mhurhangee/ep-ind-claims huggingface dataset:
A method of locating a feature of an object comprising: bringing a stylus of a contact probe mounted on a positioning apparatus into contact with the object to obtain at least first and second measurements of the object, each of which gives rise to a range of possible points of contact between the object and a part of the stylus along its length and therefore inherently containing uncertainty in the location of the object along said length, and using the at least first and second measurements to at least reduce the extent of said uncertainty comprising using known stylus orientation related information associated with the at least first and second measurements and thereby locate the feature of the object. bringing a stylus of a contact probe mounted on a positioning apparatus into contact with the object to obtain at least first and second measurements of the object, each of which gives rise to a range of possible points of contact between the object and a part of the stylus along its length and therefore inherently containing uncertainty in the location of the object along said length, and using the at least first and second measurements to at least reduce the extent of said uncertainty comprising using known stylus orientation related information associated with the at least first and second measurements and thereby locate the feature of the object.
Kit for a floor covering or for a wall covering, comprising: - a component A comprising an epoxy resin, - a component B comprising a hardener, which is a compound comprising at least one N-H or S-H function or a mixture of several of these compounds, and a catalyst, which is a compound comprising at least one tertiary amine group or a mixture of several of these compounds, in which the mole ratio R between the total number of epoxide groups in the component A and the total number of N-H and S-H functions in the component B is at least 1.2 and the ratio T between the total weight content of catalyst in the kit and the total weight content of epoxy resin in the kit is comprised between 0.02 and 0.3. - a component A comprising an epoxy resin, - a component B comprising a hardener, which is a compound comprising at least one N-H or S-H function or a mixture of several of these compounds, and a catalyst, which is a compound comprising at least one tertiary amine group or a mixture of several of these compounds,
A catheter assembly for insertion into the vasculature comprising: an expandable structure having an outer surface; a non-durable coating complexed with iodine disposed on the outer surface of the expandable structure wherein the non-durable coating comprises a polymer matrix which is complexed with iodine, the polymer matrix including one or more amphiphilic polymers or co-polymers selected from the group consisting of poly(HEMA), and a co-polymer of N-vinylpyrrolidone with a reactive double bond containing monomer; and a substantially water-insoluble therapeutic agent dispersed in the matrix which is complexed with iodine. an expandable structure having an outer surface; a non-durable coating complexed with iodine disposed on the outer surface of the expandable structure wherein the non-durable coating comprises a polymer matrix which is complexed with iodine, the polymer matrix including one or more amphiphilic polymers or co-polymers selected from the group consisting of poly(HEMA), and a co-polymer of N-vinylpyrrolidone with a reactive double bond containing monomer; and a substantially water-insoluble therapeutic agent dispersed in the matrix which is complexed with iodine.
A system for making a reduced material container comprising: a mold configured to accept a preform at a first end thereof, the mold having an open state and a closed state, the closed state forming a cavity defining an internal surface, the internal surface having a second end located remotely from the first end, where a first length is defined by a distance between the first end and the second end; a blow nozzle configured to receive a pressurized fluid and dispense the pressurized fluid to the preform; characterized in that the system further comprises a stretch rod configured to mechanically stretch the preform to a second length, the second length being greater than the first length; wherein the stretch rod is operable to stretch the preform to the second length when the mold is in the open state to form a stretched preform, the stretch rod being further operable to be withdrawn from the stretched preform, the mold operable to move from the open state to the closed state to truncate a portion of the stretched preform at the second end to form a truncated preform, the blow nozzle operable to transfer the pressurized fluid into the truncated preform to urge the truncated preform to expand toward the internal surface of the mold cavity to thereby form the reduced material container. a mold configured to accept a preform at a first end thereof, the mold having an open state and a closed state, the closed state forming a cavity defining an internal surface, the internal surface having a second end located remotely from the first end, where a first length is defined by a distance between the first end and the second end; a blow nozzle configured to receive a pressurized fluid and dispense the pressurized fluid to the preform; characterized in that the system further comprises a stretch rod configured to mechanically stretch the preform to a second length, the second length being greater than the first length; wherein the stretch rod is operable to stretch the preform to the second length when the mold is in the open state to form a stretched preform, the stretch rod being further operable to be withdrawn from the stretched preform, the mold operable to move from the open state to the closed state to truncate a portion of the stretched preform at the second end to form a truncated preform, the blow nozzle operable to transfer the pressurized fluid into the truncated preform to urge the truncated preform to expand toward the internal surface of the mold cavity to thereby form the reduced material container.
A filter system comprising: a plurality of compressed air headers; and pulse pipes connected to the headers; and valves configured to control air flow from the headers to the pulse pipes to generate air pulses; a plurality of filter bags; a differential pressure sensor; and a controller configured to activate the valves and adjust one or more of a plurality of parameters associated with emitted air pulses, wherein the controller is configured to automatically adjust the parameters to maintain a consistent different pressure across the filter system by adjusting parameters or beginning activation of certain pulse pipes, if the pressure sensor detects that the pressure has risen above or below a certain set point of differential pressure being established, characterized by the plurality of filter bags are arranged in a plurality of rows in a plurality of cells,wherein the controller is configured to implement continuous cleaning sequences of the plurality of rows of bags, wherein a large diameter pipe acts as a header for each cell, wherein pulse pipes within the cell connect to the header, and wherein the headers of each cell are piped together. a plurality of compressed air headers; and pulse pipes connected to the headers; and valves configured to control air flow from the headers to the pulse pipes to generate air pulses; a plurality of filter bags; a differential pressure sensor; and a controller configured to activate the valves and adjust one or more of a plurality of parameters associated with emitted air pulses, wherein the controller is configured to automatically adjust the parameters to maintain a consistent different pressure across the filter system by adjusting parameters or beginning activation of certain pulse pipes, if the pressure sensor detects that the pressure has risen above or below a certain set point of differential pressure being established, characterized by the plurality of filter bags are arranged in a plurality of rows in a plurality of cells,wherein the controller is configured to implement continuous cleaning sequences of the plurality of rows of bags, wherein a large diameter pipe acts as a header for each cell, wherein pulse pipes within the cell connect to the header, and wherein the headers of each cell are piped together.
A method for adjusting volume in a portable terminal, the method comprising: storing control information including information about the volume to be adjusted according to a background noise level, collecting noise judgment information that is used for judging the extent of a background noise; estimating background noise using the collected information; determining control information corresponding to the estimated background noise; adjusting the volume based on the control information; after adjusting the volume based on the control information, detecting a user input for adjusting the volume; further adjusting the volume based on the user input; and updating the control information corresponding to the estimated background noise based on the further adjusted volume, characterized in that the noise judgment information comprises vehicle information on a vehicle which a user of the portable terminal uses, wherein the vehicle information comprises at least one of a vehicle year and a vehicle model. storing control information including information about the volume to be adjusted according to a background noise level, collecting noise judgment information that is used for judging the extent of a background noise; estimating background noise using the collected information; determining control information corresponding to the estimated background noise; adjusting the volume based on the control information; after adjusting the volume based on the control information, detecting a user input for adjusting the volume; further adjusting the volume based on the user input; and updating the control information corresponding to the estimated background noise based on the further adjusted volume, characterized in that the noise judgment information comprises vehicle information on a vehicle which a user of the portable terminal uses, wherein the vehicle information comprises at least one of a vehicle year and a vehicle model.
Heating and/or air-conditioning system for a ground-based vehicle, comprising at least one circulation-air blower for conveying circulation air in relation to a vehicle interior, and at least one fresh-air blower for only conveying fresh air for a vehicle interior, wherein the heating and/or air-conditioning system has at least also an exhaust-air-conveying device for conveying exhaust air from a vehicle interior out into the environment, and the rotational speeds of the motors (19, 29, 39) of circulation-air blower, of fresh-air blower and of exhaust-air-conveying device are regulable independently of one another, characterized in that the at least one circulation-air blower is intended only for conveying circulation air, and the supply of fresh air is configured in such a way that the fresh-air line is separated from the circulation-air line, so that, when the at least one fresh-air blower is operating, fresh air is able to be blown into the vehicle interior only in an unmixed state, that is to say without admixture of circulation air.
A paging method, comprising: receiving, by a User Equipment, UE, in an inactive state, a paging message for determining a paging type, the paging message being transmitted from a base station, and the paging type comprising an access network paging initiated by an access network or a core network paging initiated by a core network; determining, by the UE, the paging type corresponding to the paging message; and when the paging type corresponding to the paging message is the core network paging, updating, by the UE, each of states of a Non-Access Stratum, NAS, and a Radio Resource Control, RRC, layer for the UE into an idle state, and responding to, by the UE, the paging message, characterized in that indication information of the paging type is carried in the paging message, wherein the indication information is of a value of one bit, the indication information indicates that the paging type is the access network paging when the value is 0, and the indication information indicates that the paging type is the core network paging when the value is 1; or a predetermined parameter expressed in a predetermined expression mode is carried in the paging message, and different expression modes of the predetermined parameter correspond to different paging types; or a first predetermined parameter is carried or not carried in the paging message, wherein it is determined whether the first predetermined parameter is carried in the paging message in accordance with the paging type. receiving, by a User Equipment, UE, in an inactive state, a paging message for determining a paging type, the paging message being transmitted from a base station, and the paging type comprising an access network paging initiated by an access network or a core network paging initiated by a core network; determining, by the UE, the paging type corresponding to the paging message; and when the paging type corresponding to the paging message is the core network paging, updating, by the UE, each of states of a Non-Access Stratum, NAS, and a Radio Resource Control, RRC, layer for the UE into an idle state, and responding to, by the UE, the paging message, characterized in that indication information of the paging type is carried in the paging message, wherein the indication information is of a value of one bit, the indication information indicates that the paging type is the access network paging when the value is 0, and the indication information indicates that the paging type is the core network paging when the value is 1; or a predetermined parameter expressed in a predetermined expression mode is carried in the paging message, and different expression modes of the predetermined parameter correspond to different paging types; or a first predetermined parameter is carried or not carried in the paging message, wherein it is determined whether the first predetermined parameter is carried in the paging message in accordance with the paging type.
A method of operating a base station for determining a Modulation and Coding Scheme, MCS, for uplink, UL, transmissions in a wireless communication system, the method including: selecting an MCS based on whether a user agent Open Loop Power Control, OLPC, is based on i) a path loss between a user agent, UA, and a base station, or ii) a path loss between the user agent, UA, and a relay node, RN; determining an error rate of a communication channel between the UA and the at least one of the base station and the RN; when the error rate is below a first threshold, at least one of: increasing the MCS level, and reducing a transmission power of the UA; and when the error rate is above a second threshold, at least one of: decreasing the MCS level, and increasing a transmission power of the UA. selecting an MCS based on whether a user agent Open Loop Power Control, OLPC, is based on i) a path loss between a user agent, UA, and a base station, or ii) a path loss between the user agent, UA, and a relay node, RN; determining an error rate of a communication channel between the UA and the at least one of the base station and the RN; when the error rate is below a first threshold, at least one of: increasing the MCS level, and reducing a transmission power of the UA; and increasing the MCS level, and reducing a transmission power of the UA; and when the error rate is above a second threshold, at least one of: decreasing the MCS level, and increasing a transmission power of the UA. decreasing the MCS level, and increasing a transmission power of the UA.
Pheromone composition with the appeasing effect of the mother hen pheromone for use in a method for producing chicks from hatching eggs, in which - the eggs are pre-incubated; - the eggs are further incubated and hatched in a hatcher incubator containing a predetermined volume of air; - the hatched chicks are taken out of the hatcher incubator; - chicks of lesser quality are screened out; and - the remaining chicks are placed in transport containers that are intended to transfer the chicks to a barn, where they will be given feed for the first time, wherein at least during a final stage of the further incubating and hatching of the eggs in the hatcher incubator, an effective amount of the pheromone composition is provided in the air in the hatcher incubator. - the eggs are pre-incubated; - the eggs are further incubated and hatched in a hatcher incubator containing a predetermined volume of air; - the hatched chicks are taken out of the hatcher incubator; - chicks of lesser quality are screened out; and - the remaining chicks are placed in transport containers that are intended to transfer the chicks to a barn, where they will be given feed for the first time, wherein at least during a final stage of the further incubating and hatching of the eggs in the hatcher incubator, an effective amount of the pheromone composition is provided in the air in the hatcher incubator.
A sealing arrangement for an electric machine, wherein the sealing arrangement between a first part attached to a rotatable shaft and a second part immobile with respect to a stator of the electric machine comprises a plurality of zig-zag sections of a channel of a labyrinth seal in a radial direction of the electric machine; the channel of the labyrinth seal includes a second seal which is fixedly attached to the first part and which has an elastic material part, the second seal being configured to press in the radial direction against a surface of the second part, a normal of which has a component parallel to the radial direction, at rotational speeds a centrifugal force of which to the second seal is weaker than a spring force of the second seal, and the second seal being configured to open a gap between the second seal and said surface at rotational speeds the centrifugal force of which to the second seal is greater than the spring force of the second seal; characterized in that the sealing arrangement comprises a limiter attached to the first part at a position farther from a rotational axis than a position at which the second seal is attached within the channel of the labyrinth seal, the limiter being configured to limit a radial movement of the second seal on the basis of the centrifugal force thereby liming a maximum size of the gap (120.
A bar for an obstacle used in hippic or equestrian activity, comprising at least two modules, each of said modules including a cylindrical main body, a sleeve at one end of said main body, made integrally with said main body and having a reduced diameter compared to said main body, and a housing at the other end, the sleeve of a first module being able to fit into the housing of a second module to form said bar, said bar being made of a polymeric material, and each sleeve is tubular and includes a proximal portion defining a shoulder at the main body, a distal portion and a groove separating said portions, including when the modules (10a, 10b) are completely fitted.
A scroll device (10, 100, 200, 250, 260, 300) comprising: a fixed scroll (16, 106, 232, 304) comprising a first involute and a first cooling chamber; an orbiting scroll (60, 112, 248, 316) comprising a second involute and a second cooling chamber, the orbiting scroll (60, 112, 248, 316) mounted to the fixed scroll (16, 106, 232, 304) via a mechanical coupling, the orbiting scroll (60, 112, 248, 316) configured to orbit relative to the fixed scroll (16, 106, 232, 304) around an orbital axis; the orbital axis extending longitudinally from one end to another end of the scroll device (10, 100, 200, 250, 260, 300) and a flexible conduit (32, 36, 240, 242, 368, 372) in fluid communication with the first cooling chamber and the second cooling chamber, characterized in that the flexible conduit (32, 36, 240, 242, 368, 372) extends around the orbital axis from a first side of the scroll device (10, 100, 200, 250, 260, 300) to a second side of the scroll device (10, 100, 200, 250, 260, 300), wherein the flexible conduit (32, 36, 240, 242, 368, 372) curves around the orbital axis and crosses from one side of the orbital axis to an opposite side thereof. a fixed scroll (16, 106, 232, 304) comprising a first involute and a first cooling chamber; an orbiting scroll (60, 112, 248, 316) comprising a second involute and a second cooling chamber, the orbiting scroll (60, 112, 248, 316) mounted to the fixed scroll (16, 106, 232, 304) via a mechanical coupling, the orbiting scroll (60, 112, 248, 316) configured to orbit relative to the fixed scroll (16, 106, 232, 304) around an orbital axis; the orbital axis extending longitudinally from one end to another end of the scroll device (10, 100, 200, 250, 260, 300) and a flexible conduit (32, 36, 240, 242, 368, 372) in fluid communication with the first cooling chamber and the second cooling chamber,
A method of obtaining a heterogeneous substrate for use in semiconductor fabrication, the method comprising the following steps: a) providing a first substrate of II-VI or III-V type material and a second substrate, the substrates being substantially plane and each presenting a determined area; b) making a non-through recess in the second substrate by grinding, the area of this recess being greater than the area of the first substrate, such that the first substrate can be received in said recess; c) depositing an adhesive material in said recess; d) depositing the first substrate in the recess in the second substrate and fastening it in the second substrate, at a temperature lower than 300°C; and e) leveling the first and second substrates in order to obtain a heterogeneous substrate presenting a face that is substantially plane. a) providing a first substrate of II-VI or III-V type material and a second substrate, the substrates being substantially plane and each presenting a determined area; b) making a non-through recess in the second substrate by grinding, the area of this recess being greater than the area of the first substrate, such that the first substrate can be received in said recess; c) depositing an adhesive material in said recess; d) depositing the first substrate in the recess in the second substrate and fastening it in the second substrate, at a temperature lower than 300°C; and e) leveling the first and second substrates in order to obtain a heterogeneous substrate presenting a face that is substantially plane.
A method for allocating resources in a digital subscriber line, DSL, network, the DSL network having a hierarchy including a first and second tier (L1, L2), the method comprising the steps of: the first-tier DSL network element determining, by a processor, a resource requirement of a first-tier DSL subscriber line; and the first-tier DSL network element allocating resources, by the processor, to the first-tier DSL subscriber line based on the resource requirements of the first DSL subscriber line and a second tier DSL subscriber line, the method characterised by the first-tier DSL network element receiving, at a receiver, a resource requirement of the second-tier DSL subscriber line from a second-tier DSL network element. the first-tier DSL network element determining, by a processor, a resource requirement of a first-tier DSL subscriber line; and the first-tier DSL network element allocating resources, by the processor, to the first-tier DSL subscriber line based on the resource requirements of the first DSL subscriber line and a second tier DSL subscriber line, the method characterised by the first-tier DSL network element receiving, at a receiver, a resource requirement of the second-tier DSL subscriber line from a second-tier DSL network element.