mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a packet by a user equipment, UE, the method comprising: measuring a channel busy ratio, CBR, value for a resource pool in a first carrier; receiving (S810), from a base station, a plurality of first thresholds for determining a number of duplicated packets, wherein each of the plurality of first thresholds is related to a corresponding CBR range of a plurality of CBR ranges; determining a second threshold related to a CBR range to which the CBR value belongs, among the plurality of first thresholds; and based on the number of duplicated packets being less or equal than the second threshold for a certain time, generating (S820, S830) a second packet by duplicating a first packet, wherein, based on the number of duplicated packets being larger than the second threshold for the certain time, the UE is not allowed to duplicate the first packet. measuring a channel busy ratio, CBR, value for a resource pool in a first carrier; receiving (S810), from a base station, a plurality of first thresholds for determining a number of duplicated packets, wherein each of the plurality of first thresholds is related to a corresponding CBR range of a plurality of CBR ranges; determining a second threshold related to a CBR range to which the CBR value belongs, among the plurality of first thresholds; and based on the number of duplicated packets being less or equal than the second threshold for a certain time, generating (S820, S830) a second packet by duplicating a first packet, wherein, based on the number of duplicated packets being larger than the second threshold for the certain time, the UE is not allowed to duplicate the first packet.
A safety and escape sign luminaire with a transparent light guide and distribution plate , a number of LEDs assigned to at least one light entry edge of the light guide and distribution plate and at least one pictogram assigned to a lateral light-emitting surface of the light guide and distribution plate , characterized in that an adhesive layer structured for light distribution is disposed between the pictogram and the light-emitting surface , wherein the adhesive layer comprises, at least in part, amplitude-modulated and/or frequency-modulated screens, wherein, in the case of an amplitude-modulated screen, respective screen dots are disposed in a strictly geometric manner relative to each other, and in particular at an equal distance from each other, and in the case of a frequency-modulated screen, respective screen dots are disposed randomly relative to each other and substantially always have the same size.
Refrigerated sales furniture , comprising: a front frame with at least one opening providing access to a refrigerated goods presentation space of the refrigerated sales furniture ; at least one mullion , which is detachably mounted to the front frame and which comprises at least one heat pipe ; and at least one refrigerant conduit extending through at least a section of the front frame ; wherein the mullion comprises a first heat conducting section and an end section of the at least one heat pipe is embedded in the first heat conducting section providing a thermal connection between the first heat conducting section and the at least one heat pipe ; wherein the front frame comprises a second heat conducting section and a section of the at least one refrigerant conduit extends through the second heat conducting section providing a thermal connection between the second heat conducting section and the refrigerant flowing through the refrigerant conduit ; and wherein the first and second heat conducting sections abut against each other and form a heat conduction device configured to provide a thermal connection to transfer heat from the refrigerant flowing through the refrigerant conduit to the at least one heat pipe . a front frame with at least one opening providing access to a refrigerated goods presentation space of the refrigerated sales furniture ; at least one mullion , which is detachably mounted to the front frame and which comprises at least one heat pipe ; and at least one refrigerant conduit extending through at least a section of the front frame ; wherein the mullion comprises a first heat conducting section and an end section of the at least one heat pipe is embedded in the first heat conducting section providing a thermal connection between the first heat conducting section and the at least one heat pipe ; wherein the front frame comprises a second heat conducting section and a section of the at least one refrigerant conduit extends through the second heat conducting section providing a thermal connection between the second heat conducting section and the refrigerant flowing through the refrigerant conduit ; and wherein the first and second heat conducting sections abut against each other and form a heat conduction device configured to provide a thermal connection to transfer heat from the refrigerant flowing through the refrigerant conduit to the at least one heat pipe .
A filtration system comprising: a filtration chamber , a filtration-element housed within the filtration chamber, wherein the filtration-element comprises a body of the filtration-element, a common valve comprising a valve housing in fluid communication with the filtration chamber, with a source of fluid to be filtered, and with evacuation port for backflush fluid, through three respective openings in the valve housing, characterized in that the common valve, the filtration chamber, and a tube segment connecting therebetween, are mutually configured to provide for an uninterrupted bend-free flow-channel extending at least from exteriorly to an inlet opening of the common valve, to the body of the filtration-element whenever the common valve is in a filtration mode of operation. a filtration chamber , a filtration-element housed within the filtration chamber, wherein the filtration-element comprises a body of the filtration-element, a common valve comprising a valve housing in fluid communication with the filtration chamber, with a source of fluid to be filtered, and with evacuation port for backflush fluid, through three respective openings in the valve housing, characterized in that the common valve, the filtration chamber, and a tube segment connecting therebetween, are mutually configured to provide for an uninterrupted bend-free flow-channel extending at least from exteriorly to an inlet opening of the common valve, to the body of the filtration-element whenever the common valve is in a filtration mode of operation.
Artificial hair comprising an acrylic fiber for artificial hair formed from an acrylic polymer, wherein the acrylic polymer comprises 29.5 to 79.5% by weight of acrylonitrile, 20 to 70% by weight of vinyl chloride and/or vinylidene chloride, and 0.5 to 5% by weight of a sulfonic acid-containing vinyl monomer with respect to a total weight of the acrylic polymer, a content of an organic solvent that can dissolve the acrylic polymer in the acrylic fiber is 0.1 to 3% by weight, and the acrylic fiber has a single fiber fineness of 30 to 100 dtex, wherein an organic solvent is judged as "organic solvent that can dissolve the acrylic polymer", if a mixture prepared by adding 20 parts by weight of the organic solvent to 100 parts by weight of the acrylic polymer is heated at 90°C for 30 minutes and the state thereafter is transparent, and wherein the content of the organic solvent in the acrylic fiber is measured according to the description.
A compound characterized by the general formula (I) wherein two out of six X are OPSO 2 2- and the remaining X are OSO 3 - .
A machine tool configured to machine a workpiece by relatively moving a spindle on which a tool is attached and a table on which the workpiece is placed, the machine tool comprising: an image pickup device that picks up an image of the tool disposed at a predetermined image pickup position; a reflector disposed on a side opposite to the image pickup device with respect to the tool in a direction from the image pickup device toward the tool disposed at the image pickup position; a light source that irradiates a reflective surface of the reflector with light; and a control device that calculates a shape of the tool from the image of the tool picked up by the image pickup device , characterized in that the machine tool further comprises a partition wall that partitions between a machining chamber in which the workpiece is machined and a tool storage chamber in which the tool is stored, wherein the reflector is formed by a shutter supported by the partition wall , and the shutter is formed so as to be movable with respect to the partition wall . an image pickup device that picks up an image of the tool disposed at a predetermined image pickup position; a reflector disposed on a side opposite to the image pickup device with respect to the tool in a direction from the image pickup device toward the tool disposed at the image pickup position; a light source that irradiates a reflective surface of the reflector with light; and a control device that calculates a shape of the tool from the image of the tool picked up by the image pickup device , characterized in that the machine tool further comprises a partition wall that partitions between a machining chamber in which the workpiece is machined and a tool storage chamber in which the tool is stored, wherein the reflector is formed by a shutter supported by the partition wall , and the shutter is formed so as to be movable with respect to the partition wall .
Method for transferring blister packs to a conveyor device , comprising the following steps: a) providing a plurality of blister packs in a stationary receptacle region in which the plurality of blister packs are disposed beside one another in a transverse direction (Q) which extends transversely to a conveying direction (F) of the conveyor device ; b) receiving the plurality of blister packs in the receptacle region by way of a first transfer installation ; c) collectively moving the plurality of blister packs by means of the first transfer installation , from the receptacle region into a stationary depositing region ; d) depositing the plurality of blister packs on an intermediate placement area in the stationary depositing region ; e) disposing one blister pack from the plurality of blister packs in a stationary receiving position ; f) receiving the blister pack situated in the stationary receiving position by way of a second transfer installation ; g) moving the received blister pack from the stationary receiving position to a stationary depositing position by means of the second transfer installation ; h) depositing the moving blister pack in the stationary depositing position onto the conveyor device ; and i) repeating steps e) to h) for each further blister pack from the plurality of blister packs , wherein the disposing of the blister packs according to step e) is in each case performed by moving the intermediate placement area in the transverse direction (Q), characterized in that neither does first transfer installation cause an offset of the plurality of blister packs in the transverse direction (Q), nor does the second transfer installation cause an offset of the blister pack moved thereby in the transverse direction (Q). a) providing a plurality of blister packs in a stationary receptacle region in which the plurality of blister packs are disposed beside one another in a transverse direction (Q) which extends transversely to a conveying direction (F) of the conveyor device ; b) receiving the plurality of blister packs in the receptacle region by way of a first transfer installation ; c) collectively moving the plurality of blister packs by means of the first transfer installation , from the receptacle region into a stationary depositing region ; d) depositing the plurality of blister packs on an intermediate placement area in the stationary depositing region ; e) disposing one blister pack from the plurality of blister packs in a stationary receiving position ; f) receiving the blister pack situated in the stationary receiving position by way of a second transfer installation ; g) moving the received blister pack from the stationary receiving position to a stationary depositing position by means of the second transfer installation ; h) depositing the moving blister pack in the stationary depositing position onto the conveyor device ; and i) repeating steps e) to h) for each further blister pack from the plurality of blister packs , wherein the disposing of the blister packs according to step e) is in each case performed by moving the intermediate placement area in the transverse direction (Q),
A system , comprising: a wearable electronic device including: a memory configured to store at least outbound identity information related to a user of the wearable electronic device; an encoder configured to associate at least the outbound identity information from the memory with an outbound optical signal pattern by encoding the outbound identity information from the memory in the outbound optical signal pattern; and an optical signal transmitter configured to broadcast the outbound optical signal pattern; an optical signal receiver of the wearable electronic device, the optical signal receiver is configured to receive an inbound optical signal pattern; a decoder of the wearable electronic device, the decoder is configured to access inbound identity information associated with the inbound optical signal pattern; and a location module configured to determine a location of the wearable electronic device and characterized in that the decoder is configured to interpret the inbound optical signal pattern based on the location of the wearable electronic device. a memory configured to store at least outbound identity information related to a user of the wearable electronic device; an encoder configured to associate at least the outbound identity information from the memory with an outbound optical signal pattern by encoding the outbound identity information from the memory in the outbound optical signal pattern; and an optical signal transmitter configured to broadcast the outbound optical signal pattern; an optical signal receiver of the wearable electronic device, the optical signal receiver is configured to receive an inbound optical signal pattern; a decoder of the wearable electronic device, the decoder is configured to access inbound identity information associated with the inbound optical signal pattern; and a location module configured to determine a location of the wearable electronic device and characterized in that the decoder is configured to interpret the inbound optical signal pattern based on the location of the wearable electronic device.
A hybrid construction machine with a control system in which driving power of an engine serving as part of a driving source is distributed to a hydraulic pump and a generator , a rotation motor for rotation being driven from power generated by said generator , a hydraulic actuator being driven from pressurized oil supplied by said hydraulic pump , the power required by the rotation motor is indicated by a manipulating signal from a rotation manipulating lever wherein: said control system, when said hydraulic actuator and said rotation motor are being driven simultaneously, detects output power outputted by said driving source and required power required by said hydraulic actuator and by said rotation motor , and, when said required power exceeds said output power, restricts torque or acceleration of said rotation motor so that a prioritized assignment of the output power to said hydraulic actuator is effected; characterised in that : said control system monitors a displacement range of rotation of said rotation motor , and, when the monitored displacement range of rotation is smaller than a predetermined rotation range, puts an upper limit on the torque or acceleration of said rotation motor , or multiplies the manipulating signal from the rotation manipulation lever by a factor smaller than unity.
A lead-free solder alloy, comprising: 0.1 to 2.0 mass% of Cu; 0.01 to 0.5 mass% of Ni; 1 to 3 mass% of Bi; 0.001 to 0.1 mass% of Ge; unavoidable impurities; and 76.0 to 99.5 mass% of Sn, which is the balance of the solder alloy. 0.1 to 2.0 mass% of Cu; 0.01 to 0.5 mass% of Ni; 1 to 3 mass% of Bi; 0.001 to 0.1 mass% of Ge; unavoidable impurities; and 76.0 to 99.5 mass% of Sn, which is the balance of the solder alloy.
Method comprising: - searching an electronic database having entries (211-213, 221-224) for a plurality of operating devices and a plurality of luminaires , on the basis of a request that indicates a lighting characteristic , - based on the searching of the electronic database : determining a combination of an operating device from the plurality of operating devices and a luminaire from the plurality of luminaires , and also an electrical operating point of the operating device , - providing an output which indicates the operating device of the determined combination, the luminaire of the determined combination, and the determined operating point ; and - automatically programming the operating device of the determined combination for operation at the determined operating point on the basis of the output, wherein an electronic configuration file is created that comprises an identification of the operating device of the determined combination, an identification of the luminaire of the determined combination, and a configuration parameter for the operating point , wherein programming the operating device of the determined combination comprises transmitting the electronic configuration file to the operating device . - searching an electronic database having entries (211-213, 221-224) for a plurality of operating devices and a plurality of luminaires , on the basis of a request that indicates a lighting characteristic , - based on the searching of the electronic database : determining a combination of an operating device from the plurality of operating devices and a luminaire from the plurality of luminaires , and also an electrical operating point of the operating device , - providing an output which indicates the operating device of the determined combination, the luminaire of the determined combination, and the determined operating point ; and - automatically programming the operating device of the determined combination for operation at the determined operating point on the basis of the output, wherein an electronic configuration file is created that comprises an identification of the operating device of the determined combination, an identification of the luminaire of the determined combination, and a configuration parameter for the operating point , wherein programming the operating device of the determined combination comprises transmitting the electronic configuration file to the operating device .
An electrode structure for a redox flow battery , the electrode structure comprising at least one electrode , characterized in that the electrode is configured as a surface element having flat surfaces on opposite sides of the electrode , the surfaces extending in respective parallel planes, wherein a plurality of three-dimensional protrusions is applied on at least one of the surfaces and protrude, from the at least one surface , at least in a direction being perpendicular to the respective planes, the protrusions are configured as spacers by means of which the electrode is kept at a distance from at least one further component of the electrode structure , characterized in that the protrusions contact the further component directly, whereas the further component is configured as ion exchange membrane for the redox flow battery and the protrusions are made from an electrically non-conductive material.
A double disc surface grinding machine comprising: a pair of grinding wheels opposed to each other, with a distance therebetween in a first direction, to rotate for grinding a work (W); a clamp member having a non-circular outer circumferential portion and adapted to clamp the work (W) to thereby fix the clamp member to an outer circumferential surface of the work (W) to assemble the work (W) and the clamp member integrally with each other; a storage portion having a non-circular inner circumferential portion engageable with the outer circumferential portion of the clamp member , which is adapted to house the clamp member clamped to the work (W), movably in the first direction; a rotation drive section which is adapted to rotate the storage portion around a first rotation axis extending in the first direction; and a grinding wheel feeding section which is configured to feed at least one of the grinding wheels onto the work (W) for sandwiching the work (W) with the pair of grinding wheels and for grinding two main surfaces of the work (W). a pair of grinding wheels opposed to each other, with a distance therebetween in a first direction, to rotate for grinding a work (W); a clamp member having a non-circular outer circumferential portion and adapted to clamp the work (W) to thereby fix the clamp member to an outer circumferential surface of the work (W) to assemble the work (W) and the clamp member integrally with each other; a storage portion having a non-circular inner circumferential portion engageable with the outer circumferential portion of the clamp member , which is adapted to house the clamp member clamped to the work (W), movably in the first direction; a rotation drive section which is adapted to rotate the storage portion around a first rotation axis extending in the first direction; and a grinding wheel feeding section which is configured to feed at least one of the grinding wheels onto the work (W) for sandwiching the work (W) with the pair of grinding wheels and for grinding two main surfaces of the work (W).
A manual control device for a household appliance, the control device being associated with a control axis, an action of movement on the control device causing a movement of said control axis, said control device including: - a movable part and a support part of the movable part , the movable part being movable relative to the support part , the movable part and the support part including connecting means intended to connect the movable part and the support part to each other, said support part including means for cooperating and positioning the support part relative to a support plate; and - a transmission element mounted between said movable part and the associated control axis, said transmission element transmitting a movement of the movable part relative to the support part , to the control axis, characterized in that the support part also includes at least one notch shaped to house a tab of a support plate so that a base of the support part bears on the support plate and so that the support part is immobilized in directions parallel to the plane in which the support plate extends. - a movable part and a support part of the movable part , the movable part being movable relative to the support part , the movable part and the support part including connecting means intended to connect the movable part and the support part to each other, said support part including means for cooperating and positioning the support part relative to a support plate; and - a transmission element mounted between said movable part and the associated control axis, said transmission element transmitting a movement of the movable part relative to the support part , to the control axis,