mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle engine activation control system comprising: a starter connected to a battery ; an idle stop control unit configured to automatically stop an engine and automatically reactivate the engine by the starter ; an input unit configured to generate an operation request in response to an input from a driver; an electric parking brake device including an electric motor connected to the battery , wherein the electric motor starts driving in response to the operation request; and a mediating unit configured to prohibit the reactivation of the engine by the idle stop control unit when the electric motor is in a driving state in response to a predetermined operation request; the vehicle engine activation control system being characterized in that the mediating unit is further configured to discontinue the reactivation of the engine when the predetermined operation request is generated while the engine is being reactivated by the idle stop control unit , the idle stop control unit is configured to reactivate the engine after the driving of the electric motor is completed in response to the predetermined operation request when the mediating unit has discontinued the reactivation of the engine. a starter connected to a battery ; an idle stop control unit configured to automatically stop an engine and automatically reactivate the engine by the starter ; an input unit configured to generate an operation request in response to an input from a driver; an electric parking brake device including an electric motor connected to the battery , wherein the electric motor starts driving in response to the operation request; and a mediating unit configured to prohibit the reactivation of the engine by the idle stop control unit when the electric motor is in a driving state in response to a predetermined operation request; the vehicle engine activation control system being characterized in that the mediating unit is further configured to discontinue the reactivation of the engine when the predetermined operation request is generated while the engine is being reactivated by the idle stop control unit , the idle stop control unit is configured to reactivate the engine after the driving of the electric motor is completed in response to the predetermined operation request when the mediating unit has discontinued the reactivation of the engine.
A nasogastric tube securement system , the system comprising: a base layer configured to be adhered to a nose, the base layer having a first major surface comprising a skin-contact adhesive and a second major surface opposite the first major surface ; and a coupling layer , comprising: a first end comprising coupling means configured to be repositionably coupled to the second major surface of the base layer , a second end configured to secure a nasogastric tube, wherein the coupling layer has a longitudinal direction (D) extending from the first end to the second end , and wherein the second end of the coupling layer is longer in the longitudinal direction (D) than the first end , and wherein the coupling layer has a uniform width in a lateral direction (L); and a generally triangular cutaway region comprising a longitudinal slit extending from a periphery of the coupling layer adjacent the second end into a central portion of the coupling layer and toward the first end , such that the second end comprises legs that are separated by the cutaway region , and wherein the first end is free of the cutaway region . a base layer configured to be adhered to a nose, the base layer having a first major surface comprising a skin-contact adhesive and a second major surface opposite the first major surface ; and a coupling layer , comprising: a first end comprising coupling means configured to be repositionably coupled to the second major surface of the base layer , a second end configured to secure a nasogastric tube, wherein the coupling layer has a longitudinal direction (D) extending from the first end to the second end , and wherein the second end of the coupling layer is longer in the longitudinal direction (D) than the first end , and wherein the coupling layer has a uniform width in a lateral direction (L); and a generally triangular cutaway region comprising a longitudinal slit extending from a periphery of the coupling layer adjacent the second end into a central portion of the coupling layer and toward the first end , such that the second end comprises legs that are separated by the cutaway region , and wherein the first end is free of the cutaway region . a first end comprising coupling means configured to be repositionably coupled to the second major surface of the base layer , a second end configured to secure a nasogastric tube, wherein the coupling layer has a longitudinal direction (D) extending from the first end to the second end , and wherein the second end of the coupling layer is longer in the longitudinal direction (D) than the first end , and wherein the coupling layer has a uniform width in a lateral direction (L); and a generally triangular cutaway region comprising a longitudinal slit extending from a periphery of the coupling layer adjacent the second end into a central portion of the coupling layer and toward the first end , such that the second end comprises legs that are separated by the cutaway region , and wherein the first end is free of the cutaway region .
A travel control method comprising: recognizing a lane line (P) of a traffic lane in which a host vehicle (A) is traveling; performing lane keeping control such that a lateral position of the host vehicle (A) is at a predetermined position with respect to the lane line (P); detecting a preceding vehicle (B) traveling ahead of the host vehicle (A) in the traffic lane during the lane keeping control; and when the lane line (P) is not detected, canceling the lane keeping control when a predetermined time has passed after the lane line (P) is no longer detected, characterized in that the predetermined time is shorter when a following distance between the host vehicle (A) and the preceding vehicle (B) is longer than a predetermined value than when the following distance is shorter than or equal to the predetermined value. recognizing a lane line (P) of a traffic lane in which a host vehicle (A) is traveling; performing lane keeping control such that a lateral position of the host vehicle (A) is at a predetermined position with respect to the lane line (P); detecting a preceding vehicle (B) traveling ahead of the host vehicle (A) in the traffic lane during the lane keeping control; and when the lane line (P) is not detected, canceling the lane keeping control when a predetermined time has passed after the lane line (P) is no longer detected, characterized in that the predetermined time is shorter when a following distance between the host vehicle (A) and the preceding vehicle (B) is longer than a predetermined value than when the following distance is shorter than or equal to the predetermined value.
An injection mold assembly, comprising: a first mold plate ; a second mold plate including a runner ; and an injection mold insert secured to one of the first or second mold plates, the injection mold insert including a molding element , wherein the molding element includes a surface defining at least a portion of a mold cavity , wherein the surface comprises a sintered polycrystalline diamond material having bonded diamond grains defining interstitial regions, at least a portion of the interstitial regions including a catalyst material therein, wherein the catalyst material includes cobalt or alloys thereof; wherein the first and second mold plates are configured to be abutted along respective mating surfaces thereof to form the mold cavity. a first mold plate ; a second mold plate including a runner ; and an injection mold insert secured to one of the first or second mold plates, the injection mold insert including a molding element , wherein the molding element includes a surface defining at least a portion of a mold cavity , wherein the surface comprises a sintered polycrystalline diamond material having bonded diamond grains defining interstitial regions, at least a portion of the interstitial regions including a catalyst material therein, wherein the catalyst material includes cobalt or alloys thereof; wherein the first and second mold plates are configured to be abutted along respective mating surfaces thereof to form the mold cavity.
A flexible glass article, comprising: a glass element having a first thickness of 25 μm to 100 μm and including first and second opposed surfaces, and a compressive stress region extending from the first surface of the glass element to a first depth in the glass element, the compressive stress region having a compressive stress of at least 300 MPa at the first surface of the glass element ; and a coating directly cured by ultraviolet radiation on the second surface of the glass element, wherein the glass article is of an absence of fracture when the glass element is bent with the first surface disposed toward the inside of the bend and held at a bend radius of 1 mm to 10 mm for at least 60 minutes at 25 °C and 50 % relative humidity, characterized in that the coating has a second thickness equal to or greater than three times the first thickness and the second thickness is equal to or less than 300 μm, and that the coating has an elastic modulus equal to or less than 10 GPa. a glass element having a first thickness of 25 μm to 100 μm and including first and second opposed surfaces, and a compressive stress region extending from the first surface of the glass element to a first depth in the glass element, the compressive stress region having a compressive stress of at least 300 MPa at the first surface of the glass element ; and a coating directly cured by ultraviolet radiation on the second surface of the glass element, wherein the glass article is of an absence of fracture when the glass element is bent with the first surface disposed toward the inside of the bend and held at a bend radius of 1 mm to 10 mm for at least 60 minutes at 25 °C and 50 % relative humidity, characterized in that the coating has a second thickness equal to or greater than three times the first thickness and the second thickness is equal to or less than 300 μm, and that the coating has an elastic modulus equal to or less than 10 GPa.
A multilayer structure , comprising - at least one electrical node comprising: a first substrate film defining a cavity , and a first material layer arranged to at least partly fill the cavity , and to embed or at least partly cover at least one electrical element arranged into the cavity ; or - at least one electrical node assembly , such as a strip or sheet , comprising: a first substrate film defining a plurality of cavities , and at least a corresponding number of first material layers with respect to a number of the plurality of cavities , wherein each of said first material layers at least partly fills a respective one of the cavities and embeds the at least one electrical element therein; wherein the multilayer structure further comprises - a host substrate , wherein said at least one electrical node or said at least one electrical node assembly is arranged on the host substrate , and - a molded or cast material layer covering said at least one electrical node or said at least one electrical node assembly on the host substrate , wherein the molded or cast material layer is further arranged to cover at least a portion of an area around the at least one electrical node or the least one electrical node assembly . - at least one electrical node comprising: a first substrate film defining a cavity , and a first material layer arranged to at least partly fill the cavity , and to embed or at least partly cover at least one electrical element arranged into the cavity ; or - at least one electrical node assembly , such as a strip or sheet , comprising: a first substrate film defining a plurality of cavities , and at least a corresponding number of first material layers with respect to a number of the plurality of cavities , wherein each of said first material layers at least partly fills a respective one of the cavities and embeds the at least one electrical element therein; - a host substrate , wherein said at least one electrical node or said at least one electrical node assembly is arranged on the host substrate , and - a molded or cast material layer covering said at least one electrical node or said at least one electrical node assembly on the host substrate , wherein the molded or cast material layer is further arranged to cover at least a portion of an area around the at least one electrical node or the least one electrical node assembly .
A heat source unit that constitutes part of a basic refrigerant circuit including a compressor that compresses refrigerant, an accumulator that temporarily accumulates the refrigerant before the refrigerant is sucked into the compressor, an oil separator that separates refrigerating machine oil from the refrigerant after the refrigerant has been discharged from the compressor, and a heat source-side heat exchanger that functions as a radiator or an evaporator of the refrigerant, and where refrigerant circuit constituent parts including the compressor , the accumulator , the oil separator , and the heat source-side heat exchanger are provided inside a casing , and wherein a bottom frame forming a bottom surface of the casing has a first bottom frame and a second bottom frame , characterized in that the heat source unit is configured for change or addition of the refrigerant circuit constituent parts in accordance with capacity or function, wherein the first bottom frame is configured for placement of first refrigerant circuit constituent parts, including the accumulator , the compressor , and the oil separator constituting part of the basic refrigerant circuit, that are common regardless of capacity or function among the refrigerant circuit constituent parts, and the second bottom frame is configured for placement of second refrigerant circuit constituent parts that are changed or added to the basic refrigerant circuit in a case of performing a capacity change or a function addition among the refrigerant circuit constituent parts other than the compressor , the accumulator , and the oil separator of the first refrigerant circuit constituent parts.
A computer-implemented method of ensuring safety which is applied to a safety ensuring system comprising a physiological detection device and an exercise machine , wherein the physiological detection device has a data storage unit , the physiological detection device detects a physiological state of a human body and saves the physiological state in the data storage unit ; the exercise machine including a control device and a working device , the control device is electrically connected to the physiological detection device , the computer-implemented method of ensuring safety comprises the steps of: A. establishing a correspondence between an identity code and a physiological state of a user; B. inputting the identity code into the exercise machine ; and C. retrieving the physiological state corresponding to the inputted identity code; characterized in the further step of: D. determining if the exercise machine is allowed to be used or not according to the retrieved physiological state; wherein the exercise machine is allowed to be used if the retrieved physiological state is classified as a normal condition; the exercise machine is prohibited from being used if the retrieved physiological state is classified as an abnormal condition; wherein the exercise machine is allowed to be used with an alert being sent out if the physiological state is classified as a critical condition; wherein the exercise machine is allowed to be used with limited intensity if the physiological state is classified as a critical condition. A. establishing a correspondence between an identity code and a physiological state of a user; B. inputting the identity code into the exercise machine ; and C. retrieving the physiological state corresponding to the inputted identity code;
A carboxylic acid compound of Chemical Formula I or Chemical Formula II, or a pharmaceutically acceptable salt or solvate thereof, wherein X is C or N; Y, W and Z are each independently C or N; A is S; Q is substituted or unsubstituted (cis or trans), (cis or trans), wherein substituent is methyl, ethyl, propyl, -CD 3 , cyclopropyl, cyclobutyl, cyclopentyl, cyclopropylidene, cyclobutylidene, cyclopentylidene or fluorine; M is H; R 1 , R 2 and R 3 are each independently hydrogen, halogen or absent; R a and R b are each independently hydrogen, or bond to each other to form a benzene ring; R c is -CN, carboxyl, methyl, ethyl, propyl, hydroxymethyl, hydroxyethyl, hydroxypropyl, cyclopropyl, cyclobutyl, hydroxyl-substituted cyclopropyl, hydroxyl-substituted cyclobutyl, oxiranyl, oxetanyl, hydroxyl-substituted oxiranyl or hydroxyl-substituted oxetanyl. X is C or N; Y, W and Z are each independently C or N; A is S; Q is substituted or unsubstituted (cis or trans), (cis or trans), wherein substituent is methyl, ethyl, propyl, -CD 3 , cyclopropyl, cyclobutyl, cyclopentyl, cyclopropylidene, cyclobutylidene, cyclopentylidene or fluorine; M is H; R 1 , R 2 and R 3 are each independently hydrogen, halogen or absent; R a and R b are each independently hydrogen, or bond to each other to form a benzene ring; R c is -CN, carboxyl, methyl, ethyl, propyl, hydroxymethyl, hydroxyethyl, hydroxypropyl, cyclopropyl, cyclobutyl, hydroxyl-substituted cyclopropyl, hydroxyl-substituted cyclobutyl, oxiranyl, oxetanyl, hydroxyl-substituted oxiranyl or hydroxyl-substituted oxetanyl.
A non-invasive blood glucose level measurement device comprising: a pulse waveform measurement unit for measuring an acceleration pulse wave or a plethysmogram of a test subject; the device being characterised in that it further comprises: a storing part configured for storing a prescribed correlation between acceleration pulse waves, which are measured acceleration pulse waves or calculated acceleration pulse waves calculated from the measured plethysmogram, and blood glucose levels; and a data-processing unit configured for calculating a blood glucose level of the test subject by using the correlation based on waveform data of the measured or calculated acceleration pulse wave; wherein the correlation is a correlation between a first blood glucose level that is a blood glucose level measured with an invasive measurement method from the test subject or a different test subject, and a first acceleration pulse wave that is an acceleration pulse wave measured at the same time that the first blood glucose level was measured; and wherein the correlation is defined by a calibration curve constructed by performing a partial least squares (PLS) regression analysis, using the first blood glucose level as an objective variable, and the first acceleration pulse wave as an explanatory variable, and the data-processing unit has a data-analyzing unit configured for calculating the blood glucose level by using the calibration curve. a storing part configured for storing a prescribed correlation between acceleration pulse waves, which are measured acceleration pulse waves or calculated acceleration pulse waves calculated from the measured plethysmogram, and blood glucose levels; and a data-processing unit configured for calculating a blood glucose level of the test subject by using the correlation based on waveform data of the measured or calculated acceleration pulse wave; wherein the correlation is a correlation between a first blood glucose level that is a blood glucose level measured with an invasive measurement method from the test subject or a different test subject, and a first acceleration pulse wave that is an acceleration pulse wave measured at the same time that the first blood glucose level was measured; and wherein the correlation is defined by a calibration curve constructed by performing a partial least squares (PLS) regression analysis, using the first blood glucose level as an objective variable, and the first acceleration pulse wave as an explanatory variable, and the data-processing unit has a data-analyzing unit configured for calculating the blood glucose level by using the calibration curve.
Dewatering screen for production of paper with high-resolution watermarks, having a carrier screen with a plurality of individual-use regions which, during paper production, each produce one of a plurality of individual uses of the watermark paper, wherein the individual-use regions of the dewatering screen are provided with watermark inserts which, at least in sub-regions, are formed as high-resolution multi-level watermark inserts, characterized in that the watermark inserts each have a series watermark region, which is identical for all individual uses, and an individual watermark region, which is individualized for each individual use.
A system for measuring pressure of a high pressure tank, the system comprising: a direct-pipe flow path which directly communicates with an inside of a high-pressure container; a high-pressure sensor , of which a portion is movable into the direct-pipe flow path, fastened to and separable from the direct-pipe flow path; characterized in that a shut-off valve disposed in the direct-pipe flow path between the high-pressure container and the high-pressure sensor, wherein when the high-pressure sensor is separated from the direct-pipe flow path, the direct-pipe flow path is sealed by the shut-off valve. a direct-pipe flow path which directly communicates with an inside of a high-pressure container; a high-pressure sensor , of which a portion is movable into the direct-pipe flow path, fastened to and separable from the direct-pipe flow path; characterized in that a shut-off valve disposed in the direct-pipe flow path between the high-pressure container and the high-pressure sensor, wherein when the high-pressure sensor is separated from the direct-pipe flow path, the direct-pipe flow path is sealed by the shut-off valve.
An apparatus for use in drilling a wellbore , comprising: a first sensor positioned on a drill bit configured to provide a first measurement of a parameter at a selected location in a formation at a first time; a second sensor positioned spaced a selected distance from the first sensor to provide a second measurement of the parameter at the selected location at a second time when the drill bit travels downhole; and a processor configured to calculate ROP of the drill bit using the selected distance, the first time and the second time, characterized in that the processor is placed at one of a location in the drill bit and partially in the drill bit , and the processor is included in a controller positioned on the drill bit , the drill bit comprising a recessed area receiving a sealing member , wherein the recessed area is configured to be at surface pressure, and the controller is housed in the recessed area . a first sensor positioned on a drill bit configured to provide a first measurement of a parameter at a selected location in a formation at a first time; a second sensor positioned spaced a selected distance from the first sensor to provide a second measurement of the parameter at the selected location at a second time when the drill bit travels downhole; and a processor configured to calculate ROP of the drill bit using the selected distance, the first time and the second time, characterized in that the processor is placed at one of a location in the drill bit and partially in the drill bit , and the processor is included in a controller positioned on the drill bit , the drill bit comprising a recessed area receiving a sealing member , wherein the recessed area is configured to be at surface pressure, and the controller is housed in the recessed area .