mhurhangee/ep-ind-claims huggingface dataset:
A door assembly for an aircraft, the door assembly moveable between a closed position and a disengaged position and comprising: a door frame; a hinge arm pivotally coupled at one end to a first side of the door frame; a door receivable within the door frame; a support bracket pivotally coupled at one end to the other end of the hinge arm and at its other end to the door to support the door on the hinge arm; the door frame and door each comprising at least one stop (8, 10), the stops (8, 10) configured to engage with each other to retain the door within the door frame in the closed position of the door assembly; at least one pin (18, 20; 38) mounted on each side of the door; at least a first guide coupled to the first side of the door frame and at least a second guide coupled to a second opposed side of the door frame, each guide (28, 30; 40) comprising a channel (24, 26; 43) receiving a respective one of the pins (18, 20; 38) to guide horizontal movement of the door relative to the door frame; a link arm pivotally coupled at one end to the support bracket and the hinge arm such that the link arm maintains the same orientation with respect to the door frame at all positions of the door between the closed and disengaged positions; and an actuation mechanism coupled to the door and to the link arm for displacing the door along a horizontal trajectory defined by the guides (28, 30; 40) and pins (18, 20; 38) to disengage the stops (8, 10) and release the door from the door frame to allow the door assembly to be moved from the closed position to the disengaged position. a door frame; a hinge arm pivotally coupled at one end to a first side of the door frame; a door receivable within the door frame; a support bracket pivotally coupled at one end to the other end of the hinge arm and at its other end to the door to support the door on the hinge arm; the door frame and door each comprising at least one stop (8, 10), the stops (8, 10) configured to engage with each other to retain the door within the door frame in the closed position of the door assembly; at least one pin (18, 20; 38) mounted on each side of the door; at least a first guide coupled to the first side of the door frame and at least a second guide coupled to a second opposed side of the door frame, each guide (28, 30; 40) comprising a channel (24, 26; 43) receiving a respective one of the pins (18, 20; 38) to guide horizontal movement of the door relative to the door frame; a link arm pivotally coupled at one end to the support bracket and the hinge arm such that the link arm maintains the same orientation with respect to the door frame at all positions of the door between the closed and disengaged positions; and an actuation mechanism coupled to the door and to the link arm for displacing the door along a horizontal trajectory defined by the guides (28, 30; 40) and pins (18, 20; 38) to disengage the stops (8, 10) and release the door from the door frame to allow the door assembly to be moved from the closed position to the disengaged position.
An apparatus comprising a device having programmable circuitry that includes a dedicated memory controller circuit before the circuitry is field programmed, wherein the memory controller circuit is configured to control a memory external to the device; wherein the device includes an integrated circuit in which the circuitry is implemented, the integrated circuit having a plurality of blocks; wherein the memory controller circuit includes a plurality of circuit sections, each of the circuit sections being implemented within a respective one of the blocks; and wherein the circuitry includes an interconnect structure, the interconnect structure having a plurality of field programmable interconnection sections that selectively route electrical signals, each of the interconnection sections being implemented in a respective one of the blocks and being coupled to the circuit section in the block; and wherein the interconnect structure includes first, second, and third field programmable interconnection sections that each have routing circuitry therein that routes electrical signals in response to field programming, the first interconnection section being hard-wired to the memory controller circuit, wherein the first interconnection section has one of the following configurations after field programming: the routing circuitry within the first interconnection section transfers electrical signals between the memory controller circuit and the second interconnection section; and the routing circuitry within the first interconnection section transfers electrical signals between the second and third interconnection sections through the first interconnection section while bypassing the memory controller circuit when the memory controller circuit is not in use to route the electrical signals between circuits external to the memory controller circuit. the routing circuitry within the first interconnection section transfers electrical signals between the memory controller circuit and the second interconnection section; and the routing circuitry within the first interconnection section transfers electrical signals between the second and third interconnection sections through the first interconnection section while bypassing the memory controller circuit when the memory controller circuit is not in use to route the electrical signals between circuits external to the memory controller circuit.
A LED light converting resin composition comprising: 20∼99 wt% of one kind of heat-resistant transparent matrix resin selected from the group including a silicon, a polymethyl pentene, a polyether sulfon, a polyether imide, a polyarylate, a polymethyl methacylate, an urethane acrylate, an epoxy acrylate, a polyester acrylate, and an acryl acrylate; 0.8-60 wt% of a lighting color converting fluorescent substance; and 0.2∼20 wt% of a light diffusing bead with an average particle diameter of 0.2∼30μm; and wherein the light diffusing bead is light diffusers having an average particle diameter of 1∼4μm: 5∼10μm: 11∼30μm mixed in a ratio of 1: 0.4∼0.8: 0.1∼0.3 by weight. 20∼99 wt% of one kind of heat-resistant transparent matrix resin selected from the group including a silicon, a polymethyl pentene, a polyether sulfon, a polyether imide, a polyarylate, a polymethyl methacylate, an urethane acrylate, an epoxy acrylate, a polyester acrylate, and an acryl acrylate; 0.8-60 wt% of a lighting color converting fluorescent substance; and 0.2∼20 wt% of a light diffusing bead with an average particle diameter of 0.2∼30μm; and wherein the light diffusing bead is light diffusers having an average particle diameter of 1∼4μm: 5∼10μm: 11∼30μm mixed in a ratio of 1: 0.4∼0.8: 0.1∼0.3 by weight.
A side-chain mercapto group-containing vinyl alcohol polymer comprising vinyl alcohol units and structural units represented by the following formula: where R 1 is a hydrogen atom or a carboxyl group, R 2 is a hydrogen atom, a methyl group, a carboxyl group, or a carboxymethyl group, and X is a bivalent group, represented by *-CO-NH-X 1 -, where * represents a bond with a main chain of the polymer, and X 1 represents a bivalent aliphatic hydrocarbon group that contains 1 to 20 carbon atoms and that may contain a nitrogen atom and/or an oxygen atom, wherein when R 1 is a carboxyl group, the carboxyl group may form a ring with a hydroxyl group of an adjacent vinyl alcohol unit, and when R 2 is a carboxyl group or a carboxymethyl group, the carboxyl group or the carboxymethyl group may form a ring with a hydroxyl group of an adjacent vinyl alcohol unit.
A storage battery management device, wherein the storage battery management device determines an upper limit of power discharged from a storage battery or an upper limit of an amount of power discharged from the storage battery for each of discharging time periods divided for each unit time, on the basis of remaining discharge capacity information indicating an amount of power that can be supplied to a load from the storage battery, wherein the upper limit is determined on the basis of information regarding power to be supplied to the storage battery and the remaining discharge capacity information, wherein the information regarding power is power purchasing price information indicating a power purchasing price for each time period, wherein a plurality of the discharging time periods are divided into a first group in which discharging time periods having a relatively high power purchasing price are collected and a second group in which discharging time periods having a relatively low power purchasing price are collected, wherein a maximum amount of power that can be discharged in each discharging time period is specified on the basis of the upper limit of the power or the upper limit of the amount of power, and wherein a discharging schedule is generated so that a sum of a first total which is a total of maximum amounts of power in the respective discharging time periods included in the first group and a second total which is a total of maximum amounts of power in the respective discharging time periods, included in the second group, which are temporally prior to at least one discharging time period included in the first group, does not exceed a predetermined amount of power which is determined on the basis of the remaining discharge capacity information, and wherein the discharging schedule is generated so that a sum of a third total which is a total of maximum amounts of power in the respective discharging time periods, included in the second group, which are temporally after all of the discharging time periods included in the first group, the first total, and the second total is set to be equal to or larger than the predetermined amount of power which is determined on the basis of the remaining discharge capacity information.
A communication circuit for communication via multiple antenna elements (10 j) of a communication apparatus, comprising a plurality of communication units (30 j) configured to transmit simultaneously in the same transmit frequency band, wherein each communication unit (30 j) of said plurality of communication units (30 j) is arranged to be connected to a separate antenna element (10 j) and comprises a data converter (90, 120), wherein the data converters (90, 120) of the plurality of communication units (30 j) together form a set of data converters; wherein the data converters in the set of data converters are digital-to-analog converters, DACs, located in transmit paths of said communication units (30 j); characterized in that the communication circuit further comprises a clock-signal generation circuit configured to generate a different sampling clock signal at a different sampling clock frequency (f sj) to each data converter (90, 120) in the set of data converters. a plurality of communication units (30 j) configured to transmit simultaneously in the same transmit frequency band, wherein each communication unit (30 j) of said plurality of communication units (30 j) is arranged to be connected to a separate antenna element (10 j) and comprises a data converter (90, 120), wherein the data converters (90, 120) of the plurality of communication units (30 j) together form a set of data converters; wherein the data converters in the set of data converters are digital-to-analog converters, DACs, located in transmit paths of said communication units (30 j); characterized in that the communication circuit further comprises a clock-signal generation circuit configured to generate a different sampling clock signal at a different sampling clock frequency (f sj) to each data converter (90, 120) in the set of data converters.
A method in a communication device, the method comprising the following steps: - receiving input from a user via a keypad of the communication device; - accessing web sites based on the input from the user; - storing, in a cache, web site content associated with the accessed web sites; - searching a database to identify at least one word or uniform resource locator URL based on the received input, the at least one word or URL corresponding to a word or URL that the user intends to input; - searching the stored web site content to identify the at least one word or URL; and - providing the at least one word or URL via a display of the communication device. - receiving input from a user via a keypad of the communication device; - accessing web sites based on the input from the user; - storing, in a cache, web site content associated with the accessed web sites; - searching a database to identify at least one word or uniform resource locator URL based on the received input, the at least one word or URL corresponding to a word or URL that the user intends to input; - searching the stored web site content to identify the at least one word or URL; and - providing the at least one word or URL via a display of the communication device.
A message filtering method comprising: step A: performing, by a message server and a mobile network server, mutual authentication and performing a negotiation for a sequence code for message verification after the authentication; step B: transmitting, by the message server, a message to a terminal, wherein the message contains the sequence code; step C: transmitting, by the terminal, the sequence code in the message to the mobile network server; step D: determining, by the mobile network server, whether the sequence code received from the terminal is the same as that resulted by the negotiation between the mobile network server and the message server, and transmitting, by the mobile network server, a verification result of the determination to the terminal; and step E: presenting, by the terminal, the message for a user when the verification result of the determination indicates that the sequence code received from the terminal is the same as that resulted by the negotiation; characterised in that: the transmitting, by the mobile network server, a result of the determination to the terminal, comprises: feeding, by the mobile network server, back a verification result indicating the verification is passed if the sequence codes are the same, or feeding, by the mobile network server, back a verification result indicating the verification is failed if the sequence codes are different from each other; the sequence code resulted by the negotiation between the message server and the mobile network server comprises a set of sequence codes; and wherein the message server and the mobile network server select a sequence code corresponding to a current time window from the set of sequence codes and perform a corresponding operation using the sequence code corresponding to the current time window. step A: performing, by a message server and a mobile network server, mutual authentication and performing a negotiation for a sequence code for message verification after the authentication; step B: transmitting, by the message server, a message to a terminal, wherein the message contains the sequence code; step C: transmitting, by the terminal, the sequence code in the message to the mobile network server; step D: determining, by the mobile network server, whether the sequence code received from the terminal is the same as that resulted by the negotiation between the mobile network server and the message server, and transmitting, by the mobile network server, a verification result of the determination to the terminal; and step E: presenting, by the terminal, the message for a user when the verification result of the determination indicates that the sequence code received from the terminal is the same as that resulted by the negotiation;
Heat-transfer fluid dispenser including: - a housing (116; 700) including side walls (204 1...204 4; 704 1...704 4) delimiting a hydraulic reception space, - at least two connectors (602, 604; 802, 804) each having at least three channels extending in the hydraulic reception space, wherein the side walls (204 1...204 4) have passage openings (212 1...212 6; 712 1...712 6) respectively of the channels of the connectors (602, 604; 802, 804), in that the side walls (204 1...204 4; 704 1...704 4) are formed from at least two parts (214, 216; 714, 716, 718) assembled together, wherein each opening (212 1...212 6; 712 1...712 6) is delimited by two of the parts (214, 216; 714, 716, 718) of the side walls (204 1...204 4; 704 1...704 4) and composed of at least one notch formed in one of these two parts (214, 216; 714, 716, 718) of the side walls (204 1...204 4; 704 1...704 4), characterised in that each channel is gripped by the two parts (214, 216; 714, 716, 718) of the side walls (204 1...204 4; 704 1...704 4) delimiting the opening (212 1...212 6; 712 1...712 6) wherein the channel passes, so as to hold the connectors (602, 604; 802, 804) in place in the hydraulic reception space, in that the housing (116; 700) includes three side walls (204 1, 204 3, 204 4; 704 1, 704 3, 704 4) each having an opening (212 1...212 6; 712 1...712 6) for each connector (602, 604; 802, 804), and in that each connector (602, 604; 802, 804) includes exactly three channels passing respectively in the openings (212 1...212 6; 712 1...712 6) formed in the three side walls (204 1, 204 3, 204 4; 704 1, 704 3, 704 4) for this connector (602, 604; 802, 804). - a housing (116; 700) including side walls (204 1...204 4; 704 1...704 4) delimiting a hydraulic reception space, - at least two connectors (602, 604; 802, 804) each having at least three channels extending in the hydraulic reception space,
A method for controlling at least one function of an electronic apparatus as a function of a value of a lid angle (α LID) between a first hardware element (12; 14) and a second hardware element (14; 12) of said electronic apparatus, wherein the first hardware element (12; 14) accommodates a first magnetometer (20; 22) and the second hardware element (14; 12) accommodates a second magnetometer (22; 20) and is orientable with respect to the first hardware element (12; 14), comprising the steps of: generating, by the first magnetometer and by the second magnetometer, first signals (B 1, B 2) that are measurements of a magnetic field external to the electronic apparatus and are indicative of a relative orientation of the first hardware element with respect to the second hardware element; acquiring, by a processing unit (27, 28) of the electronic apparatus, said first signals (B 1, B 2); generating, by the processing unit (27, 28) and as a function of the first signals (B 1, B 2), a calibration parameter (J 1) indicative of a condition of calibration of the first and second magnetometers (20, 22); generating, by the processing unit (27, 28) and as a function of the first signals (B 1, B 2), a reliability value (K 1) indicative of a condition of reliability of the first signals (B 1, B 2); calculating, by the processing unit (27, 28), a first intermediate value (α LID_MAG) of said lid angle (α LID) on the basis of the first signals (B 1, B 2); calculating, by the processing unit (27, 28), a current value of said lid angle (α LID) on the basis of the calibration parameter (J 1), of the reliability value (K 1), and of said first intermediate value (α LID_MAG) of the lid angle (α LID); and controlling said function of the electronic apparatus as a function of the current value of the lid angle (α LID). generating, by the first magnetometer and by the second magnetometer, first signals (B 1, B 2) that are measurements of a magnetic field external to the electronic apparatus and are indicative of a relative orientation of the first hardware element with respect to the second hardware element; acquiring, by a processing unit (27, 28) of the electronic apparatus, said first signals (B 1, B 2); generating, by the processing unit (27, 28) and as a function of the first signals (B 1, B 2), a calibration parameter (J 1) indicative of a condition of calibration of the first and second magnetometers (20, 22); generating, by the processing unit (27, 28) and as a function of the first signals (B 1, B 2), a reliability value (K 1) indicative of a condition of reliability of the first signals (B 1, B 2); calculating, by the processing unit (27, 28), a first intermediate value (α LID_MAG) of said lid angle (α LID) on the basis of the first signals (B 1, B 2); calculating, by the processing unit (27, 28), a current value of said lid angle (α LID) on the basis of the calibration parameter (J 1), of the reliability value (K 1), and of said first intermediate value (α LID_MAG) of the lid angle (α LID); and controlling said function of the electronic apparatus as a function of the current value of the lid angle (α LID).
Process for preparing a prepolymer containing carbon-carbon multiple bonds, preferably a prepolymer containing carbon-carbon double bonds, where a polyol component A is reacted with an isocyanate-containing component B and the polyol component comprises a polyethercarbonate polyol containing carbon-carbon multiple bonds, preferably a polyethercarbonate polyol containing carbon-carbon double bonds, characterized in that the average molar NCO functionality of the isocyanate-containing component B is from 2.15 to 2.90, preferably from 2.40 to 2.80, and where the content of carbon-carbon multiple bonds, preferably carbon-carbon double bonds, in the polyethercarbonate polyol is from 0.5% by weight to 17.0% by weight.
A system for entry and/or access control by means of a palm vein authentication, comprising a storage device, in which informational data in the form of reference palm vein patterns are stored, further comprising an image capturing apparatus for detecting a pattern of a palm for the purpose of a palm vein authentication, having a sensor device comprising a device for emitting radiation in the form of infrared light in the direction of the palm and comprising a device for detecting radiation which is reflected from a palm, and further comprising a guide device for positioning the palm in relation to the sensor device, wherein the guide device is formed as a dome in the shape of a hemisphere, such that radiation of the device for emitting radiation in the form of infrared light, which is directly reflected back at the guide device, is deflected laterally in such a way that the device for detecting radiation which is reflected form a palm is not disturbed, wherein the guide device spans a circular area, which comprises as well a circular foot region, wherein the sensor device is arranged within the circular foot region, particularly in the centre thereof, wherein the device for emitting radiation comprises one or more miniature radiation sources (23, 24), which are arranged in the level of the circular foot region, wherein the device for detecting reflected radiation is formed as a camera, wherein the sensor device comprises a device for image capture of a pattern of the palm on the basis of radiation being reflected from the palm, wherein the image capturing apparatus comprises a device for status display of the authentication, wherein the device for status display comprises a number of miniature light sources (28, 29) and the miniature light sources (28, 29) being arranged in the peripheral area of the sensor device spatially on the circular foot circle between the sensor device and the guide device concentrically around the sensor device, wherein the guide device spans the sensor device and wherein the guide device is made of a material which is transparent to the emitted radiation, and further comprising a comparator device for comparing one of the image capturing apparatus generated palm vein pattern with the reference palm vein patterns.