mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a memory; a host processor to execute an operating system stored in the memory; a host controller interface to: transmit a signal to a Serial Advanced Technology Attachment (SATA) peripheral device from a host controller, communicatively coupled to the host controller, for exiting a low-power state; track an initialization time for out-of-band transmission and reception logic of the SATA peripheral device; store a reference time value based on the tracked initialization time for the OOB transmission and reception logic for the SATA peripheral device; and align OOB communication of the peripheral device and the host controller by utilizing the reference time value for waking a host physical layer of the host controller for exiting a low-power state; an antenna; and radio frequency circuitry coupled to the antenna to receive signal data to be processed by the system. a memory; a host processor to execute an operating system stored in the memory; a host controller interface to: transmit a signal to a Serial Advanced Technology Attachment (SATA) peripheral device from a host controller, communicatively coupled to the host controller, for exiting a low-power state; track an initialization time for out-of-band transmission and reception logic of the SATA peripheral device; store a reference time value based on the tracked initialization time for the OOB transmission and reception logic for the SATA peripheral device; and align OOB communication of the peripheral device and the host controller by utilizing the reference time value for waking a host physical layer of the host controller for exiting a low-power state; transmit a signal to a Serial Advanced Technology Attachment (SATA) peripheral device from a host controller, communicatively coupled to the host controller, for exiting a low-power state; track an initialization time for out-of-band transmission and reception logic of the SATA peripheral device; store a reference time value based on the tracked initialization time for the OOB transmission and reception logic for the SATA peripheral device; and align OOB communication of the peripheral device and the host controller by utilizing the reference time value for waking a host physical layer of the host controller for exiting a low-power state; an antenna; and radio frequency circuitry coupled to the antenna to receive signal data to be processed by the system.
A sonotrode for an ultrasonic surgical instrument, the sonotrode comprising a stem extending along a longitudinal axis and a cap configured to carry out an ablative process on tissue using mechanical oscillation, wherein the cap comprises at least one portion that protrudes further in a radial direction than the stem, wherein the at least one portion comprises at least one sharp rim, wherein a surface (25, 26) of the cap, said surface being arranged between a distal end of the stem and the sharp rim of the portion, is a concave surface and/or runs at an opening angle with respect to the stem that is equal or smaller than 90 degrees, characterized in that the cap comprises a convex surface, wherein the convex surface provides a soft and/or smooth surface and wherein the material of the sonotrode is a metallic material.
A hot melt adhesive comprising a styrenic block copolymer, an acid functional tackifier with an acid number of at least 100, an acid functional diluent with an acid number of at least 100, an end block resin and optionally a plasticizer, wherein the acid functional diluent is dimer acid and wherein the styrenic block copolymer has a melt index of > 20 (grams / 10 minutes at 200°C / 5kg - ASTM D - 1238 (Condition G)).
A laundry treating apparatus, comprising: a detergent container receiving portion provided at a lower portion of a body, and provided with a front opening portion to insert a detergent container; and a detergent insert door rotatably provided on a front surface of the detergent container receiving portion to open or close the detergent container receiving portion, wherein the detergent insert door comprises: a bracket coupled to the front opening portion to allow a detergent inlet formed on a front surface thereof to communicate with the front opening portion, and provided with a hinge receiving portion at a lower portion thereof; a cover comprises one or more hinge coupling portions to be inserted into the hinge receiving portion, the cover hinge-coupled to the bracket to open or close the detergent inlet; a shaft damper configured to rotate the cover at a predetermined speed up to a set angle; and an elastic member configured to provide an elastic force in an opposite direction of rotation when the cover rotates above a set angle based on the bracket to support the cover so as to limit the cover from being bumped to the floor, characterized in that the cover comprises: a first member configured to form an appearance of the detergent insert door, and provided with bracket supporting portions protruded and formed toward the bracket at both ends thereof; and a second member adhered to a rear surface of the first member to reinforce a strength of the first member, and provided with a hinge shaft at a lower portion thereof. a detergent container receiving portion provided at a lower portion of a body, and provided with a front opening portion to insert a detergent container; and a detergent insert door rotatably provided on a front surface of the detergent container receiving portion to open or close the detergent container receiving portion, a bracket coupled to the front opening portion to allow a detergent inlet formed on a front surface thereof to communicate with the front opening portion, and provided with a hinge receiving portion at a lower portion thereof; a cover comprises one or more hinge coupling portions to be inserted into the hinge receiving portion, the cover hinge-coupled to the bracket to open or close the detergent inlet; a shaft damper configured to rotate the cover at a predetermined speed up to a set angle; and an elastic member configured to provide an elastic force in an opposite direction of rotation when the cover rotates above a set angle based on the bracket to support the cover so as to limit the cover from being bumped to the floor, a first member configured to form an appearance of the detergent insert door, and provided with bracket supporting portions protruded and formed toward the bracket at both ends thereof; and a second member adhered to a rear surface of the first member to reinforce a strength of the first member, and provided with a hinge shaft at a lower portion thereof.
Bearing arrangement, in particular for mounting a shaft on a bearing carrier of a motor vehicle drive train, having - a bearing carrier which has a bearing seat with a bearing-seat radial groove, - an anti-friction bearing which has a bearing radial groove on a bearing ring and which is inserted into the bearing seat, - an axial securing ring which engages into the bearing-seat radial groove and into the bearing radial groove, in order to secure the anti-friction bearing axially in relation to the bearing carrier, the axial securing ring being configured as an open ring with radially projecting lugs, characterized in that the bearing seat has a seat axis and the bearing-seat radial groove has a radial groove axis, the radial groove axis being offset eccentrically with respect to the seat axis - a bearing carrier which has a bearing seat with a bearing-seat radial groove, - an anti-friction bearing which has a bearing radial groove on a bearing ring and which is inserted into the bearing seat, - an axial securing ring which engages into the bearing-seat radial groove and into the bearing radial groove, in order to secure the anti-friction bearing axially in relation to the bearing carrier, the axial securing ring being configured as an open ring with radially projecting lugs,
A composition comprising: (a) at least one non-reducing sugar, (b) inositol or a derivative thereof, wherein said derivative is an inositol in which at least one hydroxyl function has been modified or substituted, wherein the w/w ratio (a)/(b) of said composition is from 1.1 to 1.7, and (c) microorganisms. (a) at least one non-reducing sugar, (b) inositol or a derivative thereof, wherein said derivative is an inositol in which at least one hydroxyl function has been modified or substituted, (c) microorganisms.
A method for inserting a tongue in an insertion groove in a panel by a device, wherein the method comprises: • displacing a tongue guiding device in a first direction by displacing a puncher in the first direction, and • displacing a tongue between a first part and a second part of the tongue guiding device and into an insertion groove in panel by further displacing the puncher. • displacing a tongue guiding device in a first direction by displacing a puncher in the first direction, and • displacing a tongue between a first part and a second part of the tongue guiding device and into an insertion groove in panel by further displacing the puncher.
A lockout device for a pendant control or other terminally-positioned structure on a cord, the lockout device comprising: a plurality of rigid panels; and a flexible body extending along an insertion axis with a selectively closeable opening on one end thereof, the flexible body having the plurality of rigid panels affixed to sidewalls of the flexible body with the plurality of rigid panels being positioned about the insertion axis; wherein, when the selectively closeable opening is opened, the flexible body and the plurality of rigid panels collectively define an interior volume for reception of the pendant control or other terminally-positioned electrical structure through the selectively closeable opening and, when the selectively closeable opening is closed around the cord from which the pendant control or other terminally-positioned electrical structure extends, the pendant control or other terminally-positioned electrical structure is secured in the interior volume and use of the pendant control or other terminally-positioned electrical structure is inhibited by the plurality of rigid panels of the lockout device. a plurality of rigid panels; and a flexible body extending along an insertion axis with a selectively closeable opening on one end thereof, the flexible body having the plurality of rigid panels affixed to sidewalls of the flexible body with the plurality of rigid panels being positioned about the insertion axis; wherein, when the selectively closeable opening is opened, the flexible body and the plurality of rigid panels collectively define an interior volume for reception of the pendant control or other terminally-positioned electrical structure through the selectively closeable opening and, when the selectively closeable opening is closed around the cord from which the pendant control or other terminally-positioned electrical structure extends, the pendant control or other terminally-positioned electrical structure is secured in the interior volume and use of the pendant control or other terminally-positioned electrical structure is inhibited by the plurality of rigid panels of the lockout device.
Weapon system for firing ammunition, consisting of - a weapon having a weapon barrel with recoil and having a braking device which damps the barrel recoil, wherein, the braking device is a plastically deformable absorption body, and of - a packaged ammunition, characterized in that - the weapon also has a recoil spring and - the absorption body is - a part of the packaging (13, 14), or - the entire packaging (13, 14) of the respective ammunition to be fired. - a weapon having a weapon barrel with recoil and having a braking device which damps the barrel recoil, wherein, the braking device is a plastically deformable absorption body, - a packaged ammunition, - the weapon also has a recoil spring - the absorption body is - a part of the packaging (13, 14), - a part of the packaging (13, 14), - the entire packaging (13, 14) of the respective ammunition to be fired.
A method for protecting surfaces, for example exhaust air ducts, which are made from sheets of steel, aluminium or copper or sheets of the alloys thereof or plastics or the like and are exposed to dynamic loads of abrasive solids, aggressive vapours and condensates, in which a solvent-free mixture of epoxy resin based on bisphenol A and bisphenol F, glycidyl ether as reactive diluent, a curing agent based on an amine addition product prepared from a polyamine and/or from basic amines with primary, secondary and tertiary amino groups, fillers and additives is applied by filler knife, brush, roller or sprayer and is caused to react at at least 15°C to 20°C, characterised by the following steps: a) application of a single layer of the mixture in thicknesses of between 250 and 600 μm onto an unprepared surface provided with a film of oil, b) absorption of the constituents of the oil by the mixture, c) reaction of the mixture with the constituents of the oil to form a single-layer, abrasion-resistant, chemically resistant and electrically puncture-proof protective system which can be exposed to dynamic loads and has an adhesive strength to the surface of at least 7.0 to 11.0 N/mm 2. a) application of a single layer of the mixture in thicknesses of between 250 and 600 μm onto an unprepared surface provided with a film of oil, b) absorption of the constituents of the oil by the mixture, c) reaction of the mixture with the constituents of the oil to form a single-layer, abrasion-resistant, chemically resistant and electrically puncture-proof protective system which can be exposed to dynamic loads and has an adhesive strength to the surface of at least 7.0 to 11.0 N/mm 2.
A pharmaceutical composition for therapeutic use in treating impaired neurological function, wherein the pharmaceutical composition comprises at least one polymeric form of a monoterpene, wherein the monoterpene is selected from the group consisting of alloocimene, limonene, α-pinene, β-pinene, geranyl acetate, 3-carene and 2-carene, and a pharmaceutically acceptable carrier; and wherein the composition is substantially devoid of the corresponding monomeric form of said monoterpene.
A method of installing a lid onto a spray gun cup receptacle comprising inserting a liner comprising an open end into an open end of a spray gun cup receptacle such that the open end of the liner rests within the open end of the spray gun cup receptacle, the liner comprising a release tab, the spray gun cup receptacle comprising a receptacle connection structure; positioning a lid over the open end of the spray gun cup receptacle such that a lid connection structure on the lid is aligned with the receptacle connection structure, the lid connection structure comprising at least two flange tabs separated by a flange opening, each flange tab comprising a lid engagement member; pushing the lid along a central axis into the open end of the liner to stretch the open end of the liner radially-outwardly around a liner sealing member on the lid; and after pushing the lid into the liner, engaging the lid connection structure with the receptacle connection structure to lock the lid and liner in place against the spray gun cup receptacle, wherein the release tab fits within the flange opening when the liner is assembled with the lid. inserting a liner comprising an open end into an open end of a spray gun cup receptacle such that the open end of the liner rests within the open end of the spray gun cup receptacle, the liner comprising a release tab, the spray gun cup receptacle comprising a receptacle connection structure; positioning a lid over the open end of the spray gun cup receptacle such that a lid connection structure on the lid is aligned with the receptacle connection structure, the lid connection structure comprising at least two flange tabs separated by a flange opening, each flange tab comprising a lid engagement member; pushing the lid along a central axis into the open end of the liner to stretch the open end of the liner radially-outwardly around a liner sealing member on the lid; and after pushing the lid into the liner, engaging the lid connection structure with the receptacle connection structure to lock the lid and liner in place against the spray gun cup receptacle, wherein the release tab fits within the flange opening when the liner is assembled with the lid.
An assembly for use in a rotary gas compressor that comprises a helically grooved main rotor having a rotor axis, the assembly comprising: a slide valve carriage adapted to be rigidly mounted in a housing of a compressor, a volume slide valve mechanism, and a capacity and volume slide valve mechanism, wherein both slide valve mechanisms (48; 47) are slidably mounted on the slide valve carriage and wherein the volume slide valve mechanism is slidably movable to control compressor volume ratio and power input to the compressor and the capacity and volume slide valve mechanism is slidably movable to control compressor capacity and to control compressor volume ratio and power input to the compressor, and wherein the volume slide valve mechanism includes an edge, characterized in that the capacity and volume slide valve mechanism includes an opening or port which is contoured to correspond to a rotor groove angle of a rotor of the compressor and is in fluid communication with an exhaust passage in the slide valve carriage, the capacity and volume slide valve mechanism further includes an edge formed in the opening, and the capacity and volume slide valve mechanism is movable with respect to the volume slide valve mechanism such that the edge of the capacity and volume slide valve mechanism is aligned with the edge of the volume slide valve mechanism. a slide valve carriage adapted to be rigidly mounted in a housing of a compressor, a volume slide valve mechanism, and a capacity and volume slide valve mechanism, wherein both slide valve mechanisms (48; 47) are slidably mounted on the slide valve carriage and wherein the volume slide valve mechanism is slidably movable to control compressor volume ratio and power input to the compressor and the capacity and volume slide valve mechanism is slidably movable to control compressor capacity and to control compressor volume ratio and power input to the compressor, and wherein the volume slide valve mechanism includes an edge, characterized in that the capacity and volume slide valve mechanism includes an opening or port which is contoured to correspond to a rotor groove angle of a rotor of the compressor and is in fluid communication with an exhaust passage in the slide valve carriage, the capacity and volume slide valve mechanism further includes an edge formed in the opening, and the capacity and volume slide valve mechanism is movable with respect to the volume slide valve mechanism such that the edge of the capacity and volume slide valve mechanism is aligned with the edge of the volume slide valve mechanism.
A transmission method implemented in a communication device with multiple antennas, the transmission method comprising: splitting a block of bits, to be transmitted, into a number of groups each consisting of k+2q bits, wherein k and q are natural numbers, and wherein each group of the groups includes a subgroup consisting of k bits and two subgroups each consisting of q bits; performing 2 q -ary Quadrature Amplitude Modulation, QAM, on the subgroups of q bits from the groups of k+2q bits to obtain QAM symbols, respectively; processing the QAM symbols according to a transmit diversity scheme, so that two QAM symbols, obtained from the two subgroups of q bits in each group of the groups of k+2q bits, are mapped onto each antenna of at least two of said multiple antennas as two consecutive processed symbols; selecting, through the use of 2 k -ary Frequency Shift Keying, FSK, modulation, a frequency tone to which the two consecutive processed symbols are allocated, according to the subgroup of k bits from said each group of the groups of k+2q bits, wherein a group of consecutive Orthogonal Frequency Division Multiplexing, OFDM, subcarriers corresponds to the selected frequency tone, in an OFDM system, and wherein the two consecutive processed symbols are allocated to two consecutive subcarriers from the group of consecutive OFDM subcarriers corresponding to the selected frequency tone; and transmitting the two consecutive processed symbols through said multiple antennas. splitting a block of bits, to be transmitted, into a number of groups each consisting of k+2q bits, wherein k and q are natural numbers, and wherein each group of the groups includes a subgroup consisting of k bits and two subgroups each consisting of q bits; performing 2 q -ary Quadrature Amplitude Modulation, QAM, on the subgroups of q bits from the groups of k+2q bits to obtain QAM symbols, respectively; processing the QAM symbols according to a transmit diversity scheme, so that two QAM symbols, obtained from the two subgroups of q bits in each group of the groups of k+2q bits, are mapped onto each antenna of at least two of said multiple antennas as two consecutive processed symbols; selecting, through the use of 2 k -ary Frequency Shift Keying, FSK, modulation, a frequency tone to which the two consecutive processed symbols are allocated, according to the subgroup of k bits from said each group of the groups of k+2q bits, wherein a group of consecutive Orthogonal Frequency Division Multiplexing, OFDM, subcarriers corresponds to the selected frequency tone, in an OFDM system, and wherein the two consecutive processed symbols are allocated to two consecutive subcarriers from the group of consecutive OFDM subcarriers corresponding to the selected frequency tone; and transmitting the two consecutive processed symbols through said multiple antennas.