mhurhangee/patent-ind-claim-en huggingface dataset:
A control device for a vehicle, comprising: an engine ; an engine torque adjustment mechanism configured to adjust an output torque of the engine ; and a vehicle attitude control part configured, upon satisfaction of a condition that the vehicle is traveling, and that a steering angle-related value pertaining to a steering angle of a steering system is increasing, to control the engine torque adjustment mechanism to reduce the engine output torque to thereby execute a vehicle attitude control for generating deceleration of the vehicle, and, upon satisfaction of a given terminating condition for terminating the vehicle attitude control, to control the engine torque adjustment mechanism to restore the reduced engine output torque to an original state before the execution of the vehicle attitude control, wherein the control device further comprises a time period-setting part configured to set a time period from the satisfaction of the terminating condition through until start of restoration in the engine output torque, such that the time period becomes longer as the number of times of combustion per unit time in the engine becomes larger, and wherein the vehicle attitude control part is configured to control the engine torque adjustment mechanism to start to restore the engine output torque, when the time period set by the time period-setting part has elapsed. an engine ; an engine torque adjustment mechanism configured to adjust an output torque of the engine ; and a vehicle attitude control part configured, upon satisfaction of a condition that the vehicle is traveling, and that a steering angle-related value pertaining to a steering angle of a steering system is increasing, to control the engine torque adjustment mechanism to reduce the engine output torque to thereby execute a vehicle attitude control for generating deceleration of the vehicle, and, upon satisfaction of a given terminating condition for terminating the vehicle attitude control, to control the engine torque adjustment mechanism to restore the reduced engine output torque to an original state before the execution of the vehicle attitude control, wherein the control device further comprises a time period-setting part configured to set a time period from the satisfaction of the terminating condition through until start of restoration in the engine output torque, such that the time period becomes longer as the number of times of combustion per unit time in the engine becomes larger, and wherein the vehicle attitude control part is configured to control the engine torque adjustment mechanism to start to restore the engine output torque, when the time period set by the time period-setting part has elapsed.
Energy harvesting device comprising: - a first layer of electrically conductive textile fabric material, - a second layer of electrically conductive textile fabric material, - a layer of piezoelectric polymer film arranged between the first and the second electrically conductive textile layers, wherein the piezoelectric polymer film layer is laminated between the first and second electrically conductive textile layer by using an outer protective Polyurethane (PU) layer. - a first layer of electrically conductive textile fabric material, - a second layer of electrically conductive textile fabric material, - a layer of piezoelectric polymer film arranged between the first and the second electrically conductive textile layers,
An extruded SCR catalytic converter , wherein the extruded SCR catalytic converter is an all-active extrudate, wherein the extruded SCR catalytic converter has at least one catalytically active component (V), which is a titanium-vanadium system having vanadium as the catalytically active component (V), wherein the titanium-vanadium system has a proportion of 70-90% by weight, based on the final SCR catalytic converter; and having at least one porous inorganic filler component (F), which is a diatomaceous earth, wherein the inorganic filler component (F) has at least mesoporosity.
A system for patterning a porous membrane, comprising: a memory or storage device storing processor-executable instructions that, when executed by a processor, cause acts to be performed comprising: receiving an input corresponding to a desired pattern; and controlling a printer to apply a solvent to a surface of a porous membrane in the desired pattern; a processor configured to execute the instructions stored in the memory or storage device; and a printer comprising a solvent application device configured to hold solvent and apply the solvent to the porous membrane in the desired pattern under control of the processor, the system being characterised in that said application of said solvent is such that the porous membrane collapses where the solvent is applied. a memory or storage device storing processor-executable instructions that, when executed by a processor, cause acts to be performed comprising: receiving an input corresponding to a desired pattern; and controlling a printer to apply a solvent to a surface of a porous membrane in the desired pattern; receiving an input corresponding to a desired pattern; and controlling a printer to apply a solvent to a surface of a porous membrane in the desired pattern; a processor configured to execute the instructions stored in the memory or storage device; and a printer comprising a solvent application device configured to hold solvent and apply the solvent to the porous membrane in the desired pattern under control of the processor, the system being characterised in that said application of said solvent is such that the porous membrane collapses where the solvent is applied.
Method for the production of a particle foam part comprising the following steps - Feeding of foam particles into a mould cavity of a mould , wherein polyurethane-based (eTPU) foam particles are used and/or wherein the foam particles are introduced into the mould either by crack split filling, pressure filling or counter-pressure filling and/or wherein a mould is used which, in the closed state, has a volume of at least 0.5 m 3 - Thermoplastic welding of the foam particles in the mould to form a particle foam part, under a supply of steam, wherein the pressure of the steam is increased gradually according to a predetermined profile with a ramp from an initial value to an end value within a predetermined interval of time. - Feeding of foam particles into a mould cavity of a mould , wherein polyurethane-based (eTPU) foam particles are used and/or wherein the foam particles are introduced into the mould either by crack split filling, pressure filling or counter-pressure filling and/or wherein a mould is used which, in the closed state, has a volume of at least 0.5 m 3 - Thermoplastic welding of the foam particles in the mould to form a particle foam part, under a supply of steam,
An apparatus for watering plants received in a non-hydroponic substrate, comprising a planter that is open to the top for receiving at least one plant with non-hydroponic substrate , whereby the planter has a plant cavity that is enclosed by a wall and a bottom for receiving a plant with the substrate , comprising a liquid container , which is at least partially integrated in the planter or which is formed as separate liquid container, which is inserted into the planter from the top or which is held on an outer wall of the planter , whereby the liquid container is a container that is sealed towards the outside, which has an outlet tube , which ends in a region separated from the plant cavity at a specific distance from the bottom of the planter , whereby the separated region communicates with the plant cavity via at least one connecting opening and communicates with an outer side of the planter via at least one ventilation opening in such a way that a liquid volume is established below the outlet tube , which liquid volume is limited to the top by a liquid level, which is predetermined by the lower end of the outlet tube and which is at a level above the bottom of the planter cavity , so that liquid can be discharged from the liquid volume into the substrate via the at least one connecting opening , characterised in that the lower end of the outlet tube ends at a distance above the bottom of the plant cavity , which is maximally 1% of the total height of the plant cavity , and that the at least one connecting opening has a cross-section of 0.5 mm 2 to 2 mm 2 .
A method for receiving control channel information based on resource element groups wherein resource elements are assigned to resource element groups in a communication system using OFDM, Orthogonal Frequency-Division Multiplexing, wherein the resource elements of a resource block pair are assigned to a plurality of m resource element groups according to a mapping that applies respectively to each of a first and second frequency domain half of the resource block pair as follows: assigning the resource elements of the first OFDM symbol in the resource block pair to the resource element groups, in a first predetermined order of the resource elements and a second predetermined order of the resource element groups, assigning the resource elements of the second OFDM symbol and of each further of the remaining OFDM symbols in the resource block pair to the resource element groups, in the first predetermined order of the resource elements and in the second predetermined order of the resource element groups, such that the resource element group to which a resource element is first assigned is the one subsequent-in-order to the resource element group to which a resource element is last assigned for the previous OFDM symbol, and the method further comprising the step of receiving the control channel information based on the resource element groups according to the mapping. assigning the resource elements of the first OFDM symbol in the resource block pair to the resource element groups, in a first predetermined order of the resource elements and a second predetermined order of the resource element groups, assigning the resource elements of the second OFDM symbol and of each further of the remaining OFDM symbols in the resource block pair to the resource element groups, in the first predetermined order of the resource elements and in the second predetermined order of the resource element groups, such that the resource element group to which a resource element is first assigned is the one subsequent-in-order to the resource element group to which a resource element is last assigned for the previous OFDM symbol, and the method further comprising the step of receiving the control channel information based on the resource element groups according to the mapping.
An electrophysiology catheter , comprising: an elongated shaft defining a longitudinal axis (L) of the catheter, the shaft including a proximal portion with a first flexibility and a distal portion including a second flexibility greater than the first flexibility; a distal assembly including an elbow portion and a generally circular portion generally transverse to the longitudinal axis (L), the generally circular portion including a third flexibility greater than the second flexibility; a single axis sensor situated in the generally circular portion ; a ring electrode situated on the generally circular portion ; and an elongated support member with shape memory, the elongated support member being coextensive with the distal portion of the shaft and with the distal assembly ; wherein the elongated support member coextensive with the elbow portion of the distal assembly includes a transition portion having a distal end with a smaller diameter and a proximal end with a larger diameter; characterized in that the transition portion tapers from the proximal end with the larger diameter to the distal end with the smaller diameter. an elongated shaft defining a longitudinal axis (L) of the catheter, the shaft including a proximal portion with a first flexibility and a distal portion including a second flexibility greater than the first flexibility; a distal assembly including an elbow portion and a generally circular portion generally transverse to the longitudinal axis (L), the generally circular portion including a third flexibility greater than the second flexibility; a single axis sensor situated in the generally circular portion ; a ring electrode situated on the generally circular portion ; and an elongated support member with shape memory, the elongated support member being coextensive with the distal portion of the shaft and with the distal assembly ; wherein the elongated support member coextensive with the elbow portion of the distal assembly includes a transition portion having a distal end with a smaller diameter and a proximal end with a larger diameter; characterized in that the transition portion tapers from the proximal end with the larger diameter to the distal end with the smaller diameter.
A method for transmitting measurement reference signals, comprising: indicating (S202) a transmission mode of the measurement reference signals to a receiving end by at least one of: pre-defined configuration, higher layer signaling and dynamic signaling, wherein the transmission mode comprises: transmitting, through a first transmission area, the measurement reference signals used for acquiring measurement feedback information of a second transmission area; and receiving a measurement result fed back by the receiving end based on the measurement reference signals, wherein the measurement result comprises at least one of: state information about uplink channels, state information about downlink channels, an antenna port number, a beam ID, a reference signal resource number and an interference measurement result; wherein the first transmission area and the second transmission area correspond to different carriers; and wherein different transmission areas correspond to different transmission structures, and a transmission structure comprises at least one of: a subcarrier spacing and a cyclic prefix. indicating (S202) a transmission mode of the measurement reference signals to a receiving end by at least one of: pre-defined configuration, higher layer signaling and dynamic signaling, wherein the transmission mode comprises: transmitting, through a first transmission area, the measurement reference signals used for acquiring measurement feedback information of a second transmission area; and receiving a measurement result fed back by the receiving end based on the measurement reference signals, wherein the measurement result comprises at least one of: state information about uplink channels, state information about downlink channels, an antenna port number, a beam ID, a reference signal resource number and an interference measurement result; wherein the first transmission area and the second transmission area correspond to different carriers; and wherein different transmission areas correspond to different transmission structures, and a transmission structure comprises at least one of: a subcarrier spacing and a cyclic prefix.
An alarm assembly configured to engage a tube (T) that is capable of extending into a patient, the tube defining a main body, wherein the alarm assembly comprises: alarm circuitry ; a wound dressing configured to releasably attach to the patient, wherein the wound dressing includes at least one actuator ; and a sensor holder configured to be releasably coupled to the tube (T), the sensor holder including at least one sensor , wherein when the at least one actuator is configured to actuate the at least one sensor when the at least one sensor moves from a first position to a second position, the second position being further from the at least one actuator than the first position, wherein the at least one sensor is configured to transmit a signal to the alarm circuitry when the at least one actuator actuates the at least one sensor , and the alarm circuitry is configured to produce an alert in response to receiving the signal. alarm circuitry ; a wound dressing configured to releasably attach to the patient, wherein the wound dressing includes at least one actuator ; and a sensor holder configured to be releasably coupled to the tube (T), the sensor holder including at least one sensor , wherein when the at least one actuator is configured to actuate the at least one sensor when the at least one sensor moves from a first position to a second position, the second position being further from the at least one actuator than the first position, wherein the at least one sensor is configured to transmit a signal to the alarm circuitry when the at least one actuator actuates the at least one sensor , and the alarm circuitry is configured to produce an alert in response to receiving the signal.
A method for monitoring fire alarm systems, the method comprising: sending, from non-compatible control panels of fire alarm systems to monitoring stations over a connection with the monitoring stations , alarm signals indicating that the fire alarm systems have entered an alarm state, wherein the non-compatible control panels are non-compatible for directly communicating with a connected services system; responding, by the monitoring stations , to the alarm signals by notifying authorities of potential fires; forwarding, by the monitoring stations , status information directly to a connected services system, wherein the status information includes information about the alarm state of the fire alarm systems; sending, via compatible control panels of the fire alarm systems that are compatible for directly communicating with the connected services system, status, diagnostic and/or testing information directly to the connected services system and alarm signals to the monitoring stations ; translating, by the mapping service , the status information from the monitoring stations into a compatible format for a connected services database of the connected services system; storing, by the connected services server , the translated status information in the connected services database ; and storing, by the connected services server , the status, diagnostic and testing information for the compatible control panels in the connected services database. sending, from non-compatible control panels of fire alarm systems to monitoring stations over a connection with the monitoring stations , alarm signals indicating that the fire alarm systems have entered an alarm state, wherein the non-compatible control panels are non-compatible for directly communicating with a connected services system; responding, by the monitoring stations , to the alarm signals by notifying authorities of potential fires; forwarding, by the monitoring stations , status information directly to a connected services system, wherein the status information includes information about the alarm state of the fire alarm systems; sending, via compatible control panels of the fire alarm systems that are compatible for directly communicating with the connected services system, status, diagnostic and/or testing information directly to the connected services system and alarm signals to the monitoring stations ; translating, by the mapping service , the status information from the monitoring stations into a compatible format for a connected services database of the connected services system; storing, by the connected services server , the translated status information in the connected services database ; and storing, by the connected services server , the status, diagnostic and testing information for the compatible control panels in the connected services database.
A heater for a cigarette-type electronic cigarette device, the heater configured to heat a circumferential surface of a cigarette inserted thereinto by a predetermined length, the heater comprising: a heating member that is disposed to surround the circumferential surface of the cigarette when the cigarette is inserted and is heated through an eddy current induced by electromagnetic induction to heat the circumferential surface of the cigarette; a heat insulation member that is disposed to surround a circumferential surface of the heating member and blocks the heat generated by the heating member from moving outward; a coil member that is wound multiple times around a circumference of the heat insulation member and that generates a magnetic field that causes the electromagnetic induction on a side of the heating member when power is applied; and wherein the heat insulation member includes a first tube having a hollow and a second tube disposed to surround the first tube, and an air layer is formed between the first tube and the second tube; characterized in that the heater further comprising: a heat radiation coating layer formed on one surface of the heating member facing the circumferential surface of the cigarette inserted into the heating member; and wherein the heat radiation coating layer is a coating layer including a heat radiation filler to smoothly transfer the heat generated from the heating member to the cigarette. a heating member that is disposed to surround the circumferential surface of the cigarette when the cigarette is inserted and is heated through an eddy current induced by electromagnetic induction to heat the circumferential surface of the cigarette; a heat insulation member that is disposed to surround a circumferential surface of the heating member and blocks the heat generated by the heating member from moving outward; a coil member that is wound multiple times around a circumference of the heat insulation member and that generates a magnetic field that causes the electromagnetic induction on a side of the heating member when power is applied; and wherein the heat insulation member includes a first tube having a hollow and a second tube disposed to surround the first tube, and an air layer is formed between the first tube and the second tube; characterized in that the heater further comprising: a heat radiation coating layer formed on one surface of the heating member facing the circumferential surface of the cigarette inserted into the heating member; and wherein the heat radiation coating layer is a coating layer including a heat radiation filler to smoothly transfer the heat generated from the heating member to the cigarette. a heat radiation coating layer formed on one surface of the heating member facing the circumferential surface of the cigarette inserted into the heating member; and wherein the heat radiation coating layer is a coating layer including a heat radiation filler to smoothly transfer the heat generated from the heating member to the cigarette.
A detachable dust receptacle for collecting dust in a vacuum cleaner , comprising; an inlet port connectable to a hose joint in said vacuum cleaner for receiving dust-laden air; a suction port , to which a source of vacuum is connectable; a first sealing element arranged to establish an effective sealing of said inlet port against said hose joint; and a second sealing element arranged to establish an effective sealing of said suction port against said source of vacuum, characterized in that both said first and second sealing elements are each a lip seal.