mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: an electric storage unit having a plurality of electric storage elements and outputting an energy for use in running of the vehicle; a blower disposed closer to a side portion of the vehicle in a lateral direction orthogonal to a forward direction of the vehicle than the electric storage unit and supplying the electric storage unit with air for adjusting a temperature of the electric storage element; and a duct disposed between the electric storage unit and the blower and connected to at least one of the electric storage unit or the blower, wherein the blower includes a blower motor forming a flow of the air to be supplied to the electric storage unit, the duct has a collision avoiding portion coming into contact with the blower motor when the blower motor is moved toward the electric storage unit upon application of an external force on the side of the vehicle and guiding the movement direction of the blower motor in an up direction or a side direction of the electric storage unit, and the collision avoiding portion is provided as to protruding into the space between the electric storage unit and the blower. an electric storage unit having a plurality of electric storage elements and outputting an energy for use in running of the vehicle; a blower disposed closer to a side portion of the vehicle in a lateral direction orthogonal to a forward direction of the vehicle than the electric storage unit and supplying the electric storage unit with air for adjusting a temperature of the electric storage element; and a duct disposed between the electric storage unit and the blower and connected to at least one of the electric storage unit or the blower, wherein the blower includes a blower motor forming a flow of the air to be supplied to the electric storage unit, the duct has a collision avoiding portion coming into contact with the blower motor when the blower motor is moved toward the electric storage unit upon application of an external force on the side of the vehicle and guiding the movement direction of the blower motor in an up direction or a side direction of the electric storage unit, and the collision avoiding portion is provided as to protruding into the space between the electric storage unit and the blower.
A control method for controlling a coupling mechanism (22, 22') between a motor drive (21, 21') and a main mechanical power transmission gearbox MGB intended for an aircraft, said coupling mechanism (22, 22') making it possible to connect an output shaft of said motor drive (21, 21') with an input shaft of said MGB, characterised in that said control method comprises different steps: - determination of a state of said motor drive (21, 21'), comprising a first measurement of a first speed of rotation of said motor drive (21,21'), - determination of a "ready to engage" state for said coupling mechanism (22, 22') linked to said motor drive (21, 21'), - engagement of said coupling mechanism (22, 22') linked to said motor drive (21, 21'), - determination of a maximum allowable torque by said MGB, and - regulation of said motor drive so that said first speed of rotation of said motor drive (21, 21') is regulated in accordance with a set speed of rotation of said motor drive (21, 21') while controlling the torque supplied by said motor drive (21, 21') so that it is less than or equal to said maximum allowable torque by said MGB during said engagement of said coupling mechanism (22, 22'). - determination of a state of said motor drive (21, 21'), comprising a first measurement of a first speed of rotation of said motor drive (21,21'), - determination of a "ready to engage" state for said coupling mechanism (22, 22') linked to said motor drive (21, 21'), - engagement of said coupling mechanism (22, 22') linked to said motor drive (21, 21'), - determination of a maximum allowable torque by said MGB, and - regulation of said motor drive so that said first speed of rotation of said motor drive (21, 21') is regulated in accordance with a set speed of rotation of said motor drive (21, 21') while controlling the torque supplied by said motor drive (21, 21') so that it is less than or equal to said maximum allowable torque by said MGB during said engagement of said coupling mechanism (22, 22').
An automatic travel system to make a work vehicle automatically travel along a scheduled travel path, comprising: a path generation unit that generates the scheduled travel path including a plurality of travel paths; an automatic travel control unit configured to make the work vehicle to perform the automatic traveling along the scheduled travel path; an information acquisition unit (21, 23) configured to acquire position information and direction information of the work vehicle; and a specifying unit configured to specify an automatic traveling candidate path, in order to allow the work vehicle to start automatically traveling on it before the automatic traveling is started by the work vehicle, wherein the specifying unit is further configured to set candidate specification areas (Q1, Q2) on a front side and a rear side of the work vehicle, based on the position information and direction information of the work vehicle acquired by the information acquisition unit (21, 23), and to specify a travel path included in the candidate specification areas (Q1, Q2) as the automatic traveling candidate path out of the plurality of travel paths. a path generation unit that generates the scheduled travel path including a plurality of travel paths; an automatic travel control unit configured to make the work vehicle to perform the automatic traveling along the scheduled travel path; an information acquisition unit (21, 23) configured to acquire position information and direction information of the work vehicle; and a specifying unit configured to specify an automatic traveling candidate path, in order to allow the work vehicle to start automatically traveling on it before the automatic traveling is started by the work vehicle, wherein the specifying unit is further configured to set candidate specification areas (Q1, Q2) on a front side and a rear side of the work vehicle, based on the position information and direction information of the work vehicle acquired by the information acquisition unit (21, 23), and to specify a travel path included in the candidate specification areas (Q1, Q2) as the automatic traveling candidate path out of the plurality of travel paths.
A computer-implemented method, wherein the method is performed using one or more processors, the method comprising: receiving a workflow identifier; receiving one or more workflow states, the one or more workflow states including corresponding workflow state identifiers; receiving one or more operation definitions corresponding to each of the one or more workflow states, the one or more operation definitions including one or more workflow operations; receiving one or more transition definitions, the transition definitions corresponding to the one or more operation definitions and determining a sequence of the one or more workflow states; generating a state machine; configuring the state machine based on the workflow identifier, the one or more workflow states, the one or more operation definitions, and the one or more transition definitions. receiving a case identifier; generating a case data object including the case identifier and one or more case properties; accessing the state machine in response to receiving the case identifier; assigning workflow identifier, the one or more workflow states, the one or more operation definitions, and the one or more transition definitions to the case data object automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving, from the third party, the one or more associated elements from the plurality of data sources based on the one or more case properties. receiving a workflow identifier; receiving one or more workflow states, the one or more workflow states including corresponding workflow state identifiers; receiving one or more operation definitions corresponding to each of the one or more workflow states, the one or more operation definitions including one or more workflow operations; receiving one or more transition definitions, the transition definitions corresponding to the one or more operation definitions and determining a sequence of the one or more workflow states; generating a state machine; configuring the state machine based on the workflow identifier, the one or more workflow states, the one or more operation definitions, and the one or more transition definitions. receiving a case identifier; generating a case data object including the case identifier and one or more case properties; accessing the state machine in response to receiving the case identifier; assigning workflow identifier, the one or more workflow states, the one or more operation definitions, and the one or more transition definitions to the case data object automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving, from the third party, the one or more associated elements from the plurality of data sources based on the one or more case properties.
A frontal array for crossing a cryopump frontal opening of a radiation shield surrounding a condensing array comprising: at least one centralized louver; and characterized by an orifice plate comprising a central opening, the orifice plate surrounding the at least one louver at the central opening. at least one centralized louver; and characterized by an orifice plate comprising a central opening, the orifice plate surrounding the at least one louver at the central opening.
A method of manufacturing a display device comprising a resin part, a display part being capable of emitting linearly polarised light, and a phase plate, the method comprising: preparing the resin part by moulding a resin article, by extruding a plate of resin material, or by stretching a film of resin material, wherein the moulded resin article is birefringent due to the molecular orientation and/or photoelasticity resulting from material characteristics during the preparation process and/or from other factors, the extruded plate is birefringent due to the process of extruding the resin material, and the stretched film is birefringent due to the process of stretching the resin material; disposing the resin part on an emitting direction side of the display part such that the light from the display part may pass through the resin part; and disposing the phase plate between the display part and the resin part, the phase plate having a retardation value of at least 3,000 nm. preparing the resin part by moulding a resin article, by extruding a plate of resin material, or by stretching a film of resin material, wherein the moulded resin article is birefringent due to the molecular orientation and/or photoelasticity resulting from material characteristics during the preparation process and/or from other factors, the extruded plate is birefringent due to the process of extruding the resin material, and the stretched film is birefringent due to the process of stretching the resin material; disposing the resin part on an emitting direction side of the display part such that the light from the display part may pass through the resin part; and disposing the phase plate between the display part and the resin part, the phase plate having a retardation value of at least 3,000 nm.
A system (400; 500) comprising: an alternating current, AC, test signal source (404; 504) configured to be coupled to a circuit under test (420; 520), wherein the circuit under test comprises a lightning protection circuit having a threshold voltage, a first filter, and a second filter; a direct current, DC, voltage supply (406; 506) in series with a filtering device (410; 510), the filtering device coupled to the AC test signal source; a first capacitor coupled to the AC test signal source and configured to be coupled between the AC test signal source and the circuit under test; a controller configured to: operate the DC voltage supply and the AC test signal source to provide a first test signal to the circuit under test, wherein the first test signal comprises a first voltage that exceeds the threshold voltage; measure a first impedance of the circuit under test responsive to providing the first test signal to the circuit under test, wherein the first impedance corresponds to the first filter. an alternating current, AC, test signal source (404; 504) configured to be coupled to a circuit under test (420; 520), wherein the circuit under test comprises a lightning protection circuit having a threshold voltage, a first filter, and a second filter; a direct current, DC, voltage supply (406; 506) in series with a filtering device (410; 510), the filtering device coupled to the AC test signal source; a first capacitor coupled to the AC test signal source and configured to be coupled between the AC test signal source and the circuit under test; a controller configured to: operate the DC voltage supply and the AC test signal source to provide a first test signal to the circuit under test, wherein the first test signal comprises a first voltage that exceeds the threshold voltage; measure a first impedance of the circuit under test responsive to providing the first test signal to the circuit under test, wherein the first impedance corresponds to the first filter. operate the DC voltage supply and the AC test signal source to provide a first test signal to the circuit under test, wherein the first test signal comprises a first voltage that exceeds the threshold voltage; measure a first impedance of the circuit under test responsive to providing the first test signal to the circuit under test, wherein the first impedance corresponds to the first filter.
An expandable bone anchor, comprising: an anchor body comprising: a central bore; a distal tapered anchor tip; and a plurality of rigid side portions extending proximally from the anchor tip, each side portion coupled to the anchor tip through a double hinge; and a spreader; characterized in that the spreader is configured to slidably fit within the central bore and to advance distally into the anchor body, thereby causing the rigid side portions to expand outward. an anchor body comprising: a central bore; a distal tapered anchor tip; and a plurality of rigid side portions extending proximally from the anchor tip, each side portion coupled to the anchor tip through a double hinge; and a central bore; a distal tapered anchor tip; and a plurality of rigid side portions extending proximally from the anchor tip, each side portion coupled to the anchor tip through a double hinge; a spreader; characterized in that the spreader is configured to slidably fit within the central bore and to advance distally into the anchor body, thereby causing the rigid side portions to expand outward.
A method for transmitting secure messages by a transmitter, the method comprising: encoding a message with a secrecy code to produce L output codewords, wherein L is an integer greater than 1; and for each output codeword of the L output codewords, transmitting the each output codeword to a communications device in response to determining that a channel quality of a channel between the transmitter and the communications device satisfies a criterion. characterized in that: the secrecy code comprises a first security code and a second security code, the first security code encodes the message to produce an intermediate secure codeword which is partitioned into L segments of coded bits, and the second security code encodes a segment of coded bits into an output codeword. encoding a message with a secrecy code to produce L output codewords, wherein L is an integer greater than 1; and for each output codeword of the L output codewords, transmitting the each output codeword to a communications device in response to determining that a channel quality of a channel between the transmitter and the communications device satisfies a criterion. the secrecy code comprises a first security code and a second security code, the first security code encodes the message to produce an intermediate secure codeword which is partitioned into L segments of coded bits, and the second security code encodes a segment of coded bits into an output codeword.
Device for moulding a container from a parison in plastic material, comprising: two half-moulds (4a, 4b) which may be moved close to each other to define at least a housing cavity of the parison; a stretching rod, manufactured at least partially in metal material, insertable into said parison to stretch it; a blowing nozzle applicable to the neck of the parison to blow into it a fluid having a pressure equal to or higher than the atmospheric pressure; a hollow body, manufactured at least partially in metal material, sized so as to envelop at least partially the parison placed in said housing cavity, characterised in that it comprises means for applying a voltage difference between said stretching rod and said hollow body so as to generate a plasma inside said housing cavity, said plasma having a pressure equal to or higher than the atmospheric pressure. two half-moulds (4a, 4b) which may be moved close to each other to define at least a housing cavity of the parison; a stretching rod, manufactured at least partially in metal material, insertable into said parison to stretch it; a blowing nozzle applicable to the neck of the parison to blow into it a fluid having a pressure equal to or higher than the atmospheric pressure; a hollow body, manufactured at least partially in metal material, sized so as to envelop at least partially the parison placed in said housing cavity, characterised in that it comprises means for applying a voltage difference between said stretching rod and said hollow body so as to generate a plasma inside said housing cavity, said plasma having a pressure equal to or higher than the atmospheric pressure.
A method of amplifying genomes, the method comprising, bringing into contact a single primer, DNA polymerase, and a genomic nucleic acid sample, and incubating the genomic nucleic acid sample under conditions that promote replication of nucleic acid molecules in the genomic nucleic acid sample, wherein the primer has a specific nucleotide sequence and wherein the primer contains at least one modified nucleotide such that the primer can be resistant to 3'-5' exonuclease, wherein the DNA polymerase is Phi 29 DNA polymerase, wherein the genomic nucleic acid sample comprises all or 90% or more of the sequences of a genome, wherein replication of nucleic acid molecules in the genomic nucleic acid sample proceeds by strand displacement replication, and wherein the conditions that promote replication of the nucleic acid molecules are substantially isothermic.
A method for registering a printing press, said printing press including a plurality of printing stations each for printing a respective color image on a web, each said printing stations being associated with a respective different color, at least two pairs of said printing stations being un-registered one with respect to the other, said method comprising the procedures of: identifying in a reference image of the image to be printed at least two regions of interest, each of said at least two regions of interest including a respective different pair of at least two partially overlapping color images of different colors; acquiring an image of a common area on said web after said pairs of printing stations printed the respective color images thereof; for each of said at least two regions of interest, chromatically separating the acquired image to determine two monochrome images respective of each region of interest; for each of said at least two regions of interest, registering said two monochrome images respective thereof employing said reference image; registering a monochrome image respective of one of said at least two regions of interest with a monochrome image respective of another one of said at least two regions of interest employing said reference image; and determining a registration correction for each printing station according to the registration between the monochrome images. identifying in a reference image of the image to be printed at least two regions of interest, each of said at least two regions of interest including a respective different pair of at least two partially overlapping color images of different colors; acquiring an image of a common area on said web after said pairs of printing stations printed the respective color images thereof; for each of said at least two regions of interest, chromatically separating the acquired image to determine two monochrome images respective of each region of interest; for each of said at least two regions of interest, registering said two monochrome images respective thereof employing said reference image; registering a monochrome image respective of one of said at least two regions of interest with a monochrome image respective of another one of said at least two regions of interest employing said reference image; and determining a registration correction for each printing station according to the registration between the monochrome images.
Rotary joint, in particular for the articulated connection of a front carriage and a rear carriage of an omnibus, composed of a housing which is subdivided into two housing parts (3, 4) in a plane perpendicular to an axis of rotation of the joint, the two housing parts (3, 4) being connected to one another rotatably with respect to one another about the axis of rotation and so as to be sealed off against an egress of hydraulic fluid located in a housing inner space, and a gearwheel of a rack drive of a vibration damper being mounted rotatably in the first housing part, and the second housing part forming a drive element and being connected fixedly in terms of rotation to the gearwheel, characterized in that a rotary-angle measurement device is arranged inside the housing in a reception chamber coaxially to the axis of rotation in the center of rotation of the rotary joint and cooperates with the second housing part in order to measure the rotary angle, and the reception chamber is sealed off against an ingress of hydraulic fluid.