mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting water shortage for a humidifier, comprising: obtaining (S101, S301) a water level parameter of a water tank, monitored by a water level sensor; determining (S102) a water level state of the water tank according to the water level parameter; when the water level state of the water tank is a water shortage state, controlling (S103) an electromagnetic valve to be energized, wherein the electromagnetic valve is connected to a water box, the water box is configured to add water to the water tank through the electromagnetic valve, and the electromagnetic valve is opened when the electromagnetic valve is energized; characterized by recording (S104) a number of times of energizing the electromagnetic valve; when the number of times of energizing the electromagnetic valve exceeds a first preset number of times as well as when the water level state of the water tank determined every time after energization of the electromagnetic valve is the water shortage state, confirming (S105) that the water box is short of water. obtaining (S101, S301) a water level parameter of a water tank, monitored by a water level sensor; determining (S102) a water level state of the water tank according to the water level parameter; when the water level state of the water tank is a water shortage state, controlling (S103) an electromagnetic valve to be energized, wherein the electromagnetic valve is connected to a water box, the water box is configured to add water to the water tank through the electromagnetic valve, and the electromagnetic valve is opened when the electromagnetic valve is energized; characterized by recording (S104) a number of times of energizing the electromagnetic valve; when the number of times of energizing the electromagnetic valve exceeds a first preset number of times as well as when the water level state of the water tank determined every time after energization of the electromagnetic valve is the water shortage state, confirming (S105) that the water box is short of water.
A thermoplastic olefinic composition comprising: (A) a first polymer composition comprising: a homopolymer polypropylene; (B) a second polymer composition comprising: a polypropylene polymer grafted with an unsaturated monomer; (C) a third polymer composition comprising: a first elastomeric ethylene copolymer; and (D) a carbon fiber composition comprising: a carbon fiber coupled with a sizing composition; wherein the first elastomeric ethylene copolymer is an ethylene/octene copolymer; and wherein the sizing composition coupled to the carbon fiber is selected from the group consisting of: (A) epoxy; (B) nylon; and (C) urethane. (A) a first polymer composition comprising: a homopolymer polypropylene; (B) a second polymer composition comprising: a polypropylene polymer grafted with an unsaturated monomer; (C) a third polymer composition comprising: a first elastomeric ethylene copolymer; and (D) a carbon fiber composition comprising: a carbon fiber coupled with a sizing composition; (A) epoxy; (B) nylon; and (C) urethane.
A specimen retrieval device comprising: a deployment assembly including, an insertion tube ; a shaft slidably receivable through the insertion tube; a handle disposed on a proximal end portion of the shaft; and a support assembly disposed on a distal end portion of the shaft; and a specimen retrieval bag supported by the deployment assembly, the specimen retrieval bag including, a pouch portion supported by the support assembly; a tail portion extending from the pouch portion; and a closure cord extending through the pouch portion for cinching the pouch portion, characterized in that the handle of the deployment assembly includes a post configured to engage the tail portion of the specimen retrieval bag to secure the tail portion to the handle. a deployment assembly including, an insertion tube ; a shaft slidably receivable through the insertion tube; a handle disposed on a proximal end portion of the shaft; and a support assembly disposed on a distal end portion of the shaft; and an insertion tube ; a shaft slidably receivable through the insertion tube; a handle disposed on a proximal end portion of the shaft; and a support assembly disposed on a distal end portion of the shaft; a specimen retrieval bag supported by the deployment assembly, the specimen retrieval bag including, a pouch portion supported by the support assembly; a tail portion extending from the pouch portion; and a closure cord extending through the pouch portion for cinching the pouch portion, a pouch portion supported by the support assembly; a tail portion extending from the pouch portion; and a closure cord extending through the pouch portion for cinching the pouch portion, characterized in that the handle of the deployment assembly includes a post configured to engage the tail portion of the specimen retrieval bag to secure the tail portion to the handle.
A crystallized glass comprising: a composition including, in % by mass, 55 to 75% SiO 2 , 20.5 to 27% Al 2 O 3 , over 2 to 8% Li 2 O, 1.5 to 3% TiO 2 , 0.1 to 0.5% SnO 2 , 3.8 to 5% TiO 2 +ZrO 2 , 3.7 to 4.5% Li 2 O+0.741MgO+0.367ZnO, and up to 0.5% SrO+1.847CaO, and both β-quartz solid solution and β-spodumene solid solution as predominant crystal phases, wherein the ratio (ΔL max -ΔL min ) /L obtained by dividing a difference between a maximum value ΔL max and a minimum value ΔL min of ΔL in a range of -40°C to 80°C by L is 8×10 -6 or less where L denotes a length of the crystallized glass at 30°C and ΔL denotes a difference between a length (L t ) of the crystallized glass at each of the temperatures and the length (L) thereof at 30°C. a composition including, in % by mass, 55 to 75% SiO 2 , 20.5 to 27% Al 2 O 3 , over 2 to 8% Li 2 O, 1.5 to 3% TiO 2 , 0.1 to 0.5% SnO 2 , 3.8 to 5% TiO 2 +ZrO 2 , 3.7 to 4.5% Li 2 O+0.741MgO+0.367ZnO, and up to 0.5% SrO+1.847CaO, and both β-quartz solid solution and β-spodumene solid solution as predominant crystal phases, wherein the ratio (ΔL max -ΔL min ) /L obtained by dividing a difference between a maximum value ΔL max and a minimum value ΔL min of ΔL in a range of -40°C to 80°C by L is 8×10 -6 or less where L denotes a length of the crystallized glass at 30°C and ΔL denotes a difference between a length (L t ) of the crystallized glass at each of the temperatures and the length (L) thereof at 30°C.
A device for treating the hair, comprising: - a first arm and a second arm that are connected together by a joint and are able to move relative to one another between a closed configuration for treating the hair and a spread configuration for engaging hair to be treated between said arms, the joint extending along a joint axis (Y), - a removable refill comprising • a body having a housing , and • a member for applying a cosmetic product received in the housing , the refill comprising at least a first mounting means interacting with at least a second mounting means of the first arm , such that the first and second mounting means are assembled by a movement of the first mounting means , along an axis (Y) substantially parallel to the axis (Y) of the joint , relative to the second mounting means , one of the first mounting means and of the second mounting means comprising two facing walls that between them enclose a support of the other of the first mounting means and of the second mounting means . - a first arm and a second arm that are connected together by a joint and are able to move relative to one another between a closed configuration for treating the hair and a spread configuration for engaging hair to be treated between said arms, the joint extending along a joint axis (Y), - a removable refill comprising • a body having a housing , and • a member for applying a cosmetic product received in the housing , • a body having a housing , and • a member for applying a cosmetic product received in the housing ,
A device for detecting use of a cell phone by one or more persons during operation of a vehicle, comprising: an antenna interface in communication with an antenna configured to receive wireless signals from one or more cell phones when used by at least one of a driver of a vehicle and a passenger in the vehicle; a power detector connected to the antenna interface, the power detector being configured to measure received RF signals from the antenna that are above a defined minimum power threshold, the power detector configured to output a voltage waveform that corresponds to the received RF signals above the defined minimum power threshold; and signal processing circuitry configured to receive each voltage waveform output by the power detector and to analyse each output voltage waveform to determine: received power which corresponds to the received RF signals for which the voltage waveform is output by the power detector; when the received power for a received RF signal is above a first threshold, identifying the received RF signal as a driver signal; and when the received power for the received RF signal is above a second threshold, identifying the received RF signal for that value as a passenger signal. an antenna interface in communication with an antenna configured to receive wireless signals from one or more cell phones when used by at least one of a driver of a vehicle and a passenger in the vehicle; a power detector connected to the antenna interface, the power detector being configured to measure received RF signals from the antenna that are above a defined minimum power threshold, the power detector configured to output a voltage waveform that corresponds to the received RF signals above the defined minimum power threshold; and signal processing circuitry configured to receive each voltage waveform output by the power detector and to analyse each output voltage waveform to determine: received power which corresponds to the received RF signals for which the voltage waveform is output by the power detector; when the received power for a received RF signal is above a first threshold, identifying the received RF signal as a driver signal; and when the received power for the received RF signal is above a second threshold, identifying the received RF signal for that value as a passenger signal. received power which corresponds to the received RF signals for which the voltage waveform is output by the power detector; when the received power for a received RF signal is above a first threshold, identifying the received RF signal as a driver signal; and when the received power for the received RF signal is above a second threshold, identifying the received RF signal for that value as a passenger signal.
Fastening device for fastening a toilet cover to a toilet body , comprising a fastening member having an stop portion with an stop surface for abutment on the toilet body and a bearing portion for bearing the toilet cover, and an actuator member , wherein the fastening member further comprises a pivot bearing portion on which at least one clamping member is pivotally supported, and that the at least one clamping member is pivotable by an actuation of the actuator member , characterized in that the at least one clamping member comprises a first arm portion and a second arm portion , which are arranged such that the actuator member acts on the first arm portion upon actuation and thereby pivots the clamping member . a fastening member having an stop portion with an stop surface for abutment on the toilet body and a bearing portion for bearing the toilet cover, and an actuator member , wherein the fastening member further comprises a pivot bearing portion on which at least one clamping member is pivotally supported, and that the at least one clamping member is pivotable by an actuation of the actuator member , characterized in that the at least one clamping member comprises a first arm portion and a second arm portion , which are arranged such that the actuator member acts on the first arm portion upon actuation and thereby pivots the clamping member .
Paint box with a container part which has a base and first holding means arranged at the base for detachable fastening of a plurality of individual paint containers , and a cover part which is designed as a painting palette for painting with a plurality of paint mixing troughs , the cover part having the paint mixing troughs on its inside, characterized in that at least one paint mixing trough has second holding means for detachable attachment of a paint container in the paint mixing trough , the first holding means at the bottom of the container part and the second holding means of a paint mixing trough being different, the second holding means of the paint mixing trough having a lower resistance to loosening than the first holding means at the bottom of the container part .
A computer-implemented method, comprising: storing program source code in a multi-threaded imperative programming language, the program source code comprising a construct defining a function call ; compiling the construct to a circuit description describing a circuit implementation; and generating, based on the circuit description, a synchronous digital circuit comprising the circuit implementation; characterized in that : the circuit implementation comprises: a first hardware pipeline configured to output one or more variables to a first queue and to output one or more function parameters to a second queue ; a second hardware pipeline configured to receive the function parameters from the second queue , to perform one or more operations using the function parameters, and to store results generated by the one or more operations in a third queue ; and a third hardware pipeline configured to obtain the variables from the first queue and to retrieve the results from the third queue . storing program source code in a multi-threaded imperative programming language, the program source code comprising a construct defining a function call ; compiling the construct to a circuit description describing a circuit implementation; and generating, based on the circuit description, a synchronous digital circuit comprising the circuit implementation; characterized in that : the circuit implementation comprises: a first hardware pipeline configured to output one or more variables to a first queue and to output one or more function parameters to a second queue ; a second hardware pipeline configured to receive the function parameters from the second queue , to perform one or more operations using the function parameters, and to store results generated by the one or more operations in a third queue ; and a third hardware pipeline configured to obtain the variables from the first queue and to retrieve the results from the third queue . a first hardware pipeline configured to output one or more variables to a first queue and to output one or more function parameters to a second queue ; a second hardware pipeline configured to receive the function parameters from the second queue , to perform one or more operations using the function parameters, and to store results generated by the one or more operations in a third queue ; and a third hardware pipeline configured to obtain the variables from the first queue and to retrieve the results from the third queue .
A device for preheating tire blanks , having a preheating chamber with a housing (G) and at least one continuous conveying device which provides a carousel storage track (U), wherein the conveying device is arranged completely or partially inside the preheating chamber , and wherein - a carousel storage track start (UA) of the carousel storage track (U) is provided at at least one inlet of the housing (G) and is operatively coupled to a feed device , and - a carousel storage track end (UE) of the carousel storage track (U) is provided at at least one outlet of the housing (G) and is operatively coupled to an outward-conveying device , and - the feed device has at least one first inward-conveying unit designed to deliver tire blanks with a predetermined first temperature (T1R) to the carousel storage track start (UA) via the inlet , and - the outward-conveying device is designed to discharge both tire blanks with a second temperature (T2R) higher than the first temperature (T1R) of the tire blanks , and vulcanized tires with a second temperature (T2V) lower than the first temperature (T1V) of the vulcanized tires , via the outlet of the carousel storage track end (UE), characterized in that the feed device has at least one second inward-conveying unit designed to deliver vulcanized tires to the carousel storage track start (UA) with a predetermined first temperature (T1V) which is higher than the first temperature (T1R) of the tire blanks . - a carousel storage track start (UA) of the carousel storage track (U) is provided at at least one inlet of the housing (G) and is operatively coupled to a feed device , and - a carousel storage track end (UE) of the carousel storage track (U) is provided at at least one outlet of the housing (G) and is operatively coupled to an outward-conveying device , and - the feed device has at least one first inward-conveying unit designed to deliver tire blanks with a predetermined first temperature (T1R) to the carousel storage track start (UA) via the inlet , and - the outward-conveying device is designed to discharge both tire blanks with a second temperature (T2R) higher than the first temperature (T1R) of the tire blanks , and vulcanized tires with a second temperature (T2V) lower than the first temperature (T1V) of the vulcanized tires , via the outlet of the carousel storage track end (UE),
Battery module with module walls , which comprise an interior space that features an arranged plurality of cylindrical battery cells and a metallic cooling structure, wherein the battery cells are arranged side by side in one row and in a plurality of rows within the module walls , wherein each battery cell fills a single cross-sectional area according to its circular cross-section and all battery cells together fill a total cross-sectional area (Atotal) within the module walls , wherein the cooling structure comprises several cooling hollow profiles (20, 20', 20"), which are extruded hollow profiles of aluminium material, wherein the cooling hollow profiles (20, 20', 20") each have at least one cooling channel for a cooling fluid that runs parallel to the longitudinal axis of the battery cells , wherein either the battery cells have electrical insulation or the cooling hollow profiles (20, 20', 20") have an insulating layer on their contact surfaces , wherein each battery cell is arranged mechanically separated from adjacent battery cells by the cooling hollow profiles (20, 20', 20"), characterised in that the battery cells are arranged in a high packing density in the interior space, namely the total cross-sectional area (Atotal) of all battery cells making up more than 70% of the cross-sectional area (A) of the interior space within the module walls , Atotal > 0.7 × A the cooling hollow profiles have a star-shaped cross section with three or four serrations , in each case a concave contact surface extending between two serrations and the cooling channel being arranged centrally around the axis of symmetry of the cooling profiles , wherein the radius of the contact surfaces is adapted to the radius of the battery cells so that the cooling hollow profiles (20, 20', 20") lie with their outer contact surfaces closely against the lateral surfaces of at least 3 battery cells , wherein a plurality of cooling hollow profiles having a star-shaped cross-section are integrally connected to one another via two serrations in each case to form an elongated cooling hollow profile (20").
A solid composition comprising amorphous calcium carbonate (ACC), and an inorganic polyphosphate or pharmaceutically acceptable salts thereof as a stabilizer, wherein the molar ratio between P atoms of the stabilizer and Ca atoms of the ACC (P:Ca molar ratio) is at least about 1:90, and wherein the composition is stable for at least 7 days.
A polymer positive temperature coefficient (PPTC) assembly, comprising: a PPTC component , the PPTC component having a trip temperature, a first room temperature resistance and further having a first temperature coefficient of resistance in a low temperature range below the trip temperature; a resistive component , disposed in electrical contact with the PPTC component on a first side of the PPTC component, the resistive component comprising an electrical conductor, having a second room temperature resistance and having a second temperature coefficient of resistance in the low temperature; a first electrode , electrically coupled to the resistive component ; and a second electrode , electrically coupled to a second side of the PPTC component , wherein the PPTC component and the resistive component are arranged in electrical series between the first electrode and the second electrode , characterised in that the second temperature coefficient of resistance in the low temperature range is less than the first temperature coefficient of resistance and in that the sum of the first room temperature resistance plus the second room temperature resistance equals a target room temperature resistance. a PPTC component , the PPTC component having a trip temperature, a first room temperature resistance and further having a first temperature coefficient of resistance in a low temperature range below the trip temperature; a resistive component , disposed in electrical contact with the PPTC component on a first side of the PPTC component, the resistive component comprising an electrical conductor, having a second room temperature resistance and having a second temperature coefficient of resistance in the low temperature; a first electrode , electrically coupled to the resistive component ; and a second electrode , electrically coupled to a second side of the PPTC component , wherein the PPTC component and the resistive component are arranged in electrical series between the first electrode and the second electrode , characterised in that the second temperature coefficient of resistance in the low temperature range is less than the first temperature coefficient of resistance and in that the sum of the first room temperature resistance plus the second room temperature resistance equals a target room temperature resistance.