mhurhangee/ep-ind-claims huggingface dataset:
An implantable prosthetic repair fabric, comprising: a knit mesh that includes a plurality of generally polygonal shaped primary pores defined by knitted strands of first filaments having a first diameter; and a pair of individual second filaments that extend across each primary pore to define a plurality of secondary pores within each primary pore, each of the pair of individual second filaments extending substantially parallel to one another, each of the second filaments having a second diameter which is greater than the first diameter. a knit mesh that includes a plurality of generally polygonal shaped primary pores defined by knitted strands of first filaments having a first diameter; and a pair of individual second filaments that extend across each primary pore to define a plurality of secondary pores within each primary pore, each of the pair of individual second filaments extending substantially parallel to one another, each of the second filaments having a second diameter which is greater than the first diameter.
A press for briquetting granular material, having a machine frame; having a compressing cylinder which has a separate cylinder bottom; having a compressing piston which is displaceable within the compressing cylinder, having a positioning apparatus (32, 38) by which a relative movement between the compressing cylinder and the cylinder bottom is producible, and having a compressing piston drive which works on the compressing piston, wherein the compressing cylinder is fixedly arranged on the machine frame and at least the end of the cylinder bottom which is adjacent to the compressing cylinder is movable transversely to an axis of said compressing cylinder, and the cylinder bottom is arranged on the machine frame so as to be swivellable around an axis of swivelling, wherein the axis of swivelling of the cylinder bottom intersects the axis of the compressing cylinder, characterized in that the axis of swivelling is arranged on the side of the cylinder bottom facing away from the compressing cylinder.
A cartridge for use as an irradiation target, wherein the cartridge comprises a housing and a sealed ampoule included in said housing, wherein the ampoule contains a parent material which on activation by neutron flux converts into a radioisotope, and wherein that ampoule is kept within said housing by means of a shock absorbing material, characterized in that the housing is made of a plastic material.
Machining centre for timepiece components in medium-sized production runs, including a fixed base, on which are coaxially superposed several stages, at least one of which is movable relative to said fixed base, and wherein each said stage movable relative to said fixed base can be position indexed with respect to said fixed base, each said stage including, on the periphery thereof, a plurality of distinct stations arranged at a constant angular pitch, said stations including machining units and/or grippers whose movements are controlled by control means, said machining centre including a plurality of machining locations each formed by a combination of said stations from two adjacent said stages, each said machining location combining, on the one hand, at least one said machining unit of a said station of one of said adjacent stages, and on the other hand, at least one gripper of another said station of the other of said adjacent stages, and wherein each relative movement between two indexing positions of two said stages is able to change the composition of each of said machining locations, said machining centre including, among said stages, at least a first stage and a second stage which are superposed and adjacent, wherein at least one of said first stage and second stage is movable relative to said fixed base, said first stage and said second stage being arranged such that, in any relative indexing position of said first stage with respect to said second stage, each said machining location formed in this indexing operation includes at least one said machining unit belonging to one of said adjacent first stage and second stage, and at least one said gripper belonging to the other of said adjacent first stage and second stage, characterized in that each said gripper has at least one rotational degree of freedom relative to the stage that carries said gripper, and in that at least one said station includes both at least one said machining unit and at least one said gripper.
A torque wrench comprising a cam-type torque detection mechanism, the torque detection mechanism having a rotatable drive spindle for transmitting tightening force to a tightened member, a tubular cam disposed rotatably around the drive spindle via a ratchet mechanism and provided on its outer circumferential surface with a cam portion, and a roller member actuated by a resilient member to abut retreatably against the cam portion, the roller member being subjected to the tightening force, characterized in that the cam portion has a cam top surface that is configured to impart a plus torque to the roller member and is formed at a position where the roller member reaches after having passed a torque peak position, a gradually decreasing torque cam surface that is connected to the cam top surface, is made up of a straight locus (δ1) and is configured to gradually decrease a plus torque imparted to the roller member to zero, and a minus torque cam surface for imparting a minus torque to the roller member after having passed over the gradually decreasing torque cam surface.
A method for performing uplink protocol change, implemented in a wireless transmit/receive unit operating under a first third generation partnership project, 3GPP, layer 2, L2, medium access control, MAC, protocol, comprising: in response to a non-enhanced Node B being added to an active set of Node Bs in communication with the wireless transmit/receive unit, reconfiguring the MAC protocol from operation in the first 3GPP L2 MAC protocol to operation in a second 3GPP L2 MAC protocol, wherein the first MAC protocol is an enhanced MAC protocol which supports segmentation and the second MAC protocol is a non-enhanced MAC protocol which does not support segmentation; flushing active hybrid automatic repeat request processes associated with operation in the first MAC protocol; and performing a MAC-e/es reset of a 3GPP MAC-e/es entity in the wireless transmit/receive unit, wherein the performing of the MAC-e/es reset includes discarding any segments of a MAC-e/es packet data unit that are contained in a segmentation buffer of the wireless transmit/receive unit. in response to a non-enhanced Node B being added to an active set of Node Bs in communication with the wireless transmit/receive unit, reconfiguring the MAC protocol from operation in the first 3GPP L2 MAC protocol to operation in a second 3GPP L2 MAC protocol, wherein the first MAC protocol is an enhanced MAC protocol which supports segmentation and the second MAC protocol is a non-enhanced MAC protocol which does not support segmentation; flushing active hybrid automatic repeat request processes associated with operation in the first MAC protocol; and performing a MAC-e/es reset of a 3GPP MAC-e/es entity in the wireless transmit/receive unit, wherein the performing of the MAC-e/es reset includes discarding any segments of a MAC-e/es packet data unit that are contained in a segmentation buffer of the wireless transmit/receive unit.
A system for the controlled opening of an easy-opening metal lid subjected to a differential gas pressure, wherein said metal lid comprises, on the one hand, an assembly ring and, on the other hand, a central closing panel including a removable portion that is delimited by a break line and that includes an upper face provided with a gripping member and an opposite lower face, wherein said gripping member comprises an intermediate portion fastened to said removable portion and a central portion for the grip itself, wherein said break line comprises two portions: (i) an upstream portion, intended to be torn by a tilting of said gripping member, and (ii) a downstream portion, consisted by the remaining length of said break line and intended to be torn by a subsequent pulling on said gripping member, said system comprising: - means for holding said metal lid, - means for tilting said gripping member in a controlled and reproducible manner, in order to generate a controlled tearing of said upstream portion of the break line, characterized in that said system further comprises: - means for measuring said differential gas pressure between the two faces (241, 242) of said removable portion. (i) an upstream portion, intended to be torn by a tilting of said gripping member, and (ii) a downstream portion, consisted by the remaining length of said break line and intended to be torn by a subsequent pulling on said gripping member, - means for holding said metal lid, - means for tilting said gripping member in a controlled and reproducible manner, in order to generate a controlled tearing of said upstream portion of the break line, - means for measuring said differential gas pressure between the two faces (241, 242) of said removable portion.
A method of sorting scrap particles comprising: imaging a moving conveyor containing scrap particles using a vision system to create an image corresponding to a timed location of the conveyor; employing a computer to analyze the image as a matrix of cells,; generating and directing a light beam to the particle on the conveyor downstream of the vision system and within a target area using a scanner assembly including a beam deflector; isolating and measuring at least one emitted band of light from the particle in the target area at a selected frequency band using a detector to provide spectral data for the particle; and characterized by employing the computer to identify cells in the matrix containing a particle by distinguishing the particle from a background indicative of the conveyor, and calculate a color input for the particle from a color model by determining color components for each cell in the matrix associated with the particle; and to generate a data vector for the particle containing the color input and the spectral data, and classify the particle into one of at least two classifications of a material as a function of the data vector. imaging a moving conveyor containing scrap particles using a vision system to create an image corresponding to a timed location of the conveyor; employing a computer to analyze the image as a matrix of cells,; generating and directing a light beam to the particle on the conveyor downstream of the vision system and within a target area using a scanner assembly including a beam deflector; isolating and measuring at least one emitted band of light from the particle in the target area at a selected frequency band using a detector to provide spectral data for the particle; and characterized by employing the computer to identify cells in the matrix containing a particle by distinguishing the particle from a background indicative of the conveyor, and calculate a color input for the particle from a color model by determining color components for each cell in the matrix associated with the particle; and to generate a data vector for the particle containing the color input and the spectral data, and classify the particle into one of at least two classifications of a material as a function of the data vector.
A pneumatic tire comprising a communication device, wherein the communication device is entirely wrapped with a coating material, the coating material is formed of vinyl and nylon, and the communication device wrapped with the coating material is attached to a surface of a sidewall portion of the pneumatic tire or embedded in the sidewall portion, characterised in that: the communication device is doubly wrapped with coating materials, vinyl is used as an inner layer, and nylon is used as an outer layer. the communication device is entirely wrapped with a coating material, the coating material is formed of vinyl and nylon, and the communication device wrapped with the coating material is attached to a surface of a sidewall portion of the pneumatic tire or embedded in the sidewall portion, characterised in that: the communication device is doubly wrapped with coating materials, vinyl is used as an inner layer, and nylon is used as an outer layer.
A turbomachine base plate, comprising: an upper metal plate forming a turbomachine supporting surface; a lower metal plate; an intermediate layer made of a filling material between the upper metal plate and the lower metal plate and bonded thereto, characterised in that the material being selected from the group comprising: an unfoamed polymer, a polymer foam, a metal foam, a ceramic foam, or combination thereof; a frame extending peripherally around the intermediate layer. an upper metal plate forming a turbomachine supporting surface; a lower metal plate; an intermediate layer made of a filling material between the upper metal plate and the lower metal plate and bonded thereto, characterised in that the material being selected from the group comprising: an unfoamed polymer, a polymer foam, a metal foam, a ceramic foam, or combination thereof; a frame extending peripherally around the intermediate layer.
A floor-mounted electrical box, comprising: - a body which comprises side walls defining a hollow space with a closed contour and an access opening (1.1) into the hollow space; - at least one support configured for housing electrical and/or data elements; - at least one fitting area for the fitted arrangement of the at least one support in the hollow space; - a cover comprising an outer face (2.1) and an inner face (2.2) opposite the outer face (2.1) and arrangeable facing the hollow space, the cover being for closing the access opening (1.1); - placement means for placing the cover on the body, the placement means being arranged for moving the cover between an open position, providing access to the hollow space, and a closed position, blocking access to the hollow space; wherein the placement means comprise at least one projection and at least one cavity for establishing a movable attachment between the cover and the body; characterized in that the at least one projection has a first portion (5.1) and a second portion (5.2), wherein said first portion (5.1) that extends externally in a progressive manner for being able to place and remove the at least one projection with respect to the at least one cavity by snap fitting, and wherein said second portion (5.2) extends externally in an abrupt manner for a retention provided by contact of the second portion (5.2) with the at least one cavity, such that the projection can be removed and be free to rotate in the at least one cavity. - a body which comprises side walls defining a hollow space with a closed contour and an access opening (1.1) into the hollow space; - at least one support configured for housing electrical and/or data elements; - at least one fitting area for the fitted arrangement of the at least one support in the hollow space; - a cover comprising an outer face (2.1) and an inner face (2.2) opposite the outer face (2.1) and arrangeable facing the hollow space, the cover being for closing the access opening (1.1); - placement means for placing the cover on the body, the placement means being arranged for moving the cover between an open position, providing access to the hollow space, and a closed position, blocking access to the hollow space; wherein the placement means comprise at least one projection and at least one cavity for establishing a movable attachment between the cover and the body; characterized in that the at least one projection has a first portion (5.1) and a second portion (5.2), wherein said first portion (5.1) that extends externally in a progressive manner for being able to place and remove the at least one projection with respect to the at least one cavity by snap fitting, and wherein said second portion (5.2) extends externally in an abrupt manner for a retention provided by contact of the second portion (5.2) with the at least one cavity, such that the projection can be removed and be free to rotate in the at least one cavity.
A frequency-shift-keying transceiver (1; 21; 40) for use in a hearing aid, said transceiver having a resonant circuit (C 1, C 2, L 1) comprising at least a fixed inductance (L 1), a fixed capacitance (C 1) and a variable capacitance (C 2), - wherein the transceiver (1; 21; 40) comprises an FSK modulator (7; 30; 51), a transmitting amplifier (8; 31; 52), a receiving amplifier (9; 32; 53) and means (5, 10; 25-29; 41-47) for controlling the tuning frequency of the resonant circuit to a desired frequency, said means comprising a phase difference detector (10; 26-29; 41-46) and a tuning manager (5; 25; 47), - characterized in that the phase difference detector (10; 26-29; 41-46) being adapted for measuring the phase difference across the fixed capacitance (C 1), - the tuning manager (5; 25; 47) comprising ∘ means for receiving symbols from a transmission data buffer (3; 23; 49), ∘ means for receiving measured phase differences from the phase difference detector (10; 26-29; 41-46), ∘ means for comparing a first received measured phase difference corresponding to a first received symbol with a second received measured phase difference corresponding to a second received symbol, and ∘ means for adjusting the value of the variable capacitance (C 2) according to the difference between the first phase difference and the second phase difference to control the tuning frequency of the resonant circuit. - wherein the transceiver (1; 21; 40) comprises an FSK modulator (7; 30; 51), a transmitting amplifier (8; 31; 52), a receiving amplifier (9; 32; 53) and means (5, 10; 25-29; 41-47) for controlling the tuning frequency of the resonant circuit to a desired frequency, said means comprising a phase difference detector (10; 26-29; 41-46) and a tuning manager (5; 25; 47), - characterized in that the phase difference detector (10; 26-29; 41-46) being adapted for measuring the phase difference across the fixed capacitance (C 1), - the tuning manager (5; 25; 47) comprising ∘ means for receiving symbols from a transmission data buffer (3; 23; 49), ∘ means for receiving measured phase differences from the phase difference detector (10; 26-29; 41-46), ∘ means for comparing a first received measured phase difference corresponding to a first received symbol with a second received measured phase difference corresponding to a second received symbol, and ∘ means for adjusting the value of the variable capacitance (C 2) according to the difference between the first phase difference and the second phase difference to control the tuning frequency of the resonant circuit. ∘ means for receiving symbols from a transmission data buffer (3; 23; 49), ∘ means for receiving measured phase differences from the phase difference detector (10; 26-29; 41-46), ∘ means for comparing a first received measured phase difference corresponding to a first received symbol with a second received measured phase difference corresponding to a second received symbol, and ∘ means for adjusting the value of the variable capacitance (C 2) according to the difference between the first phase difference and the second phase difference to control the tuning frequency of the resonant circuit.
A memory controller (210/310), comprising: a plurality of back end channels (350-1..., 350-N) associated with a back end portion of the memory controller (210/310); a command dispatcher coupled to the plurality of back end channels (350-1,..., 350-N) and a command queue (386/586) communicatively coupled to the plurality of back end channels (350-1..., 350-N), the command queue (386/586) being configured to hold host commands communicated by a host; and circuitry configured to: generate a number of back end commands at least in response to a number of the host commands in the command queue (386/586), wherein the number of back end commands is different to the number of the host commands; and characterised by the circuitry further configured to:determine a net read from memory to be accomplished by a number of read commands of the host commands and to modify one or more of the number of read commands such that fewer commands are sent to accomplish the same net read from memory in order to economize distribution of the number of read commands among the plurality of back end channels (350-1,..., 350-N). a plurality of back end channels (350-1..., 350-N) associated with a back end portion of the memory controller (210/310); a command dispatcher coupled to the plurality of back end channels (350-1,..., 350-N) and a command queue (386/586) communicatively coupled to the plurality of back end channels (350-1..., 350-N), the command queue (386/586) being configured to hold host commands communicated by a host; and circuitry configured to: generate a number of back end commands at least in response to a number of the host commands in the command queue (386/586), wherein the number of back end commands is different to the number of the host commands; and characterised by the circuitry further configured to:determine a net read from memory to be accomplished by a number of read commands of the host commands and to modify one or more of the number of read commands such that fewer commands are sent to accomplish the same net read from memory in order to economize distribution of the number of read commands among the plurality of back end channels (350-1,..., 350-N). generate a number of back end commands at least in response to a number of the host commands in the command queue (386/586), wherein the number of back end commands is different to the number of the host commands; and characterised by the circuitry further configured to:determine a net read from memory to be accomplished by a number of read commands of the host commands and to modify one or more of the number of read commands such that fewer commands are sent to accomplish the same net read from memory in order to economize distribution of the number of read commands among the plurality of back end channels (350-1,..., 350-N).
A compound of formula: wherein L is selected from a quinoline, isoquinoline, quinazoline, five-membered heterocyclic ring or benzo-fused five membered heterocyclic ring, optionally substituted with alkyl groups, aryl alkyl groups, alkoxy groups or halogens; wherein a is 0, 1 or 2; wherein R 1 is H or with R 2 is a bond; wherein R 2 is OH or an alkoxy or aryloxy group, or with R 1 forms a bond; wherein R 3 is an alkyl group; wherein R 4 is CH 2, CMe 2 or O.