is provided, which is implemented as a groove or a step and which divides the cutting edge into an inner cutting region and at least one outer cutting region , wherein the at least one outer cutting region has an outwardly curved outline, characterised in that the outwardly curved outline is implemented by at least one circular arc .
An apparatus for rotating an object, comprising at least: a supporting member (B1); a driving unit , comprising a driving shaft and a driving source device for rotating the driving shaft in two way directions of a first direction and a second direction, and the driving shaft further comprising a drive-side roller for transmitting a rotational motion to the object upon contact with the object; and a propulsive force applying device , provided between the driving unit and the supporting member (B1), for moving the drive-side roller into contact with the object; the apparatus being characterised in that the driving shaft is provided with a one-directional transmission device , the one-directional transmission device comprises a driving-side part and a driven-side part , the driving shaft is fixed to the driving-side part or integrated with the driving-side part , and the one-directional transmission device comprises a mechanism for transmitting only a rotational driving force in the first direction of the driving shaft to the driven-side part , and in that the apparatus comprises a mechanism for converting the rotational driving force in the first direction, which is transmitted to the driven-side part of the one-directional transmission device , into a translational movement of the driving unit , in a direction away from the object. a supporting member (B1); a driving unit , comprising a driving shaft and a driving source device for rotating the driving shaft in two way directions of a first direction and a second direction, and the driving shaft further comprising a drive-side roller for transmitting a rotational motion to the object upon contact with the object; and a driving shaft and a driving source device for rotating the driving shaft in two way directions of a first direction and a second direction, and the driving shaft further comprising a drive-side roller for transmitting a rotational motion to the object upon contact with the object; and a propulsive force applying device , provided between the driving unit and the supporting member (B1), for moving the drive-side roller into contact with the object; provided between the driving unit and the supporting member (B1), for moving the drive-side roller into contact with the object; the driving shaft is fixed to the driving-side part or integrated with the driving-side part , and the one-directional transmission device comprises a mechanism for transmitting only a rotational driving force in the first direction of the driving shaft to the driven-side part , which is transmitted to the driven-side part of the one-directional transmission device , into a translational movement of the driving unit , in a direction away from the object.
A control system and/or adjustment system for a pneumatic fertiliser spreader for spreading granular agricultural spreading material, with a data processing device , a storage hopper for carrying along and/or supplying the spreading material, as well as with a distribution boom extending transverse to a driving direction (FR), on which distribution boom distribution tubes are arranged with distribution elements for the distribution of the spreading material, and wherein the distribution tubes are suppliable with an air volume flow for conveying the spreading material to the distribution elements , with a determination and/or evaluation by the data processing device of the conveying time (t1; t2) for the spreading material from a metering device along the distribution tube to the distribution element , as well as of distance covered per time unit by the distribution machine , wherein the optimal switch-on point and switch-off point of the metering device is calculable and/or outputable on the basis of the conveying time (t1; t2) and the distance covered per time unit in accordance with a control program and/or adjustment program stored in the data processing device , characterised in that a plurality of distribution tubes of different lengths (l1; l2) and/or different cross sections (d1; d2) are arranged on the distribution boom and/or in that these are suppliable with different air volume flows, wherein the conveying time (t1; t2) varies based on the cross sections (d1; d2), the lengths (l1; l2), and the air volume flows. with a data processing device , a storage hopper for carrying along and/or supplying the spreading material, as well as with a distribution boom extending transverse to a driving direction (FR), on which distribution boom distribution tubes are arranged with distribution elements for the distribution of the spreading material, and wherein the distribution tubes are suppliable with an air volume flow for conveying the spreading material to the distribution elements , with a determination and/or evaluation by the data processing device of the conveying time (t1; t2) for the spreading material from a metering device along the distribution tube to the distribution element , as well as of distance covered per time unit by the distribution machine , wherein the optimal switch-on point and switch-off point of the metering device is calculable and/or outputable on the basis of the conveying time (t1; t2) and the distance covered per time unit in accordance with a control program and/or adjustment program stored in the data processing device , characterised in that a plurality of distribution tubes of different lengths (l1; l2) and/or different cross sections (d1; d2) are arranged on the distribution boom and/or in that these are suppliable with different air volume flows, wherein the conveying time (t1; t2) varies based on the cross sections (d1; d2), the lengths (l1; l2), and the air volume flows.