mhurhangee/ep-ind-claims huggingface dataset:
A lift assist mechanism for articulating a portion of a stretcher, comprising: a force application member comprising an actuation element; an actuation mechanism comprising a first grasp handle and a second grasp handle; and a force transmission assembly comprising a first keyway plate that is coupled to the first grasp handle, a second keyway plate that is coupled to the second grasp handle, and an actuation pin that extends through both the first keyway plate and the second keyway plate and is configured to selectively apply a force to the actuation element, characterized in that the first keyway plate and the second keyway plate are both repositionable between a relaxed position and an actuation position in response to a force applied to the first grasp handle and the second grasp handle, and the movement of the first or second keyway plates (132a, 132b) from the relaxed position to the actuation position brings the actuation pin in or out of contact with the actuation element of the force application member, and the first grasp handle and the second grasp handle are mechanically coupled to the force transmission assembly through a first linkage or a second linkage, respectively. a force application member comprising an actuation element; an actuation mechanism comprising a first grasp handle and a second grasp handle; and a force transmission assembly comprising a first keyway plate that is coupled to the first grasp handle, a second keyway plate that is coupled to the second grasp handle, and an actuation pin that extends through both the first keyway plate and the second keyway plate and is configured to selectively apply a force to the actuation element, characterized in that the first keyway plate and the second keyway plate are both repositionable between a relaxed position and an actuation position in response to a force applied to the first grasp handle and the second grasp handle, and the movement of the first or second keyway plates (132a, 132b) from the relaxed position to the actuation position brings the actuation pin in or out of contact with the actuation element of the force application member, and the first grasp handle and the second grasp handle are mechanically coupled to the force transmission assembly through a first linkage or a second linkage, respectively.
Method for processing an initial signal (SOC_Raw(t)) quantifying the state of charge of an electric battery of a motor vehicle as a function of time to obtain a filtered signal (SOC_Filter(t)) as a function of time, whereby the following steps are carried out at each instant t: a) a difference (DIFF(t)) is determined between the value (SOC_Raw(t)) of said initial signal at the instant t and the value of the filtered signal (SOC_Filter(t-1)) determined at the preceding instant t-1, b) a theoretical variation (Variat_TH(t)) of the state of charge of the battery at the instant t is determined as a function of the electrical power supplied or recovered by the battery at the instant t, c) the value of the filtered signal (SOC_Filter(t)) at the instant t is determined as a function of the difference (DIFF(t)) determined in the step a) and of the theoretical variation Variat_TH(t) determined in the step b), such that the filtered signal (SOC Filter(t)) converges toward the initial signal (SOC Raw(t)). a) a difference (DIFF(t)) is determined between the value (SOC_Raw(t)) of said initial signal at the instant t and the value of the filtered signal (SOC_Filter(t-1)) determined at the preceding instant t-1, b) a theoretical variation (Variat_TH(t)) of the state of charge of the battery at the instant t is determined as a function of the electrical power supplied or recovered by the battery at the instant t, c) the value of the filtered signal (SOC_Filter(t)) at the instant t is determined as a function of the difference (DIFF(t)) determined in the step a) and of the theoretical variation Variat_TH(t) determined in the step b), such that the filtered signal (SOC Filter(t)) converges toward the initial signal (SOC Raw(t)).
A turbo compressor comprising: a housing in which lubrication oil is accumulated; a gear that is housed in a gear housing which forms part of the housing and to which the lubrication oil is supplied; a demister that is disposed above the gear and on which an intake communicated with an outside of the housing is provided to catch oil mist of the lubrication oil in the housing; a gear cover that is provided surrounding the gear to catch lubrication oil splashed by the gear and then drip the caught lubrication oil downward; and a demister cover that is disposed above the gear cover and underneath the demister to drip the lubrication oil caught by the demister downward, wherein a narrow gap is formed radially between the demister cover and an inner wall surface of the gear housing. a housing in which lubrication oil is accumulated; a gear that is housed in a gear housing which forms part of the housing and to which the lubrication oil is supplied; a demister that is disposed above the gear and on which an intake communicated with an outside of the housing is provided to catch oil mist of the lubrication oil in the housing; a gear cover that is provided surrounding the gear to catch lubrication oil splashed by the gear and then drip the caught lubrication oil downward; and a demister cover that is disposed above the gear cover and underneath the demister to drip the lubrication oil caught by the demister downward, wherein a narrow gap is formed radially between the demister cover and an inner wall surface of the gear housing.
A lipase which (a) has at least 50% identity to the sequence of amino acids 1-269 of SEQ ID NO:2; (b) has lipase activity; and which, (c) as compared to the sequence of amino acids 1-269 of SEQ ID NO: 2, comprises N33Q+G91L+T231R+N233R wherein the lipase has an improved digestion performance compared to the otherwise identical variant lacking the G91 L substitution. (a) has at least 50% identity to the sequence of amino acids 1-269 of SEQ ID NO:2; (b) has lipase activity; and which, (c) as compared to the sequence of amino acids 1-269 of SEQ ID NO: 2, comprises N33Q+G91L+T231R+N233R wherein the lipase has an improved digestion performance compared to the otherwise identical variant lacking the G91 L substitution.
A probe card, comprising: a plurality of unit plates each including pad areas and a contact probe area; a plurality of electrode pads formed in each of the pad areas; a plurality of contact probes formed in the contact probe areas; and a plurality of interconnecting layers electrically connecting the electrode pads and the contact probes of each unit plate, wherein the plurality of unit plates have different sizes and are arranged and laminated so as to expose all the pad areas of each unit plate, and wherein each unit plate has a recess portion formed on a rear side facing each contact probe of the adjacent unit plate. a plurality of unit plates each including pad areas and a contact probe area; a plurality of electrode pads formed in each of the pad areas; a plurality of contact probes formed in the contact probe areas; and a plurality of interconnecting layers electrically connecting the electrode pads and the contact probes of each unit plate, wherein the plurality of unit plates have different sizes and are arranged and laminated so as to expose all the pad areas of each unit plate, and wherein each unit plate has a recess portion formed on a rear side facing each contact probe of the adjacent unit plate.
A diaphragm for use in a fluid storage tank in which the fluid storage tank comprises first and second shell portions (2,3) defining an interior tank space, wherein the diaphragm is configured to be secured within the interior tank space between the first and second shell portions, to define a fluid storage reservoir between the diaphragm and one of the shell portions; wherein the diaphragm comprises a body of deformable material having a part-spherical portion defining a central longitudinal axis (A-A); wherein a thickness of the diaphragm varies between different regions of the diaphragm; and wherein the thickness of the diaphragm is asymmetric about the longitudinal axis. wherein the diaphragm comprises a body of deformable material having a part-spherical portion defining a central longitudinal axis (A-A); wherein a thickness of the diaphragm varies between different regions of the diaphragm; and wherein the thickness of the diaphragm is asymmetric about the longitudinal axis.
Lifting system (2, 24) for lifting a vehicle, the lifting system comprising: - one or more lifting devices (4, 22) operable to raise and lower the vehicle; - a group (20, 30) controller arranged to operate the lifting devices; - a user interface unit comprising a transmitter and/or receiver (26, 28, 38, 40) configured for communication with the group controller, a processor, a display device, and input means configuring the user interface unit to receive user input, wherein the user interface unit being adapted to communicate command signals to the group controller on basis of the user input and adapted to receive and display information obtained from the group controller; and - a network interface unit comprising a network transmitter and/or network receiver configured for communication to an external network, and a connection configured for communication with the group controller, characterized in that the group controller comprises a communication optimiser for determining a direct or indirect communication route in the lifting system between lifting devices (4, 22). - one or more lifting devices (4, 22) operable to raise and lower the vehicle; - a group (20, 30) controller arranged to operate the lifting devices; - a user interface unit comprising a transmitter and/or receiver (26, 28, 38, 40) configured for communication with the group controller, a processor, a display device, and input means configuring the user interface unit to receive user input, wherein the user interface unit being adapted to communicate command signals to the group controller on basis of the user input and adapted to receive and display information obtained from the group controller; and - a network interface unit comprising a network transmitter and/or network receiver configured for communication to an external network, and a connection configured for communication with the group controller,
Photovoltaic module, comprising at least a back wall, a layer with photovoltaic elements and strip-shaped current conductors (2, 3), a frontal protection plate, a connection socket, which is mounted at the rear side and/or front side, with at least one contact for connection of a conductor of a connecting cable with at least one strip-shaped current conductor (2, 3) and/or fastening means for fixing the photovoltaic module to a support construction, wherein the rear wall and/or the protection plate consists or consist of glass and the connection socket and/or the fastening means is or are shaped parts of plastics material or diecasting or sheet metal, which bear at one side by a surface against the rear wall or against the protection plate and are constructed at the other side as a functional unit and have shaped-out portions and shaped-on portions for the mounting of electrical and/or mechanical components, holders and/or a housing cover, wherein straps of metal protruding on at least two opposite sides are embedded in the shaped part or straps of metal or guides for mounting of overlapping metal strips are integrally formed, the ends of which bear, as straps, against the rear wall or the protection plate, and wherein the metal straps are welded by ultrasonic welding to the rear wall consisting of glass or to the protection plate consisting of glass.
A dental measurement control method for control of a dental measurement system comprising a display (118, 124) and a dental measurement device having a stylus, said method comprising: measuring, using one or more sensors to produce a measurement signal, of one or more of movement of said stylus; and\ contact between said stylus and an object; identifying a gesture performed with said a dental measurement device from the measurement signal; determining a user command from said identified gesture; generating a control signal based on the user command; and controlling a mode of operation of the system, characterized in that the mode of operation of the system includes controlling of of said display (118, 124) based on said control signal. measuring, using one or more sensors to produce a measurement signal, of one or more of movement of said stylus; and\ contact between said stylus and an object; identifying a gesture performed with said a dental measurement device from the measurement signal; determining a user command from said identified gesture; generating a control signal based on the user command; and controlling a mode of operation of the system, characterized in that the mode of operation of the system includes controlling of of said display (118, 124) based on said control signal.
Biochip comprising a substrate, said substrate comprising at its surface isolated regions for the anchoring of a nucleic acid molecule, said isolated regions having an area of less than 1 μm 2, and the space between two isolated regions being at least equal to the square root of the value of said area of said isolated regions, and nucleic acid molecules attached to said substrate, each isolated region enabling the anchoring of a single nucleic acid molecule, the characteristic dimension of said nucleic acid molecule being greater than half the square root of the value of the area of the isolated region on which said nucleic acid molecule is attached.
A sterilizing method for a drink filling system provided with a drink supply pipe line for feeding drink into a filling machine through a heat sterilizing section, wherein hot water or heated steam is fed to the drink supply pipe line, F-values are calculated while detecting temperature at a plurality of portions of the drink supply pipe line at every predetermined time interval, and a sterilizing process is ended at a time when a minimum F-value reaches an aimed value, wherein an upstream side return path is provided for the upstream side pipe line section going through the heating sterilizing section of the drink supply pipe line to thereby form an upstream side circulation path, the F-values are calculated while flowing the hot water from the upstream side pipe line section and flowing the heated steam toward the inside of the filling machine from the downstream side of the upstream side pipe line section, and the sterilizing process is ended at a time when each of the minimum F-values reaches the aimed value.
A crystal of -1-(2-hydroxyethyl)-4-methyl-N-[4-(methylsulfonyl)pheny l]-5-[2-(trifluoromethyl)phenyl]-1H-pyrrole-3-carboxamide represented by the following formula: which shows characteristic peaks at diffraction angles 2θ of 6.80, 17.06, 19.24, 22.80, and 25.48 in a powder X-ray diffraction pattern obtained by irradiation with copper Kα radiation (wavelength λ = 1.54 Å).
A wireless communication method, applied to a 2-step Random Access, comprising: sending, by a terminal device, a first message to a network device, wherein the first message comprises a preamble and uplink data; receiving, by the terminal device, scheduling information sent by the network device, wherein the scheduling information is configured to indicate the terminal device to retransmit the uplink data; and retransmitting, by the terminal device, the uplink data based on the scheduling information; characterized in that the scheduling information carries indication information, wherein the indication information comprises an ID of the preamble; wherein retransmitting, by the terminal device, the uplink data based on the scheduling information comprises that the terminal device retransmits the uplink data in a hybrid automatic repeat request, HARQ, process preset on the terminal device before sending the first message to the network device. sending, by a terminal device, a first message to a network device, wherein the first message comprises a preamble and uplink data; receiving, by the terminal device, scheduling information sent by the network device, wherein the scheduling information is configured to indicate the terminal device to retransmit the uplink data; and retransmitting, by the terminal device, the uplink data based on the scheduling information; characterized in that the scheduling information carries indication information, wherein the indication information comprises an ID of the preamble; wherein retransmitting, by the terminal device, the uplink data based on the scheduling information comprises that the terminal device retransmits the uplink data in a hybrid automatic repeat request, HARQ, process preset on the terminal device before sending the first message to the network device.
Drive unit for an aircraft running gear comprising at least a first wheel and a second wheel on a common wheel axis, wherein the drive unit is drivingly coupleable to the first and second wheels (4, 6) such that a direction of longitudinal extension of the drive unit is in a plane orthogonal to the common wheel axis, and wherein the drive unit comprises a first motor drivingly coupleable to the first wheel via a first gear structure, characterized in that the drive unit further comprises: a second motor drivingly coupleable to the second wheel via a second gear structure, wherein the first and second motors (18, 20) are arranged in tandem along the direction of longitudinal extension of the drive unit. a second motor drivingly coupleable to the second wheel via a second gear structure, wherein the first and second motors (18, 20) are arranged in tandem along the direction of longitudinal extension of the drive unit.
A timing device (100, 300) for processing trigger signal data containing a trigger signal indicating the occurrence of a trigger event, the timing device having: a trigger signal deserialiser (110, 310) configured to receive trigger signal data containing a trigger signal indicating the occurrence of a trigger event as serial data and to output the trigger signal data as parallel data; and a processing means (120, 320) configured to process trigger signal data outputted by the trigger signal deserialiser (110, 310) as parallel data; wherein the processing means (120, 320) is configured to detect a trigger signal contained in trigger signal data outputted by the trigger signal deserialiser (110, 310) as parallel data, and to produce control data for controlling the operation of one or more components based on the detected trigger signal such that the control data is synchronised to the trigger event indicated by the detected trigger signal; wherein the processing means (120, 320) is configured to output the control data as parallel data, and the timing device has one or more output serialisers (130, 330a, 330b), wherein the or each output serialiser (130, 330a, 330b) is configured to receive respective control data outputted by the processing means as parallel data and to output the respective control data as serial data. a trigger signal deserialiser (110, 310) configured to receive trigger signal data containing a trigger signal indicating the occurrence of a trigger event as serial data and to output the trigger signal data as parallel data; and a processing means (120, 320) configured to process trigger signal data outputted by the trigger signal deserialiser (110, 310) as parallel data; wherein the processing means (120, 320) is configured to detect a trigger signal contained in trigger signal data outputted by the trigger signal deserialiser (110, 310) as parallel data, and to produce control data for controlling the operation of one or more components based on the detected trigger signal such that the control data is synchronised to the trigger event indicated by the detected trigger signal; wherein the processing means (120, 320) is configured to output the control data as parallel data, and the timing device has one or more output serialisers (130, 330a, 330b), wherein the or each output serialiser (130, 330a, 330b) is configured to receive respective control data outputted by the processing means as parallel data and to output the respective control data as serial data.
A cryogenic engine system, comprising: a source of working fluid comprising a liquid cryogen; a source of heat exchange fluid; at least one pre-mixing chamber (18,20) having: a first inlet configured to inject working fluid into the at least one pre-mixing chamber; a second inlet configured to inject the HEF into the at least one pre-mixing chamber; a first outlet configured to inject the working fluid from the at least one pre-mixing chamber into an expansion chamber, a second outlet configured to allow for the removal of at least a portion of the HEF from the premixing chamber after heat has been removed therefrom, and wherein the at least one pre-mixing chamber, the first inlet and the second inlet are arranged so that the working fluid and the HEF flow in opposite directions within the at least one pre-mixing chamber. a source of working fluid comprising a liquid cryogen; a source of heat exchange fluid; at least one pre-mixing chamber (18,20) having: a first inlet configured to inject working fluid into the at least one pre-mixing chamber; a second inlet configured to inject the HEF into the at least one pre-mixing chamber; a first outlet configured to inject the working fluid from the at least one pre-mixing chamber into an expansion chamber, a second outlet configured to allow for the removal of at least a portion of the HEF from the premixing chamber after heat has been removed therefrom, and wherein the at least one pre-mixing chamber, the first inlet and the second inlet are arranged so that the working fluid and the HEF flow in opposite directions within the at least one pre-mixing chamber. a first inlet configured to inject working fluid into the at least one pre-mixing chamber; a second inlet configured to inject the HEF into the at least one pre-mixing chamber; a first outlet configured to inject the working fluid from the at least one pre-mixing chamber into an expansion chamber, a second outlet configured to allow for the removal of at least a portion of the HEF from the premixing chamber after heat has been removed therefrom, and wherein the at least one pre-mixing chamber, the first inlet and the second inlet are arranged so that the working fluid and the HEF flow in opposite directions within the at least one pre-mixing chamber.