mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting a discovery signal for a device-to-device, D2D, communication at a user equipment, UE, in a wireless communication system, the method comprising: transmitting the discovery signal via a first resource block of a resource structure at a first period; and transmitting the discovery signal via a second resource block of the resource structure at a second period, wherein each of the first resource block and the second resource block is defined by a time unit index and a frequency unit index, wherein one of the time unit index and the frequency unit index of the second resource block is determined based on the other of the time unit index and the frequency unit index of the first resource block, wherein a number of frequency units in the resource structure is the same as a number of time units in the resource structure, wherein the indices of the first resource block and the second resource block are defined by [time unit index, frequency unit index], when the index of the first resource block is [x, y], the time unit index of the second resource block is defined by (y+a) mod Nt, and the frequency unit index of the second resource block is defined by (x+b) mod Nf, Nt being the number of time units in the resource structure, Nf being the number of frequency units in the resource structure, and a and b being integers equal to or greater than 0. transmitting the discovery signal via a first resource block of a resource structure at a first period; and transmitting the discovery signal via a second resource block of the resource structure at a second period, wherein each of the first resource block and the second resource block is defined by a time unit index and a frequency unit index, wherein one of the time unit index and the frequency unit index of the second resource block is determined based on the other of the time unit index and the frequency unit index of the first resource block, wherein a number of frequency units in the resource structure is the same as a number of time units in the resource structure, wherein the indices of the first resource block and the second resource block are defined by [time unit index, frequency unit index], when the index of the first resource block is [x, y], the time unit index of the second resource block is defined by (y+a) mod Nt, and the frequency unit index of the second resource block is defined by (x+b) mod Nf, Nt being the number of time units in the resource structure, Nf being the number of frequency units in the resource structure, and a and b being integers equal to or greater than 0.
A sensor for monitoring successive exhaled breaths of tidal breathing by sensing water vapour in successive exhaled breaths, the sensor comprising: a sensing element disposed to be exposed to the exhaled breath, the sensing element comprising: a working electrode ; a counter electrode , both of said electrodes being gold electrodes which have been applied to a substrate of said sensor by thick film screen printing; and a layer of ion exchange material extending between the working electrode and the counter electrode whereby contact of the ion exchange layer with water vapour in exhaled breath forms an electrical contact between the working and counter electrodes; the sensor further comprising a conduit through which exhaled breath is channelled to impinge upon the sensing element and a side inlet provided in the form of an orifice in said conduit which is arranged to direct air onto the sensing element during inhalation through the sensor, whereby the output of the sensor enables monitoring of the change in concentration of water vapour over time in successive exhaled breaths. a working electrode ; a counter electrode , both of said electrodes being gold electrodes which have been applied to a substrate of said sensor by thick film screen printing; and a layer of ion exchange material extending between the working electrode and the counter electrode
A dryer for clothes, comprising: a cabinet ; a drying drum accommodated in the cabinet and into which an object to be dried is put; a suction passage supplying hot air into the drying drum; a heating unit disposed in any position of the suction passage to heat the air introduced into the suction passage at a high temperature; an exhaust passage through the hot air discharged from the drying drum flows; a blower mounted on one position of the exhaust passage to forcibly blow the air within the drying drum; a lint filter assembly mounted on the other position of the exhaust passage;and a lint filter cleaning device for removing lint attached to the lint filter assembly, wherein the lint filter assembly comprises: a filter frame defining an edge thereof; a mesh member attached to the filter frame to cover an inner region of the filter frame; and a partition rib comprising a plurality of horizontal ribs and vertical ribs which are disposed inside the filter frame, wherein the mesh member is partitioned into a plurality of filtering blocks by the plurality of horizontal ribs and vertical ribs, and wherein a flow groove is defined between the mesh member and each of the horizontal ribs , so that cleaning water smoothly flows down along the mesh member . a cabinet ; a drying drum accommodated in the cabinet and into which an object to be dried is put; a suction passage supplying hot air into the drying drum; a heating unit disposed in any position of the suction passage to heat the air introduced into the suction passage at a high temperature; an exhaust passage through the hot air discharged from the drying drum flows; a blower mounted on one position of the exhaust passage to forcibly blow the air within the drying drum; a lint filter assembly mounted on the other position of the exhaust passage;and a lint filter cleaning device for removing lint attached to the lint filter assembly, wherein the lint filter assembly comprises: a filter frame defining an edge thereof; a mesh member attached to the filter frame to cover an inner region of the filter frame; and a partition rib comprising a plurality of horizontal ribs and vertical ribs which are disposed inside the filter frame, wherein the mesh member is partitioned into a plurality of filtering blocks by the plurality of horizontal ribs and vertical ribs, and wherein a flow groove is defined between the mesh member and each of the horizontal ribs , so that cleaning water smoothly flows down along the mesh member . a filter frame defining an edge thereof; a mesh member attached to the filter frame to cover an inner region of the filter frame; and a partition rib comprising a plurality of horizontal ribs and vertical ribs which are disposed inside the filter frame, wherein the mesh member is partitioned into a plurality of filtering blocks by the plurality of horizontal ribs and vertical ribs, and wherein a flow groove is defined between the mesh member and each of the horizontal ribs , so that cleaning water smoothly flows down along the mesh member .
An internal-circulating heat dissipation system for a stage light, the system comprising a support arm ; a light holder ; and a circulating heat dissipation system, wherein the light holder is pivotally connected to the support arm through a pivot shaft , the pivot shaft is of a shaft pipe structure, an internal space of the light holder is in communication with an internal space of the support arm through the pivot shaft , the circulating heat dissipation system comprises a cooling medium, a heat dissipation component located inside the support arm , and a power component that promotes the cooling medium to flow in circulation between the light holder and the heat dissipation component through the shaft pipe structure, and the cooling medium is isolated from an external space of the stage light, wherein the light holder is pivotally connected to the support arm through two pivot shafts , both the pivot shafts are of a shaft pipe structure, characterized in that the cooling medium flows into one of the shaft pipe structures and flows out of the other shaft pipe structure. a support arm ; a light holder ; and a circulating heat dissipation system, wherein the light holder is pivotally connected to the support arm through a pivot shaft , the pivot shaft is of a shaft pipe structure, an internal space of the light holder is in communication with an internal space of the support arm through the pivot shaft , the circulating heat dissipation system comprises a cooling medium, a heat dissipation component located inside the support arm , and a power component that promotes the cooling medium to flow in circulation between the light holder and the heat dissipation component through the shaft pipe structure, and the cooling medium is isolated from an external space of the stage light, wherein the light holder is pivotally connected to the support arm through two pivot shafts , both the pivot shafts are of a shaft pipe structure, characterized in that the cooling medium flows into one of the shaft pipe structures and flows out of the other shaft pipe structure.
A hydraulic protection system for preventing collapse of a hydraulic line in the event of a loss of pressure occurring, the system comprising: a pressure sensing assembly which is arranged, in use, to monitor a pressure differential between fluid external to the hydraulic line and fluid contained within the hydraulic line; and a pressure compensation assembly which is adapted to be coupled to the hydraulic line and which is exposed, in use, to the fluid external to the hydraulic line; in which, in the event of a loss of pressure in the hydraulic line occurring, the pressure compensation assembly is operable to employ the pressure of the fluid external to the hydraulic line to increase the pressure of the fluid contained within the hydraulic line and thereby compensate for the loss; in which the system is arranged so that the pressure compensation assembly is operated when the pressure differential monitored by the pressure sensing assembly reaches a predetermined level, which is below a collapse pressure of the hydraulic line, so that exposure of the hydraulic line to the collapse pressure is avoided and collapse of the line prevented; in which the pressure compensation assembly is arranged so that: in a main operation state, it can communicate the pressure of the external fluid to the fluid within the hydraulic line; and in a further operation state, it permits fluid communication between the external fluid and the fluid in the hydraulic line. a pressure sensing assembly which is arranged, in use, to monitor a pressure differential between fluid external to the hydraulic line and fluid contained within the hydraulic line; and a pressure compensation assembly which is adapted to be coupled to the hydraulic line and which is exposed, in use, to the fluid external to the hydraulic line; in which, in the event of a loss of pressure in the hydraulic line occurring, the pressure compensation assembly is operable to employ the pressure of the fluid external to the hydraulic line to increase the pressure of the fluid contained within the hydraulic line and thereby compensate for the loss; in which the system is arranged so that the pressure compensation assembly is operated when the pressure differential monitored by the pressure sensing assembly reaches a predetermined level, which is below a collapse pressure of the hydraulic line, so that exposure of the hydraulic line to the collapse pressure is avoided and collapse of the line prevented; in which the pressure compensation assembly is arranged so that: in a main operation state, it can communicate the pressure of the external fluid to the fluid within the hydraulic line; and in a further operation state, it permits fluid communication between the external fluid and the fluid in the hydraulic line. in a main operation state, it can communicate the pressure of the external fluid to the fluid within the hydraulic line; and in a further operation state, it permits fluid communication between the external fluid and the fluid in the hydraulic line.
A process for removing impurities from a dehydrochlorination reactor comprising an inner metal alloy surface in which a dehydrochlorination reaction of 2-chloro-1,1,1,2-tetrafluoropropane (HCFC-244bb) to 2,3,3,3-tetrafluoropropene (HFO-1234yf) takes place, comprising the steps of: (a) purging the reactor with an inert gas; (b) optionally, oxidizing the impurities in the reactor by introducing an oxidizing agent into the reactor under conditions effective to oxidize the impurities; (c) reducing the impurities in the reactor by introducing a reducing agent into the reactor under conditions effective to reduce the impurities; (d) cooling the reactor to an ambient temperature while passing the reducing agent and/or inert gas through the reactor; and (e) maintaining a positive pressure in the reactor with the reducing agent and/or the inert gas, wherein the impurities in the reactor comprise metal halides, metal oxides or carbonaceous materials. (a) purging the reactor with an inert gas; (b) optionally, oxidizing the impurities in the reactor by introducing an oxidizing agent into the reactor under conditions effective to oxidize the impurities; (c) reducing the impurities in the reactor by introducing a reducing agent into the reactor under conditions effective to reduce the impurities; (d) cooling the reactor to an ambient temperature while passing the reducing agent and/or inert gas through the reactor; and (e) maintaining a positive pressure in the reactor with the reducing agent and/or the inert gas, wherein the impurities in the reactor comprise metal halides, metal oxides or carbonaceous materials.
Slotted guide ring for a piston-cylinder unit , which consists partially or completely of a viscoplastically deformable base material, - with a guide side which points inward or outward in a direction radial to the central axis Z of the guide ring and which is used for dynamically contacting abutment on a machine part , and - with a rear side which points away from the guide side in the radial direction and which serves to support the guide ring in a statically contacting manner, - with a first free end portion and with a second free end portion , which are at a distance from one another in the circumferential direction of the guide ring, forming an axial passage gap , and the end faces of which extend parallel or substantially parallel to one another, the end faces enclosing an acute angle α of 15° ≤ α ≤ 75° with the central axis Z in their projection onto the central axis Z, - with a plurality of annular beads formed on the guide side , which are each arranged at a distance from one another in an axial direction relative to the central axis Z of the guide ring , - with at least one lubricant channel which is delimited on both sides in the axial direction by two of the annular beads , the lubricant channel extending in the circumferential direction of the guide ring from the first free end portion to the second free end portion and being open on both sides toward the axial passage gap , characterized in that the at least one lubricant channel has a wavy course in the circumferential direction. - with a guide side which points inward or outward in a direction radial to the central axis Z of the guide ring and which is used for dynamically contacting abutment on a machine part , and - with a rear side which points away from the guide side in the radial direction and which serves to support the guide ring in a statically contacting manner, - with a first free end portion and with a second free end portion , which are at a distance from one another in the circumferential direction of the guide ring, forming an axial passage gap , and the end faces of which extend parallel or substantially parallel to one another, the end faces enclosing an acute angle α of 15° ≤ α ≤ 75° with the central axis Z in their projection onto the central axis Z, - with a plurality of annular beads formed on the guide side , which are each arranged at a distance from one another in an axial direction relative to the central axis Z of the guide ring , - with at least one lubricant channel which is delimited on both sides in the axial direction by two of the annular beads , the lubricant channel extending in the circumferential direction of the guide ring from the first free end portion to the second free end portion and being open on both sides toward the axial passage gap ,
A Long Term Evolution, LTE, system comprising: a Limited Capability Terminal Equipment, LCTE, configured, upon initiating a physical random access channel, PRACH, random access operation, to select a PRACH preamble from a predetermined subset of PRACH preambles, said subset of PRACH preambles being strictly contained within and strictly smaller in size than a set of Group A or Group B contention-based PRACH preambles defined for the LTE wireless communication system, the selected PRACH preamble included in wireless transmission of a PRACH preamble message; and an evolved Node B, eNB , configured, in response to receipt of the PRACH preamble belonging to said subset of PRACH preambles , to schedule transmission of an associated random access response, RAR, on a restricted set of physical resource blocks, PRBs, wherein the restricted set of PRBs is identified by a function commonly known to both the eNB and the LCTE or the eNB is configured to communicate the restricted set of PRBs to the LCTE via a System Information Block, SIB, characterised by the eNB being further configured to monitor one or more indicators of system performance indicative of a usage distribution of the set of all PRACH preambles and to adjust a size of the predetermined subset of PRACH preambles based on said one or more indicators of system performance and to facilitate an increased evenness in said usage distribution. a Limited Capability Terminal Equipment, LCTE, configured, upon initiating a physical random access channel, PRACH, random access operation, to select a PRACH preamble from a predetermined subset of PRACH preambles, said subset of PRACH preambles being strictly contained within and strictly smaller in size than a set of Group A or Group B contention-based PRACH preambles defined for the LTE wireless communication system, the selected PRACH preamble included in wireless transmission of a PRACH preamble message; and an evolved Node B, eNB , configured, in response to receipt of the PRACH preamble belonging to said subset of PRACH preambles , to schedule transmission of an associated random access response, RAR, on a restricted set of physical resource blocks, PRBs, wherein the restricted set of PRBs is identified by a function commonly known to both the eNB and the LCTE or the eNB is configured to communicate the restricted set of PRBs to the LCTE via a System Information Block, SIB, characterised by the eNB being further configured to monitor one or more indicators of system performance indicative of a usage distribution of the set of all PRACH preambles and to adjust a size of the predetermined subset of PRACH preambles based on said one or more indicators of system performance and to facilitate an increased evenness in said usage distribution.
Cable installation housing for signalling cables, with housing walls, an interior space for the signalling cable installation closed off by the housing walls, wherein the housing walls have at least in part an inner wall and a further outer wall of the cable installation housing, which define an intermediate space between them, a fan for cooling the interior, wherein the fan is connected to at least one intermediate space of the housing walls, during operation forces an air flow through the intermediate space for cooling the interior and wherein the intermediate space is ventilated against an environment outside the cable installation housing, and characterised by a cooling unit (13-23) for active cooling of the interior, which cooling unit (13-23) has a refrigerant circuit with a compressor for the refrigerant, an evaporator and a condenser and further has an evaporator fan and a condenser fan , wherein at least one of the group consisting of the condenser fan and the evaporator fan is the fan connected to the intermediate space. an interior space for the signalling cable installation closed off by the housing walls, wherein the housing walls have at least in part an inner wall and a further outer wall of the cable installation housing, which define an intermediate space between them, a fan for cooling the interior, wherein the fan is connected to at least one intermediate space of the housing walls, during operation forces an air flow through the intermediate space for cooling the interior and wherein the intermediate space is ventilated against an environment outside the cable installation housing, and characterised by a cooling unit (13-23) for active cooling of the interior, which cooling unit (13-23) has a refrigerant circuit with a compressor for the refrigerant, an evaporator and a condenser and further has an evaporator fan and a condenser fan , wherein at least one of the group consisting of the condenser fan and the evaporator fan is the fan connected to the intermediate space.
Use of a solvent comprising a fluorine-containing solvent for gas chromatography mass spectrometry of fluorine-containing substances adhered to a surface of a fluororesin melt-molded product, wherein the fluorine-containing solvent is 1,1,1,2,3,4,4,5,5,5-decafluoropentane.
A method of inline manufacturing a substrate comprising treating surfaces by consecutive treatments of different durations, thereby establishing a basic treatment step duration and performing each of said consecutive treatments of different duration in a respective number of subsequent treatment stations, treatment in all of said subsequent treatment stations for said respective consecutive treatments having a duration equal to said basic step duration, characterized by said consecutive treatments comprising deposition of a layer by one of CVD or PVD on a silicon-based substrate, whereby the substrate is looped through at least a part of said subsequent treatment stations.
A vacuum pumping and/or abatement system , comprising: a facilities module ; and one or more other modules connected to the facilities module , wherein at least one of the one or more other modules comprises a vacuum pumping and/or abatement apparatus ; wherein the facilities module comprises: a frame defining a space; a plurality of facilities inputs configured to receive facilities from a facilities supply ; a plurality of facilities outputs configured to output the received facilities out of the facilities module ; a plurality of facilities connection lines located at least partially within the space defined by the frame, the plurality of facilities connection lines connecting the facilities inputs to the facilities outputs; and a controller configured to: control supply of facilities received at the facilities inputs out of the facilities outputs ; and control operation of one or more vacuum pumping and/or abatement apparatuses remote from the facilities module. a facilities module ; and one or more other modules connected to the facilities module , a frame defining a space; a plurality of facilities inputs configured to receive facilities from a facilities supply ; a plurality of facilities outputs configured to output the received facilities out of the facilities module ; a plurality of facilities connection lines located at least partially within the space defined by the frame, the plurality of facilities connection lines connecting the facilities inputs to the facilities outputs; and a controller configured to: control supply of facilities received at the facilities inputs out of the facilities outputs ; and control operation of one or more vacuum pumping and/or abatement apparatuses remote from the facilities module. control supply of facilities received at the facilities inputs out of the facilities outputs ; and control operation of one or more vacuum pumping and/or abatement apparatuses remote from the facilities module.