mhurhangee/ep-ind-claims huggingface dataset:
A hydraulically actuated gaseous fuel injector for an internal combustion engine having a combustion chamber, comprising: a gaseous fuel inlet; a gas injection valve in fluid communication with the gaseous fuel inlet and comprising a valve member reciprocatable within a fuel injector body between a closed position to block gaseous fuel flow and an open position to allow gaseous fuel flow; a hydraulic fluid inlet; a lift chamber in fluid communication with the hydraulic fluid inlet whereby hydraulic fluid pressure in the lift chamber contributes to an opening force applied to the valve member; a spring in the lift chamber biasing the valve member to the closed position; a control chamber in one of selective fluid communication and restrictive fluid communication with the hydraulic fluid inlet whereby hydraulic fluid pressure in the control chamber contributes to a closing force applied to the valve member; a hydraulic fluid outlet; and a control valve operable between a blocking position to fluidly isolate the control chamber from the hydraulic fluid outlet, and an injecting position to fluidly connect the control chamber with the hydraulic fluid outlet whereby hydraulic fluid pressure in the control chamber is reduced; wherein when the control valve is in the blocking position the closing force operating on the valve member is greater than the opening force and the gas injection valve is in the closed position, and when the control valve is the injecting position the closing force operating on the valve member is less than the opening force and the gas injection valve is in the open position. a gaseous fuel inlet; a gas injection valve in fluid communication with the gaseous fuel inlet and comprising a valve member reciprocatable within a fuel injector body between a closed position to block gaseous fuel flow and an open position to allow gaseous fuel flow; a hydraulic fluid inlet; a lift chamber in fluid communication with the hydraulic fluid inlet whereby hydraulic fluid pressure in the lift chamber contributes to an opening force applied to the valve member; a spring in the lift chamber biasing the valve member to the closed position; a control chamber in one of selective fluid communication and restrictive fluid communication with the hydraulic fluid inlet whereby hydraulic fluid pressure in the control chamber contributes to a closing force applied to the valve member; a hydraulic fluid outlet; and a control valve operable between a blocking position to fluidly isolate the control chamber from the hydraulic fluid outlet, and an injecting position to fluidly connect the control chamber with the hydraulic fluid outlet whereby hydraulic fluid pressure in the control chamber is reduced; wherein when the control valve is in the blocking position the closing force operating on the valve member is greater than the opening force and the gas injection valve is in the closed position, and when the control valve is the injecting position the closing force operating on the valve member is less than the opening force and the gas injection valve is in the open position.
An Insulated Gate Bipolar Transistor (IGBT) module assembly, comprising a cooling plate and an IGBT module fixedly connected to the cooling plate; a wiring terminal being arranged on an end face of the IGBT module, which is away from the cooling plate; the IGBT module comprising at least one side face adjacent to the end face, and a water guiding groove formed by each side face and the cooling plate; wherein the IGBT module has a polyhedral frustum structure or a cone frustum structure, and one end of each side face, which is close to the cooling plate, is inclined to a center of the IGBT module.
A method for assisting cyclic transmissions from a wireless communication device during predefined target transmission windows on a sidelink communications resource comprising a plurality of subframes, the method comprising: sensing periodic transmissions of periodicity p from at least one other wireless communication device on the sidelink communications resource by monitoring subframes, SFs, contained in a variable number N of time windows of fixed duration, wherein monitoring subframes includes: decoding transmitted data from the at least one other wireless communication device; and deriving, from the decoded data, if and when the at least one other wireless communication device will use the same resource for future transmissions, wherein the subframes for monitoring are subframes offset by J times 100ms from a target transmission window, and wherein J is a representation of a selected set of subframe indexes, and wherein the sidelink is a direct link between wireless communication devices. decoding transmitted data from the at least one other wireless communication device; and deriving, from the decoded data, if and when the at least one other wireless communication device will use the same resource for future transmissions,
A vehicle hood structure comprising a hood lock reinforcement that is provided on a vehicle lower side of an inner panel that forms a hood, and to which a striker is attached on a front side in a vehicle longitudinal direction, wherein the hood lock reinforcement includes a step-shaped rear wall portion that is formed farther to a rear side in the vehicle longitudinal direction than the striker, on the hood lock reinforcement, and in which a rear end portion in the vehicle longitudinal direction is arranged farther to a vehicle upper side than a front end portion in the vehicle longitudinal direction, and that includes at least four ridge lines (32A, 32B, 32C, 32D) that extend in a vehicle width direction, characterized in that it includes at least two leg portions that separate at least a first ridge line in the vehicle width direction, the first ridge line being the first ridge line that is bent to an opposite side with respect to a ridge line of the highest portion, when the ridge lines are counted from the ridge line of the highest portion toward a vehicle front, the hood lock reinforcement including a reinforcing portion that is provided on at least one of the leg portions, and that provides reinforcement with respect to bending of at least one of the ridge lines due to a load applied from the striker when the hood is closed, the reinforcing portion being provided crossing over, in the vehicle longitudinal direction, at least the first ridge line.
A module for a patient care system, the module comprising: a housing having an attachment side configured to releasably attach to an adjacent electronic module; a latch mechanism configured to engage a catch member on the adjacent electronic module to secure the attachment side to the adjacent electronic module; an electrical connector positioned on the attachment side and configured to electrically connect to an adjacent electrical connector on the adjacent electronic module; and a sensor characterized in that: the sensor is coupled to a latch extension extending from the latch mechanism and configured to be disposed within the housing and configured to detect movement of the latch mechanism.
A ubiquitin C antagonist for use in a method of treating cancer in a patient, the method comprising: (a) identifying a patient having cancer with (i) a reduced mRNA expression level of a ubiquitin B gene product or (ii) a ratio of a mRNA expression level of a UBC gene product to a mRNA expression level of a UBB gene product that is greater than 1.25; and (b) administering the UBC antagonist to the patient. (a) identifying a patient having cancer with (i) a reduced mRNA expression level of a ubiquitin B gene product or (ii) a ratio of a mRNA expression level of a UBC gene product to a mRNA expression level of a UBB gene product that is greater than 1.25; and (i) a reduced mRNA expression level of a ubiquitin B gene product or (ii) a ratio of a mRNA expression level of a UBC gene product to a mRNA expression level of a UBB gene product that is greater than 1.25; and (b) administering the UBC antagonist to the patient.
A DNA targeting system that binds to a human gamma globin gene, the DNA targeting system comprising a Cas fusion protein and at least one guide RNA (gRNA) that targets a polynucleotide sequence with SEQ ID NO: 33, 34, 35, or 36, wherein the gamma globin gene is HBG1 and/or HBG2.
A method operational on a transmitting terminal, comprising: providing an interface through which security information for one or more network communication associations (214, 218) across one or more layers (204a, 206a) is collected and distributed to applications, wherein the one or more network associations having been previously established with one or more receiving terminals; assessing level of trust information for at least one of the one or more network communication associations based on previous experiences with the one or more receiving terminals, wherein a previous experience of a positive communication over a network association is used by a requesting application to determine usage of said network association and wherein a negative communication including provision of corrupted files leads to a low level of trust of said network association; providing the security information and the level of trust information to the requesting application of the transmitting terminal; determining a level of strength information for the one or more network communication associations based on the security information and the level of trust information; and providing the level of strength information to the requesting application, the requesting application is further adapted to compare the level of strength information to a set of policies and select the secure network communication association based on the comparison to send data to a receiving terminal. providing an interface through which security information for one or more network communication associations (214, 218) across one or more layers (204a, 206a) is collected and distributed to applications, wherein the one or more network associations having been previously established with one or more receiving terminals; assessing level of trust information for at least one of the one or more network communication associations based on previous experiences with the one or more receiving terminals, wherein a previous experience of a positive communication over a network association is used by a requesting application to determine usage of said network association and wherein a negative communication including provision of corrupted files leads to a low level of trust of said network association; providing the security information and the level of trust information to the requesting application of the transmitting terminal; determining a level of strength information for the one or more network communication associations based on the security information and the level of trust information; and providing the level of strength information to the requesting application, the requesting application is further adapted to compare the level of strength information to a set of policies and select the secure network communication association based on the comparison to send data to a receiving terminal.
An antenna device, characterized by, comprising: a first radial waveguide structure comprising two first parallel radial plates and a plurality of first conductive elements connected to tunable elements and positioned vertically between the two first parallel plates, wherein the two first parallel plates are separated by a height determined according to desired transmission frequency range for radio frequency,RF, signals, a diameter of the conductive elements, and a clearance space around each one of the conductive elements; a second radial waveguide structure similar to the first waveguide structure and comprising two second parallel radial plates and a plurality of second conductive elements similar to the first conductive elements and connected to second tunable elements, wherein the second conductive elements have the same clearance space as the first conductive elements and are positioned vertically between the two second parallel plates, and wherein the two second plates are separated by a same height of separation of the first two parallel plates; and a plurality of radiating elements positioned between the first radial waveguide structure and the second radial waveguide structure, and distributed radially around a circumference of the first radial waveguide structure and a circumference of the second radial waveguide structure, wherein the first radial waveguide structure and the second radial waveguide structure are substantially in parallel. a first radial waveguide structure comprising two first parallel radial plates and a plurality of first conductive elements connected to tunable elements and positioned vertically between the two first parallel plates, wherein the two first parallel plates are separated by a height determined according to desired transmission frequency range for radio frequency,RF, signals, a diameter of the conductive elements, and a clearance space around each one of the conductive elements; a second radial waveguide structure similar to the first waveguide structure and comprising two second parallel radial plates and a plurality of second conductive elements similar to the first conductive elements and connected to second tunable elements, wherein the second conductive elements have the same clearance space as the first conductive elements and are positioned vertically between the two second parallel plates, and wherein the two second plates are separated by a same height of separation of the first two parallel plates; and a plurality of radiating elements positioned between the first radial waveguide structure and the second radial waveguide structure, and distributed radially around a circumference of the first radial waveguide structure and a circumference of the second radial waveguide structure, wherein the first radial waveguide structure and the second radial waveguide structure are substantially in parallel.
Method for analysing the composition of inhomogeneous bulk cargo, which is compressed into bales, characterized in that the method comprises the following steps: • recording at least one near infrared spectrum of 2, 3, 4, 5 or 6 sides of the bale, • recording an image of at least one side of the bale by way of a visual system for detecting contaminants, • analysing the recorded near infrared spectra in respect of the proportions of individual plastics types in the composition of the bale and analysing the image of at least one side of the bale recorded by way of a visual system in respect of the contaminants in the composition of the bale, and • storing the data of the near infrared spectrum and the determined composition of the bale, wherein the proportion of the individual plastics types in the composition of the bale is determined; wherein a mean value or a weighted mean value is calculated from the NIR spectra of various sides of the bale to ascertain representative values for the proportion of the individual plastics types per bale. • recording at least one near infrared spectrum of 2, 3, 4, 5 or 6 sides of the bale, • recording an image of at least one side of the bale by way of a visual system for detecting contaminants, • analysing the recorded near infrared spectra in respect of the proportions of individual plastics types in the composition of the bale and analysing the image of at least one side of the bale recorded by way of a visual system in respect of the contaminants in the composition of the bale, and • storing the data of the near infrared spectrum and the determined composition of the bale, wherein the proportion of the individual plastics types in the composition of the bale is determined; wherein a mean value or a weighted mean value is calculated from the NIR spectra of various sides of the bale to ascertain representative values for the proportion of the individual plastics types per bale. wherein the proportion of the individual plastics types in the composition of the bale is determined; wherein a mean value or a weighted mean value is calculated from the NIR spectra of various sides of the bale to ascertain representative values for the proportion of the individual plastics types per bale.
A vial adaptor comprising: (a) a distal collar portion comprised of a disk shaped central piece and a plurality of segments adapted for facilitating securement of said vial adaptor to a head portion of a vial, said segments attached to the circumference of said disk shaped central piece and projecting distally away from it; (b) a longitudinal extension projecting proximally from said disk shaped central piece; (c) a membrane that seals the proximal end of said longitudinal extension; (d) a spike element which protrudes distally from the center of said disk shaped central piece; (e) an air channel and a liquid channel both of which are internally formed within said longitudinal extension and said spike element, said channels adapted to allow fluid communication through said vial adapter from said proximally located membrane to openings at the tip of said spike, thereby providing a closed transfer device that does not vent to or communicate with the environment; characterized in that an annular shaped flat hydrophobic filter is located in said disk shaped central piece, said vial adaptor and said filter adapted to allow fluid flowing in said liquid channel to pass through said vial adapter without passing through said filter, to prevent liquid flowing through said air channel from passing through said filter, and to allow air flowing through said air channel to pass through said filter. (a) a distal collar portion comprised of a disk shaped central piece and a plurality of segments adapted for facilitating securement of said vial adaptor to a head portion of a vial, said segments attached to the circumference of said disk shaped central piece and projecting distally away from it; (b) a longitudinal extension projecting proximally from said disk shaped central piece; (c) a membrane that seals the proximal end of said longitudinal extension; (d) a spike element which protrudes distally from the center of said disk shaped central piece; (e) an air channel and a liquid channel both of which are internally formed within said longitudinal extension and said spike element, said channels adapted to allow fluid communication through said vial adapter from said proximally located membrane to openings at the tip of said spike, thereby providing a closed transfer device that does not vent to or communicate with the environment;
A vehicle seat which comprises a frame side portion provided at each of right and left sides of a seat back frame and extending in an up and down direction, wherein the frame side portion is provided with a fragile portion which is deformed when an impact load is applied thereto, wherein the fragile portion comprises a first fragile portion which is formed to extend forward from the rear end of the frame side portion and a second fragile portion which is formed at a position separated from the first fragile portion in the frame side portion, and wherein the first fragile portion extends toward the formation position of the second fragile portion wherein the first fragile portion is a penetration hole, characterized in that an edge surrounding the penetration hole as the first fragile portion is bent inward so that a flange-shaped portion is formed.
A method for protecting a security module (14, 24) connected to a near-field communication router in a telecommunication device, wherein a transmission between the router and the security module is only allowed in the presence of a radio frequency communication flow detected by the router.
Footwear comprising a footwear body and an inner body inserted into the footwear body, the footwear body having an upper covering part higher than an ankle portion and having a front opening that opens from the upper covering part to an instep part, the footwear body provided with separate tightening means for each of an instep opening and an upper opening of the front opening; and the inner body having an upper covering part higher than an ankle portion and a front opening in the inner body in at least the upper covering part, the footwear further comprising an inner lining eyelet provided respectively on left and right edges of said front opening of said inner body, one end of a shoelace made of a single lace or a plurality of connected laces is threaded through one inner lining eyelet and the one end of the shoelace is threaded between left to right sides in a staggered state through said instep opening of said footwear body to constitute said tightening means for the instep opening; another end of said shoelace is threaded through another said inner lining eyelet, and the another end of the shoelace is threaded between left to right sides in a staggered state through said upper opening of said footwear body to constitute said tightening means for the upper opening; a medial portion of the shoelace, said medial portion being present between the one inner lining eyelet and the another inner lining eyelet is adapted to serve as a pull part; wherein pulling the pull part tightens the front opening of said inner body, and enables either one or both of the tightening means for the instep opening of said footwear body and the tightening means for the upper opening of said footwear body to be tightened; and the footwear comprises holding- and releasing-enabled tightened-state-holding means for holding the pull part in a pulled state, holding the front opening of the inner body in a tightened state, and holding either one or both of the instep opening and the upper opening of said footwear body in a tightened state.