mhurhangee/ep-ind-claims huggingface dataset:
Safety device for preventing the operation of a stop valve on a pipe having a longitudinal axis X, the valve having a body and a head, it being possible for the head to be pivoted relative to the body along an operating axis A, the device comprising: - an outer casing, and - a base element which is received in the outer casing and intended to be connected to the head of the valve, the safety device comprising retaining means which are suitable for fixing the device to the body and/or to the head of the valve, the outer casing being connected to the base element by a connection which is freely rotatable about the operating axis A, the outer casing thus preventing access to and operation of the head of the valve, the safety device further comprising an adapter module which is received in the base element and has at least one housing for locking the head of the valve, characterized in that the adapter module has at least two opposite faces (30A, 30B), each having a housing which is intended to receive a type of valve head, respectively, and in that the adapter module is substantially cubic and has 3 to 6 usable faces, each having a housing which is intended to receive a type of valve head, respectively. - an outer casing, and - a base element which is received in the outer casing and intended to be connected to the head of the valve, the safety device comprising retaining means which are suitable for fixing the device to the body and/or to the head of the valve, the outer casing being connected to the base element by a connection which is freely rotatable about the operating axis A, the outer casing thus preventing access to and operation of the head of the valve, the safety device further comprising an adapter module which is received in the base element and has at least one housing for locking the head of the valve, characterized in that the adapter module has at least two opposite faces (30A, 30B), each having a housing which is intended to receive a type of valve head, respectively, and in that the adapter module is substantially cubic and has 3 to 6 usable faces, each having a housing which is intended to receive a type of valve head, respectively. the safety device comprising retaining means which are suitable for fixing the device to the body and/or to the head of the valve, the outer casing being connected to the base element by a connection which is freely rotatable about the operating axis A, the outer casing thus preventing access to and operation of the head of the valve, the safety device further comprising an adapter module which is received in the base element and has at least one housing for locking the head of the valve, characterized in that the adapter module has at least two opposite faces (30A, 30B), each having a housing which is intended to receive a type of valve head, respectively, and in that the adapter module is substantially cubic and has 3 to 6 usable faces, each having a housing which is intended to receive a type of valve head, respectively.
A spark plug having an electrode tip at an end portion of an electrode, the electrode tip containing Pd as a main component in an amount greater than 40% by weight and containing at least one element of Ir, Ni, Co, and Fe such that Ir, if contained, is contained in an amount of 0.5% by weight to 20% by weight inclusive and at least one element of Ni, Co, and Fe, if contained, is contained in an amount of 0.5% by weight to 40% by weight inclusive on an element basis, characterised in that the electrode tip contains residual oxygen in an amount of 300 ppm or less.
An apparatus (500, 502) comprising: a power tracker configured to determine a single power tracking signal based on a plurality of inphase, I, and quadrature, Q, components of all of a plurality of transmit signals being sent simultaneously; a power supply generator configured to generate a single power supply voltage based on the single power tracking signal; and a power amplifier, PA, configured to receive the single power supply voltage and all of the plurality of transmit signals to produce a single output radio frequency, RF, signal. a power tracker configured to determine a single power tracking signal based on a plurality of inphase, I, and quadrature, Q, components of all of a plurality of transmit signals being sent simultaneously; a power supply generator configured to generate a single power supply voltage based on the single power tracking signal; and a power amplifier, PA, configured to receive the single power supply voltage and all of the plurality of transmit signals to produce a single output radio frequency, RF, signal.
Dental object, with; an adhesive region for attaching the dental object to a tooth, teeth or gums, comprising an array of suction cups (107-1,..., 107-n); and an electronic sensor unit and/or a sensor housing. an adhesive region for attaching the dental object to a tooth, teeth or gums, comprising an array of suction cups (107-1,..., 107-n); and an electronic sensor unit and/or a sensor housing.
A signal generation device comprising: a housing where an ultrasonic emitter installation portion is formed to be protruded so that an ultrasonic emitter can be disposed therein; a cap member which is engaged with the housing so that the ultrasonic emitter installation portion and the ultrasonic emitter disposed to surround the ultrasonic emitter installation portion are contained therein; and a pen core portion which includes a pen tip and a body portion, wherein the body portion is contained in the cap member and the pen tip penetrates a pen tip hole formed in the cap member to be protruded outwards from the cap member, wherein a cross-sectional area of the body portion is larger than a cross-sectional area of the pen tip hole, and a cross-sectional area of the pen tip is smaller than the cross-sectional area of the pen tip hole, and wherein the cap member includes an upper cap member which is engaged with the housing to contain the ultrasonic emitter and a lower cap member which is engaged with the upper cap member to contain the pen core portion. a housing where an ultrasonic emitter installation portion is formed to be protruded so that an ultrasonic emitter can be disposed therein; a cap member which is engaged with the housing so that the ultrasonic emitter installation portion and the ultrasonic emitter disposed to surround the ultrasonic emitter installation portion are contained therein; and a pen core portion which includes a pen tip and a body portion, wherein the body portion is contained in the cap member and the pen tip penetrates a pen tip hole formed in the cap member to be protruded outwards from the cap member, wherein a cross-sectional area of the body portion is larger than a cross-sectional area of the pen tip hole, and a cross-sectional area of the pen tip is smaller than the cross-sectional area of the pen tip hole, and wherein the cap member includes an upper cap member which is engaged with the housing to contain the ultrasonic emitter and a lower cap member which is engaged with the upper cap member to contain the pen core portion.
A method of operating a processor comprising a plurality of functional units (205 1 - 205 N) arranged in one or more cores (200 1 - 200 N), the functional units being coupled for inter-functional unit communications using both a first datapath and a second datapath, the second datapath being a switched network, the method comprising: configuring the functional units to operate in one of two discrete operational modes, a first discrete operational mode being implemented with the functional units in a standard core configuration for general processing using the first datapath, and a second discrete mode being implemented with the functional units in a spatial array configuration using the second datapath; receiving a block of operating instructions, the operating instructions including an indication of the operational mode to be utilized for the block; and dynamically (910, 915) reconfiguring the functional units at runtime to operate in one or the other discrete operational mode according to the received block of operating instructions, wherein the block of operating instructions further includes a static execution schedule for the spatial array configuration, the static execution schedule being embedded in the received block, and wherein the embedding includes replacing target bits in the operating instructions with static execution schedule information to map the operating instructions to the spatial array and set up routing paths through the switched network. configuring the functional units to operate in one of two discrete operational modes, a first discrete operational mode being implemented with the functional units in a standard core configuration for general processing using the first datapath, and a second discrete mode being implemented with the functional units in a spatial array configuration using the second datapath; receiving a block of operating instructions, the operating instructions including an indication of the operational mode to be utilized for the block; and dynamically (910, 915) reconfiguring the functional units at runtime to operate in one or the other discrete operational mode according to the received block of operating instructions, wherein the block of operating instructions further includes a static execution schedule for the spatial array configuration, the static execution schedule being embedded in the received block, and wherein the embedding includes replacing target bits in the operating instructions with static execution schedule information to map the operating instructions to the spatial array and set up routing paths through the switched network.
Puncture-needle system for puncturing an organ or vessel, in particular a kidney, comprising a puncture cannula which is inserted into a functional shaft and is penetrated by an optical system, wherein the functional shaft has an external diameter of less than 5 Fr.
A composite hybrid cord (1, 10) comprising: a core comprising a bundle of metal filaments (4, 7); and a plurality of cabled strands (2, 3) helically wound around the core, each cabled strand (2, 3) comprising of a plurality of first synthetic strands having a filament tenacity of from 10 to 40 grams per decitex wound around a center bundle of metal filaments or second synthetic strands different from the first synthetic strands. a core comprising a bundle of metal filaments (4, 7); and a plurality of cabled strands (2, 3) helically wound around the core, each cabled strand (2, 3) comprising of a plurality of first synthetic strands having a filament tenacity of from 10 to 40 grams per decitex wound around a center bundle of metal filaments or second synthetic strands different from the first synthetic strands.
Bumper of vehicle with structure, bumper including - a main portion intended to be attached to the vehicle structure; and - a fastening opening intended to receive a fastening part for a vehicle equipment, including a light device, which also includes a holding portion swivel in relation to the main part; the holding portion rotating between a position away from the attachment opening and a position close to the attachment opening in order to maintain the attachment part, the holding portion having a guide passage for a fastening tool of the attachment part. The holding portion includes a stop surface suitable for blocking the attachment part in the close position. - a main portion intended to be attached to the vehicle structure; and - a fastening opening intended to receive a fastening part for a vehicle equipment, including a light device, which also includes a holding portion swivel in relation to the main part; the holding portion rotating between a position away from the attachment opening and a position close to the attachment opening in order to maintain the attachment part, the holding portion having a guide passage for a fastening tool of the attachment part. The holding portion includes a stop surface suitable for blocking the attachment part in the close position.
An apparatus for evaluating one of a physical and a chemical property of a surface, said apparatus comprising a processing system configured to cooperate with an atomic force microscope with a scanner, a cantilever to which is attached a probe, the atomic force microscope operating in a ramp mode at a ramp frequency, wherein in the ramp mode as the scanner moves concurrently in a scanning direction, the probe traces a sinusoidal path having an amplitude and spatial frequency, wherein said spatial frequency is the ramp frequency, said processing system being configured to collect a data indicative of at least one of the physical and the chemical properties of a sample, wherein said processing system is configured to receive a probe signal indicative of a movement of the probe at a frequency that is higher than said ramp frequency; wherein said probe signal is represented as a function of time and comprises a contact portion, being the portion of the curve between the moment of contact being the time when the probe contacts the surface and the moment of release being the time at which the probe and the surface separate, and a rebound portion, being the portion of the probe signal that includes a ringing, and wherein said probe signal comprises the contact portion indicative of a cantilever deflection of said atomic force microscope caused by slow mechanical interaction of the cantilever with the surface, and the rebound portion that consists of second-order effects of motion of said cantilever, such as deflections that arise from all other sources; and wherein said processing system is further configured to obtain a parameter that is indicative at least one of the physical and the chemical property of the sample based at least in part on said rebound portion of said probe signal; wherein said processing system is configured to process second order effects of the rebound portion of the probe signal to provide information about said parameter.
A piezoelectric ceramic composition comprising a primary ingredient represented by Formula 1 and an auxiliary ingredient represented by Formula 2, Formula 1: [Li X (K 1-Y Na y) 1-X] a (Nb 1-Z-W Ta Z Sb W) b O 3, wherein 0 ≤ X ≤ 0.2, 0 ≤ Y ≤1, 0 < Z ≤0.4, and 0 < W ≤ 0.2, 0.95 ≤ a ≤ 1.05, 0.95 ≤ b ≤ 1.05, Formula 2: ABO 3, wherein A comprises Bi and B comprises at least one of Fe, In, Sc, Y and Mn, and ABO 3 represents a compound having a perovskite structure; and the amount V of an auxiliary ingredient is less than 1 mol % per 100 mol % of a piezoelectric ceramic composition after an auxiliary ingredient has been added.
Pneumatic vehicle tire having a nominal tire cross-sectional height of at most 110 mm, having a tread, a belt assembly, bead regions with bead cores and horn profiles, a radial carcass, which runs around the bead cores in the bead regions axially on the inside to axially on the outside, forming carcass turn-ups, and having side wall regions, which each have a wing profile and a side wall profile, wherein the wing profile is the only rubber component extending in contact with the radial carcass in the radially outer region of the side wall region and has a radially inner end section which runs out in a tapered manner in the direction of the bead region and which overlaps the side wall profile on the outside, and has a radially outer end section, which runs out at the tread edge region, and wherein, in cross section, the side wall profile is a substantially strip-shaped rubber component arranged between the wing profile and the horn profile, characterized in that the carcass turn-ups end at a radial height (h 1), determined from a base line (B L), of 15 mm to 65 mm, and in that, at least in a region between a radial height (h 2), determined from the base line (B L), of 29% of the nominal side wall height and a radial height (h 3), determined from the base line (B L), of at least 80% of the tire cross-sectional height, the wing profiles are the only rubber components that extend outside the radial carcass, wherein the base line (B L) extends in the axial direction and intersects the rim where the outer end of the rim radius is situated.
An air conditioner, comprising: a case comprising a heat exchange chamber and an electronic component chamber formed at a side of the heat exchange chamber, the electronic component chamber having an electronic component part disposed therein; a suction port (14A, 15A) provided at the case and through which air that is external to the air conditioner is introduced inside the case; and an air guide attached to the electronic component part to guide the air introduced through the suction port (14A, 15A) from the electronic component chamber to the heat exchange chamber, the air conditioner characterised in that the air guide comprises: a guide body to form an air path, a water collection part provided at a lower portion of the guide body to store water introduced into the guide body, and a drainage hole provided at the water collection part to discharge the water. a case comprising a heat exchange chamber and an electronic component chamber formed at a side of the heat exchange chamber, the electronic component chamber having an electronic component part disposed therein; a suction port (14A, 15A) provided at the case and through which air that is external to the air conditioner is introduced inside the case; and an air guide attached to the electronic component part to guide the air introduced through the suction port (14A, 15A) from the electronic component chamber to the heat exchange chamber, the air conditioner characterised in that the air guide comprises: a guide body to form an air path, a water collection part provided at a lower portion of the guide body to store water introduced into the guide body, and a drainage hole provided at the water collection part to discharge the water. a guide body to form an air path, a water collection part provided at a lower portion of the guide body to store water introduced into the guide body, and a drainage hole provided at the water collection part to discharge the water.
Control system for variable-pitch vanes for a turbine engine, comprising at least one annular row (64, 66) of variable-pitch vanes extending around an axis and each comprising a blade which is connected at the radially outer end thereof to a pivot which defines a substantially radial axis of rotation of the vane and which is connected by a lever to control means (40a, 40b) extending around said axis, said control means comprise first links carried by said pivots and second links extending between said first links, characterised in that said first and second links extending substantially over the same circumference around said axis and being connected to one another and to actuation means.
An epoxy resin composition comprising: a. an epoxy functionalized resin; b. a hardener; and c. an internal mold release agent, wherein said epoxy functionalized resin has a monohydrolyzed resin content of at least 10 wt%, wherein monohydrolyzed resin species are α-glycol compounds formed by the addition of a molecule of water to an epoxide group, and said internal mold release agent comprises a fatty acid ethoxylate. a. an epoxy functionalized resin; b. a hardener; and c. an internal mold release agent, wherein said epoxy functionalized resin has a monohydrolyzed resin content of at least 10 wt%, wherein monohydrolyzed resin species are α-glycol compounds formed by the addition of a molecule of water to an epoxide group, and said internal mold release agent comprises a fatty acid ethoxylate.
A queue comprising: a plurality of queue entries configured to store data in an in-order contiguous manner; control logic; characterized in that the data are stored beginning at a first available entry nearest a head of the queue and wherein the queue further comprises a plurality of schedulers, wherein each of the plurality of schedulers is configured to: select a queue entry of the plurality of queue entries for deallocation; and generate a bit vector (902, 904, 906, 908) comprising a plurality of bits with a first segment of bits having a first value and a second segment of bits having a second value, wherein a location where the first segment meets the second segment in the bit vector identifies the queue entry selected for deallocation; and wherein in response to receiving a plurality of bit vectors from the plurality of schedulers that identify at least two non-contiguous entries of the plurality of queue entries, the control logic is configured to: deallocate each of the at least two non-contiguous entries; and shift queue entries that remain allocated toward the head of the queue such that entries that remain allocated are located in contiguous entries beginning at the head of the queue. a plurality of queue entries configured to store data in an in-order contiguous manner; control logic; characterized in that the data are stored beginning at a first available entry nearest a head of the queue and wherein the queue further comprises a plurality of schedulers, wherein each of the plurality of schedulers is configured to: select a queue entry of the plurality of queue entries for deallocation; and generate a bit vector (902, 904, 906, 908) comprising a plurality of bits with a first segment of bits having a first value and a second segment of bits having a second value, wherein a location where the first segment meets the second segment in the bit vector identifies the queue entry selected for deallocation; and select a queue entry of the plurality of queue entries for deallocation; and generate a bit vector (902, 904, 906, 908) comprising a plurality of bits with a first segment of bits having a first value and a second segment of bits having a second value, wherein a location where the first segment meets the second segment in the bit vector identifies the queue entry selected for deallocation; and wherein in response to receiving a plurality of bit vectors from the plurality of schedulers that identify at least two non-contiguous entries of the plurality of queue entries, the control logic is configured to: deallocate each of the at least two non-contiguous entries; and shift queue entries that remain allocated toward the head of the queue such that entries that remain allocated are located in contiguous entries beginning at the head of the queue. deallocate each of the at least two non-contiguous entries; and shift queue entries that remain allocated toward the head of the queue such that entries that remain allocated are located in contiguous entries beginning at the head of the queue.