mhurhangee/patent-ind-claim-en huggingface dataset:
A nozzle for a liquid-cooled plasma arc torch, the nozzle comprising: a first body having a first end , a second end , and a longitudinal axis , the first body comprising an outer axial alignment flange having a proximal surface configured to mate with a torch body and an opposing distal surface exposed to liquid coolant flow; a second body disposed about a portion of the first body ; and a liquid cooling loop between the first and the second body, characterised by the second body comprising: an outer surface defining a set of annular channels, at least one inlet of the liquid cooling loop being at least partially defined within a first annular channel of the set and at least one outlet of the liquid cooling loop being at least partially defined within a second annular channel of the set, the distal surface of the alignment flange and the first annular channel together forming the at least one inlet . a first body having a first end , a second end , and a longitudinal axis , the first body comprising an outer axial alignment flange having a proximal surface configured to mate with a torch body and an opposing distal surface exposed to liquid coolant flow; a second body disposed about a portion of the first body ; and a liquid cooling loop between the first and the second body, characterised by the second body comprising: an outer surface defining a set of annular channels, at least one inlet of the liquid cooling loop being at least partially defined within a first annular channel of the set and at least one outlet of the liquid cooling loop being at least partially defined within a second annular channel of the set, the distal surface of the alignment flange and the first annular channel together forming the at least one inlet . an outer surface defining a set of annular channels, at least one inlet of the liquid cooling loop being at least partially defined within a first annular channel of the set and at least one outlet of the liquid cooling loop being at least partially defined within a second annular channel of the set, the distal surface of the alignment flange and the first annular channel together forming the at least one inlet .
A method , performed by a centrifuge , for treating toughness and hardness of drill bit buttons , wherein the centrifuge comprises a chamber formed by a stationary side wall and a bottom which is rotatable around a rotation axis (A), characterised in : - the bottom comprising one or more protrusions which at least partly extends between the rotation axis (A) and the side wall , - the side wall comprising at least six pushing elements arranged around a periphery of the side wall , and where the method comprises; - rotating , by rotation of the bottom with the protrusions , the drill bit buttons around the rotation axis (A), - pushing , by the pushing elements , the drill bit buttons from the side wall during the rotation of the bottom , - collectively forming the drill bit buttons into a well gathered torus shape at the bottom of the chamber , wherein the drill bit buttons will avoid climbing high on the chamber wall and fall down onto the bottom, for inducing collisions between the drill bit buttons , thereby treating the toughness and hardness of the drill bit buttons . - the bottom comprising one or more protrusions which at least partly extends between the rotation axis (A) and the side wall , - the side wall comprising at least six pushing elements arranged around a periphery of the side wall , and where the method comprises; - rotating , by rotation of the bottom with the protrusions , the drill bit buttons around the rotation axis (A), - pushing , by the pushing elements , the drill bit buttons from the side wall during the rotation of the bottom , - collectively forming the drill bit buttons into a well gathered torus shape at the bottom of the chamber , wherein the drill bit buttons will avoid climbing high on the chamber wall and fall down onto the bottom, for inducing collisions between the drill bit buttons , - rotating , by rotation of the bottom with the protrusions , the drill bit buttons around the rotation axis (A), - pushing , by the pushing elements , the drill bit buttons from the side wall during the rotation of the bottom , - collectively forming the drill bit buttons into a well gathered torus shape at the bottom of the chamber , wherein the drill bit buttons will avoid climbing high on the chamber wall and fall down onto the bottom, for inducing collisions between the drill bit buttons , thereby treating the toughness and hardness of the drill bit buttons .
Dual fixation system for fixing prosthesis on dental implants that allows the prosthesis to be screwed or clipped, wherein said dual system includes: - a fixation screw having a seating cone ; - a clip fixing device consisting of a convex ring in its upper part and a thread in its lower part - a cylinder having two different housings, ∘ one conical in its upper part to seat the seating cone of the fixation screw which is to be screwed from above, and ∘ the other in its lower part in the form of a concave ring where the convex ring of the clip fixing device will be housed and retained by friction-clip from below; - an intermediate abutment having an internal thread in which the thread of the clip fixing device or the fixation screw is to be placed, so that the space normally intended for the fixing screw can be taken up by the clip fixing device which is used instead of the fixation screw to retain a prosthesis by friction-clip. - a fixation screw having a seating cone ; - a clip fixing device consisting of a convex ring in its upper part and a thread in its lower part - a cylinder having two different housings, ∘ one conical in its upper part to seat the seating cone of the fixation screw which is to be screwed from above, and ∘ the other in its lower part in the form of a concave ring where the convex ring of the clip fixing device will be housed and retained by friction-clip from below; ∘ one conical in its upper part to seat the seating cone of the fixation screw which is to be screwed from above, and ∘ the other in its lower part in the form of a concave ring where the convex ring of the clip fixing device will be housed and retained by friction-clip from below; - an intermediate abutment having an internal thread in which the thread of the clip fixing device or the fixation screw is to be placed, so that the space normally intended for the fixing screw can be taken up by the clip fixing device which is used instead of the fixation screw to retain a prosthesis by friction-clip.
A quantum random number generator comprising: a quantum bit generator configured to generate and output a plurality of quantum bits with photons; a projective measurement equipment configured to project the plurality of quantum bits by using information of a random number sequence for a random measurement basis selection and output a measurement result in a binary bit string; and a random number extractor configured to compress the measurement result to extract random numbers by using an estimation probability estimated by an eavesdropper and output a random number sequence related to generation of the random number extracted, wherein the random number extractor acquires a probability distribution of measurement expectation values, calculates the estimation probability by using the probability distribution of the measurement expectation values acquired, and compresses the measurement result by the estimation probability calculated to output the random number sequence, wherein the random number extractor acquires the probability distribution of the measurement expectation values from (a) the information of the random number sequence used in the projective measurement equipment and (b) at least one of (b1) a displacement quantity of a projection axis of two non-orthogonal bases that are estimated in advance as information of imperfection of the projective measurement equipment measured in advance or (b2) a probability that two or more photons are included in the plurality of quantum bits as information of imperfection of the quantum bit generator. a quantum bit generator configured to generate and output a plurality of quantum bits with photons; a projective measurement equipment configured to project the plurality of quantum bits by using information of a random number sequence for a random measurement basis selection and output a measurement result in a binary bit string; and a random number extractor configured to compress the measurement result to extract random numbers by using an estimation probability estimated by an eavesdropper and output a random number sequence related to generation of the random number extracted, wherein the random number extractor acquires a probability distribution of measurement expectation values, calculates the estimation probability by using the probability distribution of the measurement expectation values acquired, and compresses the measurement result by the estimation probability calculated to output the random number sequence, wherein the random number extractor acquires the probability distribution of the measurement expectation values from (a) the information of the random number sequence used in the projective measurement equipment and (b) at least one of (b1) a displacement quantity of a projection axis of two non-orthogonal bases that are estimated in advance as information of imperfection of the projective measurement equipment measured in advance or (b2) a probability that two or more photons are included in the plurality of quantum bits as information of imperfection of the quantum bit generator.
A clamping device for securing a cross member to a structural member , the device comprising: - a support arm comprising a channel for receiving said cross member ; - a securing arm including a jaw portion , the securing arm being connected to the support arm by an articulating mechanism - a first clamping mechanism arranged to apply a force to clamp at least a part of said structural member between said jaw portion and the support arm , wherein the first clamping mechanism is configured to move the support arm and securing arm between an open configuration, in which said cross member may be engaged with the support arm to be supported by the support arm , and a clamped configuration, in which the jaw portion applies a clamping force to clamp at least a part of said structural member between said jaw portion and the support arm ; and - a retaining member arranged to apply a force to clamp said cross member to the support arm , and characterised in that the first clamping mechanism and the jaw portion are provided on the same side of the articulating mechanism and the first clamping mechanism is disposed between a part of the jaw portion and the articulating mechanism, and the retaining member is arranged to abut a first surface of the cross member in order to apply a clamping force to said cross member when the support arm and securing arm are in the clamped configuration. - a support arm comprising a channel for receiving said cross member ; - a securing arm including a jaw portion , the securing arm being connected to the support arm by an articulating mechanism - a first clamping mechanism arranged to apply a force to clamp at least a part of said structural member between said jaw portion and the support arm , wherein the first clamping mechanism is configured to move the support arm and securing arm between an open configuration, in which said cross member may be engaged with the support arm to be supported by the support arm , and a clamped configuration, in which the jaw portion applies a clamping force to clamp at least a part of said structural member between said jaw portion and the support arm ; and - a retaining member arranged to apply a force to clamp said cross member to the support arm , and characterised in that the first clamping mechanism and the jaw portion are provided on the same side of the articulating mechanism and the first clamping mechanism is disposed between a part of the jaw portion and the articulating mechanism, and the retaining member is arranged to abut a first surface of the cross member in order to apply a clamping force to said cross member when the support arm and securing arm are in the clamped configuration. the first clamping mechanism and the jaw portion are provided on the same side of the articulating mechanism and the first clamping mechanism is disposed between a part of the jaw portion and the articulating mechanism, and the retaining member is arranged to abut a first surface of the cross member in order to apply a clamping force to said cross member when the support arm and securing arm are in the clamped configuration.
A capsule containing at least one liquid substance for aerosol therapy or for nasal irrigation, comprising an inner capsule body and an outer side wall surrounding the inner capsule body , wherein the inner capsule body forms at least one closed chamber containing the at least one substance and delimited below by a capsule bottom wall in which at least one pierceable and/or tearable and/or peelable portion is obtained to allow the outflow of the substance from the capsule, wherein in the inner capsule body there is a capsule nozzle ending above with an outlet hole of the substance from the capsule, the capsule nozzle being suitable to be fitted onto a device nozzle of a delivery device (4; 400) so as to define with the device nozzle at least one substance suction channel for a suction of the substance towards the outlet hole by Venturi effect, the closed chamber being obtained around the capsule nozzle , wherein the outer wall defines, with the inner capsule body , a substance recovery channel , and wherein the outer wall forms a lower edge suitable to connect to a lower portion of the delivery device and an upper edge suitable to connect to an upper portion of the delivery device.
Fiber enforced mineral construction material, comprising: a) at least one fiber , which is embedded in a mineral construction material b) at least one ductile or elastic coating on the fiber c) particles positively bonded into the coating, wherein the particles protrude form-fittingly into the mineral construction material, wherein d) the measures of the particles exceed the thickness of the coating on a predominant part of the surface of the fiber characterized in that the particles e) are also completely embedded into the coating under formation of particle caps or f) are wetted with a separating agent and comprise a coating material. a) at least one fiber , which is embedded in a mineral construction material b) at least one ductile or elastic coating on the fiber c) particles positively bonded into the coating, wherein the particles protrude form-fittingly into the mineral construction material, wherein d) the measures of the particles exceed the thickness of the coating on a predominant part of the surface of the fiber characterized in that the particles e) are also completely embedded into the coating under formation of particle caps or f) are wetted with a separating agent and comprise a coating material.
A steam station apparatus for garments, comprising: a first water heater comprising a chamber including a chamber interior surface and a heating element , and wherein the first water heater is configured to heat water such that steam is produced; a first non-stick substance applied to at least a portion of the chamber interior surface, the first non-stick substance configured to reduce adhesion to the chamber interior surface of the first water heater with respect to a calcium compound within the water; a filter assembly downstream of and in fluid communication with the first water heater , the filter assembly including a particulate filter element configured to filter out at least some calcium compound solids received within a fluid flow from the chamber of the first water heater . a first water heater comprising a chamber including a chamber interior surface and a heating element , and wherein the first water heater is configured to heat water such that steam is produced; a first non-stick substance applied to at least a portion of the chamber interior surface, the first non-stick substance configured to reduce adhesion to the chamber interior surface of the first water heater with respect to a calcium compound within the water; a filter assembly downstream of and in fluid communication with the first water heater , the filter assembly including a particulate filter element configured to filter out at least some calcium compound solids received within a fluid flow from the chamber of the first water heater .
A resilient U-base fastener comprising: a U-shaped body defining a central body cavity between a first side and a second side , the first side connected to the second side at an insertion end ; a first spring arm connected to the first side of the body and bending outwardly and away from the central body cavity at a first bend ; characterized in that it further comprises a second spring arm connected to the first side of the body adjacent the first spring arm, the second spring arm bending outwardly and away from the central body cavity at a second bend ; and wherein the first spring arm and the second spring arm are laterally spaced apart from one another and are separated by a gap in the first side of the body, the gap extending toward the insertion end past the first bend and past the second bend. a U-shaped body defining a central body cavity between a first side and a second side , the first side connected to the second side at an insertion end ; a first spring arm connected to the first side of the body and bending outwardly and away from the central body cavity at a first bend ; characterized in that it further comprises a second spring arm connected to the first side of the body adjacent the first spring arm, the second spring arm bending outwardly and away from the central body cavity at a second bend ; and wherein the first spring arm and the second spring arm are laterally spaced apart from one another and are separated by a gap in the first side of the body, the gap extending toward the insertion end past the first bend and past the second bend.
Conveyor system for horizontal transport of metal sheets , comprising a control unit , said conveyor system having in a transport plane a first linear transport section and at least one second linear transport section , each of the second transport sections having at least one transport belt for transporting the metal sheets , the first transport section being designed as a table-like transport device and having a flat tabletop in the transport plane of the metal sheets , said tabletop having at least one transport belt in a strip-like middle region (M) that extends longitudinally to the transport direction (T) of the metal sheets and having a belt-free edge region (R1; R2) on each side of said middle region (M), the at least one second transport section being arranged in the transport plane at a right angle to the first transport section , characterized in that the tabletop of the transport device forming the first transport section has, in the edge region (R1) that faces the respective second transport section , at least one cutout that extends in a straight line transversely to the transport direction (T) of the metal sheets , each of said cutouts being arranged in line with one of the transport belts of the respective second transport section , each transport belt of the respective second transport section that is in line with the respective recess being arranged so as to extend into the respective recess .
A plate to be installed on an installation surface (R) for supporting an object (V) to be supported on the installation surface (R), the plate comprising: a plate part having a support surface (S1) for supporting the object (V) to be supported, and an adjustment part attached to the plate part and capable of adjusting a height position of the support surface (S 1) relative to the installation surface (R), characterized in that the support surface (S1) has a plurality of grooves (M1, M2) having different depths formed thereon. a plate part having a support surface (S1) for supporting the object (V) to be supported, and an adjustment part attached to the plate part and capable of adjusting a height position of the support surface (S 1) relative to the installation surface (R), characterized in that the support surface (S1) has a plurality of grooves (M1, M2) having different depths formed thereon.
A graphics processor comprising: a first tile of graphics processing engines; a second tile of graphics processing engines; and an interface between a host system and the graphics processor , the interface to receive a set of commands comprising a first partition of commands having a first workload partition identifier and a second partition of commands having a second workload partition identifier; store the first workload partition identifier in a first hardware context associated with the first tile ; store the second workload partition identifier in a second hardware context associated with the second tile; send the set of commands to both tiles ; wherein the first tile of graphics processing engines is to read the first workload partition identifier from the first hardware context; wherein the second tile of graphics processing engines is to read the second workload partition identifier from the second hardware context; and wherein a conditional execution unit in each tile executes a command if the workload partition identifier associated with the command matches the workload partition identifier associated with the tile. a first tile of graphics processing engines; a second tile of graphics processing engines; and an interface between a host system and the graphics processor , the interface to receive a set of commands comprising a first partition of commands having a first workload partition identifier and a second partition of commands having a second workload partition identifier; store the first workload partition identifier in a first hardware context associated with the first tile ; store the second workload partition identifier in a second hardware context associated with the second tile; send the set of commands to both tiles ; wherein the first tile of graphics processing engines is to read the first workload partition identifier from the first hardware context; wherein the second tile of graphics processing engines is to read the second workload partition identifier from the second hardware context; and wherein a conditional execution unit in each tile executes a command if the workload partition identifier associated with the command matches the workload partition identifier associated with the tile.