mhurhangee/patent-ind-claim-en huggingface dataset:
A foam molded body of a resin composition comprising: a block copolymer (I) which is a block copolymer having a polymer block (A) containing 50% by mass or more of a structural unit derived from an aromatic vinyl compound and a polymer block (B) containing 50% by mass or more of a structural unit derived from at least one selected from the group consisting of isoprene, butadiene and mixture of isoprene and butadiene, the polymer block (B) is unhydrogenated, exhibits a peak top temperature of tanδ, as measured under a condition of a thickness of a test piece of 1 mm, a strain amount of 0.1%, a frequency of 1 Hz, a measurement temperature of -70 to 70°C, and a temperature rise rate of 3°C/min in conformity with JIS K7244-10 , of -50 to 50°C, and has a peak top molecular weight, as determined in terms of standard polystyrene by gel permeation chromatography, of 30,000 to 500,000, at least one olefin-based polymer (II) selected from the group consisting of an ethylene-propylene-diene copolymer rubber, an ethylene-vinyl acetate copolymer, and a polyethylene-based resin in which the content of the structural unit derived from ethylene is 30 to 100 mol% on the basis of the total structural unit of the polyethylene-based resin, a crosslinking agent (III), and a foaming agent (IV). a block copolymer (I) which is a block copolymer having a polymer block (A) containing 50% by mass or more of a structural unit derived from an aromatic vinyl compound and a polymer block (B) containing 50% by mass or more of a structural unit derived from at least one selected from the group consisting of isoprene, butadiene and mixture of isoprene and butadiene, the polymer block (B) is unhydrogenated, exhibits a peak top temperature of tanδ, as measured under a condition of a thickness of a test piece of 1 mm, a strain amount of 0.1%, a frequency of 1 Hz, a measurement temperature of -70 to 70°C, and a temperature rise rate of 3°C/min in conformity with JIS K7244-10 , of -50 to 50°C, and has a peak top molecular weight, as determined in terms of standard polystyrene by gel permeation chromatography, of 30,000 to 500,000, at least one olefin-based polymer (II) selected from the group consisting of an ethylene-propylene-diene copolymer rubber, an ethylene-vinyl acetate copolymer, and a polyethylene-based resin in which the content of the structural unit derived from ethylene is 30 to 100 mol% on the basis of the total structural unit of the polyethylene-based resin, a crosslinking agent (III), and a foaming agent (IV).
A method for device-to-device communications, wherein the method comprises: generating , by a synchronization source, a primary device-to-device synchronization signal which is centrally symmetric by mapping a synchronization sequence generated in accordance with a first sequence onto subcarriers, wherein a first root index of the first sequence is different from a second root index of a second sequence used to generate a LTE primary synchronization signal, PSS, wherein the LTE PSS is sent from a base station; and transmitting , by the synchronization source, the primary device-to-device synchronization signal in a single carrier frequency division multiple access, SC-FDMA, waveform. generating , by a synchronization source, a primary device-to-device synchronization signal which is centrally symmetric by mapping a synchronization sequence generated in accordance with a first sequence onto subcarriers, wherein a first root index of the first sequence is different from a second root index of a second sequence used to generate a LTE primary synchronization signal, PSS, wherein the LTE PSS is sent from a base station; and transmitting , by the synchronization source, the primary device-to-device synchronization signal in a single carrier frequency division multiple access, SC-FDMA, waveform.
Method for operating an internal combustion engine , comprising the following steps: - determining a target lambda value and measuring an actual lambda value for combustion in a combustion chamber of an internal combustion engine ; - determining an opening time for an intake valve associated with the combustion chamber as a function of the target lambda value and the actual lambda value, and - opening the intake valve at the determined opening time, characterised by the following further steps: - determining a target nitrogen oxide amount for the exhaust gas of the combustion in the combustion chamber and measuring an actual nitrogen oxide amount in the exhaust gas; - determining a closing timing for the intake valve as a function of the target nitrogen oxide amount and the actual nitrogen oxide amount, and - closing the intake valve at the determined closing time, wherein - a cascaded control or a combined multi-variable control is carried out in such a way that - the lambda control is first adjusted by varying the opening time, wherein thereafter with the opening time of the intake valve held fixed - the nitrogen oxide control is then adjusted by varying the closing time of the intake valve. - determining a target lambda value and measuring an actual lambda value for combustion in a combustion chamber of an internal combustion engine ; - determining an opening time for an intake valve associated with the combustion chamber as a function of the target lambda value and the actual lambda value, and - opening the intake valve at the determined opening time, - determining a target nitrogen oxide amount for the exhaust gas of the combustion in the combustion chamber and measuring an actual nitrogen oxide amount in the exhaust gas; - determining a closing timing for the intake valve as a function of the target nitrogen oxide amount and the actual nitrogen oxide amount, and - closing the intake valve at the determined closing time, wherein - a cascaded control or a combined multi-variable control is carried out in such a way that - the lambda control is first adjusted by varying the opening time, wherein thereafter with the opening time of the intake valve held fixed - the nitrogen oxide control is then adjusted by varying the closing time of the intake valve.
A cell analyzing apparatus comprising: a histogram acquirer which is configured to - perform a flow cytometry measurement of a number of nuclear stained cells, - determine a histogram indicating a fluorescence intensity from said measurement using a given gating process; and - normalize the histogram, an analysis controller which is configured to - apply a Fast Fourier Transform to the data of the normalized histogram acquired by the histogram acquirer, - determine an area under curve (AUC) by computing an area under the Fast Fourier Transform curve which is obtained by applying the Fast Fourier Transform to the normalized histogram, - conclude a nonexistence of cancer cells if the AUC from the cell sample is above a predetermined upper threshold wherein the predetermined upper threshold has been determined by - determining a plurality of AUC from a plurality nuclear stained cancer cell samples using the given gating process, - fixing the upper threshold as a maximum value of said plurality of AUC. a histogram acquirer which is configured to - perform a flow cytometry measurement of a number of nuclear stained cells, - determine a histogram indicating a fluorescence intensity from said measurement using a given gating process; and - normalize the histogram, - perform a flow cytometry measurement of a number of nuclear stained cells, - determine a histogram indicating a fluorescence intensity from said measurement using a given gating process; and - normalize the histogram, an analysis controller which is configured to - apply a Fast Fourier Transform to the data of the normalized histogram acquired by the histogram acquirer, - determine an area under curve (AUC) by computing an area under the Fast Fourier Transform curve which is obtained by applying the Fast Fourier Transform to the normalized histogram, - conclude a nonexistence of cancer cells if the AUC from the cell sample is above a predetermined upper threshold - apply a Fast Fourier Transform to the data of the normalized histogram acquired by the histogram acquirer, - determine an area under curve (AUC) by computing an area under the Fast Fourier Transform curve which is obtained by applying the Fast Fourier Transform to the normalized histogram, - conclude a nonexistence of cancer cells if the AUC from the cell sample is above a predetermined upper threshold wherein the predetermined upper threshold has been determined by - determining a plurality of AUC from a plurality nuclear stained cancer cell samples using the given gating process, - fixing the upper threshold as a maximum value of said plurality of AUC. - determining a plurality of AUC from a plurality nuclear stained cancer cell samples using the given gating process, - fixing the upper threshold as a maximum value of said plurality of AUC.
A flat surface for sinks and shower pans with drainage by means of channels made in a single volume and with radial channels made on the upper part of the flat surface which intersect with the peripheral channels both at the peripheral part and at the vertices and all the channels with a thickness comprised between 0.2 and 1 cm, characterized in that the radial or peripheral channels pass through the entire volume to the area, where a drain is made in the volume and extends from the bottom surface of the single volume into the lower part of the volume in order to dump water from the channels into the drain.
A sanitary shower , in particular an overhead shower, comprising - a shower body including a fluid inlet and a fluid outlet , - a shower head which is removably attachable to the shower body with a fluid inlet in connection with the fluid outlet of the shower body and includes a shower outlet for providing a shower fluid jet, and - plug-on connector means for removably attaching the shower head to the shower body , characterized in that - the plug-on connector means have at least one latching lug and a corresponding latching hole in which the latching lug is lockable by latching on, - the plug-on connector means include a first coupling ring part on the shower body and a second coupling ring part on the shower head , which second coupling ring part is removably connectable to the first coupling ring part by coaxial insertion, wherein on one coupling ring part the latching hole is provided and on the other coupling ring part the latching lug is disposed to be snappingly movable in the radial direction, and - the plug-on connector means include a locking ring which is disposed coaxially in relation to the coupling ring part including the latching lug and rotatable relative thereto, wherein the locking ring in a blocking position secures against removing of the latching lug from the latching hole and in an enable position, twisted relative to the blocking position, enables removing of the latching lug from the latching hole. - a shower body including a fluid inlet and a fluid outlet , - a shower head which is removably attachable to the shower body with a fluid inlet in connection with the fluid outlet of the shower body and includes a shower outlet for providing a shower fluid jet, and - plug-on connector means for removably attaching the shower head to the shower body , - the plug-on connector means have at least one latching lug and a corresponding latching hole in which the latching lug is lockable by latching on, - the plug-on connector means include a first coupling ring part on the shower body and a second coupling ring part on the shower head , which second coupling ring part is removably connectable to the first coupling ring part by coaxial insertion, wherein on one coupling ring part the latching hole is provided and on the other coupling ring part the latching lug is disposed to be snappingly movable in the radial direction, and - the plug-on connector means include a locking ring which is disposed coaxially in relation to the coupling ring part including the latching lug and rotatable relative thereto, wherein the locking ring in a blocking position secures against removing of the latching lug from the latching hole and in an enable position, twisted relative to the blocking position, enables removing of the latching lug from the latching hole.
An engagement method for engaging a first gear element with a second gear element , at least the second gear element being mounted to move between a meshing position and a disengaged position by means of an actuator (V), the engagement method including a step of driving at least one of the gear elements in rotation so as to establish a non-zero difference in speed of rotation between said gear elements, and a step of controlling the actuator (V) to perform the following in succession: - moving at least the second gear element towards the meshing position; - on detecting contact between the gear elements, stopping the movement of the second gear element; and - on detecting an ideal angular position for engaging said gear elements, moving the second gear element as quickly as possible into the meshing position. - moving at least the second gear element towards the meshing position; - on detecting contact between the gear elements, stopping the movement of the second gear element; and - on detecting an ideal angular position for engaging said gear elements, moving the second gear element as quickly as possible into the meshing position.
A method for voice assistance control for a space unit that includes at least one room , comprising the following steps: - a room detection step , in which the number of persons located inside the at least one room is determined on the basis of an acoustic signal, which is determined by a microphone of at least one voice assistance device , - a space unit detection step , in which a determination is made as to the association of the at least one person with the space unit , and - an identification step , in which the at least one person located in the at least one room is identified, wherein the method is characterized in that : - the voice assistance device accepts and relays voice commands, - wherein the voice assistance device only relays voice commands of a first category if they have been issued by a person who is associated with space unit , and - wherein the voice assistance device relays voice commands of a second category regardless of the person issuing the voice command. - a room detection step , in which the number of persons located inside the at least one room is determined on the basis of an acoustic signal, which is determined by a microphone of at least one voice assistance device , - a space unit detection step , in which a determination is made as to the association of the at least one person with the space unit , and - an identification step , in which the at least one person located in the at least one room is identified, wherein the method is characterized in that : - the voice assistance device accepts and relays voice commands, - wherein the voice assistance device only relays voice commands of a first category if they have been issued by a person who is associated with space unit , and - wherein the voice assistance device relays voice commands of a second category regardless of the person issuing the voice command. - the voice assistance device accepts and relays voice commands, - wherein the voice assistance device only relays voice commands of a first category if they have been issued by a person who is associated with space unit , and - wherein the voice assistance device relays voice commands of a second category regardless of the person issuing the voice command.
A base station , comprising: transmit circuitry ; receive circuitry ; and a control system configured to generate a downlink data frame having an information element in an uplink resource allocation portion, wherein the information element indicates: a feedback type requested by the base station from a mobile station , wherein the feedback type includes an indication of MIMO mode or permutation mode settings; and a location of a subsequent uplink data frame indicating when feedback information requested by the base station is to be provided by the mobile station on an allocated uplink resource, wherein the location is specified with reference to the downlink data frame; wherein the transmit circuitry is configured to transmit the generated downlink data frame to the mobile station . transmit circuitry ; receive circuitry ; and a control system configured to generate a downlink data frame having an information element in an uplink resource allocation portion, wherein the information element indicates: a feedback type requested by the base station from a mobile station , wherein the feedback type includes an indication of MIMO mode or permutation mode settings; and a location of a subsequent uplink data frame indicating when feedback information requested by the base station is to be provided by the mobile station on an allocated uplink resource, wherein the location is specified with reference to the downlink data frame; a feedback type requested by the base station from a mobile station , wherein the feedback type includes an indication of MIMO mode or permutation mode settings; and a location of a subsequent uplink data frame indicating when feedback information requested by the base station is to be provided by the mobile station on an allocated uplink resource, wherein the location is specified with reference to the downlink data frame; wherein the transmit circuitry is configured to transmit the generated downlink data frame to the mobile station .
A spirocyclic indolone polyethylene glycol carbonate compound represented by the following general formula I, a stereoisomer thereof, or a pharmaceutically acceptable salt thereof: wherein Y 1 , Y 2 , Y 3 , and Y 4 are independently selected from the group consisting of H and halogen; R 1 is selected from the group consisting of H and C1-C5 alkyl; R 2 is selected from the group consisting of H, C1-C5 alkyl, and C1-C5 alkoxy; R 3 is selected from the group consisting of C1-C10 alkyl and C2-C10 alkenyl; and n is an integer of 3 to 50. Y 1 , Y 2 , Y 3 , and Y 4 are independently selected from the group consisting of H and halogen; R 1 is selected from the group consisting of H and C1-C5 alkyl; R 2 is selected from the group consisting of H, C1-C5 alkyl, and C1-C5 alkoxy; R 3 is selected from the group consisting of C1-C10 alkyl and C2-C10 alkenyl; and n is an integer of 3 to 50.
A liquid-dispensing apparatus , comprising: a flexible container comprising first and second opposing walls and a bottom surface , the walls and bottom surface defining an interior chamber configured to contain liquid; a drink tube exterior to the container; a detachable coupling element coupled to the first opposing wall and providing fluid communication between the chamber and the drink tube when the drink tube is attached to the coupling element, wherein the first wall comprises a storage compartment and the coupling element is rotatable to be in a stored position within the compartment when the coupling element is not attached to the drink tube; and a channel component disposed within the chamber, the channel component having a proximal end in fluid communication with the coupling element and a terminal end extending toward the bottom surface, the channel component having a raised portion including a length, the raised portion being configured to prevent the first and second opposing walls from completely contacting each other as liquid is expelled from the container, the channel component having a spine coupled along its entire length to the first opposing wall, wherein the channel component has a T-shaped, C-shaped, L-shaped, or tubular cross-section, the channel component being configured such that liquid may pass through the entirety of the length of the raised portion. a flexible container comprising first and second opposing walls and a bottom surface , the walls and bottom surface defining an interior chamber configured to contain liquid; a drink tube exterior to the container; a detachable coupling element coupled to the first opposing wall and providing fluid communication between the chamber and the drink tube when the drink tube is attached to the coupling element, wherein the first wall comprises a storage compartment and the coupling element is rotatable to be in a stored position within the compartment when the coupling element is not attached to the drink tube; and a channel component disposed within the chamber, the channel component having a proximal end in fluid communication with the coupling element and a terminal end extending toward the bottom surface, the channel component having a raised portion including a length, the raised portion being configured to prevent the first and second opposing walls from completely contacting each other as liquid is expelled from the container, the channel component having a spine coupled along its entire length to the first opposing wall, wherein the channel component has a T-shaped, C-shaped, L-shaped, or tubular cross-section, the channel component being configured such that liquid may pass through the entirety of the length of the raised portion.
A wireless communication system for a ground based vehicle , said wireless communication system comprising: a router connected to a plurality of antennas (5a-n), wherein the router is configured to transmit and receive wireless data communication to and from a stationary communication server outside said vehicle through at least one base station (8a-d) of an exterior mobile network via said antennas; wherein said antennas (5a-n) are directional antennas arranged on planes of the vehicle functioning as ground planes, isolating planes or absorbing planes, each plane extending in a height direction and length direction of said vehicle, wherein at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a first side of the vehicle, and at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a second side of the vehicle, the second side being opposite to the first side, characterized in that the planes are provided on sides of a longitudinal beam extending in a length direction of the ground based vehicle and arranged in the middle of the roof of said ground based vehicle. a router connected to a plurality of antennas (5a-n), wherein the router is configured to transmit and receive wireless data communication to and from a stationary communication server outside said vehicle through at least one base station (8a-d) of an exterior mobile network via said antennas; wherein said antennas (5a-n) are directional antennas arranged on planes of the vehicle functioning as ground planes, isolating planes or absorbing planes, each plane extending in a height direction and length direction of said vehicle, wherein at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a first side of the vehicle, and at least one antenna is directed so that its antenna beam covers a laterally directed sector (51a-f) to a second side of the vehicle, the second side being opposite to the first side, characterized in that the planes are provided on sides of a longitudinal beam extending in a length direction of the ground based vehicle and arranged in the middle of the roof of said ground based vehicle.