mhurhangee/ep-ind-claims huggingface dataset:
Submerged centrifugal electric pump comprising a tubular-shaped external casing comprising a first and a second tubular portion (5, 7) suitable to be connected coaxial to each other; a pumping unit axially inserted into a first chamber defined into said first tubular portion of said casing to suction a liquid through a suctioning opening and transfer said outflowing liquid through a discharge opening; a motor unit axially inserted into a second chamber defined into said second tubular portion of said casing and provided with a motor shaft suitable to be operatively connected to said pumping unit; means for fixing the axial position of said motor shaft interposed between said motor unit and said pumping unit and comprising a substantially tubular-shaped occlusion member having an elastic material portion suitable to engage the internal surface of said casing in correspondence of the connecting end of said second tubular portion to said first tubular portion; a tubular-shaped support body suitable to be inserted coaxial inside said casing and axially linked to said occlusion member; and a fastening member suitable to be associated with said occlusion member to perform the radial expansion of said elastic material portion, so as to fasten the same elastic material portion against said internal surface of said casing characterized in that it comprises rolling support means suitable to be associated with said motor shaft in order to hold the axial thrust, and inserted into a seat made in said support body, said rolling support means comprising a thrust bearing member provided with an internal part, blocked between a shoulder of said motor shaft and a ring engaged in the same motor shaft, and an external part blocked between a ring engaged in the support body and an internal shoulder of the same support body.
An oral seamless capsule comprising a capsule film, a content enclosed in the film, and an intermediate layer intervening between the content and the capsule film, wherein the content is an oral drug composition comprising (a) a drug being a local anesthetic that is low in solubility in both water and oil, but is soluble in a polyethylene glycol, (b) a polyethylene glycol that is solid at temperatures of 40°C or lower, (c) an oily or aqueous auxiliary agent, and wherein the intermediate layer is made of fat having a melting point of 40°C or lower. (a) a drug being a local anesthetic that is low in solubility in both water and oil, but is soluble in a polyethylene glycol, (b) a polyethylene glycol that is solid at temperatures of 40°C or lower, (c) an oily or aqueous auxiliary agent, and
A method of receiving a Physical sidelink control channel, PSCCH and a Physical sidelink shared channel, PSSCH, which are received by a user equipment, UE, in a wireless communication system, comprising the steps of: receiving, by the UE, a PSCCH including a first information indicating a time interval between an initial transmission and a retransmission of a PSSCH and a second information indicating whether the PSSCH corresponds to the initial transmission or the retransmission; and identifying, by the UE, a resource located at a subframe appearing after a subframe in which the PSCCH is received if the PSSCH corresponds to the initial transmission and a resource located at a subframe prior to the subframe in which the PSCCH is received based on the first information and the second information, wherein the first information is used as a positive value for identifying a retransmission resource from a resource of the PSCCH based on that the second information indicates the initial transmission, and wherein the first information is used as a negative value for identifying an initial transmission resource from a resource of the PSCCH based on that the second information indicates the retransmission. receiving, by the UE, a PSCCH including a first information indicating a time interval between an initial transmission and a retransmission of a PSSCH and a second information indicating whether the PSSCH corresponds to the initial transmission or the retransmission; and identifying, by the UE, a resource located at a subframe appearing after a subframe in which the PSCCH is received if the PSSCH corresponds to the initial transmission and a resource located at a subframe prior to the subframe in which the PSCCH is received based on the first information and the second information, wherein the first information is used as a positive value for identifying a retransmission resource from a resource of the PSCCH based on that the second information indicates the initial transmission, and wherein the first information is used as a negative value for identifying an initial transmission resource from a resource of the PSCCH based on that the second information indicates the retransmission.
A method for separating fractions of a mixture to be separated, in a device having: - several chromatography columns (21, 22, 23,...) mounted in series, - an open separation loop and comprising at the inlet a point for injecting eluent into one of the columns and at the outlet a draw-off point for a fraction of the mixture, the method comprising steps of: - discontinuous injection of the mixture to be separated into the open separation loop, - collection of at least two fractions, - shifting by at least one column the eluent-injection and fraction draw-off points (6, 8) of the separation loop. - several chromatography columns (21, 22, 23,...) mounted in series, - an open separation loop and comprising at the inlet a point for injecting eluent into one of the columns and at the outlet a draw-off point for a fraction of the mixture, the method comprising steps of: - discontinuous injection of the mixture to be separated into the open separation loop, - collection of at least two fractions, - shifting by at least one column the eluent-injection and fraction draw-off points (6, 8) of the separation loop.
An assembly for actuating a vehicle transmission or a gearbox, comprising a plurality of solenoid valves, and characterized in that, the assembly further comprises a polymeric-material-based valve block for receiving the plurality of solenoid valves, wherein polymeric-material-based valve block includes glass-fibre reinforced thermoplastic material, characterized in that, the polymeric-material-based valve block includes 50% glass-fibre reinforced engineering thermoplastic material based on a semi-crystalline, partially aromatic copolyamide. a plurality of solenoid valves, and characterized in that, the assembly further comprises a polymeric-material-based valve block for receiving the plurality of solenoid valves, wherein polymeric-material-based valve block includes glass-fibre reinforced thermoplastic material, characterized in that, the polymeric-material-based valve block includes 50% glass-fibre reinforced engineering thermoplastic material based on a semi-crystalline, partially aromatic copolyamide.
A method for generating random numbers, the method comprising: initializing, by data processing hardware, a pseudo-random number generator (PRNG) having a state of 2048 bits comprising inner bits and outer bits, the inner bits comprising the first 128 bits of the 2048 bits and the outer bits comprising the remaining bits of the 2048 bits; permuting, by the data processing hardware, the state of the PRNG by: retrieving Advanced Encryption Standard round keys from a key source; and for a threshold number of times: executing a round function using the AES round keys, the round function comprising XOR'ing odd-numbered branches of a Feistel network having 16 branches of 128 bits with a function of corresponding even-numbered neighbor branches of the Feistel network, wherein the round function comprises at least two rounds of AES; and shuffling each branch of 128 bits into a prescribed order; and executing, by the data processing hardware, an XOR of the inner bits of the permuted state with the inner bits of a previous state. initializing, by data processing hardware, a pseudo-random number generator (PRNG) having a state of 2048 bits comprising inner bits and outer bits, the inner bits comprising the first 128 bits of the 2048 bits and the outer bits comprising the remaining bits of the 2048 bits; permuting, by the data processing hardware, the state of the PRNG by: retrieving Advanced Encryption Standard round keys from a key source; and for a threshold number of times: executing a round function using the AES round keys, the round function comprising XOR'ing odd-numbered branches of a Feistel network having 16 branches of 128 bits with a function of corresponding even-numbered neighbor branches of the Feistel network, wherein the round function comprises at least two rounds of AES; and shuffling each branch of 128 bits into a prescribed order; and executing, by the data processing hardware, an XOR of the inner bits of the permuted state with the inner bits of a previous state. retrieving Advanced Encryption Standard round keys from a key source; and for a threshold number of times: executing a round function using the AES round keys, the round function comprising XOR'ing odd-numbered branches of a Feistel network having 16 branches of 128 bits with a function of corresponding even-numbered neighbor branches of the Feistel network, wherein the round function comprises at least two rounds of AES; and shuffling each branch of 128 bits into a prescribed order; and executing a round function using the AES round keys, the round function comprising XOR'ing odd-numbered branches of a Feistel network having 16 branches of 128 bits with a function of corresponding even-numbered neighbor branches of the Feistel network, wherein the round function comprises at least two rounds of AES; and shuffling each branch of 128 bits into a prescribed order; and executing, by the data processing hardware, an XOR of the inner bits of the permuted state with the inner bits of a previous state.
A system comprising a remote control device, and a first appliance with an Internet connection, wherein: - the remote control device is configured for remote control of the first appliance; - the first appliance has first means for programming the remote control device for control of a further appliance; - the remote control device has a button for initiating connecting the first appliance to a specific server on the Internet for downloading onto the first appliance a further control code for control of the further appliance. - the remote control device is configured for remote control of the first appliance; - the first appliance has first means for programming the remote control device for control of a further appliance; - the remote control device has a button for initiating connecting the first appliance to a specific server on the Internet for downloading onto the first appliance a further control code for control of the further appliance.
A shale shaker for separating solids from a solids laden fluid, the shale shaker comprising a base, a basket movably mounted on the base, the basket having at least one screening surface therein, the at least one screening surface having a feed end and a discharge end, at least a portion of the at least one screening surface inclined from the feed end to the discharge end, wherein the shale shaker has an electromagnetic vibratory apparatus for vibrating the basket and the at least one screening surface, and a driving apparatus for driving the electromagnetic vibratory apparatus characterized in that the shale shaker comprises a sensor apparatus and control apparatus configured to use information obtained from the sensor apparatus for controlling the frequency of the driving apparatus to maintain vibration of the basket at a natural resonant frequency of the basket when in use.
A control device for a transmission including m (m ≥ 3) solenoid valves (52 to 58) and configured to establish a plurality of shift speeds by engaging n1 (2 ≤ n1 < m) engagement elements using hydraulic pressures of n1 solenoid valves among the m solenoid valves, the control device comprising: current threshold setting means for setting respective currents to be applied to solenoids of n2 (n1 < n2 ≤ m) solenoid valves corresponding to n2 engagement elements at the time when braking torque acts on an output shaft of the transmission with the n2 engagement elements engaged as current thresholds; determination means for determining whether or not braking torque is generated on the output shaft of the transmission by comparing respective current values to be applied to the solenoids of the n2 solenoid valves and the set current thresholds corresponding to the solenoids of the n2 solenoid valves; and determination element setting means for setting n2 engagement elements among the m engagement elements as n2 determination elements, characterized in that the current threshold setting means sets, for each of solenoids of n2 determination valves which are n2 solenoid valves corresponding to the set n2 determination elements, a current to be applied when braking torque acts on the output shaft of the transmission with the set n2 determination elements engaged as the current threshold on the basis of a combination of the set n2 determination elements. current threshold setting means for setting respective currents to be applied to solenoids of n2 (n1 < n2 ≤ m) solenoid valves corresponding to n2 engagement elements at the time when braking torque acts on an output shaft of the transmission with the n2 engagement elements engaged as current thresholds; determination means for determining whether or not braking torque is generated on the output shaft of the transmission by comparing respective current values to be applied to the solenoids of the n2 solenoid valves and the set current thresholds corresponding to the solenoids of the n2 solenoid valves; and determination element setting means for setting n2 engagement elements among the m engagement elements as n2 determination elements, the current threshold setting means sets, for each of solenoids of n2 determination valves which are n2 solenoid valves corresponding to the set n2 determination elements, a current to be applied when braking torque acts on the output shaft of the transmission with the set n2 determination elements engaged as the current threshold on the basis of a combination of the set n2 determination elements.
A releasable lacing system (2400, 2500) for tightening an article, the lacing system (2400, 2500) comprising: a plate that is coupleable with the article, the plate having a post; characterized by a tensioning component that is configured to snap couple onto the plate and that is decoupleable from the plate, the tensioning component being configured to tension a tension member to tighten the article and being configured to loosen the tension member to loosen the article; wherein the post of the plate is configured as a ratcheted rotary dial so that tension on the tension member may be increased by winding the tension member about a groove of the post, via the tensioning component, without having to decouple the tensioning component from the plate. a plate that is coupleable with the article, the plate having a post; characterized by a tensioning component that is configured to snap couple onto the plate and that is decoupleable from the plate, the tensioning component being configured to tension a tension member to tighten the article and being configured to loosen the tension member to loosen the article; wherein the post of the plate is configured as a ratcheted rotary dial so that tension on the tension member may be increased by winding the tension member about a groove of the post, via the tensioning component, without having to decouple the tensioning component from the plate.
A wireless earbud comprising: a housing having a stem portion aligned with a longitudinal axis, the stem portion including first and second ends; a speaker assembly having a driver unit and a directional sound port proximate the first end and offset from the longitudinal axis, wherein the driver unit is aligned to emit sound from the directional sound port and comprises a magnet, a voice coil, and a diaphragm; a rechargeable battery disposed in the housing; a first partial annular contact disposed at an external surface at the second end of the stem portion and electrically coupled to the rechargeable battery; a second partial annular contact disposed at an external surface at the second end of the stem portion, the first and second partial annular contacts (610, 615) spaced in an oppositional and symmetrical relationship with each other forming a ring-like shape; and a microphone aperture positioned within a center of the ring-like shape. a housing having a stem portion aligned with a longitudinal axis, the stem portion including first and second ends; a speaker assembly having a driver unit and a directional sound port proximate the first end and offset from the longitudinal axis, wherein the driver unit is aligned to emit sound from the directional sound port and comprises a magnet, a voice coil, and a diaphragm; a rechargeable battery disposed in the housing; a first partial annular contact disposed at an external surface at the second end of the stem portion and electrically coupled to the rechargeable battery; a second partial annular contact disposed at an external surface at the second end of the stem portion, the first and second partial annular contacts (610, 615) spaced in an oppositional and symmetrical relationship with each other forming a ring-like shape; and a microphone aperture positioned within a center of the ring-like shape.
An arrangement for mounting a resonant spring in a linear motor compressor, the arrangement comprising: a cylinder crankcase defining a cylindrical region inside which is formed a compression chamber, a piston reciprocating in the compression chamber, an actuating means coupled to the piston; and a resonant spring means having a first diametrical end segment, affixed to the actuating means by a first securing means and a second diametrical end segment, affixed to the cylinder crankcase by a second securing means, characterized in that the second securing means comprises: - a base vise jaw (60, 60') rigidly affixed to the second diametrical end segment of the resonant spring means in a predetermined position; - a top vise jaw (70, 70') mounted, by a first tightening means (80, 80'), between two opposite portions of the cylinder crankcase and seated and compressed, by at least one second tightening means (90, 90') and in an axially and radially adjustable manner, in relation to the shaft of the resonant spring means, against the base vise jaw (60, 60'), locking the latter to the top vise jaw (70, 70'), in a condition in which the axes of the end diametrical segments(50a, 50b) of the resonant spring means intercept the axis of the cylindrical region of the cylinder crankcase and in which the piston presents a predetermined axial position inside said cylindrical region. - a base vise jaw (60, 60') rigidly affixed to the second diametrical end segment of the resonant spring means in a predetermined position; - a top vise jaw (70, 70') mounted, by a first tightening means (80, 80'), between two opposite portions of the cylinder crankcase and seated and compressed, by at least one second tightening means (90, 90') and in an axially and radially adjustable manner, in relation to the shaft of the resonant spring means, against the base vise jaw (60, 60'), locking the latter to the top vise jaw (70, 70'), in a condition in which the axes of the end diametrical segments(50a, 50b) of the resonant spring means intercept the axis of the cylindrical region of the cylinder crankcase and in which the piston presents a predetermined axial position inside said cylindrical region.
A turbine assembly comprising: a first static structure; a second static structure (16, 70) radially outward of the first static structure; and a support member placed in a recess of the second static structure, wherein the support member comprises a substantially square block having first and second curved surfaces (54, 56) to contact the first and second static structures, respectively, and wherein the support member comprises a biasing structure positioned proximate corners of the support member to retain the support member in the recess; wherein the recess comprises a support surface configured to contact the second curved surface of the support member, the recess comprising two lateral surfaces adjoining the support surface; and wherein the biasing structure contacts the two lateral surfaces to retain the support member when the support member is not in contact with the first static structure. a first static structure; a second static structure (16, 70) radially outward of the first static structure; and a support member placed in a recess of the second static structure, wherein the support member comprises a substantially square block having first and second curved surfaces (54, 56) to contact the first and second static structures, respectively, and wherein the support member comprises a biasing structure positioned proximate corners of the support member to retain the support member in the recess; wherein the recess comprises a support surface configured to contact the second curved surface of the support member, the recess comprising two lateral surfaces adjoining the support surface; and wherein the biasing structure contacts the two lateral surfaces to retain the support member when the support member is not in contact with the first static structure.
A tool for a medical treatment, in particular a dental treatment, comprising - a handpiece having a vibration source, - a moving part of the handpiece, performing a vibration movement along a vibration direction in a vibrating state, - a tool tip being connected to the moving part of the handpiece in an interface section, in a non-vibrating state the tool tip extending along an extending direction, in particular along a straight extending direction, while in the vibrating state the tool tip performs a flexural movement in a plane extending along the extending direction of the tool tip and perpendicular to the cross section of the tool tip, and - at least one outlet channel for ejecting an irrigation fluid along a ejecting direction, wherein the tool is configured such that the irrigation fluid travels to a distal end of the vibrating tool tip without crossing the tool tip. - a handpiece having a vibration source, - a moving part of the handpiece, performing a vibration movement along a vibration direction in a vibrating state, - a tool tip being connected to the moving part of the handpiece in an interface section, in a non-vibrating state the tool tip extending along an extending direction, in particular along a straight extending direction, while in the vibrating state the tool tip performs a flexural movement in a plane extending along the extending direction of the tool tip and perpendicular to the cross section of the tool tip, and - at least one outlet channel for ejecting an irrigation fluid along a ejecting direction,
A shear spring (300, 300') comprising a base and a V-shaped surface opposite the base adapted to mate with a corresponding V-shaped surface positioned on a side wall of a spring mount, an elastomeric material positioned between the base and the V-shaped surface, and a first intermediate plate positioned between the base and the V-shaped surface, wherein the base comprises a flat base plate and the first intermediate plate is flat, characterized in that the base includes a first flange and a second flange, the first flange extending away from the V-shaped surface and being adapted to be positioned outwardly from a first edge of a side wall of a spring module, and the second flange extending away from the V-shaped surface and being adapted to be positioned outwardly from a second edge of the side wall of the spring module, the first flange and the second flange being positioned in parallel planes and extending perpendicularly from the flat base plate.