mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications by a user equipment, UE, comprising: determining that the UE is operating in a first mobility mode; determining whether the UE satisfies at least one condition associated with mobility of the UE for mobility mode selection, comprising determining at least one parameter associated with the UE, wherein the at least one parameter includes one or more of a speed of the UE, a speed threshold of the UE, a radio condition of the UE, location information of the UE, or signal measurements of the UE; selecting a second mobility mode based on a determination that the UE satisfies the at least one condition, wherein the first mobility mode comprises one of an uplink, UL, mobility mode or a downlink, DL, mobility mode and the second mobility mode comprises the other of the UL mobility mode and the DL mobility mode, wherein the UE operating in the UL mobility mode is configured to transmit an UL reference signal used by the network to perform a cell search, and wherein the UE operating in the DL mobility mode is configured to perform the cell search based on a DL reference signal received from the network; and transitioning the UE from the first mobility mode to the selected second mobility mode. determining that the UE is operating in a first mobility mode; determining whether the UE satisfies at least one condition associated with mobility of the UE for mobility mode selection, comprising determining at least one parameter associated with the UE, wherein the at least one parameter includes one or more of a speed of the UE, a speed threshold of the UE, a radio condition of the UE, location information of the UE, or signal measurements of the UE; selecting a second mobility mode based on a determination that the UE satisfies the at least one condition, wherein the first mobility mode comprises one of an uplink, UL, mobility mode or a downlink, DL, mobility mode and the second mobility mode comprises the other of the UL mobility mode and the DL mobility mode, wherein the UE operating in the UL mobility mode is configured to transmit an UL reference signal used by the network to perform a cell search, and wherein the UE operating in the DL mobility mode is configured to perform the cell search based on a DL reference signal received from the network; and transitioning the UE from the first mobility mode to the selected second mobility mode.
An electrosurgical instrument comprising a circuit (9; 40), a measurement unit (28; 44), means to be connected to an electrosurgical generator , and at least two electrodes (12, 16a, 16b, 16c, 16d; 97, 98) for cutting or coagulation by an RF-frequency signal from the electrosurgical generator, where the circuit (9; 40) has means to switch the electrosurgical instrument between a measurement mode, wherein the measurement unit (28; 44) measures the impedance between the electrodes (12, 16a, 16b, 16c, 16d; 97, 98), and an operating mode, wherein the electrosurgical generator applies a voltage over the electrodes (12, 16a, 16b, 16c, 16d; 97, 98), characterised in that the circuit (9; 40) comprises a timer (28; 44) configured to periodically control the switching of the electrosurgical instrument between the measurement mode and the operating mode and in that the measurement unit is configured to measure the impedance between the electrodes by applying a DC signal.
A method for gluing which comprises the steps of: - Providing at least two adjacent substrates arranged side by side, - Providing a radiation curable adhesive composition which comprises from 0.1 wt.% to 30 wt.% of fibers compared to the total weight of the radiation curable adhesive composition, wherein the fibers have a length comprised from 100 microns to 50 mm, - Contacting the at least two adjacent substrates with the radiation curable adhesive composition, and - Exposing the at least two adjacent substrates and the radiation curable adhesive composition to radiation until the radiation curable adhesive composition is cured in order to bond the at least two adjacent substrates together. - Providing at least two adjacent substrates arranged side by side, - Providing a radiation curable adhesive composition which comprises from 0.1 wt.% to 30 wt.% of fibers compared to the total weight of the radiation curable adhesive composition, wherein the fibers have a length comprised from 100 microns to 50 mm, - Contacting the at least two adjacent substrates with the radiation curable adhesive composition, and - Exposing the at least two adjacent substrates and the radiation curable adhesive composition to radiation until the radiation curable adhesive composition is cured in order to bond the at least two adjacent substrates together.
A vehicle battery pack , comprising: at least one battery cell ; a casing that has a heat dissipation property for discharging heat outside the casing and houses the battery cell in a housing space ; a first solid-liquid phase change material that directly comes in contact with the battery cell and fills the housing space , maintains a solid state under a normal temperature, and has a phase change temperature at which a phase changes from a solid state to a liquid state before the battery cell reaches an upper limit temperature set for the battery cell ; a second solid-liquid phase change material that has a heat storage property and has a second phase change temperature higher than a first phase change temperature of the first solid-liquid phase change material ; a heat storage container that has thermal conductivity and has an internal space filled with the second solid-liquid phase change material , wherein the heat storage container is housed in the housing space of the casing , and has an outer wall surface that comes in contact with an inner wall surface of the casing . at least one battery cell ; a casing that has a heat dissipation property for discharging heat outside the casing and houses the battery cell in a housing space ; a first solid-liquid phase change material that directly comes in contact with the battery cell and fills the housing space , maintains a solid state under a normal temperature, and has a phase change temperature at which a phase changes from a solid state to a liquid state before the battery cell reaches an upper limit temperature set for the battery cell ; a second solid-liquid phase change material that has a heat storage property and has a second phase change temperature higher than a first phase change temperature of the first solid-liquid phase change material ; a heat storage container that has thermal conductivity and has an internal space filled with the second solid-liquid phase change material , wherein the heat storage container is housed in the housing space of the casing , and has an outer wall surface that comes in contact with an inner wall surface of the casing .
A prognostic method for determining the risk of relapse of renal cancer of the clear cell renal carcinoma type, stages I and II, in a human subject; comprising: (a) determining, in a tumor sample (biopsy) from the human subject, the levels of expression of all nine of the microRNAs of the group consisting of: hsa-miR-223, hsa-miR-103, hsa-miR-107, hsa-miR-425, hsa-miR-340, hsa-miR-130b, hsa-miR-652, hsa-miR-214, and hsa-miR-204 with sequences identified by the sequences SEQ ID NOs: 1-9; (b) determining a value which depends on the levels of expression of said nine microRNAs; (c) determining the risk of relapse in renal cancer of the CCRC type, in stages I and II, in the said human subject, by comparing the value obtained in step (b) with a cut-off value. (a) determining, in a tumor sample (biopsy) from the human subject, the levels of expression of all nine of the microRNAs of the group consisting of: hsa-miR-223, hsa-miR-103, hsa-miR-107, hsa-miR-425, hsa-miR-340, hsa-miR-130b, hsa-miR-652, hsa-miR-214, and hsa-miR-204 with sequences identified by the sequences SEQ ID NOs: 1-9; (b) determining a value which depends on the levels of expression of said nine microRNAs; (c) determining the risk of relapse in renal cancer of the CCRC type, in stages I and II, in the said human subject, by comparing the value obtained in step (b) with a cut-off value.
A perfuming composition comprising: - a viscosifying agent comprising tricyclodecanedimethanol alcohol, - a perfume oil comprising at least one perfuming ingredient; - at least one perfumery carrier comprising hexylene glycol, - optionally, a perfuming adjuvant, wherein the weight ratio between tricyclodecanedimethanol alcohol and hexylene glycol in the perfuming composition is from 0.1 to 15. - a viscosifying agent comprising tricyclodecanedimethanol alcohol, - a perfume oil comprising at least one perfuming ingredient; - at least one perfumery carrier comprising hexylene glycol, - optionally, a perfuming adjuvant,
A charge detection mass spectrometer, CDMS, including gain drift compensation, comprising: an electrostatic linear ion trap, ELIT, having a charge detection cylinder (CD) disposed between first and second ion mirrors (M1, M2), a source of ions configured to supply ions to the ELIT , a charge generator (CG) for generating a high frequency charge for inducing a charge on the charge detection cylinder (CD), a charge sensitive preamplifier (CP) having an input coupled to the charge detection cylinder (CD) and an output configured to produce a charge detection signal (CHD) corresponding to charge induced on the charge detection cylinder (CD), and a processor configured to (a) control the charge generator to induce the high frequency charge on the charge detection cylinder (CD), (b) control operation of the first and second ion mirrors (M1, M2) to trap an ion from the source of ions therein and to thereafter cause the trapped ion to oscillate back and forth between the first and second ion mirrors (M1, M2) each time passing through the charge detection cylinder (CD) and inducing a corresponding charge thereon, and (c) process the charge detection signal (CHD) produced by the charge sensitive preamplifier (CP) to (i) determine a gain factor as a function of the high frequency charge induced by the charge generator (CG) on the charge detection cylinder (CD), and (ii) modify a magnitude of the portion of the charge detection signal (CHD) resulting from the charge induced on the charge detection cylinder (CD) by the trapped ion passing therethrough as a function of the gain factor. an electrostatic linear ion trap, ELIT, having a charge detection cylinder (CD) disposed between first and second ion mirrors (M1, M2), a source of ions configured to supply ions to the ELIT , a charge generator (CG) for generating a high frequency charge for inducing a charge on the charge detection cylinder (CD), a charge sensitive preamplifier (CP) having an input coupled to the charge detection cylinder (CD) and an output configured to produce a charge detection signal (CHD) corresponding to charge induced on the charge detection cylinder (CD), and a processor configured to (a) control the charge generator to induce the high frequency charge on the charge detection cylinder (CD), (b) control operation of the first and second ion mirrors (M1, M2) to trap an ion from the source of ions therein and to thereafter cause the trapped ion to oscillate back and forth between the first and second ion mirrors (M1, M2) each time passing through the charge detection cylinder (CD) and inducing a corresponding charge thereon, and (c) process the charge detection signal (CHD) produced by the charge sensitive preamplifier (CP) to (i) determine a gain factor as a function of the high frequency charge induced by the charge generator (CG) on the charge detection cylinder (CD), and (ii) modify a magnitude of the portion of the charge detection signal (CHD) resulting from the charge induced on the charge detection cylinder (CD) by the trapped ion passing therethrough as a function of the gain factor.
A dispensing device for a roll of toilet paper comprising a plate capable of allowing the dispensing device to be stabilised on a flat surface; a hollow tube mounted so as to be integral with the plate , and around which a roll of toilet paper to be unwound can be placed, and a head configured so as to be inserted into the internal recess of the hollow tube in order to lock the roll of toilet paper thus placed around the tube in the unwinding position, the head being composed of a material comprising phosphorescent properties so as to emit light for a chosen duration after excitation by being subjected to an external light source; characterised in that the device comprises removable light recharging means , configured to be disposed on the head , and capable of diffusing light over the entire surface of the head to allow excitation of the phosphorescent elements of said head .
A system comprising: a pump source configured to generate a pumping beam in a continuous wave mode; a gas containment structure for containing a gas; and a multi-pass optical assembly , wherein the multi-pass optical assembly includes one or more optical elements (110a - 110f) configured to perform a plurality of passes (108a - 108d) of the pumping beam through a portion of the gas to sustain a broadband-light-emitting plasma , wherein the one or more optical elements are arranged to focus the pumping beam into the plasma on an initial pass of the pumping beam, and the one or more optical elements are further arranged to collect an unabsorbed portion of the pumping beam transmitted through the plasma and focus the collected unabsorbed portion of the pumping beam back into the plasma on at least one additional pass of the pumping beam. a pump source configured to generate a pumping beam in a continuous wave mode; a gas containment structure for containing a gas; and a multi-pass optical assembly , wherein the multi-pass optical assembly includes one or more optical elements (110a - 110f) configured to perform a plurality of passes (108a - 108d) of the pumping beam through a portion of the gas to sustain a broadband-light-emitting plasma , wherein the one or more optical elements are arranged to focus the pumping beam into the plasma on an initial pass of the pumping beam, and the one or more optical elements are further arranged to collect an unabsorbed portion of the pumping beam transmitted through the plasma and focus the collected unabsorbed portion of the pumping beam back into the plasma on at least one additional pass of the pumping beam.
A method of determining an initial position of a single phase DC motor, or of a two phase DC motor having two coils wound on alternating stator poles, the motor having a stator comprising magnetic material and at least one but less than three coils, and a rotor movably mounted with respect to the stator, the method comprising the steps: a) applying at least one first probe pulse to the at least one coil thereby generating a first response pulse having a first direction or a first polarity, and measuring an effect (Tr1, Peak1, ΔT1) of the at least one first probe pulse; b) applying at least one second probe pulse to the at least one coil thereby generating a second response pulse having a second direction or second polarity, and measuring an effect (Tr2, Peak2, ΔT2) of the at least one second probe pulse; wherein the at least one first probe pulse and the at least one second probe pulse have a shape and size sufficiently small for not substantially moving the rotor relative to the stator; c) determining the initial position of the rotor with respect to the stator by comparing the measured effect (Tr1, Peak1, ΔT1) of the at least one first probe pulse and the measured effect (Tr2, Peak2, ΔT2) of the at least one second probe pulse; characterized in that the first probe pulse has a shape and size sufficiently large so as to cause at least partial saturation of the magnetic stator material and that the second probe pulse has a shape and size such that the magnetic stator material is not driven in saturation, or vice versa. a) applying at least one first probe pulse to the at least one coil thereby generating a first response pulse having a first direction or a first polarity, and measuring an effect (Tr1, Peak1, ΔT1) of the at least one first probe pulse; b) applying at least one second probe pulse to the at least one coil thereby generating a second response pulse having a second direction or second polarity, and measuring an effect (Tr2, Peak2, ΔT2) of the at least one second probe pulse; wherein the at least one first probe pulse and the at least one second probe pulse have a shape and size sufficiently small for not substantially moving the rotor relative to the stator; c) determining the initial position of the rotor with respect to the stator by comparing the measured effect (Tr1, Peak1, ΔT1) of the at least one first probe pulse and the measured effect (Tr2, Peak2, ΔT2) of the at least one second probe pulse;
A light sensor assembly comprising: a sensor connector configured to be coupled to a receptacle connector mounted to a light fixture , the sensor connector comprising: a housing having a top and a bottom , the bottom defining a mating interface configured to be mated to the receptacle connector , the housing having a first cavity including a first light sensor component in the first cavity for sensing a light characteristic exterior of the sensor connector ; power contacts held by the housing and extending from the bottom for electrical connection with receptacle power contacts of the receptacle connector ; a lid assembly at the top of the housing , the lid assembly having a lid ; and a second sensor component for sensing characteristics of the air exterior of the sensor connector, the second sensor component being exposed to said air exterior of the sensor connector; wherein (i) the first cavity is a sealed cavity ; (ii) the lid defines an unsealed cavity and includes at least one opening allowing airflow through the unsealed cavity , the lid assembly having the second sensor component ; and (iii) the lid assembly includes a filter between the unsealed cavity and the exterior of the sensor connector and covering the opening , the filter allowing the airflow through the unsealed cavity and filtering environmental contaminants from the air flowing through the cavity . a housing having a top and a bottom , the bottom defining a mating interface configured to be mated to the receptacle connector , the housing having a first cavity including a first light sensor component in the first cavity for sensing a light characteristic exterior of the sensor connector ; power contacts held by the housing and extending from the bottom for electrical connection with receptacle power contacts of the receptacle connector ; a lid assembly at the top of the housing , the lid assembly having a lid ; and a second sensor component for sensing characteristics of the air exterior of the sensor connector, the second sensor component being exposed to said air exterior of the sensor connector; wherein (i) the first cavity is a sealed cavity ; (ii) the lid defines an unsealed cavity and includes at least one opening allowing airflow through the unsealed cavity , the lid assembly having the second sensor component ; and (iii) the lid assembly includes a filter between the unsealed cavity and the exterior of the sensor connector and covering the opening , the filter allowing the airflow through the unsealed cavity and filtering environmental contaminants from the air flowing through the cavity . (i) the first cavity is a sealed cavity ; (ii) the lid defines an unsealed cavity and includes at least one opening allowing airflow through the unsealed cavity , the lid assembly having the second sensor component ; and (iii) the lid assembly includes a filter between the unsealed cavity and the exterior of the sensor connector and covering the opening , the filter allowing the airflow through the unsealed cavity and filtering environmental contaminants from the air flowing through the cavity .
A cannula comprising (i) a first clamping surface ; (ii) a second clamping surface on a base of the cannula, the first clamping surface being on a closing portion of the cannula, the base including a connecting structure that connects the closing portion and the base , a first passage disposed within the base extends between a first opening surrounded by the second clamping surface and a second opening on a side of the base opposite from the second clamping surface , the first clamping surface and the second clamping surface are configured to clamp tissue between the first clamping surface and the second clamping surface ; characterized in that when the first clamping surface is in an open position, the connecting structure allows the closing portion to be rotated around the second clamping surface and the base . a first passage disposed within the base extends between a first opening surrounded by the second clamping surface and a second opening on a side of the base opposite from the second clamping surface , the first clamping surface and the second clamping surface are configured to clamp tissue between the first clamping surface and the second clamping surface ; characterized in that when the first clamping surface is in an open position, the connecting structure allows the closing portion to be rotated around the second clamping surface and the base .
An article conveying apparatus comprising: a hopper that temporarily stores an article charged from an outside and discharges the article downstream; a driver that drives the hopper ; and a main body to be attached with the driver , wherein the main body includes: a top plate that has a plane in a horizontal direction; and a side surface to be attached with the driver, and the side surface has: a first surface that is to be connected to the top plate ; and a second surface that is formed continuously with the first surface , is attached with the driver , and is inclined in a direction of going toward a center axis of the main body as going downward in the vertical direction, characterized in that the first surface stands up in a vertical direction. a hopper that temporarily stores an article charged from an outside and discharges the article downstream; a driver that drives the hopper ; and a main body to be attached with the driver , wherein the main body includes: a top plate that has a plane in a horizontal direction; and a side surface to be attached with the driver, and a top plate that has a plane in a horizontal direction; and a side surface to be attached with the driver, and the side surface has: a first surface that is to be connected to the top plate ; and a second surface that is formed continuously with the first surface , is attached with the driver , and is inclined in a direction of going toward a center axis of the main body as going downward in the vertical direction, a first surface that is to be connected to the top plate ; and a second surface that is formed continuously with the first surface , is attached with the driver , and is inclined in a direction of going toward a center axis of the main body as going downward in the vertical direction,