mhurhangee/ep-ind-claims huggingface dataset:
A touch display device comprising: a display panel including a plurality of first electrodes for sensing a touch position; a second electrode for sensing a touching force based on a change of capacitance between the first electrodes and the second electrode; a gap structure unit between the display panel and the second electrode for defining a changeable gap between the first electrodes and the second electrode, wherein a size of the gap is changeable by the touching force; and a driver circuit for applying a first electrode driving signal to the plurality of first electrodes during a touch driving period, a first electrode driving signal to the plurality of first electrodes and a second electrode driving signal to the second electrode for driving the first electrodes and the second electrode during a force driving period, wherein the plurality of first electrodes are disposed within the display panel and are configured to receive display driving voltages for displaying images. a display panel including a plurality of first electrodes for sensing a touch position; a second electrode for sensing a touching force based on a change of capacitance between the first electrodes and the second electrode; a gap structure unit between the display panel and the second electrode for defining a changeable gap between the first electrodes and the second electrode, wherein a size of the gap is changeable by the touching force; and a driver circuit for applying a first electrode driving signal to the plurality of first electrodes during a touch driving period, a first electrode driving signal to the plurality of first electrodes and a second electrode driving signal to the second electrode for driving the first electrodes and the second electrode during a force driving period, wherein the plurality of first electrodes are disposed within the display panel and are configured to receive display driving voltages for displaying images.
Hand-held power tool, comprising a tool holder for receiving a chiselling tool on a working axis, a motor, an impact mechanism having a guide tube coaxial to the working axis, a striker which is guided on the working axis and which strikes the tool or an intermediate striker at an impact point, an exciter driven periodically between a first dead centre at a distance from the impact point and a second dead centre in the vicinity of the impact point, and a pneumatic chamber arranged between the striker and an end face of the exciter facing towards the striker for coupling the movement of the striker to the periodic movement of the exciter, a housing encapsulated in an airtight manner, the interior of which is occluded by an end face of the exciter facing away from the striker, a first valve which is closable by the striker and is arranged in the vicinity of the impact point, and which connects the pneumatic chamber to the interior, a second valve which is closable by the exciter and is arranged in the vicinity of the first dead centre, and which connects the pneumatic chamber to the interior, characterised in that the first valve is closed only when the striker is displaced from the impact point by more than 10% of the flight distance from the impact point to a reversing point of the striker, and in that the second valve is closed by the striker only when the exciter is distant from the first dead centre by more than 10% of the stroke length from the first dead centre to the second dead centre.
An electrode array for neural stimulation comprising: a polyimide structure including a cable, and a pliable body extending from the cable; a plurality of electrodes supported by said pliable body suitable to stimulate neural tissue, the plurality of electrodes forming an electrode field, and the electrode field having a first end adjacent to the cable, a second end opposite the first end and two opposing sides extending between the first and second ends; a first attachment point defining a hole suitable to accept a retinal tack, outside of the electrode field, approximately centered between the sides, and near the first end of the electrode field; a second attachment point defining a hole suitable to accept a retinal tack, outside of the electrode field, approximately centered between the sides, and near the second end of the electrode field; a molded body, which is molded over the polyimide structure; and a backbone structure, which is molded in silicone across the back of the array. a polyimide structure including a cable, and a pliable body extending from the cable; a plurality of electrodes supported by said pliable body suitable to stimulate neural tissue, the plurality of electrodes forming an electrode field, and the electrode field having a first end adjacent to the cable, a second end opposite the first end and two opposing sides extending between the first and second ends; a first attachment point defining a hole suitable to accept a retinal tack, outside of the electrode field, approximately centered between the sides, and near the first end of the electrode field; a second attachment point defining a hole suitable to accept a retinal tack, outside of the electrode field, approximately centered between the sides, and near the second end of the electrode field; a molded body, which is molded over the polyimide structure; and a backbone structure, which is molded in silicone across the back of the array.
A method of determining the presence or absence of a target RNA component in a sample, the method comprising steps of: (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound; (b) storing and/or transporting the composition obtained in step (a); (c) contacting the composition obtained in step (a) with a composition comprising a proteinaceous washing agent; and (d) using the composition obtained in step (c) in an amplification method; wherein there are no purification steps between step (a) and step (c); wherein step (d) involves amplifying and indicating the level of cDNA reverse transcribed from RNA present in the mixture obtained in step (c) in a quantitative reverse transcription PCR (qRT-PCR). (a) contacting the sample with a composition comprising (i) a quaternary ammonium compound; (i) a quaternary ammonium compound; (b) storing and/or transporting the composition obtained in step (a); (c) contacting the composition obtained in step (a) with a composition comprising a proteinaceous washing agent; and (d) using the composition obtained in step (c) in an amplification method;
A coring tool comprising: (a) a frame having proximal and distal directions; (b) an operator interface element mounted to the frame and movable between a rest position and an actuated position; (c) a coring head having at least one cutting blade facing in the proximal direction, the coring head being mounted to the frame for movement in the proximal and distal directions, the coring head being configured to cut a core from a tissue when moving in the proximal direction; and (d) an actuation mechanism connected between the coring head and the operator interface element, the actuation mechanism including a selector element having first and second positions, the actuation mechanism being arranged to move the coring head distally responsive to movement of the interface element from the rest position toward the actuated position when the selector element is in the first position, and to move the coring head proximally responsive to movement of the interface element from the same rest position toward the same actuated position when the selector element is in the second position. (a) a frame having proximal and distal directions; (b) an operator interface element mounted to the frame and movable between a rest position and an actuated position; (c) a coring head having at least one cutting blade facing in the proximal direction, the coring head being mounted to the frame for movement in the proximal and distal directions, the coring head being configured to cut a core from a tissue when moving in the proximal direction; and (d) an actuation mechanism connected between the coring head and the operator interface element, the actuation mechanism including a selector element having first and second positions, the actuation mechanism being arranged to move the coring head distally responsive to movement of the interface element from the rest position toward the actuated position when the selector element is in the first position, and to move the coring head proximally responsive to movement of the interface element from the same rest position toward the same actuated position when the selector element is in the second position.
Method for operating an elevator system which comprises at least an upper elevator car and a lower elevator car that are arranged in the same elevator shaft, characterized by the following steps: a1) operating the elevator system in a normal mode, in the normal mode, the lower elevator car being provided for the passengers who have indicated by means of a destination call (Z.1) that they want to reach the lowermost floor (13.1), b1) checking whether at least one trigger condition is satisfied, and if this is the case, then switching to a downward alternative mode in order to temporarily provide the upper elevator car for passengers who want to reach the lowermost floor (13.1), and transporting these passengers in the upper elevator car to a floor (13.2 to 13.n-1) above the lowermost floor (13.1) and/or a2) operating the elevator system in a normal mode, in the normal mode the upper elevator car being provided for the passengers who have indicated by means of a destination call (Z.n) that they want to reach the uppermost floor (13.n), b2) checking whether at least one trigger condition is satisfied, and if this is the case, then switching to an upward alternative mode in order to temporarily provide the lower elevator car for passengers who want to reach the uppermost floor (13.n), and transporting these passengers in the lower elevator car to a floor (13.2 to 13.n-1) below the uppermost floor (13.n). a1) operating the elevator system in a normal mode, in the normal mode, the lower elevator car being provided for the passengers who have indicated by means of a destination call (Z.1) that they want to reach the lowermost floor (13.1), b1) checking whether at least one trigger condition is satisfied, and if this is the case, then switching to a downward alternative mode in order to temporarily provide the upper elevator car for passengers who want to reach the lowermost floor (13.1), and transporting these passengers in the upper elevator car to a floor (13.2 to 13.n-1) above the lowermost floor (13.1) and/or a2) operating the elevator system in a normal mode, in the normal mode the upper elevator car being provided for the passengers who have indicated by means of a destination call (Z.n) that they want to reach the uppermost floor (13.n), b2) checking whether at least one trigger condition is satisfied, and if this is the case, then switching to an upward alternative mode in order to temporarily provide the lower elevator car for passengers who want to reach the uppermost floor (13.n), and transporting these passengers in the lower elevator car to a floor (13.2 to 13.n-1) below the uppermost floor (13.n).
An actuator rod assembly for a blade pitch control system comprising: a tubular outer rod with a first end and a second end; and an inner rod, with a first end and a second end, extending through the tubular outer rod; wherein the inner rod is axially tensioned against the outer rod so as to place the outer rod in axial compression; characterised in that the assembly further comprises an indicator washer frictionally clamped in a load path between the inner and outer rods (44, 42), so as to be rotationally fixed when the inner rod is tensioned and rotationally released when the tension is lost due to failure of the inner rod. a tubular outer rod with a first end and a second end; and an inner rod, with a first end and a second end, extending through the tubular outer rod; wherein the inner rod is axially tensioned against the outer rod so as to place the outer rod in axial compression; characterised in that the assembly further comprises an indicator washer frictionally clamped in a load path between the inner and outer rods (44, 42), so as to be rotationally fixed when the inner rod is tensioned and rotationally released when the tension is lost due to failure of the inner rod.
Current sensor (1, 1') for measuring an alternating current, said sensor comprising at least one electrical coil (5, 50), an electronic unit for conditioning the signal of said electrical coil and an electrical terminal block, said electrical coil (5, 50) having a closed contour inscribed within a polygon and delimiting in its center a through window for an electrical conductor crossed by the alternating current to be measured, this conductor being called primary conductor, said electrical coil (5, 50) comprising N rectilinear segments of width L and N circular sectors delimited each by an interior arc of interior radius Ri and an exterior arc of exterior radius Re, said rectilinear segments being connected two by two by a circular sector, said rectilinear segments being made of turns separated from each other by a constant spacing P, said electrical coil (5, 50) moreover comprising, in its circular sectors, additional turns (13, 15) with a width (L1, L2) lower than the width of the other turns, called main turns, and extending from said exterior arc towards at least one intermediate arc (14, 16) located between said interior arc and said exterior arc, said additional turns (13, 15) being inserted between said main turns, characterized in that said electrical coil (5, 50) is made in the form of a printed circuit provided on at least one electronic board, in that the N rectilinear segments and the N circular sectors have the same width L, in that in said circular sectors, the main turns are separated from each other on said interior arc by a constant spacing equal to spacing P of said rectilinear segments on the one hand, and the main turns and the additional turns (13, 15) are separated from each other on said exterior arc by a spacing substantially equal to spacing P of said rectilinear segments on the other hand, in order that the average turns density is almost constant in all the said electrical coil (5, 50), and in that the said constant spacing P is chosen the smallest possible, for a given printed circuit technology, in said circular sectors and is implemented in said rectilinear segments in order to maximize the measuring sensitivity of said current sensor (1, 1').
An apparatus, comprising: a first wireless transceiver employing a first communication technology; a second wireless transceiver employing a second communication technology; control logic coupled to the first transceiver and second transceiver, the control logic is operable to determine whether the first wireless transceiver operates in an operating state or in a power save state; means for transmitting a predefined signal to enable a wireless network employing the second communication technology to determine when the apparatus is within proximity of the wireless network; wherein while the first transceiver is in the operating state, the control logic is responsive to a predetermined signal received via the first transceiver to establish communication with a wireless network employing the second communication technology via the second wireless transceiver; wherein the control logic is further operable to switch the first wireless transceiver into the power save state while the second wireless transceiver is communicating with the wireless network; and wherein the predetermined signal received via the first wireless transceiver comprises data for associating the second wireless transceiver with a network device employing the second communication technology, the data enabling the apparatus to associate with the network device before commencing communications using the second wireless transceiver. a first wireless transceiver employing a first communication technology; a second wireless transceiver employing a second communication technology; control logic coupled to the first transceiver and second transceiver, the control logic is operable to determine whether the first wireless transceiver operates in an operating state or in a power save state; means for transmitting a predefined signal to enable a wireless network employing the second communication technology to determine when the apparatus is within proximity of the wireless network; wherein while the first transceiver is in the operating state, the control logic is responsive to a predetermined signal received via the first transceiver to establish communication with a wireless network employing the second communication technology via the second wireless transceiver; wherein the control logic is further operable to switch the first wireless transceiver into the power save state while the second wireless transceiver is communicating with the wireless network; and wherein the predetermined signal received via the first wireless transceiver comprises data for associating the second wireless transceiver with a network device employing the second communication technology, the data enabling the apparatus to associate with the network device before commencing communications using the second wireless transceiver.
A head of a personal care device, comprising a head housing having a top aperture and a bottom portion arranged for attachment to a body of the personal care device; a separate head portion, preferably a treatment assembly, extending through and beyond the top aperture; a first locking element for positionally confining the separate head portion at the head housing; a second locking element being disposed underneath the first locking element with respect to a direction from the top aperture towards the bottom portion; the head housing comprising at least a first mechanical engagement element and the first locking element comprising at least a second mechanical engagement element, the first and the second mechanical engagement elements (121, 131) being mechanically engaged for positionally locking the first locking element at the head housing; and the head housing comprising at least a third mechanical engagement element and the second locking element comprising at least a fourth mechanical engagement element, the third and the fourth mechanical engagement elements (133, 141A) being mechanically engaged for positionally locking the second locking element at the head housing. a head housing having a top aperture and a bottom portion arranged for attachment to a body of the personal care device; a separate head portion, preferably a treatment assembly, extending through and beyond the top aperture; a first locking element for positionally confining the separate head portion at the head housing; a second locking element being disposed underneath the first locking element with respect to a direction from the top aperture towards the bottom portion; the head housing comprising at least a first mechanical engagement element and the first locking element comprising at least a second mechanical engagement element, the first and the second mechanical engagement elements (121, 131) being mechanically engaged for positionally locking the first locking element at the head housing; and the head housing comprising at least a third mechanical engagement element and the second locking element comprising at least a fourth mechanical engagement element, the third and the fourth mechanical engagement elements (133, 141A) being mechanically engaged for positionally locking the second locking element at the head housing.
An electrical steel sheet, comprising: a base material of electrical steel; and an insulating film formed on a surface of the base material, wherein the insulating film contains a phosphate of one or more selected from the group consisting of Al, Zn, Mg and Ca, wherein a proportion of an amount by mole (mol) of Fe atoms relative to an amount by mole (mol) of P atoms in the insulating film is more than 0.1 but not more than 0.65, wherein a limit sodium chloride concentration of the electrical steel sheet is 0.1 mass% or more, and wherein the limit sodium chloride concentration is the concentration of the sodium chloride solution with which the electrical steel sheet does not rust determined by applying liquid droplets of 0.5μl of sodium chloride solutions being different in concentration to the surface of the electrical steel sheet having the insulating film and drying, and holding the electrical steel sheet in an atmosphere with constant temperature and humidity of a temperature of 50°C and a relative humidity RH of 90% for 48 hours and observing the presence or absence of rust. a base material of electrical steel; and an insulating film formed on a surface of the base material, wherein the insulating film contains a phosphate of one or more selected from the group consisting of Al, Zn, Mg and Ca, wherein a proportion of an amount by mole (mol) of Fe atoms relative to an amount by mole (mol) of P atoms in the insulating film is more than 0.1 but not more than 0.65, wherein a limit sodium chloride concentration of the electrical steel sheet is 0.1 mass% or more, and wherein the limit sodium chloride concentration is the concentration of the sodium chloride solution with which the electrical steel sheet does not rust determined by applying liquid droplets of 0.5μl of sodium chloride solutions being different in concentration to the surface of the electrical steel sheet having the insulating film and drying, and holding the electrical steel sheet in an atmosphere with constant temperature and humidity of a temperature of 50°C and a relative humidity RH of 90% for 48 hours and observing the presence or absence of rust.
Conveying device at least for a conveyance of a conveying medium, with at least one first conveying space (12a; 12b), with at least one second conveying space (14a; 14b), with at least one elastically deformable conveying element (16a; 16b) that delimits at least the first conveying space (12a; 12b), with at least one third conveying space (18a; 18b), wherein at least the conveying element (16a; 16b) is embodied in a spring-elastic fashion, wherein the first conveying space (12a; 12b), the second conveying space (14a; 14b) and the third conveying space (18a; 18b) are each embodied spatially separately from one another, wherein, following a deformation, the conveying element (16a; 16b) automatically seeks to re-assume a convexly curved basic shape of the conveying element (16a; 16b), and with at least one rigid conveying space element (20a, 84a, 86a; 20b), which delimits at least the first conveying space (12a; 12b), the second conveying space (14a; 14b) and/or the third conveying space (18a; 18b) together with the conveying element (16a; 16b), the conveying element (16a; 16b) being, in a non-conveyance state, arranged on the conveying space element (20a, 84a, 86a; 20b) in a convexly curved fashion, characterised in that for an at least partial formation of the first conveying space (12a; 12b), the second conveying space (14a; 14b) and/or the third conveying space (18a; 18b), the conveying space element (20a, 84a, 86a; 20b) has at least one concave recess (94a; 94b), an inner surface of the conveying space element (20a, 84a, 86a; 20b), which delimits the concave recess (94a; 94b), forms a wall of the first conveying space (12a; 12b), the second conveying space (14a; 14b) and/or the third conveying space (18a; 18b), wherein, for a conveyance of a conveying medium, starting from a convex curvature oriented in a direction that faces away from the conveying space element (20a, 84a, 86a; 20b), the conveying element (16a; 16b) is elastically defomable toward the conveying space element (20a, 84a, 86a; 20b) and is movable at least partially into the concave recess (94a; 94b) of the conveying space element (20a, 84a, 86a; 20b).