mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting device comprising a housing housing at least one light source , said housing comprising an at least partially transparent bottom wall supporting a tactile interface for controlling the light source and allowing the light generated by the light source to pass through, and a cover closing the housing ; the assembly formed by the case and the cover being assembled without play by clipping means ,the case having a bowl shape whose bottom wall supports the tactile interface and whose opening is closed by a printed circuit board supporting the light source ;the light source being oriented towards the bottom wall ; said lighting device being characterized in that it further comprises a flexible mechanical and electrical connection means compressed between the tactile interface and the light source allowing both to control the light source and to compensate for the stresses exerted by the clipping means ; the touch interface having a conductive surface conforming to the bottom wall , including at least one conductive portion extending from the conductive surface toward the printed circuit board ; the free end of said conductive portion defining an electrical contact participating in the transmission of a light control signal to the printed circuit board to control the illumination of the light source .
A bipolar ion exchange sheet comprising: a cation exchange membrane including a cation adsorption sheet and a cation exchange coating layer formed on one surface of the cation adsorption sheet , wherein the cation exchange coating layer is formed of a polymer having a cation exchange group and has a thickness of 1 μm to 9 μm; an anion exchange membrane including an anion adsorption sheet and an anion exchange coating layer formed on one surface of the anion adsorption sheet , wherein the anion exchange coating layer is formed of a polymer having a anion exchange group and has a thickness of 1 μm to 9 μm, and a water decomposition catalyst layer between the cation exchange coating layer and the anion exchange coating layer ; wherein an ion exchange membrane having the water decomposition catalyst layer formed thereon, and an ion exchange membrane lacking water decomposition catalyst layer formed thereon while having a different polarity from the ion exchange membrane having the water decomposition catalyst layer formed thereon are bonded to the water decomposition catalyst layer , which placed between them, as a boundary, and wherein the cation exchange coating layer and the anion exchange coating layer include metal hydroxide nanoparticles. a cation exchange membrane including a cation adsorption sheet and a cation exchange coating layer formed on one surface of the cation adsorption sheet , wherein the cation exchange coating layer is formed of a polymer having a cation exchange group and has a thickness of 1 μm to 9 μm; an anion exchange membrane including an anion adsorption sheet and an anion exchange coating layer formed on one surface of the anion adsorption sheet , wherein the anion exchange coating layer is formed of a polymer having a anion exchange group and has a thickness of 1 μm to 9 μm, and a water decomposition catalyst layer between the cation exchange coating layer and the anion exchange coating layer ; wherein an ion exchange membrane having the water decomposition catalyst layer formed thereon, and an ion exchange membrane lacking water decomposition catalyst layer formed thereon while having a different polarity from the ion exchange membrane having the water decomposition catalyst layer formed thereon are bonded to the water decomposition catalyst layer , which placed between them, as a boundary, and wherein the cation exchange coating layer and the anion exchange coating layer include metal hydroxide nanoparticles.
A circuit comprising: a first plurality of serially-coupled transistors coupled between a first node (Vref) and a second node (Vinp); a second plurality of serially-coupled transistors coupled between the first node (Vref) and the second node (Vinp); and characterized by a voltage divider circuit in communication with the second node (Vinp) comprising a plurality of outputs, a first group of said outputs coupled to corresponding control nodes associated with the first plurality of serially-coupled transistors , and a second group of said outputs different from the first group of outputs coupled to corresponding control nodes associated with the second plurality of serially-coupled transistors , the control nodes comprising at least one of bulk nodes or gate nodes. a first plurality of serially-coupled transistors coupled between a first node (Vref) and a second node (Vinp); a second plurality of serially-coupled transistors coupled between the first node (Vref) and the second node (Vinp); and characterized by a voltage divider circuit in communication with the second node (Vinp) comprising a plurality of outputs, a first group of said outputs coupled to corresponding control nodes associated with the first plurality of serially-coupled transistors , and a second group of said outputs different from the first group of outputs coupled to corresponding control nodes associated with the second plurality of serially-coupled transistors , the control nodes comprising at least one of bulk nodes or gate nodes.
A method of assembling a roof assembly for a vehicle, comprising the steps of: providing a first frame part having a drive element guide ; providing a second frame part having a drive element guide ; providing a drive element adapted to drive a movable part of the roof assembly and being driven by a drive motor , and mounting the first and second frame parts to each other such that the drive element extends from the drive element guide of the first frame part to the drive element guide of the second frame part , characterized in that the drive element is provided as a first drive element portion and a second drive element portion , the first drive element portion being pre-mounted in the drive element guide of the first frame part , the second drive element portion being pre-mounted in the drive element guide of the second frame part , the first and second drive element portions being coupled to each other when the first and second frame parts have been mounted to each other. providing a first frame part having a drive element guide ; providing a second frame part having a drive element guide ; providing a drive element adapted to drive a movable part of the roof assembly and being driven by a drive motor , and mounting the first and second frame parts to each other such that the drive element extends from the drive element guide of the first frame part to the drive element guide of the second frame part , characterized in that the drive element is provided as a first drive element portion and a second drive element portion , the first drive element portion being pre-mounted in the drive element guide of the first frame part , the second drive element portion being pre-mounted in the drive element guide of the second frame part , the first and second drive element portions being coupled to each other when the first and second frame parts have been mounted to each other.
An apparatus comprising: a light emitting means embedded in an encapsulating medium , wherein at least a part of a surface of the encapsulating medium is coated in a material configured to form a barrier structure to prevent a leakage of light therethrough, and characterized in that the encapsulating medium comprises an elastomeric material.
A method, in a wireless telecommunication network, for providing a charging rate associated with a data session for user equipment , the method comprising: receiving a trigger-type attribute-value pair at a monitoring engine of a network gateway from an online charging system ; monitoring the data session to accumulate quality of experience data for the data session; generating a measure of a quality of experience of the data session for user equipment using the monitoring engine of the network gateway , said measure of quality of experience being an attribute-value-pair; transmitting the quality of experience attribute-value pair to the online charging system from the network gateway ; and determining at the online charging system module of the network a charging rate for the data session using the generated measure of quality of experience. receiving a trigger-type attribute-value pair at a monitoring engine of a network gateway from an online charging system ; monitoring the data session to accumulate quality of experience data for the data session; generating a measure of a quality of experience of the data session for user equipment using the monitoring engine of the network gateway , said measure of quality of experience being an attribute-value-pair; transmitting the quality of experience attribute-value pair to the online charging system from the network gateway ; and determining at the online charging system module of the network a charging rate for the data session using the generated measure of quality of experience.
A method for forming a microelectronic system, comprising: singulating a plurality of semiconductor die components from a wafer component comprising a base semiconductor layer; the semiconductor die components each having a planar surface; prior to bonding, removing particles and shards of material from edges of the plurality of semiconductor die components; and bonding one or more of the plurality of semiconductor die components to a prepared bonding surface via the planar surface; said removing particles and shards comprising: etching the edges of the plurality of semiconductor die components to reduce a thickness of the plurality of semiconductor die components at a periphery of the plurality of semiconductor die components such that an undercut or recess in the base semiconductor layer is created at one or more of the edges of each of the plurality of semiconductor die components. singulating a plurality of semiconductor die components from a wafer component comprising a base semiconductor layer; the semiconductor die components each having a planar surface; prior to bonding, removing particles and shards of material from edges of the plurality of semiconductor die components; and bonding one or more of the plurality of semiconductor die components to a prepared bonding surface via the planar surface; said removing particles and shards comprising: etching the edges of the plurality of semiconductor die components to reduce a thickness of the plurality of semiconductor die components at a periphery of the plurality of semiconductor die components such that an undercut or recess in the base semiconductor layer is created at one or more of the edges of each of the plurality of semiconductor die components.
A folding and creasing mechanism for folding flat material, which has at least one creasing stamp and at least one additional creasing tool , characterized by at least one stamp drive for performing a stamp lowering, creasing movement of the creasing stamp and/or the additional creasing tool directed with a component perpendicular to the folding axis .
Longitudinal adjuster for a longitudinal adjustable vehicle seat , having a rail pair with a second seat rail which is fixed with respect to a structure and with a first seat rail which is guided in said second seat rail and which is fixed with respect to a seat, having a memory device which is configured for storing the position of the first seat rail , which is fixed with respect to the seat, in relation to the second seat rail , which is fixed with respect to the structure, and having a blocking element which is guided in the first seat rail and which serves for locking the first seat rail in terms of its movement relative to the second seat rail , wherein the blocking element is arranged in the first seat rail and is guided in a recess of the first seat rail , wherein the blocking element can be placed in engagement with a toothing and/or a set of holes of the second seat rail , wherein the blocking element is actuatable by means of the memory device , wherein, if the blocking element is in engagement with the toothing and/or with the set of holes of the second seat rail for the purposes of blocking the first seat rail , a force flow runs from the first seat rail via the blocking element guided in the first seat rail to the toothing or to the set of holes of the second seat rail , and the memory device is situated outside the force flow between the first seat rail and the second seat rail .
A method comprising: measuring a power demand of one or more loads receiving power from a power source via one or more smart outlets ; determining a first threshold based on a power generation capacity of the power source; and determining whether the power demand of the one or more loads is greater than the first threshold; characterized by , responsive to the determining that the power demand of the one or more loads is greater than the first threshold, signaling a first smart outlet of the one or more smart outlets by altering a frequency of a provided alternating-current power supply by up to 5% of a nominal frequency, wherein, based on the signaling, a switch associated with the first smart outlet is controlled to disconnect a first load of the one or more loads. measuring a power demand of one or more loads receiving power from a power source via one or more smart outlets ; determining a first threshold based on a power generation capacity of the power source; and determining whether the power demand of the one or more loads is greater than the first threshold; characterized by , responsive to the determining that the power demand of the one or more loads is greater than the first threshold, signaling a first smart outlet of the one or more smart outlets by altering a frequency of a provided alternating-current power supply by up to 5% of a nominal frequency, wherein, based on the signaling, a switch associated with the first smart outlet is controlled to disconnect a first load of the one or more loads.
A password and signature information-combined identity authentication server comprising: a variable keypad generating unit configured to generate an example sentence and a variable keypad including encryption keys and a signature input part that is configured to receive handwriting input corresponding to the example sentence, wherein a position of each of the encryption keys is changed whenever the variable keypad is generated and wherein the example sentence is changed whenever the variable keypad is generated; an authentication information storing unit configured to store authentication information of a user of a mobile terminal; and an authentication executing unit configured to provide a mobile terminal at a remote site with information about the generated variable keypad and the generated example sentence, receive position information of the encryption keys according to an order in which the user inputs the encryption keys and sentence input to the signature input part by the user, and perform identity authentication on the basis of the received position information of the encryption keys, the received sentence input, and the stored authentication information. a variable keypad generating unit configured to generate an example sentence and a variable keypad including encryption keys and a signature input part that is configured to receive handwriting input corresponding to the example sentence, wherein a position of each of the encryption keys is changed whenever the variable keypad is generated and wherein the example sentence is changed whenever the variable keypad is generated; an authentication information storing unit configured to store authentication information of a user of a mobile terminal; and an authentication executing unit configured to provide a mobile terminal at a remote site with information about the generated variable keypad and the generated example sentence, receive position information of the encryption keys according to an order in which the user inputs the encryption keys and sentence input to the signature input part by the user, and perform identity authentication on the basis of the received position information of the encryption keys, the received sentence input, and the stored authentication information.
An optical system configured to focus a light beam from an object to form an image of the object, the optical system comprising: a front group ; a light-shielding member ; and a rear group that are arranged in this order in a direction from a side of the object toward a side of the image, wherein: the light-shielding member is provided with an opening elongated in a first direction, the front group has an aspherical surface, and the rear group has a diffractive surface , characterized in that : the aspherical surface is an anamorphic surface that has a tilt angle in a second section perpendicular to the first direction, group does not image the object at the opening in a first section parallel to the first direction, and forms an intermediate image of the object at the opening in the second section, the diffractive surface splits a light beam that passes through the opening into rays at different wavelengths in the second section, the rear group focuses the rays on different locations in the second section, and the tilt angle of the aspherical surface in the second section changes in the first direction. the light-shielding member is provided with an opening elongated in a first direction, the front group has an aspherical surface, and the rear group has a diffractive surface , characterized in that : the aspherical surface is an anamorphic surface that has a tilt angle in a second section perpendicular to the first direction, group does not image the object at the opening in a first section parallel to the first direction, and forms an intermediate image of the object at the opening in the second section, the diffractive surface splits a light beam that passes through the opening into rays at different wavelengths in the second section, the rear group focuses the rays on different locations in the second section, and the tilt angle of the aspherical surface in the second section changes in the first direction. the aspherical surface is an anamorphic surface that has a tilt angle in a second section perpendicular to the first direction, group does not image the object at the opening in a first section parallel to the first direction, and forms an intermediate image of the object at the opening in the second section, the diffractive surface splits a light beam that passes through the opening into rays at different wavelengths in the second section, the rear group focuses the rays on different locations in the second section, and the tilt angle of the aspherical surface in the second section changes in the first direction.
A system, comprising: a spinal cord stimulator device comprising a plurality of electrodes , wherein the stimulator device is programmable to provide stimulation to a patient's tissue at at least one of the plurality of electrodes in accordance with a stimulation program; and an external device configured to program the stimulator device with the stimulation program, wherein the external device is programmed with an algorithm configured to determine the stimulation program in accordance with a first model, wherein the first model is defined by pre-determined mean charge per second values that cause sub-perception stimulation, wherein the algorithm is configured to determine stimulation parameters for the stimulation program that yield a mean charge per second value within the first model. a spinal cord stimulator device comprising a plurality of electrodes , wherein the stimulator device is programmable to provide stimulation to a patient's tissue at at least one of the plurality of electrodes in accordance with a stimulation program; and an external device configured to program the stimulator device with the stimulation program, wherein the external device is programmed with an algorithm configured to determine the stimulation program in accordance with a first model, wherein the first model is defined by pre-determined mean charge per second values that cause sub-perception stimulation, wherein the algorithm is configured to determine stimulation parameters for the stimulation program that yield a mean charge per second value within the first model.
An apparatus for removing radioactive contamination, at least in part, from a first article (A1) comprising a metal, preferably wherein the metal comprises and/or is a low melting point metal for example lead and/or an alloy thereof, the apparatus comprising: a heated first vessel for melting the metal, at least in part, therein, thereby providing a melt (M) therefrom; casting means for forming a second article (A2), for example a sheet, a strip or a ribbon, having a predetermined thickness, from the melt (M), preferably wherein the casting means comprises and/or is a rotatable roller arrangeable to contact the melt (M) to thereby form thereon the second article (A2) and a guide arranged to remove the second article (A2) from the roller ; characterised by : a set of radiation detectors , including a first radiation detector , arranged to detect a first fraction of the radioactive contamination in a first part (P1) of a set of parts of the second article (A2), preferably wherein the set of radiation detectors comprises opposed first and second radiation detectors arranged to receive the second article (A2) traversing therebetween; and a cutter arrangeable to excise the first part (P1) of the second article (A2) therefrom. a heated first vessel for melting the metal, at least in part, therein, thereby providing a melt (M) therefrom; casting means for forming a second article (A2), for example a sheet, a strip or a ribbon, having a predetermined thickness, from the melt (M), preferably wherein the casting means comprises and/or is a rotatable roller arrangeable to contact the melt (M) to thereby form thereon the second article (A2) and a guide arranged to remove the second article (A2) from the roller ; characterised by : a set of radiation detectors , including a first radiation detector , arranged to detect a first fraction of the radioactive contamination in a first part (P1) of a set of parts of the second article (A2), preferably wherein the set of radiation detectors comprises opposed first and second radiation detectors arranged to receive the second article (A2) traversing therebetween; and a cutter arrangeable to excise the first part (P1) of the second article (A2) therefrom. a set of radiation detectors , including a first radiation detector , arranged to detect a first fraction of the radioactive contamination in a first part (P1) of a set of parts of the second article (A2), preferably wherein the set of radiation detectors comprises opposed first and second radiation detectors arranged to receive the second article (A2) traversing therebetween; and a cutter arrangeable to excise the first part (P1) of the second article (A2) therefrom.