mhurhangee/ep-ind-claims huggingface dataset:
A method of making a camera, the method comprising: assembling a plurality of lens elements, a sensor, and a housing to establish an assembly with each of the lens elements and the sensor at least partially in the housing; situating the assembly adjacent a circuit board substrate; securing at least the sensor to the circuit board substrate using surface mount technology, wherein the assembly is fixed relative to the circuit board substrate by the securing; situating objective lens elements (60, 62) in front of the assembly, the objective lens elements (60, 62) being configured to direct radiation toward a front one of the lens elements, characterized in that at least two rays of the radiation between the objective lens elements (60, 62) and the front one of the lens elements are parallel. assembling a plurality of lens elements, a sensor, and a housing to establish an assembly with each of the lens elements and the sensor at least partially in the housing; situating the assembly adjacent a circuit board substrate; securing at least the sensor to the circuit board substrate using surface mount technology, wherein the assembly is fixed relative to the circuit board substrate by the securing;
A gearbox for a motor vehicle including a plurality of forward gear ratios (I, II, III, IV, V, VI, VII) and at least one reverse gear ratio, said gearbox including an electro-hydraulic actuation unit configured for the selection and the engagement of said gear ratios, the gearbox comprising a first hydraulic pump and a second hydraulic pump, wherein: - the first hydraulic pump is driven in rotation by an electric motor and is configured for supplying hydraulic fluid taken in from a first intake environment to said electro-hydraulic actuation unit, - the second hydraulic pump is driven in rotation by an engine of said motor vehicle, said second hydraulic pump being configured for supplying hydraulic fluid taken in from a second intake environment to said gearbox, for lubrication thereof, and to said first intake environment, the gearbox being characterised in that: - said first intake environment is a drainage volume of said electro-hydraulic actuation unit, - said second intake environment is an oil sump fixed to a casing of said gearbox, wherein a delivery of the second hydraulic pump leads onto a node wherefrom three distinct hydraulic lines depart including: - a first hydraulic line, whereon a pressure-relief valve is inserted and which returns to the oil sump; - a second hydraulic line, leading to shafts of the gearbox for the lubrication thereof and for lubrication of the gears of the gearbox, and - a third hydraulic line, interposed on which is a pressure-reducer solenoid valve, which leads to said first intake environment. - the first hydraulic pump is driven in rotation by an electric motor and is configured for supplying hydraulic fluid taken in from a first intake environment to said electro-hydraulic actuation unit, - the second hydraulic pump is driven in rotation by an engine of said motor vehicle, said second hydraulic pump being configured for supplying hydraulic fluid taken in from a second intake environment to said gearbox, for lubrication thereof, and to said first intake environment, - said first intake environment is a drainage volume of said electro-hydraulic actuation unit, - said second intake environment is an oil sump fixed to a casing of said gearbox, - a first hydraulic line, whereon a pressure-relief valve is inserted and which returns to the oil sump; - a second hydraulic line, leading to shafts of the gearbox for the lubrication thereof and for lubrication of the gears of the gearbox, and - a third hydraulic line, interposed on which is a pressure-reducer solenoid valve, which leads to said first intake environment.
An electric power transmission apparatus for a vehicle, to transmit electric power to a mobile device furnished with an electric power receiving device, wherein there are provided: an electric power transmission device for transmitting an electromagnetic wave of a predetermined transmission frequency to the mobile device to thereby transmit electric power to the electric power receiving device of the mobile device; a receiver for the vehicle that is capable of receiving a radio wave of a predetermined frequency transmitted from outside of the vehicle, and that is capable of executing a search operation that searches for the radio wave by shifting reception frequency from a current reception frequency at a predetermined shift speed, and that stops shifting of the reception frequency when a radio wave is received at or above a predetermined receiving intensity; an interrupting device that interrupts transmission of the electric power performed by the electric power transmission device while the receiver is executing the search operation; and a frequency changing device that changes the transmission frequency by a predetermined amount in the case where a difference between the current reception frequency and the frequency of a multiplied wave of the transmission frequency that is closest to the reception frequency is less than a predetermined value, and controls the electric power transmission device to continue the transmission of the electric power even after the change. an electric power transmission device for transmitting an electromagnetic wave of a predetermined transmission frequency to the mobile device to thereby transmit electric power to the electric power receiving device of the mobile device; a receiver for the vehicle that is capable of receiving a radio wave of a predetermined frequency transmitted from outside of the vehicle, and that is capable of executing a search operation that searches for the radio wave by shifting reception frequency from a current reception frequency at a predetermined shift speed, and that stops shifting of the reception frequency when a radio wave is received at or above a predetermined receiving intensity; an interrupting device that interrupts transmission of the electric power performed by the electric power transmission device while the receiver is executing the search operation; and a frequency changing device that changes the transmission frequency by a predetermined amount in the case where a difference between the current reception frequency and the frequency of a multiplied wave of the transmission frequency that is closest to the reception frequency is less than a predetermined value, and controls the electric power transmission device to continue the transmission of the electric power even after the change.
A transport chain for transporting objects along a transport path in a transport direction, which transport chain comprises a plurality of chain links that is interconnected by means of a joint segment between each chain link, which joint segment comprises a bearing element, and whereby each chain link comprises a cavity that is arranged to receive said bearing element, whereby said bearing element is substantially spherical and comprises a plurality of through holes, and whereby the joint segment also comprises a plurality of pins that is arranged in said through holes in the bearing element, characterized in that each of said pins is arranged in openings in the chain link and in openings in the following chain link.
Method for storing and managing the version of computer programs, wherein a new version designation is assigned with each change in program code of the computer program, and wherein the program code comprises a multiplicity of program elements, wherein the program elements are stored in an individually accessible manner in a database, wherein a separate version designation is assigned to each program element, characterized in that the version designation is updated in the event of a functional change in the program element, and in that the program code to be stored comprises formatting details, wherein these formatting details are discarded when storing the program elements contained in the program code and are newly generated and displayed or output when accessing the program element(s) by means of an editor on the basis of a set of rules.
A vehicle driveline clutch actuator comprising a electric motor for providing the actuating force to operate an associated clutch, an output member movement of which provides an output from the actuator to operate an associated clutch, and an actuating mechanism connecting the motor and output member to transmit the actuating force from the motor to the output member, the actuator being characterised in that a locking means is provided for locking the actuating mechanism in its current position if there is a failure of electrical power to the motor of the actuator thus preventing movement of any associated clutch connected with the output member and preventing any unexpected torque being applied to the driveline if the clutch were to unexpectedly engage.
A method for selecting a downlink transmission mode for a Multiple Input Multiple Output, MIMO, system, comprising: obtaining (S10; S20) a total of M groups for M times, wherein M is an integer greater than zero, of Channel Quality Indicators, CQI, of a User Equipment, UE, to generate a channel condition indication value; obtaining (S10; S22), within a first preset time, a number of channel Rank Indicators, RI, of the UE to generate a channel correlation indication value; obtaining (S10; S24), within a second preset time, uplink Channel Impulse Response, CIR, estimation data of the UE to generate a channel variation state indication value; selecting (S12; S26) a downlink transmission mode according to the channel condition indication value, the channel correlation indication value and the channel variation state indication value; and transmitting (S14; S28) data to the UE in the selected downlink transmission mode. obtaining (S10; S20) a total of M groups for M times, wherein M is an integer greater than zero, of Channel Quality Indicators, CQI, of a User Equipment, UE, to generate a channel condition indication value; obtaining (S10; S22), within a first preset time, a number of channel Rank Indicators, RI, of the UE to generate a channel correlation indication value; obtaining (S10; S24), within a second preset time, uplink Channel Impulse Response, CIR, estimation data of the UE to generate a channel variation state indication value; selecting (S12; S26) a downlink transmission mode according to the channel condition indication value, the channel correlation indication value and the channel variation state indication value; and transmitting (S14; S28) data to the UE in the selected downlink transmission mode.
A system (100,400) for collecting and transporting a fluid sample (400,500), comprising: at least one apparatus for generating power or electricity, wherein the at least one apparatus for generating power or electricity comprises a rotatable shaft, one or more other moving parts, and at least one fluid path (120,520) containing a lubricating fluid (122,522), wherein the rotatable shaft, the one or more other moving parts, or both are in fluid communication with the lubricating fluid (122,522) in the at least one fluid path (120,520); at least one sample container; at least one valve in fluid communication with the at least one fluid path (120,520) and in fluid communication with the at least one sample container; wherein the at least one valve is configured to open and discharge a sample (400,500) of the lubricating fluid (122,522) from the at least one fluid path (120,520) into the at least one sample container; at least one unmanned aerial vehicle (150,450) configured to transport the at least one sample container to a location separate from the at least one apparatus for generating power or electricity; at least one unmanned aerial vehicle station (154,554) disposed on or about the at least one apparatus for generating power or electricity, the at least one unmanned aerial vehicle station (154,554) configured to dock or receive the at least one unmanned aerial vehicle (150,450); the system (100,400) being characterised by further comprising at least one retention and loading mechanism disposed on or adjacent to the at least one apparatus for generating power or electricity, the at least one retention and loading mechanism configured to release the at least one sample container from or move the at least one sample container to or about the at least one unmanned aerial vehicle station (154,554).
A hinge-lid box for cigarettes, namely for a formed group of cigarettes having an inner wrapper - cigarette block - with box part and lid made from a pack blank made of thin cardboard and having a collar, wherein the box part has box side walls comprising outer and inner box side flaps (15, 16) which at least partially overlap one another, of which an inner side flap has a supporting crosspiece folded in the inner direction against which the cigarette block abuts, characterized by the following features: a) at least one of the inner box side flaps has a plurality of supporting crosspieces which are distributed over the length of the box side flap outside of the region of the collar, b) the supporting crosspieces have a tongue-like configuration formed by U-shaped punched formations with an axial line directed transversely to the longitudinal extent of the box side flap. c) the axial lines of the supporting crosspieces, in the starting position of the supporting crosspieces, face a base wall of the box part, d) the supporting crosspieces butt elastically, under stressing, against side surfaces of the cigarette block. a) at least one of the inner box side flaps has a plurality of supporting crosspieces which are distributed over the length of the box side flap outside of the region of the collar, b) the supporting crosspieces have a tongue-like configuration formed by U-shaped punched formations with an axial line directed transversely to the longitudinal extent of the box side flap. c) the axial lines of the supporting crosspieces, in the starting position of the supporting crosspieces, face a base wall of the box part, d) the supporting crosspieces butt elastically, under stressing, against side surfaces of the cigarette block.
A gas separation module, comprising: a plurality of hollow fibers (3, 43, 83), held within a generally cylindrical casing having a longitudinal axis, the fibers being made of a polymeric material capable of separating a gas into components, the fibers being held by a pair of tubesheets (5, 6, 45, 46, 85, 86), and a core tube (9, 49, 89) extending along the longitudinal axis of the casing, the core tube is constructed with telescoping sections, wherein the tubesheets are affixed to the core tube, wherein the tubesheets are held at a constant distance from each other, and wherein the tubesheets are positioned such that there is slack in the fibers, said gas separation module being characterized in that the core tube defines two distinct channels for gas flow, wherein gas in one of said channels does not mix with gas in another of said channels. a plurality of hollow fibers (3, 43, 83), held within a generally cylindrical casing having a longitudinal axis, the fibers being made of a polymeric material capable of separating a gas into components, the fibers being held by a pair of tubesheets (5, 6, 45, 46, 85, 86), and a core tube (9, 49, 89) extending along the longitudinal axis of the casing, the core tube is constructed with telescoping sections, wherein the tubesheets are affixed to the core tube, wherein the tubesheets are held at a constant distance from each other, and wherein the tubesheets are positioned such that there is slack in the fibers, said gas separation module being characterized in that the core tube defines two distinct channels for gas flow, wherein gas in one of said channels does not mix with gas in another of said channels.
A method for producing cell-based food products, comprising: a. culturing a metazoan cellular biomass in a cultivation infrastructure; and b. inhibiting the HIPPO signaling pathway in the cellular biomass; wherein the metazoan cellular biomass is edible, and wherein the metazoan cellular biomass comprises cells from livestock or poultry, and/or the cellular biomass comprises non-human myogenic cells. a. culturing a metazoan cellular biomass in a cultivation infrastructure; and b. inhibiting the HIPPO signaling pathway in the cellular biomass;
A battery charger for charging a parallel-arrangement battery pack comprising a plurality of nickel-metal-hydride secondary batteries arranged in parallel, wherein the battery charger comprises a charge parameter change means (36, 37) configured to set and change a charge parameter, a charge current detection means configured to detect a charge current, and a battery SOC detection means configured to detect individual SOCs of the nickel-metal-hydride secondary batteries, wherein the battery charger is configured to start charging the plurality of nickel-metal-hydride secondary batteries simultaneously with the charge parameter set to a first value by the charge parameter change means (36, 37), the first value being predetermined to ensure that the nickel-metal-hydride secondary batteries are charged up to and maintained at a predetermined SOC lower than full charge, and when the charge current detection means detects that the charge current has decreased to a predetermined value, the battery charger is configured to go on charging with the charge parameter set to a second value by the charge parameter change means (36, 37), the second value being predetermined to enable the nickel-metal-hydride secondary batteries to be charged up to full charge, and when the battery SOC detection means detects that at least one of the nickel-metal-hydride secondary batteries has reached full charge, the battery charger is configured to terminate charging.
An electronic device comprising: a display unit including a first display unit and a functional unit spaced apart from each other, the functional unit being equipped with an electronic component; a cover unit including a first cover part and a second cover part, to which the first display unit and the functional unit are respectively attached; and a connection unit (130; 140; 150; 170; 180) including a shape-preserving member (131; 141; 151; 171; 181), characterized in that the shape-preserving member is configured to allow the display unit and the functional unit to be maintained at a certain angle, when an angle between the first cover part and the second cover part is changed by an external force. a display unit including a first display unit and a functional unit spaced apart from each other, the functional unit being equipped with an electronic component; a cover unit including a first cover part and a second cover part, to which the first display unit and the functional unit are respectively attached; and a connection unit (130; 140; 150; 170; 180) including a shape-preserving member (131; 141; 151; 171; 181), characterized in that the shape-preserving member is configured to allow the display unit and the functional unit to be maintained at a certain angle, when an angle between the first cover part and the second cover part is changed by an external force.
An optical article having antireflection properties, which comprises a substrate and, starting from the substrate: - a sub-layer comprising a SiO 2 -based layer, said SiO 2 -based layer having a thickness greater than or equal to 75 nm and being free from Al 2 O 3; and - a multilayered antireflection coating comprising a stack consisting in at least one high refractive index layer and at least one low refractive index layer, wherein all the low refractive index layers of the antireflection coating do comprise a mixture of SiO 2 and Al 2 O 3, and the high refractive index layers of the antireflection coating are not layers that do absorb in the visible region comprising a substoichiometric titanium oxide and reducing the relative visible light transmission factor (Tv) of the optical article by at least 10% as compared to a same article without any of said visible light absorbing layers. - a sub-layer comprising a SiO 2 -based layer, said SiO 2 -based layer having a thickness greater than or equal to 75 nm and being free from Al 2 O 3; and - a multilayered antireflection coating comprising a stack consisting in at least one high refractive index layer and at least one low refractive index layer, wherein all the low refractive index layers of the antireflection coating do comprise a mixture of SiO 2 and Al 2 O 3, and the high refractive index layers of the antireflection coating are not layers that do absorb in the visible region comprising a substoichiometric titanium oxide and reducing the relative visible light transmission factor (Tv) of the optical article by at least 10% as compared to a same article without any of said visible light absorbing layers.
A method performed by a mobile station, comprising: determining whether the mobile station is in a tunnel mode for receiving an overhead message during a handover procedure of the mobile station between different types of wireless access networks; in response to determining that the mobile station is in the tunnel mode, performing first processing with respect to the overhead message; and in response to determining that the mobile station is not in the tunnel mode, performing second, different processing with respect to the overhead message, wherein the overhead message is associated with a collection of parameters, and wherein performing the first processing comprises setting any parameter that is part of the collection and that is not received in the overhead message in tunnel mode to a corresponding selected value. determining whether the mobile station is in a tunnel mode for receiving an overhead message during a handover procedure of the mobile station between different types of wireless access networks; in response to determining that the mobile station is in the tunnel mode, performing first processing with respect to the overhead message; and in response to determining that the mobile station is not in the tunnel mode, performing second, different processing with respect to the overhead message, wherein the overhead message is associated with a collection of parameters, and wherein performing the first processing comprises setting any parameter that is part of the collection and that is not received in the overhead message in tunnel mode to a corresponding selected value.
Cosmetic use of a tocopherol phosphoric acid ester represented by a following formula, a pharmacologically-acceptable salt thereof, or a solvate thereof for removing skin pigmentary deposits derived from blood: wherein R 1, R 2, and R 3 each independently represents a hydrogen atom or a methyl group.