mhurhangee/patent-ind-claim-en huggingface dataset:
A lens blank (SFB) comprising a first face (cx), a second face (cc) opposite said first face (cx), and an edge (E) between said first face (cx) and said second face (cc), said first face (cx) possessing a final curvature and being coated at least with an antireflection coating (AR), a top coating (TC) on top of said antireflection coating (AR), and a temporary grip coating (GC) on top of said top coating (TC), said temporary grip coating (GC) serving to achieve sufficient adhesion at an interface between the lens blank (SFB) and a blocking material (M) on a block piece (B) in processing steps, wherein said antireflection coating (AR) comprises a stack of alternating antireflection layers of high index (HIL) and low index (LIL) with an outermost layer, and wherein the top coating (TC) is selected from a group comprising hydrophobic, oleophobic and dirt repelling coatings, characterized in that said temporary grip coating (GC) is comprised of one and the same coating material as said outermost layer of said antireflection coating (AR) only.
A copolymerized polyester resin, comprising, as constituting ingredients, a dicarboxylic acid ingredient containing 75 molar % or less of terephthalic acid and a diol ingredient containing two or more kinds of diols, characterized in that the copolymerized polyester resin satisfies the following and : A decrease in a reduced viscosity after the copolymerized polyester resin is subjected to a heat treatment in a nitrogen atmosphere at 275°C for 2 hours is 0.20 dl/g or less; and A color b value is 5 or less, wherein the decrease in a reduced viscosity and the color b value are determined using the methods disclosed in the present specification. A decrease in a reduced viscosity after the copolymerized polyester resin is subjected to a heat treatment in a nitrogen atmosphere at 275°C for 2 hours is 0.20 dl/g or less; and A color b value is 5 or less, wherein the decrease in a reduced viscosity and the color b value are determined using the methods disclosed in the present specification.
An induction cooker comprising: a top plate on which a heating target is placed, a heating coil disposed below the top plate , and configured to inductively heat the heating target , a driver circuit configured to supply electric power to the heating coil , a power transfer coil configured to transfer electric power by magnetic resonance, and a power transfer circuit configured to supply electric power to the power transfer coil , characterised by a frame formed of a material having electrical conductivity and configured to surround a part of an outer periphery of the top plate , by a discontinuous portion formed at a part of the outer periphery of the top plate to surround the outer periphery of the top plate together with the frame , and having electrical discontinuity from the frame . a top plate on which a heating target is placed, a heating coil disposed below the top plate , and configured to inductively heat the heating target , a driver circuit configured to supply electric power to the heating coil , a power transfer coil configured to transfer electric power by magnetic resonance, and a power transfer circuit configured to supply electric power to the power transfer coil , characterised by a frame formed of a material having electrical conductivity and configured to surround a part of an outer periphery of the top plate , by a discontinuous portion formed at a part of the outer periphery of the top plate to surround the outer periphery of the top plate together with the frame , and having electrical discontinuity from the frame .
A method (201, 401, 50e1) of diagnosing a leakage fault in a pneumatic system , the method comprising: (a) setting a plurality of components served by a common branch of the pneumatic system to a first configuration with a plurality of corresponding valves ; (b) collectively measuring leakage from the plurality of components in the first configuration; (c) setting the plurality of components served by the common branch of the pneumatic system to a second configuration with the plurality of corresponding valves ; (d) collectively measuring leakage from the plurality of components in the second configuration; and (e) if the leakage measured with the plurality of components at the first configuration is less than a first configuration threshold value and the leakage measured with the plurality of components at the second configuration is less than a second configuration threshold value, then reporting a pass result, the method being characterised in that it comprises the following additional step: if the leakage measured with the plurality of components at the first configuration is less than the first configuration threshold value and the leakage measured with the plurality of components at the second configuration is greater than the second configuration threshold value, then individually test each of the plurality of components by toggling the component from the state of the second configuration with the state of the remaining components at the state of the second configuration and report a leakage fault result that is determined. (a) setting a plurality of components served by a common branch of the pneumatic system to a first configuration with a plurality of corresponding valves ; (b) collectively measuring leakage from the plurality of components in the first configuration; (c) setting the plurality of components served by the common branch of the pneumatic system to a second configuration with the plurality of corresponding valves ; (d) collectively measuring leakage from the plurality of components in the second configuration; and (e) if the leakage measured with the plurality of components at the first configuration is less than a first configuration threshold value and the leakage measured with the plurality of components at the second configuration is less than a second configuration threshold value, then reporting a pass result, the method being characterised in that it comprises the following additional step: if the leakage measured with the plurality of components at the first configuration is less than the first configuration threshold value and the leakage measured with the plurality of components at the second configuration is greater than the second configuration threshold value, then individually test each of the plurality of components by toggling the component from the state of the second configuration with the state of the remaining components at the state of the second configuration and report a leakage fault result that is determined.
Agricultural working machine with a plurality of adjustably-mounted working units , each of which can be adjusted in height and/or raised by at least one adjusting cylinder (3, 4; 5, 6; 7, 8), wherein the adjusting cylinders are connected to a hydraulic flow divider for coordinating the adjusting cylinder movements, wherein the flow divider is configured as a multi-position cylinder which comprise a plurality of pistons fixed on a common piston rod which extend in multiple cylinder chambers fixed axially relative to one another and define annular chambers therein, characterized in that connected to the at least two annular chambers of the multi-position cylinder is in each case a group of at least two adjusting cylinders connected in parallel with one another and which are each connected by a working chamber to one of the annular chambers of the multi-position cylinder , wherein at least one of the adjusting cylinders (3, 4; 5, 6) of a respective group is configured to be double-acting and is connected in series with a further adjusting cylinder in the manner of a master-slave cylinder arrangement and at least another one of the adjusting cylinders (3, 4; 5, 6) of a respective group is connected to the pressure source and/or the tank via a control valve , bypassing the further adjusting cylinder .
A nonaqueous electrolyte solution, comprising a compound represented by the following Formula : wherein R 11 , R 12 and R 13 each independently represent an organic group having 1 to 3 carbon atoms; and R 11 and R 12 , R 11 and R 13 , or R 12 and R 13 are optionally bound with each other to form a 5-membered ring or a 6-membered ring, with a proviso that a total number of carbon atoms of R 11 , R 12 and R 13 is 7 or less; and a total content of the compound represented by Formula is 0.01 ppm by mass to 0.1 % by mass with respect to a total amount of the nonaqueous electrolyte solution. wherein R 11 , R 12 and R 13 each independently represent an organic group having 1 to 3 carbon atoms; and R 11 and R 12 , R 11 and R 13 , or R 12 and R 13 are optionally bound with each other to form a 5-membered ring or a 6-membered ring, with a proviso that a total number of carbon atoms of R 11 , R 12 and R 13 is 7 or less; and a total content of the compound represented by Formula is 0.01 ppm by mass to 0.1 % by mass with respect to a total amount of the nonaqueous electrolyte solution.
A cartridge reader configured to analyze an assay conducted in an assay cartridge , said cartridge reader comprising (a) an enclosure; (b) a cartridge tray for holding the assay cartridge during analysis in the cartridge reader ; (c) a rail in said enclosure, wherein said cartridge tray is mounted on said rail such that said tray can move in and out of said enclosure by moving along said rail ; (d) an actuator to move said cartridge tray along said rail ; (e) a mounting frame in said enclosure, said mounting frame being configured to align said cartridge with one or more reader components; and (f) an alignment guide attached to said cartridge tray that is configured to engage with said mounting frame and cause said mounting frame to move in coordination with the cartridge tray . (a) an enclosure; (b) a cartridge tray for holding the assay cartridge during analysis in the cartridge reader ; (c) a rail in said enclosure, wherein said cartridge tray is mounted on said rail such that said tray can move in and out of said enclosure by moving along said rail ; (d) an actuator to move said cartridge tray along said rail ; (e) a mounting frame in said enclosure, said mounting frame being configured to align said cartridge with one or more reader components; and (f) an alignment guide attached to said cartridge tray that is configured to engage with said mounting frame and cause said mounting frame to move in coordination with the cartridge tray .
A head set comprising a brain electrical activity (EEG) sensing device comprising EEG sensors configured to be mounted on a head of a wearer so as to position the EEG sensors at selected positions of interest over the wearers scalp, the EEG sensing device comprising a sensor support and a flexible circuit assembled to the sensor support, wherein said flexible circuit and support are configured to be bent to conform to a generally spherical or ellipsoid three dimensional form corresponding essentially to the general morphology of a top half of a human head, the sensor support and flexible circuit comprising a central stem configured to extend along a center plane of the top of the head in a direction from nasion to inion, a front lateral branch configured to extend across a front portion of a wearer's head extending laterally from the central stem, a center lateral branch configured to extend across a top portion of a wearer's head essentially between the wearer's ears, and a rear lateral branch configured to extend across a back portion of a wearer's head, characterized in that the sensor support comprises a base wall having a first side to contact the head of the wearer and side walls extending along edges of an opposite side of the base wall to form an essentially flat "U" shaped channel in which the flexible circuit is inserted and the base wall comprises EEG sensor orifices to receive a gel to allow electrical contact to be established between the scalp of the wearer and contacts of EEG sensors on the flexible circuit.
A bush pin for a V-stay presenting two arms adapted to structurally connect an axle casing for a vehicle wheel axle to a respective of a left and right vehicle frame member , comprising a central bush portion and a fastening portion on each side of the central bush portion , wherein each of the fastening portions is adapted to be connected to a bracket by a fastening arrangement, wherein the bush pin comprises a first contact surface on each side of the central bush portion, and displaced from the fastening portions , for contacting a corresponding contact surface of the bracket in order to transfer loads, characterised in that each of the first bush pin contact surfaces presents a normal which is non-perpendicular to an axial direction of the bush pin, wherein each of the first contact surfaces of the bush pin is inclined so that the first contact surfaces form a wedge when inserted between the corresponding contact surfaces of the bracket .
Dishwasher, in particular household dishwasher, with a washing chamber for receiving items to be washed, with an inlet , by way of which washing liquid (S) can flow into the dishwasher , with an inlet valve , by way of which the quantity of inflowing washing liquid (S) can be regulated, with a measuring device , with the aid of which the quantity of washing liquid (S) flowing into the dishwasher and/or the position of the inlet valve can be determined, with a recirculation pump for recirculating the inflowing washing liquid (S) within the dishwasher , and with a control/regulation device , wherein the control/regulation device is embodied to adjust the quantity of washing liquid (S) flowing into the dishwasher by activating the inlet valve , wherein the control/regulating device comprises a rotation monitoring unit , with the aid of which a rotation monitoring of the recirculation pump can be carried out, and wherein the control/regulation device is embodied to monitor the functionality of the measuring device at least when the inlet valve is opened, and to close the inlet valve in the event of a malfunction of the measuring device as a function of the result of the rotation monitoring, characterised in that the control/regulation device is embodied to close the inlet valve as soon as the rotation monitoring indicates that the recirculation pump is rotating and/or that the control/regulation device is embodied to close the inlet valve after a defined period of time has elapsed from the point in time at which the rotation monitoring indicates that the recirculation pump is rotating, wherein during rotation the power consumption or the power uptake of the recirculation pump stagnates.
A communication method , comprising: cycling operation of a first Long Term Evolution, LTE, Radio Access Technology, RAT, over a number of LTE frames between active periods and inactive periods of transmission, on a communication medium shared with a second RAT, in accordance with a Discontinuous Transmission, DTX, communication pattern; setting one or more cycling parameters of the DTX communication pattern based on a frame structure associated with the first RAT, the frame structure corresponding to LTE System Frame Number, SFN, numerology, the setting comprising aligning one or more transition boundaries of the DTX communication pattern with one or more transition boundaries between frames of the frame structure; and transmitting over the communication medium in accordance with the first RAT and the one or more cycling parameters of the DTX communication pattern. cycling operation of a first Long Term Evolution, LTE, Radio Access Technology, RAT, over a number of LTE frames between active periods and inactive periods of transmission, on a communication medium shared with a second RAT, in accordance with a Discontinuous Transmission, DTX, communication pattern; setting one or more cycling parameters of the DTX communication pattern based on a frame structure associated with the first RAT, the frame structure corresponding to LTE System Frame Number, SFN, numerology, the setting comprising aligning one or more transition boundaries of the DTX communication pattern with one or more transition boundaries between frames of the frame structure; and transmitting over the communication medium in accordance with the first RAT and the one or more cycling parameters of the DTX communication pattern.
Granules, characterised by that they contain eslicarbazepine acetate and L-HPC, with the provisio that other ingredients can only be excipients that do not have any binding or disintegrating effect.
A rectifying circuit comprising: between a first terminal configured to receive an AC voltage (Vac) and a first terminal configured to supply a rectified voltage (Vout), at least one first diode (D3, D4); between a second terminal configured to receive the AC voltage and a second terminal configured to supply the rectified voltage, at least one first anode-gate thyristor (TH1, TH2); and at least one first stage for controlling the first thyristor (TH1, TH2), comprising: a first transistor (T4, T5) configured to couple the gate of the thyristor to a terminal configured to supply a potential (-Vdd') which is negative with respect to the potential (GND) of the second terminal configured to supply the rectified voltage (Vout); and a second transistor (M4, M5) configured to connect a control terminal of the first transistor to a terminal configured to provide a potential (Vdd) which is positive with respect to the potential of the second terminal configured to supply the rectified voltage, the anode of the first thyristor being connected to the second terminal configured to supply the rectified voltage, which represents a common potential of voltages defined by said positive and negative potentials. between a first terminal configured to receive an AC voltage (Vac) and a first terminal configured to supply a rectified voltage (Vout), at least one first diode (D3, D4); between a second terminal configured to receive the AC voltage and a second terminal configured to supply the rectified voltage, at least one first anode-gate thyristor (TH1, TH2); and at least one first stage for controlling the first thyristor (TH1, TH2), comprising: a first transistor (T4, T5) configured to couple the gate of the thyristor to a terminal configured to supply a potential (-Vdd') which is negative with respect to the potential (GND) of the second terminal configured to supply the rectified voltage (Vout); and a second transistor (M4, M5) configured to connect a control terminal of the first transistor to a terminal configured to provide a potential (Vdd) which is positive with respect to the potential of the second terminal configured to supply the rectified voltage, a first transistor (T4, T5) configured to couple the gate of the thyristor to a terminal configured to supply a potential (-Vdd') which is negative with respect to the potential (GND) of the second terminal configured to supply the rectified voltage (Vout); and a second transistor (M4, M5) configured to connect a control terminal of the first transistor to a terminal configured to provide a potential (Vdd) which is positive with respect to the potential of the second terminal configured to supply the rectified voltage, the anode of the first thyristor being connected to the second terminal configured to supply the rectified voltage, which represents a common potential of voltages defined by said positive and negative potentials.
A method for communicating between multiple parties, the method comprising: generating , at a first device, for transmission to a second device, a request message configured to query codec capabilities of the second device; and receiving , at the first device, a second message in response to the request message, the second message including a list concurrent codec capabilities supported by the second device, wherein the list of concurrent codec capabilities supported by the second device comprises a term, separating each listed codec, which indicates whether or not one or more concurrent instances of a first listed codec for coding a media stream for transmission to the second device are replaceable by one or more concurrent instances of the following listed codec in the list, for coding the media stream for transmission to the second device; and wherein one or more instances of the first listed codec are indicated to be replaceable by one or more instances of the following listed codec when the following listed codec is computationally less complex than the first listed codec. generating , at a first device, for transmission to a second device, a request message configured to query codec capabilities of the second device; and receiving , at the first device, a second message in response to the request message, the second message including a list concurrent codec capabilities supported by the second device, wherein the list of concurrent codec capabilities supported by the second device comprises a term, separating each listed codec, which indicates whether or not one or more concurrent instances of a first listed codec for coding a media stream for transmission to the second device are replaceable by one or more concurrent instances of the following listed codec in the list, for coding the media stream for transmission to the second device; and wherein one or more instances of the first listed codec are indicated to be replaceable by one or more instances of the following listed codec when the following listed codec is computationally less complex than the first listed codec.
A system comprising a box for extracting electrical contacts, a "ribbon cable" and a finishing panel , suited to cover an underlying wall ; and said system comprises: a. said box for extracting electrical contacts is configured to operate with a live electric line made with said "ribbon cable" , and b. said "ribbon cable" is configured to be laid on said underlying wall which is configured to be covered with said surface finishing panel of a wall or ceiling or floor; and c. said "ribbon cable" comprises at least one conductive strip , made of a flat, wide and thin conductor, and one of its faces is adhering to said underlying wall , and d. when installed, the box is partially inserted in an opening in the surface finishing panel , above the trait of said electric line where it is intended to extract the contacts to be made available outside, and it is inserted only for a first thickness corresponding to the thickness of said surface finishing panel in such a way that said underlying wall remains intact even when said box for extracting electrical contact is installed; and e. the box comprises at least one contact electrode , having a face designed to be pressed onto the "ribbon cable" of said electric line, and said face has a substantially flat shape, and it is adapted to realize electric contact with the face of said at least one conductive strip opposite the face adhering to the underlying wall . a. said box for extracting electrical contacts is configured to operate with a live electric line made with said "ribbon cable" , and b. said "ribbon cable" is configured to be laid on said underlying wall which is configured to be covered with said surface finishing panel of a wall or ceiling or floor; and c. said "ribbon cable" comprises at least one conductive strip , made of a flat, wide and thin conductor, and one of its faces is adhering to said underlying wall , and d. when installed, the box is partially inserted in an opening in the surface finishing panel , above the trait of said electric line where it is intended to extract the contacts to be made available outside, and it is inserted only for a first thickness corresponding to the thickness of said surface finishing panel in such a way that said underlying wall remains intact even when said box for extracting electrical contact is installed; and e. the box comprises at least one contact electrode , having a face designed to be pressed onto the "ribbon cable" of said electric line, and said face has a substantially flat shape, and it is adapted to realize electric contact with the face of said at least one conductive strip opposite the face adhering to the underlying wall .