mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating an operating parameter value of an energy storage device arranged to provide power for propulsion for an electric or hybrid vehicle, said method comprises: determining a first operating parameter value (θ i-1 ) of the energy storage device at a first time; establishing a reference operating parameter value (θ i *) from pre-determined experimental data relating said operating parameter to a time related parameter, wherein the reference operating parameter is a reference capacity versus time or versus cycle number of the energy storage device, based on said reference operating parameter value (θ i *) and said first operating parameter value (θ i-1 ), recursively calculating a second operating parameter value (θ i ) of said energy storage device at a second time subsequent to said first time, wherein, said recursive calculation comprises a tuning parameter (β) for modifying a portion of said reference operating parameter value (θ i *) to be included in said second operating parameter value (θ i ), and wherein said pre-determined experimental data is determined from measurements of operating parameter trajectories of a plurality of energy storage devices. determining a first operating parameter value (θ i-1 ) of the energy storage device at a first time; establishing a reference operating parameter value (θ i *) from pre-determined experimental data relating said operating parameter to a time related parameter, wherein the reference operating parameter is a reference capacity versus time or versus cycle number of the energy storage device, based on said reference operating parameter value (θ i *) and said first operating parameter value (θ i-1 ), recursively calculating a second operating parameter value (θ i ) of said energy storage device at a second time subsequent to said first time, wherein, said recursive calculation comprises a tuning parameter (β) for modifying a portion of said reference operating parameter value (θ i *) to be included in said second operating parameter value (θ i ), and wherein said pre-determined experimental data is determined from measurements of operating parameter trajectories of a plurality of energy storage devices.
A display apparatus comprising: a display ; and an input device including: a housing , a spring provided inside the housing , a button structure configured to be elastically supported by the spring to be movable, the button structure being formed with a hole and a colour structure around the hole and on a back surface of the button structure , and a sensor assembly disposed to be spaced apart from the button structure inside the housing , the sensor assembly including a light emitter configured to provide light and a colour sensor configured to collect external light in a colour sensor mode and to collect light emitted by the light emitter and reflected by the colour structure in response to the button structure being moved by a user, in a button mode, and a controller configured to switch an operation mode of the input device to the button mode and control the light emitter to operate when illuminance of light incident on the colour sensor is determined to be equal to or less than a predetermined illuminance value and to generate a control signal to control the display of the display apparatus based on sensor value information of the sensor assembly. a display ; and an input device including: a housing , a spring provided inside the housing , a button structure configured to be elastically supported by the spring to be movable, the button structure being formed with a hole and a colour structure around the hole and on a back surface of the button structure , and a sensor assembly disposed to be spaced apart from the button structure inside the housing , the sensor assembly including a light emitter configured to provide light and a colour sensor configured to collect external light in a colour sensor mode and to collect light emitted by the light emitter and reflected by the colour structure in response to the button structure being moved by a user, in a button mode, and a housing , a spring provided inside the housing , a button structure configured to be elastically supported by the spring to be movable, the button structure being formed with a hole and a colour structure around the hole and on a back surface of the button structure , and a sensor assembly disposed to be spaced apart from the button structure inside the housing , the sensor assembly including a light emitter configured to provide light and a colour sensor configured to collect external light in a colour sensor mode and to collect light emitted by the light emitter and reflected by the colour structure in response to the button structure being moved by a user, in a button mode, and a controller configured to switch an operation mode of the input device to the button mode and control the light emitter to operate when illuminance of light incident on the colour sensor is determined to be equal to or less than a predetermined illuminance value and to generate a control signal to control the display of the display apparatus based on sensor value information of the sensor assembly.
A dose indicating mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - an elongated housing extending in an axial direction , - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction , - a first dose indicating member rotatably supported on a longitudinal axis , - a second dose indicating member axially adjacent to the first dose indicating member and rotatably supported on the longitudinal axis , - a dose setting sleeve extending in axial direction , rotatably engaged with the first dose indicating member and axially extending through the first dose indicating member to rotatably engage with the second dose indicating member , characterized by - a third dose indicating member rotatably supported on the longitudinal axis and comprising a third annular shaped display surface , - wherein the third dose indicating member is operable to change its visual appearance when the dose indicating mechanism returns into an initial configuration at the end of a dose dispensing procedure. - an elongated housing extending in an axial direction , - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction , - a first dose indicating member rotatably supported on a longitudinal axis , - a second dose indicating member axially adjacent to the first dose indicating member and rotatably supported on the longitudinal axis , - a dose setting sleeve extending in axial direction , rotatably engaged with the first dose indicating member and axially extending through the first dose indicating member to rotatably engage with the second dose indicating member , characterized by - a third dose indicating member rotatably supported on the longitudinal axis and comprising a third annular shaped display surface , - wherein the third dose indicating member is operable to change its visual appearance when the dose indicating mechanism returns into an initial configuration at the end of a dose dispensing procedure.
Method for producing an electrically conductive contact on a rear face and/or front face of a solar cell , wherein the contact to a connector interconnecting solar cells is connected by means of an adhesive , characterized in, that the surface of the rear face and/or front face of the solar cell is treated in the region of the contact to be formed by means of ultrasonic is carried out with at least one action from the following group: partial consolidation, application of soldering.
A connector comprising: a housing including an insertion receiving section which is configured to receive a tabular insertion section of a mating connector having connection pads formed on a first surface of the insertion section ; contacts configured to correspond to the connection pads , the contacts being configured to face the first surface when the insertion section of the mating connector is inserted into the insertion receiving section, and the contacts being configured to be spaced from the first surface when the insertion section is initially inserted into the insertion receiving section; and a pressing member being a slider, the slider configured to receive a force from the insertion section when the insertion section is at a final stage of insertion into the insertion receiving section, the slider including an abutment section which is configured to be engaged by the insertion section when the insertion section is inserted into the insertion receiving section so that the abutment section is moved in the same direction as the insertion section , the slider further including a cam section , the cam section being a cam plate wherein the cam plate is configured to press the contacts towards the first surface of the insertion section when the abutment section is moved so as to cause the contacts to elastically deform and be pressed against the connection pads , characterized by the cam plate having elongated openings through which the contacts pass, and cam surfaces formed on walls included in the respective elongated openings , the cam surfaces being orientated to extend obliquely towards the first surface when the insertion section is inserted into the insertion receiving section, and the cam surfaces being on the rear side in the insertion direction of the mating connector .
A method of processing electroluminescence (EL) images of a PV array , comprising extracting a plurality of frames of a PV array subsection of the PV array from the EL images , the PV array subsection including one or more PV modules of the PV array ; determining a reference frame having a highest image quality of the PV array subsection from among the extracted frames ; performing image alignment of the extracted frames to the reference frame to generate image aligned frames by arranging the extracted frames in a stacked arrangement, wherein respective corner points of the PV modules are stacked; and aligning the respective corner points of each PV module in the extracted frames to the corresponding corner points of the PV module in the reference frame; and processing the image aligned frames to produce an enhanced image of the PV array subsection having a higher resolution than the reference frame. extracting a plurality of frames of a PV array subsection of the PV array from the EL images , the PV array subsection including one or more PV modules of the PV array ; determining a reference frame having a highest image quality of the PV array subsection from among the extracted frames ; performing image alignment of the extracted frames to the reference frame to generate image aligned frames by arranging the extracted frames in a stacked arrangement, wherein respective corner points of the PV modules are stacked; and aligning the respective corner points of each PV module in the extracted frames to the corresponding corner points of the PV module in the reference frame; and arranging the extracted frames in a stacked arrangement, wherein respective corner points of the PV modules are stacked; and aligning the respective corner points of each PV module in the extracted frames to the corresponding corner points of the PV module in the reference frame; and processing the image aligned frames to produce an enhanced image of the PV array subsection having a higher resolution than the reference frame.
A three-dimensional coordinate measurement apparatus configured to bring a measuring probe into contact with a measuring object to measure three-dimensional coordinates of the measuring object, the three-dimensional coordinate measurement apparatus comprising: a surface plate having a measurement region configured to place the measuring object thereon; a movable body having a first support strut and a second support strut which are arranged to interpose the measurement region therebetween in an X-axis direction, the movable body configured to support and move the measuring probe ; a guide configured to guide the movable body in a Y-axis direction, the guide including a pair of guide surfaces formed along the Y-axis direction; a driving unit provided to the first support strut and configured to move the movable body in the Y-axis direction; and two pairs of support portions provided at two places to interpose the movable body along the Y-axis direction, the two pairs of support portions configured to support the first support strut on the guide by holding the pair of guide surfaces therebetween, characterized in that the driving unit is arranged between the two pairs of support portions in the Y-axis direction and is configured to be brought into contact with one of the pair of the guide surfaces , and a position of the second support strut in the Y-axis direction is arranged between the two pairs of support portions . a surface plate having a measurement region configured to place the measuring object thereon; a movable body having a first support strut and a second support strut which are arranged to interpose the measurement region therebetween in an X-axis direction, the movable body configured to support and move the measuring probe ; a guide configured to guide the movable body in a Y-axis direction, the guide including a pair of guide surfaces formed along the Y-axis direction; a driving unit provided to the first support strut and configured to move the movable body in the Y-axis direction; and two pairs of support portions provided at two places to interpose the movable body along the Y-axis direction, the two pairs of support portions configured to support the first support strut on the guide by holding the pair of guide surfaces therebetween, characterized in that the driving unit is arranged between the two pairs of support portions in the Y-axis direction and is configured to be brought into contact with one of the pair of the guide surfaces , and a position of the second support strut in the Y-axis direction is arranged between the two pairs of support portions .
A chromatography column bed support case , comprising: a housing having a body with an opening, an interior in the body accessible via the opening, and a lid configured to cover the opening; two removable inserts configured to fit inside the interior in a parallel configuration, each insert including a cavity configured to house a chromatography column bed support; and a removable divider disposed between the inserts , wherein the divider is sized and configured to separate the inserts , wherein each of the inserts and the divider includes a centrally located through hole, and wherein the through holes are coaxial. a housing having a body with an opening, an interior in the body accessible via the opening, and a lid configured to cover the opening; two removable inserts configured to fit inside the interior in a parallel configuration, each insert including a cavity configured to house a chromatography column bed support; and a removable divider disposed between the inserts , wherein the divider is sized and configured to separate the inserts , wherein each of the inserts and the divider includes a centrally located through hole, and wherein the through holes are coaxial.
A rescue cage for a hoisting rescue vehicle , in particular a fire truck having a turntable ladder , comprising - a cage base , - a cage barrier disposed at least in the region of a cage front end , in the region of a left-hand and/or right-hand cage side and optionally in the region of a cage rear end , - wherein the cage barrier comprises at least one support element designed to be column-like and projecting upwards from the case base , which at least one support element is in most cases designed to be tubular and is disposed in an outer peripheral region of the cage base , characterized in that - at least one first receiving device is disposed or provided on the cage base in the region of the at least one support element disposed in the outer peripheral region of the cage base , - the at least one first receiving device is provided in the form of a sleeve , - the at least one support element has a first connecting element on its end facing the cage base , which first connecting element is connected to the first receiving device in such a way as to be detachable as required, - the first connecting element is provided in the form of a plug-in pin , which plug-in pin is connected to the end of the support element facing the cage base , - when the support element is removed from the first receiving device , at least one second connecting element disposed or provided on an accessory can be connected to the first receiving device in such a way as to be detachable as required. - a cage base , - a cage barrier disposed at least in the region of a cage front end , in the region of a left-hand and/or right-hand cage side and optionally in the region of a cage rear end , - wherein the cage barrier comprises at least one support element designed to be column-like and projecting upwards from the case base , which at least one support element is in most cases designed to be tubular and is disposed in an outer peripheral region of the cage base , characterized in that - at least one first receiving device is disposed or provided on the cage base in the region of the at least one support element disposed in the outer peripheral region of the cage base , - the at least one first receiving device is provided in the form of a sleeve , - the at least one support element has a first connecting element on its end facing the cage base , which first connecting element is connected to the first receiving device in such a way as to be detachable as required, - the first connecting element is provided in the form of a plug-in pin , which plug-in pin is connected to the end of the support element facing the cage base , - when the support element is removed from the first receiving device , at least one second connecting element disposed or provided on an accessory can be connected to the first receiving device in such a way as to be detachable as required.
A device comprising: a capillary ; a cartridge body having a top surface including means for positioning and affixing the capillary on the top surface such that a proximal end of the capillary is located adjacent to a first end of the cartridge body , wherein at least one of: the top surface of the cartridge body or a protrusion located on the top surface of the cartridge body extends above the capillary ; a well tab , wherein the well tab includes a well for holding a volume of fluid; means for pivotally mounting the well tab to the first end of the cartridge body , wherein the means for pivotally mounting enables the well to have a substantially horizontal orientation and a substantially vertical orientation, and wherein the well is located adjacent to an end of the capillary when the well tab is in the substantially vertical orientation to allow liquid in the well to wick into the capillary characterised in that : the means for positioning and affixing includes a groove in the top surface configured to retain the capillary , wherein the groove extends to the first end of the cartridge body , and a capillary attachment region bordered by two slots is located along the groove ; and the top surface includes means for measuring a volume of fluid located within the capillary . a capillary ; a cartridge body having a top surface including means for positioning and affixing the capillary on the top surface such that a proximal end of the capillary is located adjacent to a first end of the cartridge body , wherein at least one of: the top surface of the cartridge body or a protrusion located on the top surface of the cartridge body extends above the capillary ; a well tab , wherein the well tab includes a well for holding a volume of fluid; means for pivotally mounting the well tab to the first end of the cartridge body , wherein the means for pivotally mounting enables the well to have a substantially horizontal orientation and a substantially vertical orientation, and wherein the well is located adjacent to an end of the capillary when the well tab is in the substantially vertical orientation to allow liquid in the well to wick into the capillary characterised in that : the means for positioning and affixing includes a groove in the top surface configured to retain the capillary , wherein the groove extends to the first end of the cartridge body , and a capillary attachment region bordered by two slots is located along the groove ; and the top surface includes means for measuring a volume of fluid located within the capillary . the means for positioning and affixing includes a groove in the top surface configured to retain the capillary , wherein the groove extends to the first end of the cartridge body , and a capillary attachment region bordered by two slots is located along the groove ; and the top surface includes means for measuring a volume of fluid located within the capillary .
An automatic machine for bending and/or calendering spacer profiles intended to form spacer frames (4, 4', 4") for an insulating glazing unit composed of: a carriage or a belt feeder for the synchronous movement of the spacer profile upstream of a bending head ; a bending head composed of a matrix that consists of jaws that are adjustable as a function of the width of the spacer profile and of a punch that can be moved toward the inside curve of said profile; a bending lever directly downstream of the punch that is provided with a synchronous rotary motion (ω); the coordinated operation of all these mechanisms actuating the bending and/or calendering of the spacer profiles, characterized in that downstream of the bending head there is arranged a mechanism that mates with and retains the initial portion of the spacer frame (3, 3', 3"), configured for supporting said initial portion and movably guiding said initial portion during all the operating steps of bending and/or calendering along a path that is synchronous with the geometric position described by said initial portion of the spacer frame during the forming of the spacer frame (3, 3', 3") performed by the feeder and by the bending head .
Aqueous alkaline abrasive cleaning composition comprising a. 1 to 60 wt% abrasive particles; b. 0.05 to 0.5 wt% diutan gum; c. 0.01 to 3 wt% aminocarboxylate sequestrant; d. 0.05 to 3 wt% quaternary ammonium compound; wherein the composition has a pH from 10 to 14 and wherein the abrasive particles are suspended. a. 1 to 60 wt% abrasive particles; b. 0.05 to 0.5 wt% diutan gum; c. 0.01 to 3 wt% aminocarboxylate sequestrant; d. 0.05 to 3 wt% quaternary ammonium compound; wherein the composition has a pH from 10 to 14 and wherein the abrasive particles are suspended.