mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving, by a controller , information indicative of a temperature of an aftertreatment system of a vehicle and a power output of an engine of the vehicle; comparing, by the controller, the temperature of the aftertreatment system to a temperature threshold; comparing, by the controller, the power output to a power output threshold; the method being characterized in that responsive to the comparisons indicating that the temperature of the aftertreatment system is below the temperature threshold and the engine power output is below the power output threshold, engaging the heater ; and responsive to the comparisons indicating that the temperature of the aftertreatment system is below the temperature threshold and the engine power output is above the power output threshold, at least one of disengaging or reducing a power consumption from the heater. receiving, by a controller , information indicative of a temperature of an aftertreatment system of a vehicle and a power output of an engine of the vehicle; comparing, by the controller, the temperature of the aftertreatment system to a temperature threshold; comparing, by the controller, the power output to a power output threshold; the method being characterized in that responsive to the comparisons indicating that the temperature of the aftertreatment system is below the temperature threshold and the engine power output is below the power output threshold, engaging the heater ; and responsive to the comparisons indicating that the temperature of the aftertreatment system is below the temperature threshold and the engine power output is above the power output threshold, at least one of disengaging or reducing a power consumption from the heater.
Wind turbine blade comprising a plurality of add-on elements , which are arranged on an outer surface of the blade , wherein the plurality of add-on elements comprises at least one flexible add-on element characterised in that - the wind turbine blade further comprises at least one stiff add-on element of the same add-on element type, wherein the flexible add-on element consists at least predominantly of an elastic material and the stiff add-on element consists at least predominantly of a stiff material, which is stiffer than the elastic material, and in that the flexible add-on element and the stiff add-on element are arranged offset in span-wise direction and/or in chord-wise direction of the blade. - the wind turbine blade further comprises at least one stiff add-on element of the same add-on element type, wherein the flexible add-on element consists at least predominantly of an elastic material and the stiff add-on element consists at least predominantly of a stiff material, which is stiffer than the elastic material,
A circuit comprising: a supply pin configured to receive a supply voltage (Vcc); a non-volatile memory for storing one or more parameters; a Near Field Communication, NFC, transceiver which is configured to receive data representing the one or more parameters in a second mode of operation, in which no supply voltage (Vcc) is received at the supply pin ; wherein the circuit is configured in a first mode of operation to deactivate the NFC transceiver in response to receiving the supply voltage (Vcc) at the supply pin, characterized in that the circuit comprises a modulator configured to generate, in the first mode of operation, a modulated output signal (VPwM), which depends on at least one of the one or more parameters stored in the non-volatile memory. a supply pin configured to receive a supply voltage (Vcc); a non-volatile memory for storing one or more parameters; a Near Field Communication, NFC, transceiver which is configured to receive data representing the one or more parameters in a second mode of operation, in which no supply voltage (Vcc) is received at the supply pin ; wherein the circuit is configured in a first mode of operation to deactivate the NFC transceiver in response to receiving the supply voltage (Vcc) at the supply pin, characterized in that the circuit comprises a modulator configured to generate, in the first mode of operation, a modulated output signal (VPwM), which depends on at least one of the one or more parameters stored in the non-volatile memory.
Friction device , for a torsion damper comprising a first rotating element and a second rotating element which are able to rotate with respect to one another about an axis of rotation (X), and springs configured to oppose a relative rotation between the first rotating element and the second rotating element with respect to the axis of rotation (X), the friction device comprising: - the first rotating element which comprises apertures each designed to receive at least one of the springs of the torsion damper, - an elastic load washer and a friction washer , at least one among the elastic washer and the friction washer comprising drive tabs mounted so as to be locked in rotation with the first rotating element , the elastic washer comprising an annular part and a plurality of protuberances bearing against the first rotating element , characterized in that at least one of the drive tabs is inserted into one of the apertures of the first rotating element . - the first rotating element which comprises apertures each designed to receive at least one of the springs of the torsion damper, - an elastic load washer and a friction washer ,
A method to manage inter-satellite handovers in a non-geosynchronous satellite constellation, the method comprising: determining , relative to a user terminal, a visibility window for one or more candidate satellites in the non-geosynchronous satellite constellation, wherein the visibility window for each candidate satellite indicates a time interval for the candidate satellite to be visible to the user terminal, and wherein a parameter associated with each candidate satellite exceeds a first threshold; and providing , when a parameter associated with a serving satellite for the user terminal is below a second threshold, a handover to cause the user terminal to be served by a new serving satellite among the one or more candidate satellites, the new serving satellite having a corresponding visibility window with a longest residual time. determining , relative to a user terminal, a visibility window for one or more candidate satellites in the non-geosynchronous satellite constellation, wherein the visibility window for each candidate satellite indicates a time interval for the candidate satellite to be visible to the user terminal, and wherein a parameter associated with each candidate satellite exceeds a first threshold; and providing , when a parameter associated with a serving satellite for the user terminal is below a second threshold, a handover to cause the user terminal to be served by a new serving satellite among the one or more candidate satellites, the new serving satellite having a corresponding visibility window with a longest residual time.
Apparatus for cooking foods, comprising an external container with protective lid of the openable type, an extractable internal container , open at the top and having a base wall and at least one lateral wall , a heating device connected to a possible mean to transfer the heat generated toward the surface of the internal container and a mixing device reciprocally mobile with respect to the internal container , said mixing device comprising at least one mixing blade , selectively extractable, having an upending element , wherein said upending element has an approach edge in order to move and lift the food and an exit edge provided as a continuation of the approach edge , said approach edge and exit edge delimiting a lifting plane , in order to upend at least a part of the food from the periphery of the internal container toward its center, wherein the development in height of said exit edge determines a peripheral side of the upending element , characterized in that in correspondence to said exit edge and on said peripheral side , said upending element is provided with a cleaning element that extends partly or completely over said exit edge , said cleaning element being made at least partly of flexible material suitable to conform to the geometry of the internal container .
Fluid transfer apparatus , in particular pipetting apparatus, for transferring at least one fluid laboratory sample, in particular a biochemical or medical laboratory sample, comprising; - a base body , which has a connecting section serving for connecting a container to the base body for the intake of the at least one fluid sample into the container, - a movement device, which can bring about the intake and/or delivery of at least one fluid laboratory sample into the container, - an electrical control device , which controls at least one function of the fluid transfer apparatus, - a sensor device, which has at least one acceleration sensor , which is signal-connected to the control device and by means of which at least one acceleration value can be measured during the movement of the fluid transfer apparatus, - wherein the control device is designed such that it uses the at least one acceleration value during the control of the at least one function, wherein the fluid transfer apparatus is configured for implementing said function by means of electrical circuits and/or a program code and said function is a test function that uses the at least one acceleration value for providing a reliable operation of the fluid transfer apparatus, wherein the fluid transfer apparatus has a reference value data memory and wherein the test function provides for the at least one acceleration value to be compared with at least one reference value of an acceleration, which is stored in the reference value data memory, characterized in that , at least one reference value characterizes a free fall of the fluid transfer apparatus and/or a shock when the fluid transfer apparatus hits the ground after a free fall, and the test function is adapted for detecting a fall of the fluid transfer apparatus or the shock by way of comparing the at least one acceleration value with the at least one reference value of an acceleration. - a base body , which has a connecting section serving for connecting a container to the base body for the intake of the at least one fluid sample into the container, - a movement device, which can bring about the intake and/or delivery of at least one fluid laboratory sample into the container, - an electrical control device , which controls at least one function of the fluid transfer apparatus, - a sensor device, which has at least one acceleration sensor , which is signal-connected to the control device and by means of which at least one acceleration value can be measured during the movement of the fluid transfer apparatus, - wherein the control device is designed such that it uses the at least one acceleration value during the control of the at least one function,
A compound comprising: a metal hydroxide; and peptides, wherein the peptides are one or more selected from the group consisting of palmitoyl-GHK and palmitoyl-KTTKS, wherein the compound contains 60% by volume or more amorphous form, and wherein the compound is represented by Chemical Formula 1, [Chemical Formula 1] {M 2+ (OH) y (O) z }A (2-x') ·nH 2 O (Wherein Chemical Formula 1, M 2+ is Zn 2+ , A is the peptides, x' is a number of 1 or more and less than 2, y is a number of 0 or more and 2 or less, z is 0, y and z do not have a value of 0 at the same time, and n is a number of 0 or more and 10 or less). a metal hydroxide; and peptides, wherein the peptides are one or more selected from the group consisting of palmitoyl-GHK and palmitoyl-KTTKS, wherein the compound contains 60% by volume or more amorphous form, and wherein the compound is represented by Chemical Formula 1, [Chemical Formula 1] {M 2+ (OH) y (O) z }A (2-x') ·nH 2 O (Wherein Chemical Formula 1, M 2+ is Zn 2+ , A is the peptides, x' is a number of 1 or more and less than 2, y is a number of 0 or more and 2 or less, z is 0, y and z do not have a value of 0 at the same time, and n is a number of 0 or more and 10 or less). M 2+ is Zn 2+ , A is the peptides, x' is a number of 1 or more and less than 2, y is a number of 0 or more and 2 or less, z is 0, y and z do not have a value of 0 at the same time, and n is a number of 0 or more and 10 or less).
A servo system comprising: first and second motors ; first and second servo drivers configured to drive the first and second motors , respectively; first and second sensors allocated to the first and second servo drivers , respectively, and configured to detect objects driven by the respective motors and output detected signals; a first encoder configured to transmit to the first servo driver a feedback signal indicating an operation of the first motor , receive via a sensor cable the detected signal from the first sensor or the second sensor , and transmit the detected signal to the first servo driver ; and a second encoder configured to transmit to the second servo driver a feedback signal indicating an operation of the second motor , receive via a sensor cable the detected signal from the first sensor or the second sensor , and transmit the detected signal to the second servo driver , wherein when each of the first and second servo drivers receives a detected signal from the sensor allocated to the servo driver via the corresponding encoder , the servo driver is configured to process the detected signal, and when each of the first and second servo drivers receives a detected signal from the sensor allocated to a servo driver different from the servo driver via the corresponding encoder , the servo driver is configured to transfer the detected signal to the different servo driver . first and second motors ; first and second servo drivers configured to drive the first and second motors , respectively; first and second sensors allocated to the first and second servo drivers , respectively, and configured to detect objects driven by the respective motors and output detected signals; a first encoder configured to transmit to the first servo driver a feedback signal indicating an operation of the first motor , receive via a sensor cable the detected signal from the first sensor or the second sensor , and transmit the detected signal to the first servo driver ; and a second encoder configured to transmit to the second servo driver a feedback signal indicating an operation of the second motor , receive via a sensor cable the detected signal from the first sensor or the second sensor , and transmit the detected signal to the second servo driver , wherein when each of the first and second servo drivers receives a detected signal from the sensor allocated to the servo driver via the corresponding encoder , the servo driver is configured to process the detected signal, and when each of the first and second servo drivers receives a detected signal from the sensor allocated to a servo driver different from the servo driver via the corresponding encoder , the servo driver is configured to transfer the detected signal to the different servo driver .
A method for producing a microbiocidally active solution, the method comprising: adding sulfamic acid as a halogen stabilizing compound to a brine containing ammonia or an ammonium ion containing compound, wherein the term "brine" refers to an aqueous solution comprising at least chloride ion species and wherein the term "halogen stabilizing compound" refers to a chemical which can combine with a free halogen to produce a new chemical that is microbiocidally active but has decreased reactivity towards oxidant demanding substances than the corresponding free halogen, wherein a sufficient amount of the halogen stabilizing compound is added to the brine relative to amount of halide ions present in the brine such that the total halogen in the microbiocidally active solution comprises no more than 20% free halogen; adding a sufficient amount of acid to the brine so that a pH of the brine prior to the electrolyzing step is less than 7, and electrolyzing the brine in an electrolytic cell, thereby producing a microbiocidally active solution comprising a stabilized halogen compound selected from the group consisting of N-chlorosulfamic acid and N,N-dichlorosulfamic acid, wherein the term "stabilized halogen compound" refers to a chemical species comprising a free halogen that has been stabilized through reaction with a halogen stabilizing compound; wherein the adding step comprises adding a sufficient amount of the halogen stabilizing compound to the brine relative to the ammonia or ammonium ion containing compound to suppress formation of trichloramine and dichloramine. adding sulfamic acid as a halogen stabilizing compound to a brine containing ammonia or an ammonium ion containing compound, wherein the term "brine" refers to an aqueous solution comprising at least chloride ion species and wherein the term "halogen stabilizing compound" refers to a chemical which can combine with a free halogen to produce a new chemical that is microbiocidally active but has decreased reactivity towards oxidant demanding substances than the corresponding free halogen, wherein a sufficient amount of the halogen stabilizing compound is added to the brine relative to amount of halide ions present in the brine such that the total halogen in the microbiocidally active solution comprises no more than 20% free halogen; adding a sufficient amount of acid to the brine so that a pH of the brine prior to the electrolyzing step is less than 7, and electrolyzing the brine in an electrolytic cell, thereby producing a microbiocidally active solution comprising a stabilized halogen compound selected from the group consisting of N-chlorosulfamic acid and N,N-dichlorosulfamic acid, wherein the term "stabilized halogen compound" refers to a chemical species comprising a free halogen that has been stabilized through reaction with a halogen stabilizing compound; wherein the adding step comprises adding a sufficient amount of the halogen stabilizing compound to the brine relative to the ammonia or ammonium ion containing compound to suppress formation of trichloramine and dichloramine.
A reciprocating pump comprising: a pump chamber (P1) which is able to flow a liquid; a suction port (C1) which enables a liquid to be suctioned into the pump chamber (P1); a discharge port (C2) which enables a liquid in the pump chamber (P1) to be discharged; a reciprocating device which is adapted to reciprocate n the pump chamber (P1) by a drive device and enables a liquid to be suctioned into the pump chamber (P1) from the suction port (C1) and enables the liquid to be discharged from the discharge port (C2) due to the reciprocating; valve devices (J1, J2) which are disposed between the pump chamber (P1) and a flow route on a suction port side and a flow route on a discharge port side, are openable and closable in response to a change in a liquid pressure in the pump chamber (P1), which is produced depending on the reciprocating of the reciprocating device , to allow the liquid to flow in an opened state, and block the liquid from flowing in a closed state; characterized in a detection device that is able to detect a period of time during which the valve devices (J1,J2) are in the opened state or in the closed state in a predetermined cycle; and an arithmetic device that performs an arithmetic operation to obtain pump volumetric efficiency or a flow rate based on a comparison between the period of detection time detected by the detection device and a period of time during which the valve devices (J1 ,J2) are in the opened state or in the closed state in the predetermined cycle during a wearless operational state of the reciprocating pump. a pump chamber (P1) which is able to flow a liquid; a suction port (C1) which enables a liquid to be suctioned into the pump chamber (P1); a discharge port (C2) which enables a liquid in the pump chamber (P1) to be discharged; a reciprocating device which is adapted to reciprocate n the pump chamber (P1) by a drive device and enables a liquid to be suctioned into the pump chamber (P1) from the suction port (C1) and enables the liquid to be discharged from the discharge port (C2) due to the reciprocating; valve devices (J1, J2) which are disposed between the pump chamber (P1) and a flow route on a suction port side and a flow route on a discharge port side, are openable and closable in response to a change in a liquid pressure in the pump chamber (P1), which is produced depending on the reciprocating of the reciprocating device , to allow the liquid to flow in an opened state, and block the liquid from flowing in a closed state; characterized in a detection device that is able to detect a period of time during which the valve devices (J1,J2) are in the opened state or in the closed state in a predetermined cycle; and an arithmetic device that performs an arithmetic operation to obtain pump volumetric efficiency or a flow rate based on a comparison between the period of detection time detected by the detection device and a period of time during which the valve devices (J1 ,J2) are in the opened state or in the closed state in the predetermined cycle during a wearless operational state of the reciprocating pump.
Energy storage module for use with an electric device in the shape of an electric hand-held machine tool or a vacuum cleaner , wherein the energy storage module has a wireless communication interface for wireless communication with an external communication apparatus arranged remote from the energy storage module , in particular a vacuum cleaner and a module housing in which an electric storage device , in particular a storage cell arrangement with at least one electrically rechargeable storage cell is arranged and on which a device interface is provided for detachable connection of the energy storage module to the electric device, wherein the device interface has electric device supply contacts to the electric energy supply of the electric device, characterised in that the device interface of the energy storage module has a data interface separate from the device supply contacts , in particular a bus interface, for data communication with the electric device, wherein the energy storage module is designed to send transmission signals (SII) via the wireless communication interface to the external communication apparatus as a function of received information (EM) obtained via the data interface from the electric device and/or to send transmission information (SM) to the electric device as a function of received signals (ESI) received via the wireless communication interface from the external communication apparatus .
A modified mammalian cell in which the genome of the cell is modified to comprise a sequence encoding CP77 under the control of a constitutive promoter such that the modified cell line sustains propagation of a poxvirus that is less able or unable to propagate in the unmodified cell and wherein the genome of the cell further comprises a sequence encoding K1L under the control of a constitutive promoter.