mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: sending, by a telematics device coupled to a vehicle, telematics data to a telematics server; determining, by the telematics server, based on the telematics data, that a vehicle's engine of the vehicle is running; determining, by the telematics server, based on the telematics data, that a vehicle operator registered with the vehicle is in a driver's seat of the vehicle; sending, by the telematics server, a message, over a network, to an operator terminal of the vehicle operator for changing a configuration of the operator terminal in response to determining that the vehicle's engine is running and determining that the vehicle operator is in the driver's seat of the vehicle; receiving, by the operator terminal, the message for changing the configuration of the operator terminal; and changing, by the operator terminal, the configuration of the operator terminal in response to receiving the message for changing the configuration; characterized by determining that the vehicle operator registered with the vehicle is in the driver's seat comprises: determining that a location of the operator terminal is in close proximity to the location of the vehicle; receiving inertial motion unit data from the operator terminal; and determining that the IMU data does not match a pattern indicative that the vehicle operator is inspecting the vehicle. sending, by a telematics device coupled to a vehicle, telematics data to a telematics server; determining, by the telematics server, based on the telematics data, that a vehicle's engine of the vehicle is running; determining, by the telematics server, based on the telematics data, that a vehicle operator registered with the vehicle is in a driver's seat of the vehicle; sending, by the telematics server, a message, over a network, to an operator terminal of the vehicle operator for changing a configuration of the operator terminal in response to determining that the vehicle's engine is running and determining that the vehicle operator is in the driver's seat of the vehicle; receiving, by the operator terminal, the message for changing the configuration of the operator terminal; and changing, by the operator terminal, the configuration of the operator terminal in response to receiving the message for changing the configuration; characterized by determining that the vehicle operator registered with the vehicle is in the driver's seat comprises: determining that a location of the operator terminal is in close proximity to the location of the vehicle; receiving inertial motion unit data from the operator terminal; and determining that the IMU data does not match a pattern indicative that the vehicle operator is inspecting the vehicle. determining that a location of the operator terminal is in close proximity to the location of the vehicle; receiving inertial motion unit data from the operator terminal; and determining that the IMU data does not match a pattern indicative that the vehicle operator is inspecting the vehicle.
A testing apparatus for testing or examining a test object, namely a belt drive, characterized in that the testing apparatus comprises a crank rocker construction and a gear mechanism construction (Z1, Z2), and the crank rocker construction serves to generate a rotational non-uniformity and to transmit the rotational non-uniformity to the gear mechanism construction (Z1, Z2), the gear mechanism construction (Z1, Z2) being connected to a shaft, via which the rotational non-uniformity can be transmitted to the test object, - the crank rocker construction being coupled on the output side to the gear mechanism construction (Z1, Z2), and the gear mechanism construction (Z1, Z2) comprising at least two toothing elements (Z1, Z2) which are in engagement with one another, and/or - a first crank arm of the crank rocker construction being coupled via a first rotational pivot and a second crank arm of the crank rocker construction being coupled via a second rotational pivot to a drive-side toothing element of the gear mechanism construction (Z1, Z2), to be precise in a manner which is spaced apart from one another and therefore with an eccentricity, the first crank arm and/or the second crank arm being coupled to the drive-side toothing element of the gear mechanism construction (Z1, Z2) via an adjusting construction, preferably a slot construction or a hole pattern which has a plurality of holes, in order for it to be possible for an eccentricity to be adjusted, with the result that different amplitudes of the rotational non-uniformity which is generated by way of the crank rocker construction can be produced. - the crank rocker construction being coupled on the output side to the gear mechanism construction (Z1, Z2), and the gear mechanism construction (Z1, Z2) comprising at least two toothing elements (Z1, Z2) which are in engagement with one another, and/or - a first crank arm of the crank rocker construction being coupled via a first rotational pivot and a second crank arm of the crank rocker construction being coupled via a second rotational pivot to a drive-side toothing element of the gear mechanism construction (Z1, Z2), to be precise in a manner which is spaced apart from one another and therefore with an eccentricity, the first crank arm and/or the second crank arm being coupled to the drive-side toothing element of the gear mechanism construction (Z1, Z2) via an adjusting construction, preferably a slot construction or a hole pattern which has a plurality of holes, in order for it to be possible for an eccentricity to be adjusted, with the result that different amplitudes of the rotational non-uniformity which is generated by way of the crank rocker construction can be produced.
Peroxide of the formula wherein R 1 is selected from linear and branched alkyl groups with 1-4 carbon atoms, and R 2, R 3, and R 4 are selected from hydrogen and linear and branched alkyl groups with 1-4 carbon atoms, for use as a medicament.
Apparatus for adding an anticoagulant to the blood of a patient, wherein the addition takes place in the form of a bolus, characterized in that the apparatus comprises means for determining the bolus application time B in dependence on the values TBV and CO, wherein TBV represents the blood volume of the patient and CO the cardiac output of the patient, and wherein the apparatus furthermore comprises means for administering the anticoagulant within the specific bolus application time B.
Method for authorizing a user at a field device by means of a portable communications device, comprising the following steps: - the portable communications device acquiring first information (IDFG) for identifying the field device; - the portable communications device sending to a system the first information (IDFG) and sending second information (IDKG) for identifying the portable communications device and/or the user thereof; - the system determining a first piece of access information on the basis of the first information (IDFG) and the second information (IDKG), and the system sending the first piece of access information to the portable communications device; - the portable communications device transmitting the second information (IDKG) and the first piece of access information to the field device; - the field device determining a second piece of access information on the basis of the second information (IDKG), and comparing the first piece of access information with the second piece of access information; - if the first piece of access information and the second piece of access information match, allowing access to the field device for the user. - the portable communications device acquiring first information (IDFG) for identifying the field device; - the portable communications device sending to a system the first information (IDFG) and sending second information (IDKG) for identifying the portable communications device and/or the user thereof; - the system determining a first piece of access information on the basis of the first information (IDFG) and the second information (IDKG), and the system sending the first piece of access information to the portable communications device; - the portable communications device transmitting the second information (IDKG) and the first piece of access information to the field device; - the field device determining a second piece of access information on the basis of the second information (IDKG), and comparing the first piece of access information with the second piece of access information; - if the first piece of access information and the second piece of access information match, allowing access to the field device for the user.
A battery system, comprising: a secondary battery including a cathode comprising a first cathode material and a second cathode material with different operating voltage ranges, an anode comprising an anode material and a separator for separating the cathode from the anode, the system comprising: a control unit configured to estimate a voltage of a secondary battery during charging or discharging of the secondary battery based on a circuit model comprising a first cathode material circuit having a circuit element whose voltage changes according to State Of Charge of the first cathode material varying with a current flowing through the first cathode material circuit, a second cathode material circuit connected to the first cathode material circuit in parallel and having a circuit element whose voltage changes according to SOC of the second cathode material varying with a current flowing through the second cathode material circuit, and an anode material circuit connected to the first and second cathode material circuits in series and having a circuit element whose voltage changes according to SOC of the anode material varying with a current flowing through the anode material circuit. a secondary battery including a cathode comprising a first cathode material and a second cathode material with different operating voltage ranges, an anode comprising an anode material and a separator for separating the cathode from the anode, the system comprising: a control unit configured to estimate a voltage of a secondary battery during charging or discharging of the secondary battery based on a circuit model comprising a first cathode material circuit having a circuit element whose voltage changes according to State Of Charge of the first cathode material varying with a current flowing through the first cathode material circuit, a second cathode material circuit connected to the first cathode material circuit in parallel and having a circuit element whose voltage changes according to SOC of the second cathode material varying with a current flowing through the second cathode material circuit, and an anode material circuit connected to the first and second cathode material circuits in series and having a circuit element whose voltage changes according to SOC of the anode material varying with a current flowing through the anode material circuit.
A control device (2, 3) for an Ethernet bus, comprising a bus driver, a microprocessor and a voltage regulator, wherein the voltage regulator has at least two voltage values for the operating voltage (V cc) of the control device (2, 3), wherein a first voltage value is provided for a "sleep" operating state and the second voltage value for a "communication" operating state, wherein the control device (2, 3) has a termination network, which has at least two resistors (R1, R2) and a capacitor, characterized in that in each case a resistor (R1, R2) is connected to a connection for the bus line (6, 7) and the two resistors (R1, R2) are connected to one another at a center tap, wherein the capacitor is arranged between the center tap and earth, the control device (2, 3) has a wake-up module, that has an input for a wake-up event and an output for the center tap of the termination network, wherein the wake-up module is designed in such a manner that a voltage signal is generated in dependence on a wake-up event, in order to change the voltage at the center tap of the control device using the voltage regulator, wherein a circuit is assigned to the at least one voltage regulator, by means of which the voltage regulator is regulated from the first voltage value to the second voltage in dependence on the voltage at the center tap.
A refrigerator comprising: a cabinet in which a refrigerating compartment is provided; a first door connected to the cabinet to open and close the refrigerating compartment and having an opening; a housing provided in the first door and accessible through the opening therein; an ice making room provided in the housing; a guide duct provided below the ice making room to guide discharge of ice; a second door connected to the first door, a first door hinge unit rotatably connecting the first door to the cabinet, a second door hinge unit rotatably connecting the second door to a front surface of the first door; a dispenser disposed on a front surface of the second door; and a discharge duct provided in the second door, wherein, when the second door is closed, the guide duct communicates with the discharge duct, and ice made in the ice making room is discharged to the dispenser, wherein the ice making room includes a front opening, and wherein an ice making room door is rotatably connected to an edge of the front opening to open or close the ice making room. a cabinet in which a refrigerating compartment is provided; a first door connected to the cabinet to open and close the refrigerating compartment and having an opening; a housing provided in the first door and accessible through the opening therein; an ice making room provided in the housing; a guide duct provided below the ice making room to guide discharge of ice; a second door connected to the first door, a first door hinge unit rotatably connecting the first door to the cabinet, a second door hinge unit rotatably connecting the second door to a front surface of the first door; a dispenser disposed on a front surface of the second door; and a discharge duct provided in the second door, wherein, when the second door is closed, the guide duct communicates with the discharge duct, and ice made in the ice making room is discharged to the dispenser, wherein the ice making room includes a front opening, and wherein an ice making room door is rotatably connected to an edge of the front opening to open or close the ice making room.
An apparatus (10, 180) for treating a pipette tip (20, 70, 80, 110) having multiple supports (19, 69, 85, 113, 209) and a fluid enclosed therein, comprising a nozzle head (125, 197) having one or multiple nozzles for sucking and discharging a gas; a sucking and discharging mechanism in which the gas is sucked or discharged via the nozzles; one or more pipette tips (20, 70, 80, 110), wherein each pipette tip (20, 70, 80, 110) comprises the multiple supports (19, 69, 85, 113, 209) and a fluid enclosed therein, wherein the pipette tip (20, 70, 80, 110) comprises an attachment opening that is adapted to be attached to one of the nozzles to communicate with the nozzle, and an opening (25, 64, 99, 118) that allows flow-in and flow-out of a liquid in response to the suction and discharging of the gas; an accommodating part group provided with a tip accommodating part that is adapted to accommodate or is capable of accommodating the pipette tip (20, 70, 80, 110), and a liquid accommodating part that is adapted to accommodate or is capable of accommodating various liquids, and a transfer means for transferring the nozzle head (125, 197) relative to the accommodating part group wherein the multiple supports (19, 69, 85, 113, 209) enclosed in the pipette tip (20, 70, 80, 110), are each adapted to adsorb or capture a biological material in the liquid or react with or bond to the biological material, wherein the fluid in the one or more pipette tips (20, 70, 80, 110) is for sustainedly activating the multiple supports (19, 69, 85, 113, 209), the fluid is a liquid that is enclosed in the pipette tip (20, 70, 80, 110) in a releasable state and comes into contact with the multiple supports (19, 69, 85, 113, 209); the one or more pipette tips each comprising a perforable member (33, 43, 57) and a detachable cap, wherein the fluid for sustainedly activating the multiple supports (19, 69, 85, 113, 209) is enclosed in a releasable state in the pipette tip (20, 70, 80, 110) by occluding the attachment opening (14, 62, 84, 104) by the perforable member (33, 43, 57) and by occluding the opening (25, 64, 99, 118) by the detachable cap.
A wound dressing for use in the application of topical negative pressure at a wound site, the wound dressing comprising: a liquid and gas permeable transmission layer; an absorbent layer for absorbing wound exudate, the absorbent layer overlying the transmission layer; a gas impermeable cover layer overlying the absorbent layer and comprising a first orifice, wherein the cover layer is moisture vapour permeable; a port sealed to the cover layer around the perimeter of the first orifice and a conduit connected to the port; a perforated wound contact layer underlying the transmission layer, wherein the cover layer and the wound contact layer extend outwards from a central region of the dressing beyond an edge region of the absorbent layer to thereby form a peripheral region, the cover layer and the wound contact layer being sealed together in the peripheral region; wherein the wound dressing further comprises a filter membrane covering the first orifice and sealed to the cover layer and/or the port; and wherein the cover layer is configured to transpire a water component of the wound exudate from the wound dressing. a liquid and gas permeable transmission layer; an absorbent layer for absorbing wound exudate, the absorbent layer overlying the transmission layer; a gas impermeable cover layer overlying the absorbent layer and comprising a first orifice, wherein the cover layer is moisture vapour permeable; a port sealed to the cover layer around the perimeter of the first orifice and a conduit connected to the port; a perforated wound contact layer underlying the transmission layer, wherein the cover layer and the wound contact layer extend outwards from a central region of the dressing beyond an edge region of the absorbent layer to thereby form a peripheral region, the cover layer and the wound contact layer being sealed together in the peripheral region; wherein the wound dressing further comprises a filter membrane covering the first orifice and sealed to the cover layer and/or the port; and wherein the cover layer is configured to transpire a water component of the wound exudate from the wound dressing.
A method for improving the accuracy of a vehicle navigation module, the method comprising: the vehicle navigation module including a MEMS gyroscope that includes an internal temperature sensor and a navigation filter, the navigation filter: (a) when a reference rotation rate is available, estimating a gyroscope bias by comparing rotation rate as measured by the gyroscope to said reference rotation rate and recording the bias versus gyroscope temperature data; (b) averaging the bias versus gyroscope temperature data obtained in step (a) over many power cycles of said MEMS gyroscope; (c) storing the average gyroscope bias versus temperature data; (d) computing a rate of change of gyroscope bias versus temperature from the average gyroscope bias versus temperature data and storing the computed rate of change of gyroscope bias versus temperature; and (e) during a driving trip, if temperature changes occur during periods when no reference rotation rate is available, estimating a gyroscope bias, via linear extrapolation from a known bias value, the linear extrapolation taking into account a temperature change from the current gyroscope temperature and the temperature corresponding to the known bias value (T 0) and rate of change of gyroscope bias versus temperature obtained in step (d). (a) when a reference rotation rate is available, estimating a gyroscope bias by comparing rotation rate as measured by the gyroscope to said reference rotation rate and recording the bias versus gyroscope temperature data; (b) averaging the bias versus gyroscope temperature data obtained in step (a) over many power cycles of said MEMS gyroscope; (c) storing the average gyroscope bias versus temperature data; (d) computing a rate of change of gyroscope bias versus temperature from the average gyroscope bias versus temperature data and storing the computed rate of change of gyroscope bias versus temperature; and (e) during a driving trip, if temperature changes occur during periods when no reference rotation rate is available, estimating a gyroscope bias, via linear extrapolation from a known bias value, the linear extrapolation taking into account a temperature change from the current gyroscope temperature and the temperature corresponding to the known bias value (T 0) and rate of change of gyroscope bias versus temperature obtained in step (d).
A flame retardant flexible substrate comprising at least one flexible substrate and at least one flame retardant composition, wherein the flame retardant composition partially covers at least one face of the at least one flexible substrate, and wherein the at least one flame retardant composition is present in the form of a regular or irregular pattern, wherein the regular or irregular pattern comprises a plurality of individual elements in which the distance between adjacent elements is of from 8 mm to 25 mm, and wherein the at least one flame retardant composition covers the at least one face of the flexible substrate of from 15 percent to 95 percent, by area of the at least one face of the flexible substrate.
A buckle for a belt or a strap, wherein said buckle comprises at least two articulated levers (13,15) via an axis, wherein a first of said levers is further articulated to a base of the buckle and a second of said levers is articulated to a pin unit carrying at least one pin, wherein by relative rotation of said second lever with respect to said first lever, the pin unit is moved from a first position to a second position, one of said position being a tight position of the belt and the other of said position being a loose position of the belt, the buckle being characterized in that it has a release locking mechanism (11, 52) between said levers (13, 15).
A synchronizing ring assembly, comprising: a synchronizing ring portion (130, 132) that has a first distal end and a second distal end, the first distal end and the second distal end each form an integrated surge bumper, wherein the synchronizing ring portion (130, 132) defines a first height throughout a span which increases to a second height at each distal end to form the integrated surge bumper; and a bumper assembly mounted to the synchronizing ring portion, wherein a build gap of the integrated surge bumper with respect to an outer surface of an outer case is 4-5 times that of a build gap of the bumper assembly with respect to the outer surface of the outer case. a synchronizing ring portion (130, 132) that has a first distal end and a second distal end, the first distal end and the second distal end each form an integrated surge bumper, wherein the synchronizing ring portion (130, 132) defines a first height throughout a span which increases to a second height at each distal end to form the integrated surge bumper; and a bumper assembly mounted to the synchronizing ring portion, wherein a build gap of the integrated surge bumper with respect to an outer surface of an outer case is 4-5 times that of a build gap of the bumper assembly with respect to the outer surface of the outer case.