mhurhangee/ep-ind-claims huggingface dataset:
A method for supressing Orthogonal Frequency Division Multiplexing, OFDM, energy spectral density, comprising: selecting a set of suppression tones to be used for energy spectral density suppression, characterised by: based on the selected set of suppression tones, constructing a set of orthonormal vectors in at least one frequency region where the OFDM energy spectral density is to be supressed; computing a projection of each unity magnitude data modulated tone of a symbol, onto each orthonormal vector; during a symbol period, employing a set of data tone excitations of a symbol to scale the unity magnitude projections, to find a projection of symbol data onto the set of orthonormal vectors; and projecting the projection of the symbol data, onto the suppression tones to set an amplitude and a phase of each of the suppression tones. selecting a set of suppression tones to be used for energy spectral density suppression, characterised by: based on the selected set of suppression tones, constructing a set of orthonormal vectors in at least one frequency region where the OFDM energy spectral density is to be supressed; computing a projection of each unity magnitude data modulated tone of a symbol, onto each orthonormal vector; during a symbol period, employing a set of data tone excitations of a symbol to scale the unity magnitude projections, to find a projection of symbol data onto the set of orthonormal vectors; and projecting the projection of the symbol data, onto the suppression tones to set an amplitude and a phase of each of the suppression tones. based on the selected set of suppression tones, constructing a set of orthonormal vectors in at least one frequency region where the OFDM energy spectral density is to be supressed; computing a projection of each unity magnitude data modulated tone of a symbol, onto each orthonormal vector; during a symbol period, employing a set of data tone excitations of a symbol to scale the unity magnitude projections, to find a projection of symbol data onto the set of orthonormal vectors; and projecting the projection of the symbol data, onto the suppression tones to set an amplitude and a phase of each of the suppression tones.
A crosslinkable silane-containing polyolefin composition comprising: (a) a polyolefin containing at least one hydrolysable silyl group, wherein the polyolefin is polyethylene; (b) a sterically hindered phenol antioxidant; (c) a phosphite processing stabilizer; (d) a sterically hindered amine light stabilizer; (e) a substituted benzotriazol ultraviolet light absorber; and (f) a curing catalyst. (a) a polyolefin containing at least one hydrolysable silyl group, wherein the polyolefin is polyethylene; (b) a sterically hindered phenol antioxidant; (c) a phosphite processing stabilizer; (d) a sterically hindered amine light stabilizer; (e) a substituted benzotriazol ultraviolet light absorber; and (f) a curing catalyst.
A control system for emergency shut-off of a steam or a gas-powered turbine, the system comprising: a flow line for delivering a supply of gas or steam to said turbine, first and second emergency shut-off signal generators (31, 32), a first valve that blocks, in response to a first emergency shut-off signal of a first signal type from said first emergency shut-off signal generator, a flow of fluid between a first section of said flow line and a second section of said flow line; a second valve that blocks, in response to a second emergency shut-off signal of a second signal type from said second emergency shut-off signal generator, a flow of fluid between said second section of said flow line and a third section of said flow line, characterised in that said first emergency shut-off signal is a hydraulic signal, and said second emergency shut-off signal is an electrical signal. a flow line for delivering a supply of gas or steam to said turbine, first and second emergency shut-off signal generators (31, 32), a first valve that blocks, in response to a first emergency shut-off signal of a first signal type from said first emergency shut-off signal generator, a flow of fluid between a first section of said flow line and a second section of said flow line; a second valve that blocks, in response to a second emergency shut-off signal of a second signal type from said second emergency shut-off signal generator, a flow of fluid between said second section of said flow line and a third section of said flow line, characterised in that said first emergency shut-off signal is a hydraulic signal, and said second emergency shut-off signal is an electrical signal.
Thread winding housing assembly (28; 56) for insertion in a looper housing of a vertical looper - with a thread winding capsule to receive a thread winding with a precise fit - with a thread winding housing, which is configured as a separate component from the thread winding capsule, to receive the thread winding capsule - with a fixed link on the top side, which is non-rotatably connected to the thread winding capsule and is raised relative to the remaining thread winding housing. - with a thread winding capsule to receive a thread winding with a precise fit - with a thread winding housing, which is configured as a separate component from the thread winding capsule, to receive the thread winding capsule - with a fixed link on the top side, which is non-rotatably connected to the thread winding capsule and is raised relative to the remaining thread winding housing.
A kitchen appliance, comprising a button arrangement and a motor, wherein the button arrangement is for controlling the on-off actuation of the motor as well as a speed of the motor, and comprises: a power switch (22;70,72;80,82); a speed control circuit, separate to the power switch; a button for movement by a user; and a carrier which carries the button, a first actuator (44,86) and a second actuator, characterised in that the first actuator (44;86) is for mechanically actuating the power switch when the button is first moved, and the second actuator is for controlling the speed control circuit for controlling the motor speed when the button is further moved. a power switch (22;70,72;80,82); a speed control circuit, separate to the power switch; a button for movement by a user; and a carrier which carries the button, a first actuator (44,86) and a second actuator, characterised in that the first actuator (44;86) is for mechanically actuating the power switch when the button is first moved, and the second actuator is for controlling the speed control circuit for controlling the motor speed when the button is further moved.
A laundry appliance, comprising a cabinet accommodating a laundry treatment chamber and a storage drawer adapted to slide into the cabinet along a first direction ( x), the storage drawer comprising a drawer body and a drawer handle, the drawer handle being connectable with the drawer body in a releasable way through a coupling arrangement, wherein the coupling arrangement comprises: - drawer body sliding means ( 210a, 210b) arranged on the drawer body, and - drawer handle sliding means ( 215a, 215b) arranged on the drawer handle and adapted to slidingly engage with the drawer body sliding means for allowing the drawer handle to move with respect to the drawer body, wherein: said drawer body sliding means and said drawer handle sliding means extend along a second direction (z) perpendicular to the first direction and parallel to a top surface of the cabinet so as to allow the drawer handle to be detached from the drawer body by a lateral movement along said second direction. - drawer body sliding means ( 210a, 210b) arranged on the drawer body, and - drawer handle sliding means ( 215a, 215b) arranged on the drawer handle and adapted to slidingly engage with the drawer body sliding means for allowing the drawer handle to move with respect to the drawer body, wherein: said drawer body sliding means and said drawer handle sliding means extend along a second direction (z) perpendicular to the first direction and parallel to a top surface of the cabinet so as to allow the drawer handle to be detached from the drawer body by a lateral movement along said second direction.
A primer for gene amplification represented by the following Structural Formula 1, the primer comprising complementary double strands of nucleotides with a bubble structure by including a mis-matched nucleotide sequence linked by an inosine linker to the 5' terminal of a primer for a corresponding sequence for amplifying a specific gene sequence: wherein X a is a nucleotide sequence complementary to the specific gene sequence to be amplified, X' a is complementary to Xa with the exception of the mis-matched nucleotide sequence, and Y a is a sequence of universal or non-discriminatory bases.
An electrical assembly comprising: a connector body extending along a body axis between a mating end and a cable end, the connector body having a body groove at the mating end, the body groove having a deep groove section and a shallow groove section forward of the deep groove section along the body axis; a retaining ring received in the body groove, the retaining ring being compressible between a relaxed state and a compressed state, wherein the retaining ring is able to be compressed to the compressed state when aligned with the deep groove section and wherein the retaining ring is blocked from being compressed to the compressed state when aligned with the shallow groove section; and a coupling nut rotatable about the mating end of the connector body, the coupling nut being configured to be coupled to a receiving connector, the coupling nut having a coupling nut groove receiving the retaining ring, the coupling nut groove including a front wall, a rear wall and a connecting wall between the front wall and the rear wall, characterised in that: a diameter of the coupling nut groove along the connecting wall is less than a relaxed diameter of the retaining ring such that the retaining ring received in the coupling nut groove is in an unresolved relaxation state wherein the retaining ring is prevented from returning fully to the relaxed state by the connecting wall. a connector body extending along a body axis between a mating end and a cable end, the connector body having a body groove at the mating end, the body groove having a deep groove section and a shallow groove section forward of the deep groove section along the body axis; a retaining ring received in the body groove, the retaining ring being compressible between a relaxed state and a compressed state, wherein the retaining ring is able to be compressed to the compressed state when aligned with the deep groove section and wherein the retaining ring is blocked from being compressed to the compressed state when aligned with the shallow groove section; and a coupling nut rotatable about the mating end of the connector body, the coupling nut being configured to be coupled to a receiving connector, the coupling nut having a coupling nut groove receiving the retaining ring, the coupling nut groove including a front wall, a rear wall and a connecting wall between the front wall and the rear wall, characterised in that: a diameter of the coupling nut groove along the connecting wall is less than a relaxed diameter of the retaining ring such that the retaining ring received in the coupling nut groove is in an unresolved relaxation state wherein the retaining ring is prevented from returning fully to the relaxed state by the connecting wall.
A themed content distribution system for distributing data to a robot, the system including: a first server configured to communicably interface with a first network; a user-side node configured to transmit data to the robot; a content server configured to communicably interface with the first network and to transmit themed content to the robot via the user-side node using the first network, characterized in that: the themed content includes a bundle of functional robot motions or behaviors, wherein the themed content is selected based on monitoring and analysis of robot-generated data. a first server configured to communicably interface with a first network; a user-side node configured to transmit data to the robot; a content server configured to communicably interface with the first network and to transmit themed content to the robot via the user-side node using the first network, characterized in that: the themed content includes a bundle of functional robot motions or behaviors, wherein the themed content is selected based on monitoring and analysis of robot-generated data.
A device (20, 20', 12) for indicating a desired fluid flow rate along a fluid flow path through a respiratory inhaler, the device comprising: an inlet aperture (21, 21'); an outlet aperture (22, 22') for fluid communication with the fluid flow path through the respiratory inhaler; and a body (24, 35) defining a second fluid flow path extending between the inlet aperture (21, 21') and the outlet aperture (22, 22'), the body (24, 35) comprising: a connector portion (29, 29') for connection to the respiratory inhaler; and a fluid flow rate indicator operable to generate a sound signal to indicate when the fluid flow rate along the second fluid flow path is at a predetermined fluid flow rate, wherein the fluid flow rate indicator comprises a corrugated portion (25, 25') having a plurality of corrugations extending into the second fluid flow path, wherein the corrugated portion (25, 25') comprises a plurality of parallel ridges/peaks spaced by a plurality of troughs/furrows which at least partially encircle the second fluid flow path. an inlet aperture (21, 21'); an outlet aperture (22, 22') for fluid communication with the fluid flow path through the respiratory inhaler; and a body (24, 35) defining a second fluid flow path extending between the inlet aperture (21, 21') and the outlet aperture (22, 22'), the body (24, 35) comprising: a connector portion (29, 29') for connection to the respiratory inhaler; and a fluid flow rate indicator operable to generate a sound signal to indicate when the fluid flow rate along the second fluid flow path is at a predetermined fluid flow rate, a connector portion (29, 29') for connection to the respiratory inhaler; and a fluid flow rate indicator operable to generate a sound signal to indicate when the fluid flow rate along the second fluid flow path is at a predetermined fluid flow rate,
A vehicle driver assist arrangement comprising an output unit and a vehicle driver attentiveness assessment arrangement comprising; - a host vehicle lane position evaluation unit, - a steering wheel torque detection unit, - a pedal pressure detecting unit, and - a processing unit, where the host vehicle lane position evaluation unit is arranged to detect and evaluate a host vehicle lane position and transmit a first signal indicative of a safe and/or unsafe host vehicle lane position to the processing unit, and the steering wheel torque detection unit is arranged to detect a torque exerted on the steering wheel of the vehicle hosting the arrangement and to transmit a second signal indicative of the torque exerted on the steering wheel to the processing unit, and the pedal pressure detecting unit is arranged to detect a pressure exerted on one or more pedals of the vehicle hosting the arrangement and to transmit a third signal indicative of the pedal pressure to the processing unit, the driver assist arrangement is characterised in that the processing unit is arranged to assess a level of vehicle driver attentiveness on the basis of the first, the second and the third signal (S1, S2, S3), and in that the vehicle driver assist arrangement is arranged to issue an alert, via the output unit, in case the assessed level of vehicle driver attentiveness is below a predetermined threshold attentiveness level. - a host vehicle lane position evaluation unit, - a steering wheel torque detection unit, - a pedal pressure detecting unit, and - a processing unit,
A sensing electrode comprising a carbon electrode and a functional moiety covalently attached to a surface of said carbon electrode, wherein: said carbon electrode is a gas-permeable carbon fiber electrode; and said functional moiety being such that forms a charge-transfer complex with a nitro-containing compound; characterized in that said functional moiety comprises a silyl or siloxane substituted by an electron donating moiety, said electron donating moiety being a C 1-10 aminoalkyl; wherein said functional moiety is covalently attached to the carbon electrode via a -Si-O- bond. said carbon electrode is a gas-permeable carbon fiber electrode; and said functional moiety being such that forms a charge-transfer complex with a nitro-containing compound; characterized in that said functional moiety comprises a silyl or siloxane substituted by an electron donating moiety, said electron donating moiety being a C 1-10 aminoalkyl; wherein said functional moiety is covalently attached to the carbon electrode via a -Si-O- bond.
A method for molding a foamed article, comprising: placing a desired amount of thermoplastic polyurethane foam beads in a compression mold in the shape of an article, wherein the thermoplastic polyurethane foam beads have a density of from 0.01 to 0.3 g/cm 3; closing the mold; bringing the mold to a peak temperature of from 130° C. to 180° C. over a period of from 300 to 1500 seconds; cooling the mold to a temperature of from 5° C. to 80° C. over a period of from 300 to 1500 seconds within 30 seconds after the peak temperature is reached; and removing the article. placing a desired amount of thermoplastic polyurethane foam beads in a compression mold in the shape of an article, wherein the thermoplastic polyurethane foam beads have a density of from 0.01 to 0.3 g/cm 3; closing the mold; bringing the mold to a peak temperature of from 130° C. to 180° C. over a period of from 300 to 1500 seconds; cooling the mold to a temperature of from 5° C. to 80° C. over a period of from 300 to 1500 seconds within 30 seconds after the peak temperature is reached; and removing the article.
A system (700; 800) comprising: a processor (710; 870, 880) to automatically execute enclave initialization code within a host application at run time of the host application, wherein the enclave initialization code includes marshaling code to create a secure enclave separate from the host application, the marshaling code generated at build time of the host application; and a dynamic random access memory, DRAM, (715; 832, 834) including a dedicated DRAM portion to store the secure enclave. a processor (710; 870, 880) to automatically execute enclave initialization code within a host application at run time of the host application, wherein the enclave initialization code includes marshaling code to create a secure enclave separate from the host application, the marshaling code generated at build time of the host application; and a dynamic random access memory, DRAM, (715; 832, 834) including a dedicated DRAM portion to store the secure enclave.
Stackable bottle with handle from a set comprising at least one first and one second stackable bottle (13, 14), wherein each bottle is made of polyethylene terephthalate, polylactic acid or polyethylene furanoate and has a handle, each bottle has a base part comprising a central base part and a peripheral base part, wherein said central base part comprises a recess that is dimensioned such that the recess of the first bottle surrounds a bottle cap and a bottle neck of the second bottle in a stacked position in which a shoulder part of the second bottle lies against the peripheral base part of the first bottle, wherein said handle is adapted to be attached to the bottle neck and comprises a gripper part, characterized in that each bottle (13, 14) in the set is adapted to be compatible with a first and a second handle, and wherein said handle (12, 25) is chosen from said first handle and said second handle, wherein the recess is dimensioned such that the recess of the first bottle surrounds the first handle when attached to the second bottle in said stacked position, and wherein the peripheral base part and shoulder part comprise grooves so that in a stacked position a channel is created from said recess extending towards an outer part of the bottle, the channel being formed such that at least a part of the gripper part of the second handle can extend through the channel when attached to the second bottle in said stacked position.
Filter material for filtering a fluid which filter material comprises fibers and metallic silver particles, wherein said silver particles are fixed in the filter material by having a rough surface structure caught in said fibers, wherein said metallic silver particles are open porous particles, wherein pores in said particles have a size and form allowing said particles to be penetrated by said fibers or at least a part of said fibers or to be traversed by said fibers or at least a part of said fibers.
A heater assembly comprising: a heater configured to atomize an aerosol source; a container with a hollow space including an atomization chamber extending along a predetermined direction to form at least part of an aerosol channel through which aerosol passes and including a third channel, the aerosol being generated when an aerosol source, which is a columnar article having a column-like shape, is heated by the heater; a collar member including a hollow space that forms at least part of the aerosol channel, wherein the hollow space of the collar member includes a first channel extending in the predetermined direction, wherein the first channel is leading to an inlet; a second channel extending along an intersecting direction intersecting with the predetermined direction; and the third channel, different from the first channel, extending in the predetermined direction, wherein at least part of the second channel is formed by an outer lateral face of the columnar article with the columnar article inserted in the atomization chamber, wherein the second channel extends from the first channel, and the third channel extends from the second channel, and wherein the first channel, the second channel and the third channel form an intake channel configured to supply air from the inlet to the atomization chamber. a heater configured to atomize an aerosol source; a container with a hollow space including an atomization chamber extending along a predetermined direction to form at least part of an aerosol channel through which aerosol passes and including a third channel, the aerosol being generated when an aerosol source, which is a columnar article having a column-like shape, is heated by the heater; a collar member including a hollow space that forms at least part of the aerosol channel, wherein the hollow space of the collar member includes a first channel extending in the predetermined direction, wherein the first channel is leading to an inlet; a second channel extending along an intersecting direction intersecting with the predetermined direction; and the third channel, different from the first channel, extending in the predetermined direction, wherein at least part of the second channel is formed by an outer lateral face of the columnar article with the columnar article inserted in the atomization chamber, wherein the second channel extends from the first channel, and the third channel extends from the second channel, and wherein the first channel, the second channel and the third channel form an intake channel configured to supply air from the inlet to the atomization chamber.