mhurhangee/patent-ind-claim-en huggingface dataset:
Road vehicle comprising: two or more ports on the same side of the vehicle ; a sensor device comprising one or more sensors , the sensor device being configured to detect for each port individually a non-finished or imminent opening event of the respective port , the sensor device being further configured to output sensor signals representing the result of the detecting; a signaling device comprising at least one optical transducer for emitting optical light signals ; a controller configured to control the signaling device as a function of the sensor signals to cause the at least one transducer to emit a respective light signal for each of the ports for which a detected non-finished or imminent opening event is represented by the sensor signals such that each light signal is individually assigned to the respective port ; wherein the controller is further configured to determine for each detected non-finished or imminent opening event, based on the sensor signals, a probability of an actual occurrence of such opening event and to modify the optical light signal for such port as a function of the determined probability, wherein the controller is further configured to repeatedly determine for each detected non-finished or imminent opening event a probability of an actual occurrence of such opening event, characterized in that the controller is further configured to determine a rate of change of the probability over time as a function of these determined probabilities, and to modify the optical light signal according to the determined rate of change of the probability. two or more ports on the same side of the vehicle ; a sensor device comprising one or more sensors , the sensor device being configured to detect for each port individually a non-finished or imminent opening event of the respective port , the sensor device being further configured to output sensor signals representing the result of the detecting; a signaling device comprising at least one optical transducer for emitting optical light signals ; a controller configured to control the signaling device as a function of the sensor signals to cause the at least one transducer to emit a respective light signal for each of the ports for which a detected non-finished or imminent opening event is represented by the sensor signals such that each light signal is individually assigned to the respective port ; wherein the controller is further configured to determine for each detected non-finished or imminent opening event, based on the sensor signals, a probability of an actual occurrence of such opening event and to modify the optical light signal for such port as a function of the determined probability, wherein the controller is further configured to repeatedly determine for each detected non-finished or imminent opening event a probability of an actual occurrence of such opening event, characterized in that the controller is further configured to determine a rate of change of the probability over time as a function of these determined probabilities, and to modify the optical light signal according to the determined rate of change of the probability.
A gas furnace comprising: a mixer configured to mix air (A) and fuel gas (F) respectively introduced from an intake pipe and a manifold so as to produce an air-fuel mixture; a mixing pipe configured to allow the air-fuel mixture having passed through the mixer to flow therein; a burner assembly configured to combust the air-fuel mixture having passed through the mixing pipe so as to generate combustion gas (C); a heat exchanger configured to allow the combustion gas (C) to flow therein; an exhaust pipe configured to discharge exhaust gas (E), which is the combustion gas (C) having passed through the heat exchangers , to the outside; a recirculator provided at the exhaust pipe , configured to guide a portion of the exhaust gas (E) flowing in the exhaust pipe to the mixer in a specific state; and a recirculation pipe provided with one side connected to the recirculator and a remaining side connected to the mixer , characterized in that the mixer comprises: a mixer housing configured such that the intake pipe is connected to a front end thereof, the mixing pipe is connected to a rear end thereof, and the manifold the recirculation pipe are connected to a side surface thereof so as to be spaced apart from each other; and a venturi tube located within the mixer housing . a mixer configured to mix air (A) and fuel gas (F) respectively introduced from an intake pipe and a manifold so as to produce an air-fuel mixture; a mixing pipe configured to allow the air-fuel mixture having passed through the mixer to flow therein; a burner assembly configured to combust the air-fuel mixture having passed through the mixing pipe so as to generate combustion gas (C); a heat exchanger configured to allow the combustion gas (C) to flow therein; an exhaust pipe configured to discharge exhaust gas (E), which is the combustion gas (C) having passed through the heat exchangers , to the outside; a recirculator provided at the exhaust pipe , configured to guide a portion of the exhaust gas (E) flowing in the exhaust pipe to the mixer in a specific state; and a recirculation pipe provided with one side connected to the recirculator and a remaining side connected to the mixer , characterized in that the mixer comprises: a mixer housing configured such that the intake pipe is connected to a front end thereof, the mixing pipe is connected to a rear end thereof, and the manifold the recirculation pipe are connected to a side surface thereof so as to be spaced apart from each other; and a venturi tube located within the mixer housing . a mixer housing configured such that the intake pipe is connected to a front end thereof, the mixing pipe is connected to a rear end thereof, and the manifold the recirculation pipe are connected to a side surface thereof so as to be spaced apart from each other; and a venturi tube located within the mixer housing .
A vehicle seat device , comprising: a headrest configured to support a head of an occupant seated on a vehicle seat ; a rest operation adjustment mechanism (B13,B23) provided on the headrest and configured to restrict or allow movement of the head of the occupant seated on the vehicle seat ; and a controller that controls the rest operation adjustment mechanism (B13,B23) to allow movement of the head of the occupant in the width direction of the vehicle when a frequency of a vibration in the width direction of the vehicle is equal to or larger than a predetermined value. a headrest configured to support a head of an occupant seated on a vehicle seat ; a rest operation adjustment mechanism (B13,B23) provided on the headrest and configured to restrict or allow movement of the head of the occupant seated on the vehicle seat ; and a controller that controls the rest operation adjustment mechanism (B13,B23) to allow movement of the head of the occupant in the width direction of the vehicle when a frequency of a vibration in the width direction of the vehicle is equal to or larger than a predetermined value.
A mobile phone holder comprising: a base ; a flexible sheet and a transparent adhesive sheet respectively mounted on a top surface and a bottom surface of the base ; sliding units respectively mounted at right and left end portions of the bottom surface of the flexible sheet ; and a closed type chute and an open type chute mounted to be matched with the sliding units at the corresponding positions of the right and left end portions of the base ; characterized by a through hole formed in the base corresponding to the right end of the closed type chute to communicate with the closed type chute ; a tiered concave groove formed adjacent to the through hole at the closed type chute ; and a closed type ring-shaped boss and an open type arc-shaped boss , which are respectively mounted at the corresponding positions of the base located at the bottom surface of the closed type chute and the base located at the bottom surface of the open type chute to be matched with the sliding units , wherein the sliding units includes a rectangular boss fixed and connected to the flexible sheet , the rectangular boss is fixed and connected with an arc-shaped boss through a connection pole , and a diameter of the connection pole is smaller than a minimum width of the closed type chute and the open type chute , a base ; a flexible sheet and a transparent adhesive sheet respectively mounted on a top surface and a bottom surface of the base ; sliding units respectively mounted at right and left end portions of the bottom surface of the flexible sheet ; and a closed type chute and an open type chute mounted to be matched with the sliding units at the corresponding positions of the right and left end portions of the base ; characterized by a through hole formed in the base corresponding to the right end of the closed type chute to communicate with the closed type chute ; a tiered concave groove formed adjacent to the through hole at the closed type chute ; and a closed type ring-shaped boss and an open type arc-shaped boss , which are respectively mounted at the corresponding positions of the base located at the bottom surface of the closed type chute and the base located at the bottom surface of the open type chute to be matched with the sliding units , wherein the sliding units includes a rectangular boss fixed and connected to the flexible sheet , the rectangular boss is fixed and connected with an arc-shaped boss through a connection pole , and a diameter of the connection pole is smaller than a minimum width of the closed type chute and the open type chute ,
A system for updating a patient device in providing medical treatment, the system comprising one or more computing devices including one or more servers , the one or more computing devices being configured to: maintain configuration data in the one or more servers for each of a plurality of patient devices , wherein the plurality of patient devices each implement a set of instructions; receive, by the one or more servers , a query for identification of one or more patient devices of the plurality of patient devices that have configuration data that meet one or more criteria; access configuration data in response to the received query; identify one or more patient devices, from the plurality of patient devices , having configuration data that meets the one or more criteria; transmit an instruction set update data to the identified one or more patient devices; and update the configuration data for each of the one or more patient devices that has installed an instruction set update of the instruction set update data, wherein the transmitted instruction set update data includes instructions for the instruction set update not to be applied until patient treatment is stopped. maintain configuration data in the one or more servers for each of a plurality of patient devices , wherein the plurality of patient devices each implement a set of instructions; receive, by the one or more servers , a query for identification of one or more patient devices of the plurality of patient devices that have configuration data that meet one or more criteria; access configuration data in response to the received query; identify one or more patient devices, from the plurality of patient devices , having configuration data that meets the one or more criteria; transmit an instruction set update data to the identified one or more patient devices; and update the configuration data for each of the one or more patient devices that has installed an instruction set update of the instruction set update data, wherein the transmitted instruction set update data includes instructions for the instruction set update not to be applied until patient treatment is stopped.
Combustion engine including at least one engine casing making it possible to define a guide housing in which at least one crankshaft is guided in rotation about an axis of rotation V and lubricated by a lubricating fluid , said at least one engine casing being of the "dry" type, such a combustion engine including: • a reservoir of lubricating fluid separated from said at least one engine casing , • at least two pumps forming a coaxial pump train and making it possible to pump a mixture formed by the lubricating fluid and gases at least at said at least one engine casing , said at least two pumps each including an inner lobed rotor and an outer lobed rotor , said inner lobed rotor being movable in rotation about a first axis of rotation R1 and said outer lobed rotor being movable in rotation about a second axis of rotation R2 parallel to said first axis of rotation R1, each inner lobed rotor of said pump train being driven in rotation by a common drive shaft moving in rotation about said first axis of rotation R1, each outer lobed rotor of said pump train being driven in rotation by an inner lobed rotor of said pump train and said pump train being mounted in a cylindrical bore of said at least one engine casing , said cylindrical bore including an axis R coinciding with said second axis of rotation R2 and distinct from said first axis of rotation R1, and • at least one pipe for fluidly connecting said at least one engine casing , said at least two pumps and said reservoir of lubricating fluid , characterised in that said common drive shaft includes a driving inner shaft and a hollow outer shaft driven by said inner shaft , said inner and outer shafts being arranged coaxially with respect to each other. • a reservoir of lubricating fluid separated from said at least one engine casing , • at least two pumps forming a coaxial pump train and making it possible to pump a mixture formed by the lubricating fluid and gases at least at said at least one engine casing , said at least two pumps each including an inner lobed rotor and an outer lobed rotor , said inner lobed rotor being movable in rotation about a first axis of rotation R1 and said outer lobed rotor being movable in rotation about a second axis of rotation R2 parallel to said first axis of rotation R1, each inner lobed rotor of said pump train being driven in rotation by a common drive shaft moving in rotation about said first axis of rotation R1, each outer lobed rotor of said pump train being driven in rotation by an inner lobed rotor of said pump train and said pump train being mounted in a cylindrical bore of said at least one engine casing , said cylindrical bore including an axis R coinciding with said second axis of rotation R2 and distinct from said first axis of rotation R1, and • at least one pipe for fluidly connecting said at least one engine casing , said at least two pumps and said reservoir of lubricating fluid ,
A fuel cell based power generation system , comprising: a fuel cell assembly configured to generate a DC power, the fuel cell assembly comprising a plurality of fuel cell units operatively coupled to one another; at least one assembly switching element configured to operatively couple the fuel cell assembly to a first direct current (DC) bus ; at least one converter coupled between the first DC bus and an electrical grid ; a plurality of auxiliary loads operatively coupled to the first DC bus at a location between the at least one assembly switching element and the at least one converter, wherein each fuel cell unit has a corresponding auxiliary load , wherein the auxiliary loads are configured to heat the fuel cell assembly in a plurality of stages, and wherein at least one of the plurality of auxiliary loads is configured to receive power from the fuel cell assembly via the at least one assembly switching element; and a controller operatively coupled to the at least one converter , wherein the controller is configured to allow a voltage of the first DC bus to fluctuate within a range of voltage values. a fuel cell assembly configured to generate a DC power, the fuel cell assembly comprising a plurality of fuel cell units operatively coupled to one another; at least one assembly switching element configured to operatively couple the fuel cell assembly to a first direct current (DC) bus ; at least one converter coupled between the first DC bus and an electrical grid ; a plurality of auxiliary loads operatively coupled to the first DC bus at a location between the at least one assembly switching element and the at least one converter, wherein each fuel cell unit has a corresponding auxiliary load , wherein the auxiliary loads are configured to heat the fuel cell assembly in a plurality of stages, and wherein at least one of the plurality of auxiliary loads is configured to receive power from the fuel cell assembly via the at least one assembly switching element; and a controller operatively coupled to the at least one converter , wherein the controller is configured to allow a voltage of the first DC bus to fluctuate within a range of voltage values.
Method for communication between an electric vehicle and a charging station for electrically charging at least one energy store of the electric vehicle , the electric vehicle being connected, during the charging operation, to the charging station via a lockable mechanical coupling between a terminal of a charging cable connected to the electric vehicle and a terminal of the charging station in order to supply charging current from the charging station to the at least one energy store via the charging cable , with information being transmitted over the course of the charging operation on the basis of communication between the electric vehicle and the charging station , characterized in that the transmitted information includes a signal transmitted from the electric vehicle to the charging station for unlocking the mechanical coupling, with unlocking of the mechanical coupling between the terminal of the charging cable and the terminal of the charging station being triggered via the signal in the charging station.
Spring system for driving a switching device, formed from a compression spring , a tensioning lever , a first spring tab , a second spring tab , a drive lever , a first spring plate and a second spring plate , characterized in that the compression spring , owing to its installation situation and mounting, can work both as a pressure accumulator as well as a tensile accumulator, wherein the compression spring works in one switching direction as a pressure accumulator, and for this purpose is compressed, thus pretensioned, directly, and works in the opposite switching direction as a tensile accumulator, and for this purpose is compressed, thus pretensioned, indirectly via the first spring tab and the second spring tab .
Residual-current circuit breaker having a sensor assembly for detecting a residual current independently of the mains voltage, and a trip circuit independent of the mains voltage, wherein the sensor assembly has a core-balance current transformer with a secondary winding , which secondary winding is connected by circuitry to the trip circuit , wherein the residual-current circuit breaker further comprises: - an electrical mains voltage output , - an electrical circuit breaker interface which is connected by circuitry to a tertiary winding arranged on the core-balance current transformer , characterised in that the residual-current circuit breaker has an electrical input , which is connected to the trip circuit by circuitry, has a mounting receptacle on a rear side, and in that the mains voltage output , the input and the circuit breaker interface are arranged on a residual-current circuit breaker side surface of the residual-current circuit breaker . - an electrical mains voltage output , - an electrical circuit breaker interface which is connected by circuitry to a tertiary winding arranged on the core-balance current transformer , characterised in that the residual-current circuit breaker has an electrical input , which is connected to the trip circuit by circuitry, has a mounting receptacle on a rear side, and in that the mains voltage output , the input and the circuit breaker interface are arranged on a residual-current circuit breaker side surface of the residual-current circuit breaker .
An air separation device for refrigerating and freezing device, comprising: a support frame on which a support surface with a channel and an enriched-gas collection chamber communicated with the channel are formed, wherein the support frame comprises: an air extraction hole communicated with the enriched-gas collection chamber to allow the specific gas in the enriched-gas collection chamber to be output, and the air extraction hole protruding outwards from the support surface; a side frame in which a receiving chamber with an opening is defined; and a plurality of ribbed plates disposed at intervals at the opening of the receiving chamber , wherein the axis of the air extraction hole and the plurality of ribbed plates extend in the same direction; outer side surfaces of the plurality of ribbed plates form the support surface; a gap between two adjacent ribbed plates forms the channel , the air extraction hole being opposite to two of the ribbed plates , and the outer side surfaces, close to the air extraction hole , of the two ribbed plates being upraised outwards to form bulges , and the two bulges forming a flow guide channel aligned with the air extraction hole to increase air inflow of the air extraction hole ; and the receiving chamber being faced by inner side surfaces of the ribbed plates and forms the enriched-gas collection chamber; and wherein the air separation device further comprises: an air separation membrane laid on the support surface of the support frame and configured to enable more of a specific gas than other gases in airflow of the space around the air separation device to enter the enriched-gas collection chamber through the air separation membrane . an air extraction hole communicated with the enriched-gas collection chamber to allow the specific gas in the enriched-gas collection chamber to be output, and the air extraction hole protruding outwards from the support surface; a side frame in which a receiving chamber with an opening is defined; and a plurality of ribbed plates disposed at intervals at the opening of the receiving chamber , wherein the axis of the air extraction hole and the plurality of ribbed plates extend in the same direction; outer side surfaces of the plurality of ribbed plates form the support surface; a gap between two adjacent ribbed plates forms the channel , the air extraction hole being opposite to two of the ribbed plates , and the outer side surfaces, close to the air extraction hole , of the two ribbed plates being upraised outwards to form bulges , and the two bulges forming a flow guide channel aligned with the air extraction hole to increase air inflow of the air extraction hole ; and the receiving chamber being faced by inner side surfaces of the ribbed plates and forms the enriched-gas collection chamber; and wherein the air separation device further comprises: an air separation membrane laid on the support surface of the support frame and configured to enable more of a specific gas than other gases in airflow of the space around the air separation device to enter the enriched-gas collection chamber through the air separation membrane .
A socket outlet presenting given intrinsic characteristics so as to be suitable for delivering continuously, and without being damaged, an electrical signal that presents a determined maximum current, and including an equipment mechanism and a trim that is fitted on the front of a base of the equipment mechanism and that forms a reception well, the socket outlet being characterized in that it includes identification means that are adapted to communicate or to co-operate with an electric plug so as to generate a pilot signal that is representative of said maximum current of said electrical signal that can be delivered by the socket outlet without being damaged, wherein said identification means comprise two magnets that are carried by the base of the equipment mechanism and that are arranged along directions that are symmetrical about a central axis (AC) of the socket outlet .