mhurhangee/ep-ind-claims huggingface dataset:
A pool, comprising: a pool bottom and a pool wall, together defining a water storage space; and a water drainage device comprising a water drainage valve, penetrating the pool bottom, and a water drainage pipe connected to the water drainage valve beneath the pool bottom; wherein the pool bottom comprises an enclosed sandwich region and a porous elastic material disposed in the sandwich region, and a vent hole providing communication between an environment external to the pool and the porous elastic material; characterized in that the vent hole is disposed in a region of the pool bottom deformed by the water drainage valve. a pool bottom and a pool wall, together defining a water storage space; and a water drainage device comprising a water drainage valve, penetrating the pool bottom, and a water drainage pipe connected to the water drainage valve beneath the pool bottom; wherein the pool bottom comprises an enclosed sandwich region and a porous elastic material disposed in the sandwich region, and a vent hole providing communication between an environment external to the pool and the porous elastic material; characterized in that the vent hole is disposed in a region of the pool bottom deformed by the water drainage valve.
A radio signal measurement method, comprising: determining, by a base station, a first resource and a second resource of a first subframe; and sending, by the base station, the first subframe to a user equipment; characterized in that the sending, by the base station, the first subframe to a user equipment comprises sending, by the base station, a signal on each of a time domain resource occupied by the second resource such that one or more cells neighboring the cell corresponding to the base station are prevented from transmitting a signal on the time domain resource, the cells using clear channel assessment, the time domain resource occupied by the second resource comprises a time domain resource occupied by the first resource, wherein the first resource is such that received power of at least some resource elements, REs, on the first resource is used for the user equipment to determine a first measurement quantity of a measured cell, wherein the measured cell is a cell of the base station. determining, by a base station, a first resource and a second resource of a first subframe; and sending, by the base station, the first subframe to a user equipment; characterized in that the sending, by the base station, the first subframe to a user equipment comprises sending, by the base station, a signal on each of a time domain resource occupied by the second resource such that one or more cells neighboring the cell corresponding to the base station are prevented from transmitting a signal on the time domain resource, the cells using clear channel assessment, the time domain resource occupied by the second resource comprises a time domain resource occupied by the first resource, wherein the first resource is such that received power of at least some resource elements, REs, on the first resource is used for the user equipment to determine a first measurement quantity of a measured cell, wherein the measured cell is a cell of the base station.
A method for providing buffer status information from a mobile station, the method comprising preparing a buffer status message and transmitting the buffer status message to a base station, characterized in that the buffer status message comprises a buffer status word transmitted as header data in a header of a Data Packet Unit, PDU, said PDU comprising zero or more Service Data Units, SDUs, wherein the buffer status word includes: one or more radio bearer status fields indicating uplink buffer status for radio bearers or groups of radio bearers corresponding to SDUs comprised in said PDU; and a user equipment status field indicating an overall status corresponding to all of the uplink data buffers for the mobile station. one or more radio bearer status fields indicating uplink buffer status for radio bearers or groups of radio bearers corresponding to SDUs comprised in said PDU; and a user equipment status field indicating an overall status corresponding to all of the uplink data buffers for the mobile station.
A positive resist composition containing: a resin capable of increasing its solubility in an alkali developer by action of an acid and not containing a silicon atom; a compound capable of generating an acid upon irradiation with actinic ray or radiation; a silicon atom-containing resin having at least one group which is a group capable of decomposing by action of an alkali developer to increase the solubility of resin in an alkali developer; and a solvent, wherein the resin has a monocyclic or polycyclic alicyclic hydrocarbon structure, the resin and the silicon atom-containing resin are polymers and an addition amount of the silicon atom-containing resin is 0.1 to 10 mass% of a total solids content in the composition. a resin capable of increasing its solubility in an alkali developer by action of an acid and not containing a silicon atom; a compound capable of generating an acid upon irradiation with actinic ray or radiation; a silicon atom-containing resin having at least one group which is a group capable of decomposing by action of an alkali developer to increase the solubility of resin in an alkali developer; and a solvent,
A single-shell spring control arm formed of sheet metal for a wheel suspension of a motor vehicle - with upwardly directed side limbs (3, 4) connected to one another by a base, - with a first end section (1.1) for connection to a chassis girder, - with a second end section (1.2) for wheel-side connection, - with a spring receiving section (1.3), which is located between the two end sections (1.1, 1.2) and has a spring support surface (2.1) formed on the base, and - with a damper receiving section (1.4) formed between the spring receiving section (1.3) and the second end section (1.2) for connecting a shock absorber, characterized in that a U-shaped constriction in the form of a U-shaped bead is formed between the spring support surface (2.1) and the damper receiving portion (1.4), which constriction extends in the base and in the side limbs (3, 4). - with upwardly directed side limbs (3, 4) connected to one another by a base, - with a first end section (1.1) for connection to a chassis girder, - with a second end section (1.2) for wheel-side connection, - with a spring receiving section (1.3), which is located between the two end sections (1.1, 1.2) and has a spring support surface (2.1) formed on the base, and - with a damper receiving section (1.4) formed between the spring receiving section (1.3) and the second end section (1.2) for connecting a shock absorber, characterized in that a U-shaped constriction in the form of a U-shaped bead is formed between the spring support surface (2.1) and the damper receiving portion (1.4), which constriction extends in the base and in the side limbs (3, 4).
An audio processing device comprising: a factorization unit which factorizes frequency information obtained by performing time-frequency transformation on an audio signal from a plurality of channels into a channel matrix representing characteristics of a channel direction, a frequency matrix representing characteristics of a frequency direction, and a time matrix representing characteristics of a time direction; and an extraction unit which extracts the frequency information of audio from an arbitrary designated direction based on the channel matrix, the frequency matrix, and the time matrix, wherein the factorization unit assumes that the frequency information is a three-dimensional tensor where a channel, a frequency and a time frame are respective dimensions and the factorization unit factorizes the frequency information into the channel matrix, the frequency matrix and the time matrix by performing a tensor factorization. a factorization unit which factorizes frequency information obtained by performing time-frequency transformation on an audio signal from a plurality of channels into a channel matrix representing characteristics of a channel direction, a frequency matrix representing characteristics of a frequency direction, and a time matrix representing characteristics of a time direction; and an extraction unit which extracts the frequency information of audio from an arbitrary designated direction based on the channel matrix, the frequency matrix, and the time matrix, wherein the factorization unit assumes that the frequency information is a three-dimensional tensor where a channel, a frequency and a time frame are respective dimensions and the factorization unit factorizes the frequency information into the channel matrix, the frequency matrix and the time matrix by performing a tensor factorization.
A device for generating a flame comprising an outlet port for the flame and a means for conveying fuel towards said flame outlet port; said conveying means comprising: i) a seal which intercepts the fuel, conveying it inside itself; ii) a coil for heating the fuel comprising: an inlet which is joined with the seal, an outlet which is joined with the seal and an intermediate portion for heating the fuel, said intermediate heating portion being at least in part closer to the outlet port for the flame than to the inlet of the coil; said seal comprising: - an inlet opening for the inflow of fuel into the seal, said inlet opening being located upstream of the coil relative to the flow of fuel; - a first conduit which connects said inlet opening for the fuel with the inlet of the coil; - an outlet opening for the outflow of fuel from the seal, said outlet opening being located downstream of the coil relative to the flow of fuel; - a second conduit which connects said outlet of the coil with said outlet opening for the outflow of fuel from the seal; characterised in that the seal is made of rubber. i) a seal which intercepts the fuel, conveying it inside itself; ii) a coil for heating the fuel comprising: an inlet which is joined with the seal, an outlet which is joined with the seal and an intermediate portion for heating the fuel, said intermediate heating portion being at least in part closer to the outlet port for the flame than to the inlet of the coil; said seal comprising: - an inlet opening for the inflow of fuel into the seal, said inlet opening being located upstream of the coil relative to the flow of fuel; - a first conduit which connects said inlet opening for the fuel with the inlet of the coil; - an outlet opening for the outflow of fuel from the seal, said outlet opening being located downstream of the coil relative to the flow of fuel; - a second conduit which connects said outlet of the coil with said outlet opening for the outflow of fuel from the seal; characterised in that the seal is made of rubber. - an inlet opening for the inflow of fuel into the seal, said inlet opening being located upstream of the coil relative to the flow of fuel; - a first conduit which connects said inlet opening for the fuel with the inlet of the coil; - an outlet opening for the outflow of fuel from the seal, said outlet opening being located downstream of the coil relative to the flow of fuel; - a second conduit which connects said outlet of the coil with said outlet opening for the outflow of fuel from the seal;
Method for diagnosing gas leaks from an internal combustion engine, in a recirculation circuit for partial recirculation of the exhaust gases at low pressure to the intake of said engine, the flow rate (Qegr) of said gases recycled to the intake being adjusted by steps comprising at least controlling, in a closed loop about a setpoint (Pdiff,sp), the differential pressure (Pdiff) prevailing across the terminals of said recirculation circuit and setting the position of a valve of the recirculation circuit, said method comprising: - a determination step for determining a setpoint value (Pdiff,sp) for said differential pressure; CHARACTERIZED IN THAT it moreover includes: - a control step for controlling said differential pressure (Pdiff) about said setpoint (Pdiff,sp) for a predetermined period of time (t s) corresponding to the normal period of time needed for the control of the differential pressure to converge on its setpoint when there is no leak; - a measurement step for measuring the value of said differential pressure (Pdiff) when said predetermined period of time has elapsed; - a calculation step for calculating the difference between said value (Pdiff) and said setpoint (Pdiff,sp) and comparing the absolute value of said difference with a predetermined control-loop difference threshold; and - diagnosis steps (1100, 1200) concluding that the recirculation circuit is in good condition when said absolute value is less than said loop difference threshold, or that it has leaks otherwise. - a determination step for determining a setpoint value (Pdiff,sp) for said differential pressure; - a control step for controlling said differential pressure (Pdiff) about said setpoint (Pdiff,sp) for a predetermined period of time (t s) corresponding to the normal period of time needed for the control of the differential pressure to converge on its setpoint when there is no leak; - a measurement step for measuring the value of said differential pressure (Pdiff) when said predetermined period of time has elapsed; - a calculation step for calculating the difference between said value (Pdiff) and said setpoint (Pdiff,sp) and comparing the absolute value of said difference with a predetermined control-loop difference threshold; and - diagnosis steps (1100, 1200) concluding that the recirculation circuit is in good condition when said absolute value is less than said loop difference threshold, or that it has leaks otherwise.
A biomass impact sensor for sensing impacts of biomass material, the sensor comprising: a pressure sensitive film having a first sensing face and a second opposite face; a conformal encasement enveloping the pressure sensitive film so as to directly abut the first sensing face and the second opposite face, the conformal encasement comprising: a first portion adjacent the first sensing face having a first stiffness; a second portion adjacent the second opposite face having a second stiffness; and a third portion extending from the first portion to the second portion along side edges of the pressure sensitive film, portion (32, 400) characterized in that the second has a second stiffness less than the first stiffness. a pressure sensitive film having a first sensing face and a second opposite face; a conformal encasement enveloping the pressure sensitive film so as to directly abut the first sensing face and the second opposite face, the conformal encasement comprising: a first portion adjacent the first sensing face having a first stiffness; a second portion adjacent the second opposite face having a second stiffness; and a third portion extending from the first portion to the second portion along side edges of the pressure sensitive film, portion (32, 400) characterized in that the second has a second stiffness less than the first stiffness. a first portion adjacent the first sensing face having a first stiffness; a second portion adjacent the second opposite face having a second stiffness; and a third portion extending from the first portion to the second portion along side edges of the pressure sensitive film, portion (32, 400) characterized in that the second has a second stiffness less than the first stiffness.
An aqueous polishing composition has been found, the said aqueous polishing composition comprising abrasive particles consisting of ceria which are positively charged when dispersed in an aqueous medium free from component and has a pH in the range of from 3 to 9 as evidenced by the electrophoretic mobility; wherein the abrasive particles consisting of ceria may contain minor amounts of other rare earth metal oxides at least one water-soluble polymer selected from the group consisting of linear and branched alkylene oxide homopolymers and copolymers; and at least one anionic phosphate dispersing agent, wherein the composition contains the water-soluble polymer in amounts of from 0.001 to 5% by weight. abrasive particles consisting of ceria which are positively charged when dispersed in an aqueous medium free from component and has a pH in the range of from 3 to 9 as evidenced by the electrophoretic mobility; wherein the abrasive particles consisting of ceria may contain minor amounts of other rare earth metal oxides at least one water-soluble polymer selected from the group consisting of linear and branched alkylene oxide homopolymers and copolymers; and at least one anionic phosphate dispersing agent,
A nanostructure comprising (a) a plurality of biologically-active proteins reversibly and covalently crosslinked to each other through a degradable linker and (b) polymers reversibly crosslinked through the degradable linker to proteins of the nanostructure, such that the intact, biologically-active proteins are releasable from the nanostructure under physiological conditions, wherein the degradable linker degrades in the presence of a reducing agent under physiological conditions, and wherein the nanostructure is obtainable by: (i) contacting a protein with a degradable linker under conditions that permit reversible covalent cross linking of proteins to each other through the degradable linker, thereby producing a protein nanogel; and (ii) contacting the protein nanogel with the polymers under conditions that permit crosslinking of the polymers to proteins of the nanogels, thereby producing the nanostructure, and wherein the proteins are immunostimulatory proteins selected from cytokines, growth factors, antibodies, and antigens. (i) contacting a protein with a degradable linker under conditions that permit reversible covalent cross linking of proteins to each other through the degradable linker, thereby producing a protein nanogel; and (ii) contacting the protein nanogel with the polymers under conditions that permit crosslinking of the polymers to proteins of the nanogels, thereby producing the nanostructure, and wherein the proteins are immunostimulatory proteins selected from cytokines, growth factors, antibodies, and antigens.
An echo suppressing method comprising: using a signal that is transformed in a frequency domain from either the output signal of a sound pickup device or from a signal obtained by subtracting the output signal having an echo suppressed from the output signal of said sound pickup device as a first signal; using the signal that is transformed in a frequency domain from the output signal having an echo suppressed as a second signal; multiplying said transformed second signal by a crosstalk coefficient; estimating the amount of echo contained in said first signal based on the multiplication result; and suppressing the echo component in said first signal by using the estimated amount of echo; wherein the crosstalk coefficient used to correct said first signal is selected from a plurality of preset constant crosstalk coefficients according to a predetermined use condition. using a signal that is transformed in a frequency domain from either the output signal of a sound pickup device or from a signal obtained by subtracting the output signal having an echo suppressed from the output signal of said sound pickup device as a first signal; using the signal that is transformed in a frequency domain from the output signal having an echo suppressed as a second signal; multiplying said transformed second signal by a crosstalk coefficient; estimating the amount of echo contained in said first signal based on the multiplication result; and suppressing the echo component in said first signal by using the estimated amount of echo; wherein the crosstalk coefficient used to correct said first signal is selected from a plurality of preset constant crosstalk coefficients according to a predetermined use condition.
A fluid dispensing oral care implement, comprising: a head including at least one tooth cleaning element; a storage member for storing a fluid; at least one fluid outlet disposed in the head; and a channel fluidly coupling the storage member to the outlet, wherein the channel transfers fluid at a first fluid flow rate to the outlet and the outlet transfers fluid to a user at a second fluid flow rate, the first fluid flow rate being less than the second fluid flow rate, and wherein the channel is formed of a first wicking material and the outlet is formed of a second wicking material. a head including at least one tooth cleaning element; a storage member for storing a fluid; at least one fluid outlet disposed in the head; and a channel fluidly coupling the storage member to the outlet, wherein the channel transfers fluid at a first fluid flow rate to the outlet and the outlet transfers fluid to a user at a second fluid flow rate, the first fluid flow rate being less than the second fluid flow rate, and wherein the channel is formed of a first wicking material and the outlet is formed of a second wicking material.
An image output device having a transmission unit, the transmission unit comprising: a header generation unit configured to generate a header comprising: header information; and an error detection code to be used for error detection of the header information; a packet generation unit configured to generate a packet that includes the header and, in a payload, pixel data for one line configuring an image; a control code insertion unit configured to add a control code to the packet; and an output unit configured to output the packet to an image processing device; wherein the control code comprises: a start code indicating a start of a packet; characterised in that the control code also comprises: an end code indicating an end of a packet; and a pad code inserted into the payload to fill up a difference between a pixel data band and a PHY transmission band, the pixel data band being a transmission rate of pixel data input to the transmission unit and the PHY transmission band being a transmission rate of pixel data from the transmission unit. a header generation unit configured to generate a header comprising: header information; and an error detection code to be used for error detection of the header information; header information; and an error detection code to be used for error detection of the header information; a packet generation unit configured to generate a packet that includes the header and, in a payload, pixel data for one line configuring an image; a control code insertion unit configured to add a control code to the packet; and an output unit configured to output the packet to an image processing device; wherein the control code comprises: a start code indicating a start of a packet; an end code indicating an end of a packet; and a pad code inserted into the payload to fill up a difference between a pixel data band and a PHY transmission band, the pixel data band being a transmission rate of pixel data input to the transmission unit and the PHY transmission band being a transmission rate of pixel data from the transmission unit.