mhurhangee/ep-ind-claims huggingface dataset:
A touch screen display device comprising: an image corrector configured to convert first image data for displaying on first pixels to second image data for displaying on second pixels, and to generate a lookup table based on first positional relationships between the first pixels and the second pixels; and a processor configured to correct second touch positions of second pixels displaying second image data to first touch positions of first pixels displaying first image data using the lookup table, wherein the image corrector comprises:. an image converter configured: to initiate movement of the first image data at regular or irregular periods, within the display panel; and to convert the first image data to the second image data by using one or more control signals received from the processor and to generate pixel shift information relating the second image data to the first image data; and a lookup table generator configured to define second positional relationships between the first touch positions and the second touch positions by using the pixel shift information and to generate a lookup table according to the second positional relationships. an image corrector configured to convert first image data for displaying on first pixels to second image data for displaying on second pixels, and to generate a lookup table based on first positional relationships between the first pixels and the second pixels; and a processor configured to correct second touch positions of second pixels displaying second image data to first touch positions of first pixels displaying first image data using the lookup table, wherein the image corrector comprises:. an image converter configured: to initiate movement of the first image data at regular or irregular periods, within the display panel; and to convert the first image data to the second image data by using one or more control signals received from the processor and to generate pixel shift information relating the second image data to the first image data; and a lookup table generator configured to define second positional relationships between the first touch positions and the second touch positions by using the pixel shift information and to generate a lookup table according to the second positional relationships. to initiate movement of the first image data at regular or irregular periods, within the display panel; and to convert the first image data to the second image data by using one or more control signals received from the processor and to generate pixel shift information relating the second image data to the first image data; and a lookup table generator configured to define second positional relationships between the first touch positions and the second touch positions by using the pixel shift information and to generate a lookup table according to the second positional relationships.
Device for fastening functional elements of a motor vehicle to the transverse heating partition of the vehicle, comprising a fastening support constituted of an elongate one-piece component (10, 10d, 10g) having three fastening elements disposed along the main axis of said component, said fastening elements being constituted of a first fastening bridge (11, 11d, 11g) receiving a wiper, a second fastening bridge (12, 12d, 12g) receiving a water box, and a lateral fastening tab (13, 13d, 13g) receiving an electrical connector, said second bridge being situated between said first fastening bridge and said lateral fastening tab, and said device having means (141, 151) for adjusting the fastening position of said one-piece component to the heating partition.
An aqueous polymer dispersion comprising, an emulsion polymer, a surfactant of formula, where each R is independently an alkyl group having from 1 to 4 carbon atoms; R 1 is hydrogen or 1-phenethyl- p; R 2 is independently methyl or ethyl; m is 1 to 40; n is 0 to 40; p is 0, 1 or 2; and M represents hydrogen, an alkali metal cation, an alkaline earth metal cation, an ammonium residue, or an alkanolamine residue; and from 0.1% to 1.1%, by weight based on the dry weight of the emulsion polymer, of an epoxy silane of formula: where R 3 represents a bivalent organic group having a molecular weight of 200 or less, R 4 represents hydrogen or an alkyl, aryl, or aralkyl group having 1 to 20 carbon atoms, R 5 represents an alkyl group having 1 to 6 carbon atoms, and q is 1, 2 or 3. an emulsion polymer, a surfactant of formula, where each R is independently an alkyl group having from 1 to 4 carbon atoms; R 1 is hydrogen or 1-phenethyl- p; R 2 is independently methyl or ethyl; m is 1 to 40; n is 0 to 40; p is 0, 1 or 2; and M represents hydrogen, an alkali metal cation, an alkaline earth metal cation, an ammonium residue, or an alkanolamine residue; and from 0.1% to 1.1%, by weight based on the dry weight of the emulsion polymer, of an epoxy silane of formula: where R 3 represents a bivalent organic group having a molecular weight of 200 or less, R 4 represents hydrogen or an alkyl, aryl, or aralkyl group having 1 to 20 carbon atoms, R 5 represents an alkyl group having 1 to 6 carbon atoms, and q is 1, 2 or 3.
A processor implemented method for activating a location feature for a mobile device, the method comprising: receiving, by a processor, a location request command from a communication device; acquiring global positioning system data in response to receiving the location request command; comparing, by the processor, the acquired GPS data with stored data to identify a general location, with the general location being one of home and work; sending, by the processor, the general location to the communication device that sent the location request command; subsequently to the sending of the general location, activating a voice recognition feature in response to receiving an activation command via one of an email message, SMS message and voice command; receiving, by the processor, an audio command; comparing, by the processor, the received audio command to one or more stored audio commands; and activating, by the processor, a location feature in the event the received audio command matches a stored audio command, wherein the location feature comprises emitting one or more location signals. receiving, by a processor, a location request command from a communication device; acquiring global positioning system data in response to receiving the location request command; comparing, by the processor, the acquired GPS data with stored data to identify a general location, with the general location being one of home and work; sending, by the processor, the general location to the communication device that sent the location request command; subsequently to the sending of the general location, activating a voice recognition feature in response to receiving an activation command via one of an email message, SMS message and voice command; receiving, by the processor, an audio command; comparing, by the processor, the received audio command to one or more stored audio commands; and activating, by the processor, a location feature in the event the received audio command matches a stored audio command, wherein the location feature comprises emitting one or more location signals.
A communication method, comprising: receiving (S202, S302, S402), by a terminal device (70, 90), first power information and second power information from a network device (80, 100); and when transmission direction in which the terminal device (70, 90) receives and/or sends information via a second radio access technology is a downlink direction, in a first uplink time unit scheduled by a first radio access technology, sending, by the terminal device (70, 90), information to the network device (80, 100) via the first radio access technology, based on a first maximum transmission power; wherein the first maximum transmission power is originated from the first power information; and when a second uplink time unit scheduled by the first radio access technology overlaps with uplink time unit scheduled by the second radio access technology, sending, by the terminal device (70, 90), information to the network device (80, 100) via the first radio access technology, based on a second maximum transmission power, wherein the second maximum transmission power is originated from the second power information; wherein the first radio access technology is a Long Term Evolution, LTE, technology, and the second radio access technology is a New Radio interface, NR, technology; and wherein the terminal device (70, 90) is in DC, dual connectivity, mode, and does not support dynamic power sharing. receiving (S202, S302, S402), by a terminal device (70, 90), first power information and second power information from a network device (80, 100); and when transmission direction in which the terminal device (70, 90) receives and/or sends information via a second radio access technology is a downlink direction, in a first uplink time unit scheduled by a first radio access technology, sending, by the terminal device (70, 90), information to the network device (80, 100) via the first radio access technology, based on a first maximum transmission power; wherein the first maximum transmission power is originated from the first power information; and when a second uplink time unit scheduled by the first radio access technology overlaps with uplink time unit scheduled by the second radio access technology, sending, by the terminal device (70, 90), information to the network device (80, 100) via the first radio access technology, based on a second maximum transmission power, wherein the second maximum transmission power is originated from the second power information; wherein the first radio access technology is a Long Term Evolution, LTE, technology, and the second radio access technology is a New Radio interface, NR, technology; and wherein the terminal device (70, 90) is in DC, dual connectivity, mode, and does not support dynamic power sharing.
A drug formulation comprising axitinib for use in a method of treating a posterior ocular disorder in a human subject in need thereof, the method comprising, non-surgically administering an effective amount of the drug formulation to the suprachoroidal space of the eye of the human subject in need of treatment of the posterior ocular disorder, wherein the non-surgical administration is performed with a microneedle with a diameter of 28 gauge or smaller, wherein upon administration, the drug formulation flows away from the insertion site and is substantially localized to the posterior segment of the eye.
A method of manufacturing porous ceramic articles, the method comprising: forming a plurality of extruded green bodies from a ceramic precursor batch composition; firing the extruded green bodies in a tunnel kiln to produce porous ceramic articles, the tunnel kiln comprising a zone heated to a top soak temperature; periodically determining a shrinkage characteristic of at least one sample; and adjusting the top soak temperature if the shrinkage characteristic is outside of a predetermined range. forming a plurality of extruded green bodies from a ceramic precursor batch composition; firing the extruded green bodies in a tunnel kiln to produce porous ceramic articles, the tunnel kiln comprising a zone heated to a top soak temperature; periodically determining a shrinkage characteristic of at least one sample; and adjusting the top soak temperature if the shrinkage characteristic is outside of a predetermined range.
An embossed air filter filtration medium for trapping dust in a stream of air, the embossed air filter filtration medium comprising: an air filter filtration medium provided with one or a plurality of porous films that include a fibril-formable polytetrafluoroethylene component, a non-fibril-forming and non-hot-melt-processable component, and a non-fibril-forming and hot-melt-processable component having a melting point below 320°C; and a plurality of air-permeable support materials supporting the porous film, the surfaces of both sides of the air filter filtration medium being formed by two of the air-permeable support materials among the plurality of air-permeable support materials, and the air filter filtration medium being furnished with a plurality of projections (20A-20E) by undergoing an embossing process. an air filter filtration medium provided with one or a plurality of porous films that include a fibril-formable polytetrafluoroethylene component, a non-fibril-forming and non-hot-melt-processable component, and a non-fibril-forming and hot-melt-processable component having a melting point below 320°C; and a plurality of air-permeable support materials supporting the porous film, the surfaces of both sides of the air filter filtration medium being formed by two of the air-permeable support materials among the plurality of air-permeable support materials, and the air filter filtration medium being furnished with a plurality of projections (20A-20E) by undergoing an embossing process.
A slide rail assembly, configured to mount a first carried object and a second carried object one above the other to a first post and a second post of a rack, wherein the slide rail assembly comprises: a first rail configured to be mounted to the first post and the second post through a first bracket and a second bracket, the first rail having a first passage and a second passage arranged in a first region and a second region located at different positions in a height direction on a same side of the first rail; a second rail movable relative to the first rail through the first passage; and a third rail arranged on the second region and movable relative to the first rail through the second passage; wherein one of the first bracket and the second bracket is movably mounted to the first rail and movable relative to the first rail, each of the first bracket and the second bracket comprises at least one mounting feature (62, 82), the first rail is configured to be mounted to the first post and the second post respectively through the mounting features (62, 82) of the first bracket and the second bracket. a first rail configured to be mounted to the first post and the second post through a first bracket and a second bracket, the first rail having a first passage and a second passage arranged in a first region and a second region located at different positions in a height direction on a same side of the first rail; a second rail movable relative to the first rail through the first passage; and a third rail arranged on the second region and movable relative to the first rail through the second passage; wherein one of the first bracket and the second bracket is movably mounted to the first rail and movable relative to the first rail, each of the first bracket and the second bracket comprises at least one mounting feature (62, 82), the first rail is configured to be mounted to the first post and the second post respectively through the mounting features (62, 82) of the first bracket and the second bracket.
Passenger car for alternative powertrains with an integrated safety cell, wherein the security cell is shared for the passengers as well as for the energy sources to protect as one cell both units surrounded by a lower strength energy absorbing area characterized in that the security cell is designed in a way that in cross direction as well as in height direction of the car the security system works like a combined spring system whereas the security cell area works like a spring on the block and the areas surrounding the security cell to the outer-sides work like a compression spring.
Rotary actuator with electric motor for gates, door leaves or the like, which can be fixed to a stable structure, comprising: an arm, rotating in a horizontal plane, which is pivotably mounted by means of a pin between two support parts (20, 16), means for performing fixing to the stable structure on each support part (16, 20), an upper housing on one of said support parts (16, 20) and containing the electric motor which is kinematically connected to the arm for imparting to the arm a moment so as to rotate it about the pin, Wherein the support parts (16, 20) have a symmetric form with respect to the plane of mutual contact which lies parallel to said horizontal plane and wherein said fixing means comprise flanged ends (42a, 42b, 52a, 52b) of the support parts (16, 20) and a C-shaped plate suitable for being secured to the stable structure, each flanged end consisting of lugs (42a, 42b, 52a, 52b) which project at the rear from the body of the respective support part (16, 20) and which are fixed inside the C-shaped plate, between its two curved ends, by means of fixing screws, whereby a force acting on the arm directed against the actuator is transmitted by means of the pin onto the two support parts (16, 20) which transmit it equally onto the plate and from here to the stable structure. an arm, rotating in a horizontal plane, which is pivotably mounted by means of a pin between two support parts (20, 16), means for performing fixing to the stable structure on each support part (16, 20), an upper housing on one of said support parts (16, 20) and containing the electric motor which is kinematically connected to the arm for imparting to the arm a moment so as to rotate it about the pin, Wherein the support parts (16, 20) have a symmetric form with respect to the plane of mutual contact which lies parallel to said horizontal plane and wherein said fixing means comprise flanged ends (42a, 42b, 52a, 52b) of the support parts (16, 20) and a C-shaped plate suitable for being secured to the stable structure, each flanged end consisting of lugs (42a, 42b, 52a, 52b) which project at the rear from the body of the respective support part (16, 20) and which are fixed inside the C-shaped plate, between its two curved ends, by means of fixing screws, whereby a force acting on the arm directed against the actuator is transmitted by means of the pin onto the two support parts (16, 20) which transmit it equally onto the plate and from here to the stable structure.
A method for adjusting hydrogen to carbon monoxide ratio in syngas, comprising the steps of - providing a syngas from biomass raw material, said syngas comprising carbon monoxide, hydrogen, 10-40 vol-% of carbon dioxide, and at least one sulfur derivative as impurity, wherein the sulfur content in said syngas is from 30 ppm to 500 ppm; - converting a part of said carbon monoxide in the presence of steam to carbon dioxide and hydrogen with a water gas shift reaction employing a FeCr -catalyst at a temperature between 380 °C and 430 °C, - converting the syngas to a product selected from alcohols, alkyl carbonates and hydrocarbons having a carbon number from C4 to C90 in a synthesis step. - providing a syngas from biomass raw material, said syngas comprising carbon monoxide, hydrogen, 10-40 vol-% of carbon dioxide, and at least one sulfur derivative as impurity, wherein the sulfur content in said syngas is from 30 ppm to 500 ppm; - converting a part of said carbon monoxide in the presence of steam to carbon dioxide and hydrogen with a water gas shift reaction employing a FeCr -catalyst at a temperature between 380 °C and 430 °C, - converting the syngas to a product selected from alcohols, alkyl carbonates and hydrocarbons having a carbon number from C4 to C90 in a synthesis step.
An intraluminal endoprosthesis, for example a stent, having a basic mesh consisting of an at least largely biodegradable material and a coating arranged on the biodegradable material, wherein the biodegradable material contains Mg or an Mg alloy, wherein the coating is inert and the basic mesh is completely covered by the coating apart from at least a degradation area (23, 25, 32, 32') for purposeful control of the degradation in this area, wherein the at least one degradation area (23, 25, 32, 32') is formed as a recess in the inert coating, characterised in that a plurality of degradation areas (23, 25, 32, 32') is arranged only in the area of the connecting webs (20, 20a).
A method of performing a burning test on a test piece including the steps: - image data acquisition of the test piece with at least one first camera; - image processing of the image data recorded with the at least one first camera, whereby a reference point on the test piece is determined; - fully automatically positioning of a burner at a predetermined first distance from the reference point to flame the test piece, wherein the at least one first camera further includes an interference band pass filter to suppress the detection of the burner flame and/or wherein the at least one first camera (306, 308) and the test piece are irradiated by a red light emitter (314, 316) to suppress the detection of the burner flame. - image data acquisition of the test piece with at least one first camera; - image processing of the image data recorded with the at least one first camera, whereby a reference point on the test piece is determined; - fully automatically positioning of a burner at a predetermined first distance from the reference point to flame the test piece, wherein the at least one first camera further includes an interference band pass filter to suppress the detection of the burner flame and/or wherein the at least one first camera (306, 308) and the test piece are irradiated by a red light emitter (314, 316) to suppress the detection of the burner flame.
A method in a wireless device for handling packets from a radio network node in a radio communications network providing a seamless transition of a switch from a CELL_FACH state of the wireless device to a CELL_DCH state of the wireless device, comprising: - storing a segmented Medium Access Control-enhanced high speed Service Data Unit, MAC-ehs SDU, received from the radio network node when the wireless device is in the CELL_FACH state; - receiving another MAC-ehs SDU in an initial transmission when the wireless device is in the CELL_DCH state; and - joining the stored segmented MAC-ehs SDU with the received other MAC-ehs SDU; or discarding the stored segmented MAC-ehs SDU when the received other MAC-ehs SDU comprises a segmentation indication indicating the received other MAC-ehs SDU to be a beginning of a reordering protocol data unit, PDU, or a complete MAC-ehs SDU. - storing a segmented Medium Access Control-enhanced high speed Service Data Unit, MAC-ehs SDU, received from the radio network node when the wireless device is in the CELL_FACH state; - receiving another MAC-ehs SDU in an initial transmission when the wireless device is in the CELL_DCH state; and - joining the stored segmented MAC-ehs SDU with the received other MAC-ehs SDU; or discarding the stored segmented MAC-ehs SDU when the received other MAC-ehs SDU comprises a segmentation indication indicating the received other MAC-ehs SDU to be a beginning of a reordering protocol data unit, PDU, or a complete MAC-ehs SDU.