mhurhangee/patent-ind-claim-en huggingface dataset:
A method of soldering a first electrical component to a second electrical component for a downhole tool , the first electrical component comprising an electrically conductive contact region finished with a metallic finish layer being an alloy comprising nickel as a diffusion barrier, the method comprising: applying a layer consisting of manganese to the metallic finish layer ; and applying solder to the applied layer, wherein the solder consists of copper in a range from 0.001 to 1.0 percent based on total weight of the solder, silver in a range from 2.5 to 4.0 percent based on total weight of the solder, manganese in a range from 0.01 to 0.25 percent based on total weight of the solder, tin as remainder, and any unavoidable impurities, electrically and mechanically coupling the first and second electrical component, wherein the solder is disposed between the manganese layer the second electrical component. applying a layer consisting of manganese to the metallic finish layer ; and applying solder to the applied layer, wherein the solder consists of copper in a range from 0.001 to 1.0 percent based on total weight of the solder, silver in a range from 2.5 to 4.0 percent based on total weight of the solder, manganese in a range from 0.01 to 0.25 percent based on total weight of the solder, tin as remainder, and any unavoidable impurities, electrically and mechanically coupling the first and second electrical component, wherein the solder is disposed between the manganese layer the second electrical component.
A fire alarm device, comprising: a base portion ; a press portion which is capable of moving relative to the base portion to deviate close to the base portion; an alarm switch which is capable of moving relative to an alarm circuit, to controllably turn-on the alarm circuit; and a plurality of buttons which are mounted on the base portion and capable of converting movement of the press portion to movement of the alarm switch; wherein the device has an alarm enable position, and at this point, the press portion deviates close to the base portion , to press the plurality of buttons and indirectly press the alarm switch to turn on the alarm circuit; and wherein the device further comprises a limit portion which is mounted on the base portion and capable of moving relative to the base portion; and a second rebound portion which supports the limit portion ; wherein, when the device is in the alarm enable position, the second rebound portion is in a compression state, and the limit portion locks the first end of the press portion . a base portion ; a press portion which is capable of moving relative to the base portion to deviate close to the base portion; an alarm switch which is capable of moving relative to an alarm circuit, to controllably turn-on the alarm circuit; and a plurality of buttons which are mounted on the base portion and capable of converting movement of the press portion to movement of the alarm switch; wherein the device has an alarm enable position, and at this point, the press portion deviates close to the base portion , to press the plurality of buttons and indirectly press the alarm switch to turn on the alarm circuit; and wherein the device further comprises a limit portion which is mounted on the base portion and capable of moving relative to the base portion; and a second rebound portion which supports the limit portion ; wherein, when the device is in the alarm enable position, the second rebound portion is in a compression state, and the limit portion locks the first end of the press portion .
An in-cell touch type display device, comprising: a plurality of first electrodes (E1) embedded in a display panel ; at least one second electrode (E2) outside the display panel and capacitively coupled to each of the first electrodes (E1); a gap structure unit configured to change capacitance between the first electrodes (E1) and the at least one second electrode (E2) responsive to touch force applied on a surface of the display panel ; characterised by a touch circuit coupled to the first electrodes (E1) and the at least one second electrode (E2), the touch circuit configured to: apply, during a touch driving period of a frame period, a first voltage signal (DS1) successively to each of the first electrodes (E1), apply, during a touch driving period of a frame period, a second voltage signal (DS2) to the at least one second electrode (E2), and detect touch force on the display panel by processing a sensing signal (Vsen) representing a voltage level at each of the first electrodes (E1), responsive to applying the first driving signal (DS1) and the second driving signal (DS2); and wherein the in-cell touch type display device is configured to apply a common voltage to the first electrodes (E1) during a display driving period of the frame period. a plurality of first electrodes (E1) embedded in a display panel ; at least one second electrode (E2) outside the display panel and capacitively coupled to each of the first electrodes (E1); a gap structure unit configured to change capacitance between the first electrodes (E1) and the at least one second electrode (E2) responsive to touch force applied on a surface of the display panel ; characterised by a touch circuit coupled to the first electrodes (E1) and the at least one second electrode (E2), the touch circuit configured to: apply, during a touch driving period of a frame period, a first voltage signal (DS1) successively to each of the first electrodes (E1), apply, during a touch driving period of a frame period, a second voltage signal (DS2) to the at least one second electrode (E2), and detect touch force on the display panel by processing a sensing signal (Vsen) representing a voltage level at each of the first electrodes (E1), responsive to applying the first driving signal (DS1) and the second driving signal (DS2); apply, during a touch driving period of a frame period, a first voltage signal (DS1) successively to each of the first electrodes (E1), apply, during a touch driving period of a frame period, a second voltage signal (DS2) to the at least one second electrode (E2), and detect touch force on the display panel by processing a sensing signal (Vsen) representing a voltage level at each of the first electrodes (E1), responsive to applying the first driving signal (DS1) and the second driving signal (DS2); and wherein the in-cell touch type display device is configured to apply a common voltage to the first electrodes (E1) during a display driving period of the frame period.
A heat exchanger tube for use in a heat exchanger of a motor vehicle, the heat exchanger tube comprising a pair of plates elongating along a longitudinal plan (A), the pair of plates comprising a first plate and a second plate joined to each other to form an inner area dedicated to refrigerant fluid (RF) circulation and divided in at least six channels , at least one channel is defined by a cross section area (S) delimited by the first plate and the second plate , the cross section area (S) has a length (L), at least one of the plate is defined by a thickness (T), the heat exchanger tube being characterized in that said thickness (T) is between 0.190 mm and 0.300 mm and said length (L) is between 2 mm and 5 mm, wherein a length (L) / thickness (T) ratio (R) is in range of 7.81 to 22.79, wherein the cross section area (S) of the channel is between 2.76 mm 2 to 6 mm 2 .
An automatic bundling tool device , ABT, for bundling a bundle good with a one-piece-tie , OPT, comprising - a guiding device configured to guide an OPT band part end around the bundle good through a window in an OPT head part ; - a tensioning device which is configured i) to tension the OPT , with a pulling of the OPT band part end which is guided through the window in a tensioning direction (S+) and ii) to push the OPT band part end against the tensioning direction (S+) in a pushing direction (S-) after the OPT has been tensioned; characterised by - a control device which is configured i) to determine a characteristic parameter for the pushing of the OPT band part end against the tensioning direction (S+) and ii) to output a quality check signal as a function of the characteristic parameter for the pushing against the tensioning direction (S+) and a reference value predetermined for the characteristic parameter. - a guiding device configured to guide an OPT band part end around the bundle good through a window in an OPT head part ; - a tensioning device which is configured i) to tension the OPT , with a pulling of the OPT band part end which is guided through the window in a tensioning direction (S+) and ii) to push the OPT band part end against the tensioning direction (S+) in a pushing direction (S-) after the OPT has been tensioned; characterised by - a control device which is configured i) to determine a characteristic parameter for the pushing of the OPT band part end against the tensioning direction (S+) and ii) to output a quality check signal as a function of the characteristic parameter for the pushing against the tensioning direction (S+) and a reference value predetermined for the characteristic parameter.
A device for detecting a non-compliant object (52; 54) comprising a plate , having a portion , recessed in top view, on which the object is intended to move, and individually-inclinable tabs (32 E , 32 I , 32 C ) intended to be raised by said object, at least one of the tabs being pulled down against the hollow portion in the absence of said object, and a detection circuit capable of determining whether the tab raising amplitudes exceed a threshold.
A probe cable support , comprising: a leg , including: a first end ; a second end opposing the first end; a top side between the first and second ends; and a bottom side between the first and second ends; a plurality of supports (216 1 , 216 2 , ..., 216 N ) protruding from the bottom side and intermittently arranged with non-zero gaps there between; and an arm protruding from the top side, characterized in that the arm protrudes up from the top side at the second end in a direction opposite of the plurality of supports and extends along the leg towards the first end . a leg , including: a first end ; a second end opposing the first end; a top side between the first and second ends; and a bottom side between the first and second ends; a first end ; a second end opposing the first end; a top side between the first and second ends; and a bottom side between the first and second ends; a plurality of supports (216 1 , 216 2 , ..., 216 N ) protruding from the bottom side and intermittently arranged with non-zero gaps there between; and an arm protruding from the top side, characterized in that the arm protrudes up from the top side at the second end in a direction opposite of the plurality of supports and extends along the leg towards the first end .
A method for providing dedicated idle mode reselection parameters to a cellular device in a cellular network, the method comprising a base station of the cellular network performing the steps of: determining (s3) a subscriber group for the cellular device by looking up a mapping of an identifier of the cellular device and subscriber group information; looking-up a mapping of subscriber group identifiers to multiple sets of operating parameters for directing behaviour of cellular devices for idle mode reselection; identifying (s9) a set of operating parameters associated with the cellular device in accordance with the determined subscriber group, wherein the parameters alter the idle mode reselection behaviour of the cellular device; and sending (s11) the set of identified operating parameters in the form of updates to existing operating parameters for idle mode reselection behaviour stored at the cellular device, wherein the cellular device performs idle mode reselection in accordance with the set of identified operating parameters, and wherein the sets of operating parameters alter the timing and frequency that the cellular device performs idle mode reselection. determining (s3) a subscriber group for the cellular device by looking up a mapping of an identifier of the cellular device and subscriber group information; looking-up a mapping of subscriber group identifiers to multiple sets of operating parameters for directing behaviour of cellular devices for idle mode reselection; identifying (s9) a set of operating parameters associated with the cellular device in accordance with the determined subscriber group, wherein the parameters alter the idle mode reselection behaviour of the cellular device; and sending (s11) the set of identified operating parameters in the form of updates to existing operating parameters for idle mode reselection behaviour stored at the cellular device,
A load testing device comprising: a resistance unit ; a cooling fan configured for cooling the resistance unit ; a circuit breaker ; a first terminal part that is connected to a test target power source; and a charge/discharge unit that has a charger and a first power storage device , wherein the charge/discharge unit is connected with a test target power source cable (c1) being between the first terminal part and the resistance unit , between the first terminal part and the circuit breaker , the first power storage device is configured for storing electric power supplied from the test target power source, characterized in that the cooling fan is configured for driving based on electric power from at least the charge/discharge unit , and wherein the load testing device further comprises: a load resistance , wherein the charge/discharge unit has a first switching relay , and the first switching relay is used for switching a supply destination of electric power from the test target power source between the charger and the load resistance . a resistance unit ; a cooling fan configured for cooling the resistance unit ; a circuit breaker ; a first terminal part that is connected to a test target power source; and a charge/discharge unit that has a charger and a first power storage device , wherein the charge/discharge unit is connected with a test target power source cable (c1) being between the first terminal part and the resistance unit , between the first terminal part and the circuit breaker , the first power storage device is configured for storing electric power supplied from the test target power source, characterized in that the cooling fan is configured for driving based on electric power from at least the charge/discharge unit , and
A trim head drive comprising: a controller configured to receive a feedback signal based on operation of a generator, the controller in signal communication with a permanent magnet generator and an exciter field , and in signal communication with a trim coil separately from the permanent magnet generator and an exciter field , wherein the controller rectifies an alternating current, AC, voltage received from the permanent magnet generator to generate a direct current, DC, voltage , and outputs the DC voltage to the exciter field , characterized by a nonlinear power supply comprising an output and a return connected to the trim coil of the generator , wherein the nonlinear power supply includes a switching regulator, and wherein an output of the nonlinear power supply directly drives the trim coil to control an output frequency of the generator, and wherein the controller receives the output frequency of the generator indicated by the feedback signal and controls the nonlinear power supply to vary the output current positively and negatively to either sink or source a trim head current to control an output frequency of the generator . a controller configured to receive a feedback signal based on operation of a generator, the controller in signal communication with a permanent magnet generator and an exciter field , and in signal communication with a trim coil separately from the permanent magnet generator and an exciter field , wherein the controller rectifies an alternating current, AC, voltage received from the permanent magnet generator to generate a direct current, DC, voltage , and outputs the DC voltage to the exciter field , characterized by a nonlinear power supply comprising an output and a return connected to the trim coil of the generator , wherein the nonlinear power supply includes a switching regulator, and wherein an output of the nonlinear power supply directly drives the trim coil to control an output frequency of the generator, and wherein the controller receives the output frequency of the generator indicated by the feedback signal and controls the nonlinear power supply to vary the output current positively and negatively to either sink or source a trim head current to control an output frequency of the generator .
A composition comprising creatine hydrochloride for use in a method for the treatment of Huntington's disease in an animal, wherein an effective amount of the composition is administered daily to an animal suffering from Huntington's disease, wherein the effective amount comprises about 2 grams to about 12 grams creatine hydrochloride.
A bicyclo-[2.2.2]-octane-2-carboxylate salt for use in a method of treating dysphoria in a human subject.
Method for controlling at least one parameter of a vehicle , wherein the method comprises the steps of: I) representing at least one parameter on at least one graphical representation device , wherein the at least one parameter is represented in a portion of the at least one graphical representation device , II) defining a first area in the at least one graphical representation device , wherein the first area delimits an area wherein the at least one parameter is represented, wherein the first area is included in the portion of the at least one graphical representation device , IV) detecting an orientation of at least one eyeball of an occupant of the vehicle , V) determining a match between the orientation of the at least one eyeball and the portion of the at least one graphical representation device , VI) storing the at least one parameter represented in the portion if the match between the orientation of the at least one eyeball and the portion is determined, VII) determining an actuation by the occupant , VIII) controlling the at least one parameter , wherein controlling the at least one parameter is based on the at least one stored parameter and based on the determined actuation by the occupant , characterised in that the method comprises furthermore the step of: III) defining a second area comprising establishing a surface area of the second area based on the at least one parameter , a priority of the at least one parameter represented and/or a determined actuation history of the occupant , wherein the second area delimits a zone wherein the at least one parameter may be actuated by the occupant , wherein the second area is included in the portion of the at least one graphical representation device . I) representing at least one parameter on at least one graphical representation device , wherein the at least one parameter is represented in a portion of the at least one graphical representation device , II) defining a first area in the at least one graphical representation device , wherein the first area delimits an area wherein the at least one parameter is represented, wherein the first area is included in the portion of the at least one graphical representation device , IV) detecting an orientation of at least one eyeball of an occupant of the vehicle , V) determining a match between the orientation of the at least one eyeball and the portion of the at least one graphical representation device , VI) storing the at least one parameter represented in the portion if the match between the orientation of the at least one eyeball and the portion is determined, VII) determining an actuation by the occupant , VIII) controlling the at least one parameter , wherein controlling the at least one parameter is based on the at least one stored parameter and based on the determined actuation by the occupant ,
A stuffing tube mounting assembly , comprising: - an elongated member having a first section , a second section and an intermediate section , wherein the second section has a tapered portion that extends from the intermediate section to an end of the second section ; - a stuffing horn having a tapered portion on one end that fits over the tapered portion of the second section ; and - a collar having a bore through which the stuffing horn is inserted and a tapered section having an angle similar to an angle of the tapered portion of the stuffing horn such that the tapered portion of the collar fits over and engages the tapered portion of the stuffing horn , wherein the collar is connected to the elongated member . - an elongated member having a first section , a second section and an intermediate section , wherein the second section has a tapered portion that extends from the intermediate section to an end of the second section ; - a stuffing horn having a tapered portion on one end that fits over the tapered portion of the second section ; and - a collar having a bore through which the stuffing horn is inserted and a tapered section having an angle similar to an angle of the tapered portion of the stuffing horn such that the tapered portion of the collar fits over and engages the tapered portion of the stuffing horn , wherein the collar is connected to the elongated member .
A vehicle air-conditioning apparatus comprising: an apparatus main body installed at an upper portion of a vehicle , the apparatus main body including an outdoor unit chamber and an indoor unit chamber ; a compressor installed in the outdoor unit chamber ; a first heat exchanger installed in the outdoor unit chamber to exchange heat between refrigerant and out-of-vehicle air; an outdoor blower installed in the outdoor unit chamber to blow the out-of-vehicle air after heat exchange in the first heat exchanger to outside the vehicle ; a second heat exchanger installed in the indoor unit chamber to exchange heat between the refrigerant and in-vehicle air; an indoor blower installed in the indoor unit chamber to blow the in-vehicle air after heat exchange in the second heat exchanger into the vehicle ; an electrical component box installed in the indoor unit chamber and housing an inverter that controls the compressor ; and a return port to take in the in-vehicle air, provided at a lower portion of the indoor unit chamber , characterized in that the electrical component box is positioned in a space inside the indoor unit chamber so as to be close to a ceiling of the indoor unit chamber , the space defined above the return port . an apparatus main body installed at an upper portion of a vehicle , the apparatus main body including an outdoor unit chamber and an indoor unit chamber ; a compressor installed in the outdoor unit chamber ; a first heat exchanger installed in the outdoor unit chamber to exchange heat between refrigerant and out-of-vehicle air; an outdoor blower installed in the outdoor unit chamber to blow the out-of-vehicle air after heat exchange in the first heat exchanger to outside the vehicle ; a second heat exchanger installed in the indoor unit chamber to exchange heat between the refrigerant and in-vehicle air; an indoor blower installed in the indoor unit chamber to blow the in-vehicle air after heat exchange in the second heat exchanger into the vehicle ; an electrical component box installed in the indoor unit chamber and housing an inverter that controls the compressor ; and a return port to take in the in-vehicle air, provided at a lower portion of the indoor unit chamber , characterized in that the electrical component box is positioned in a space inside the indoor unit chamber so as to be close to a ceiling of the indoor unit chamber , the space defined above the return port .