mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulic torque tool for tightening or loosening fasteners having an apparatus to transfer torque within the torque tool for tightening or loosening fasteners formed within a link drive means and between a first and a second side plate of the link drive means , the apparatus including: a drive plate having piston engagement means at a first end and a machined face gear with radial serrations at a second end , and a ratchet drive having a machined face gear with corresponding radial serrations at a first end and a threaded fastener engagement means at a second end , characterized in that the apparatus includes a wave spring formed between the drive plate and a side plate of the torque tool , wherein the side plates of the link drive means are tapered from a first end , adjacent the piston engagement means , to a second end , adjacent the threaded fastener engagement means , such that the width of the link drive means at the second end is substantially thinner than the width of the link drive means at the first end . a drive plate having piston engagement means at a first end and a machined face gear with radial serrations at a second end , and a ratchet drive having a machined face gear with corresponding radial serrations at a first end and a threaded fastener engagement means at a second end ,
A method of transmitting a device-to-device, D2D, signal of a first user equipment, UE, in a wireless communication system, the method comprising: obtaining at least one parameter for a D2D communication including a scheduling assignment ID for the D2D communication; and transmitting, to a second UE, a D2D data signal generated using the scheduling assignment ID for the D2D communication through an uplink subframe, transmitting, to the second UE, a DeModulation Reference Signal, DM-RS, associated with the D2D data signal, wherein a part of the bits of the scheduling assignment ID is used to determine a cyclic shift, and some other part of the bits of the scheduling assignment ID is used to determine an orthogonal cover code, OCC, wherein the cyclic shift and OCC are applied to the DM-RS for the D2D communication. obtaining at least one parameter for a D2D communication including a scheduling assignment ID for the D2D communication; and transmitting, to a second UE, a D2D data signal generated using the scheduling assignment ID for the D2D communication through an uplink subframe, transmitting, to the second UE, a DeModulation Reference Signal, DM-RS, associated with the D2D data signal, wherein a part of the bits of the scheduling assignment ID is used to determine a cyclic shift, and some other part of the bits of the scheduling assignment ID is used to determine an orthogonal cover code, OCC, wherein the cyclic shift and OCC are applied to the DM-RS for the D2D communication.
An unwound rotor for an inductive angular displacement sensor, the rotor being movable in rotation around a first axis (X1) and symmetrical with respect to this first axis (X1), the rotor having : - a central portion , - two active portions on either side of the central portion with respect to the first axis (X1), each active portion comprising: - an outer surface configured to face an inner face of a stator of the inductive angular displacement sensor, - two connecting walls connecting the outer surface to the central portion , the rotor also having axial symmetry with respect to a second axis (X2) comprised in a plane (P) normal to the first axis (X1) and passing through the two active portions , the rotor being characterized in that in the normal plane (P), each connecting wall forms an angle (α) greater than 45° with the second axis (X2). - a central portion , - two active portions on either side of the central portion with respect to the first axis (X1), each active portion comprising: - an outer surface configured to face an inner face of a stator of the inductive angular displacement sensor, - two connecting walls connecting the outer surface to the central portion ,
An integrated circuit (IC) comprising: storage means for implementing a first in first out (FIFO) buffer; and controller means for storing a quantized data sample in the FIFO buffer, and for changing a size of the quantized data sample to be stored in the FIFO buffer based on a current amount of data stored in the FIFO buffer or an amount of currently free space available in the FIFO buffer, wherein the changing the size of the quantized data sample comprises selecting a number of bits of the quantized data sample for storage in the FIFO buffer and discarding unselected bits of the quantized data sample prior to storing the selected bits in the FIFO buffer, and the controller means comprises: means for obtaining the quantized data sample to be stored in the FIFO buffer; means for selecting a number of bits of the quantized data sample to be stored in the FIFO buffer based on a current amount of data stored in the FIFO buffer or an amount of currently free space available in the FIFO buffer; and means for storing the selected number of bits in the FIFO buffer. means for obtaining the quantized data sample to be stored in the FIFO buffer; means for selecting a number of bits of the quantized data sample to be stored in the FIFO buffer based on a current amount of data stored in the FIFO buffer or an amount of currently free space available in the FIFO buffer; and means for storing the selected number of bits in the FIFO buffer.
An ultrasonic flowmeter , characterized in that the ultrasonic flowmeter comprises: two or more ultrasonic transducers on a transmission side and two or more ultrasonic transducers on a receiving side, located away from each other on an outer surface of a tube having a fluid flowing therein, wherein the two or more ultrasonic transducers located on the transmission side are configured to be driven so as to press the tube at substantially the same pressure and voltages are applied to the two or more ultrasonic transducers with the same phase so as to increase an amplitude of an ultrasonic wave in an L axial-symmetrical mode, characterized in that , the ultrasonic transducers on the transmission side are configured to be driven at a frequency corresponding to a wavelength longer than, or equal to, a diameter of the tube to excite a guide wave, and a longitudinal wave and a transverse wave, mode-converted at the border of the tube filled with a fluid, are not separated from each other in the guide wave, the guide wave having velocity dispersion characteristics and the L mode being made independent from the group velocities of the other modes by selecting a frequency band at which the guide wave is excited. two or more ultrasonic transducers on a transmission side and two or more ultrasonic transducers on a receiving side, located away from each other on an outer surface of a tube having a fluid flowing therein, wherein the two or more ultrasonic transducers located on the transmission side are configured to be driven so as to press the tube at substantially the same pressure and voltages are applied to the two or more ultrasonic transducers with the same phase so as to increase an amplitude of an ultrasonic wave in an L axial-symmetrical mode, characterized in that , the ultrasonic transducers on the transmission side are configured to be driven at a frequency corresponding to a wavelength longer than, or equal to, a diameter of the tube to excite a guide wave, and a longitudinal wave and a transverse wave, mode-converted at the border of the tube filled with a fluid, are not separated from each other in the guide wave, the guide wave having velocity dispersion characteristics and the L mode being made independent from the group velocities of the other modes by selecting a frequency band at which the guide wave is excited.
A lighting device comprising: a board having a recess ; a pair of lead frames disposed in the recess and comprising a main upper surface and a main lower surface, each of the lead frames comprising a first lead frame protrusion protruding upward from the main upper surface and each of the lead frames comprising a second lead frame protrusion protruding downward from the main lower surface; and a light emitting diode chip disposed on the main upper surface of one of the lead frames , wherein the second lead frame protrusions are protruding toward the inside of the board and the bottom surface of the second lead frame protrusions are spaced from the bottom surface of the board by a predetermined distance. a board having a recess ; a pair of lead frames disposed in the recess and comprising a main upper surface and a main lower surface, each of the lead frames comprising a first lead frame protrusion protruding upward from the main upper surface and each of the lead frames comprising a second lead frame protrusion protruding downward from the main lower surface; and a light emitting diode chip disposed on the main upper surface of one of the lead frames , wherein the second lead frame protrusions are protruding toward the inside of the board and the bottom surface of the second lead frame protrusions are spaced from the bottom surface of the board by a predetermined distance.
A method to control a road vehicle comprising a drivetrain provided with a servo-assisted transmission for the execution of a multiple downshift in the servo-assisted transmission ; the control method comprising the steps of: detecting a condition of slowing down of the road vehicle and, simultaneously, detecting a driver's request for a multiple downshift; and carrying out, in succession, a plurality of downshifts while the road vehicle is slowing down and in an autonomous manner regardless of further interventions of the driver; the control method is characterized in that it comprises the further steps of: determining a duration of a single shift time interval (Δt) common to all the plurality of downshifts; and carrying out each downshift following a first downshift when said shift time interval (Δt) has elapsed exactly since the previous downshift. detecting a condition of slowing down of the road vehicle and, simultaneously, detecting a driver's request for a multiple downshift; and carrying out, in succession, a plurality of downshifts while the road vehicle is slowing down and in an autonomous manner regardless of further interventions of the driver; the control method is characterized in that it comprises the further steps of: determining a duration of a single shift time interval (Δt) common to all the plurality of downshifts; and carrying out each downshift following a first downshift when said shift time interval (Δt) has elapsed exactly since the previous downshift. determining a duration of a single shift time interval (Δt) common to all the plurality of downshifts; and carrying out each downshift following a first downshift when said shift time interval (Δt) has elapsed exactly since the previous downshift.
A piston ring , comprising a main section extending along a circumferential direction around a geometrical axis (X), a first tongue section extending from a first end of the main section towards a second end of the main section , a second tongue section extending from the second end of the main section towards the first end of the main section , a proximal flank , a distal flank , and an outer peripheral surface interconnecting said flanks , wherein, in use, the first tongue section is configured to overlap the second tongue section to form a contacting interface , wherein, at the main section , said outer peripheral surface comprises a tapering first surface portion extending in the circumferential direction, wherein said tapering first surface portion has a taper start from which said tapering first surface portion tapers proximally and radially inwardly, wherein, adjacent to said first tongue section and said second tongue section , said taper start of said first surface portion is located proximally relative to the location of said taper start at the rest of the main section , characterised in that said outer peripheral surface has a double taper profile, comprising a non-tapering second surface portion and a tapering third surface portion , wherein said first , second and third surface portions are running surfaces. a main section extending along a circumferential direction around a geometrical axis (X), a first tongue section extending from a first end of the main section towards a second end of the main section , a second tongue section extending from the second end of the main section towards the first end of the main section , a proximal flank , a distal flank , and an outer peripheral surface interconnecting said flanks , wherein, in use, the first tongue section is configured to overlap the second tongue section to form a contacting interface , wherein, at the main section , said outer peripheral surface comprises a tapering first surface portion extending in the circumferential direction, wherein said tapering first surface portion has a taper start from which said tapering first surface portion tapers proximally and radially inwardly, wherein, adjacent to said first tongue section and said second tongue section , said taper start of said first surface portion is located proximally relative to the location of said taper start at the rest of the main section , characterised in that said outer peripheral surface has a double taper profile, comprising a non-tapering second surface portion and a tapering third surface portion , wherein said first , second and third surface portions are running surfaces.
A PPARδ agonist for use in a method for reducing disuse-associated muscle atrophy in a subject in need thereof, wherein the PPARδ agonist is (E) -[4-[3-(4-Fluorophenyl)-3-[4-[3-(morpholin-4-yl)propynyl]phenyl]allyloxy]-2-methyl-phenoxy]acetic acid or a pharmaceutically acceptable salt thereof.
Captured fastener assembly adapted to be attached to an underlying structure , comprising a fixing stay with a passage , a fastener with a tip end , a threaded portion , and a head , said fastener being capable of being axially advanced from a retracted position , in which its threaded portion engages said fixing stay and said tip end is completely housed in said passage , to an advanced position , in which its threaded portion is disposed outside of said passage and threadedly engages the underlying structure , wherein said passage has an inner diameter (D4) that is larger than an outer diameter (D53) of said threaded portion , and has an inner ridge being capable to engage with the threaded portion and to break when exposed with a force and/or torque exceeding a threshold, and wherein said inner ridge has a geometric shape that is different from the geometric shape of said threaded portion , characterized in that said inner ridge is made of material that breaks in small particles when exposed with said force and/or torque exceeding said threshold. a fixing stay with a passage , a fastener with a tip end , a threaded portion , and a head , said fastener being capable of being axially advanced from a retracted position , in which its threaded portion engages said fixing stay and said tip end is completely housed in said passage , to an advanced position , in which its threaded portion is disposed outside of said passage and threadedly engages the underlying structure , wherein said passage has an inner diameter (D4) that is larger than an outer diameter (D53) of said threaded portion , and has an inner ridge being capable to engage with the threaded portion and to break when exposed with a force and/or torque exceeding a threshold, and wherein said inner ridge has a geometric shape that is different from the geometric shape of said threaded portion , characterized in that said inner ridge is made of material that breaks in small particles when exposed with said force and/or torque exceeding said threshold.
Prothesis base which has at least one substantially custom-fit recess on its top side for zonally receiving an artificial tooth , characterised in that at least one conduit is formed in the prothesis base opening out into the recess , and the conduit has a widening a least in the region of its opening into the recess , a) the conduit running, preferably straight, angled or bent, from the recess up to the bottom side of the prosthesis base , b) the conduit running, preferably straight, angled or bent, from the recess up to a vestibular side of the prosthesis base , or c) the conduit running, preferably straight, angled or bent, from the recess up to a lingual side of the prosthesis base , the widening widening conically towards the recess .
A fragrance release system comprising a container and a multitude of particles stored in chambers of the container for deodorizing and/or fragrancing open or closed spaces, especially textile washing machines, dryers or machine dishwashers, said particles having a preferably polymeric carrier material and at least one fragrance, and said container having a plurality of orifices through which emission of the fragrances of the particles from the chamber outward is possible, characterized in that the chambers comprise at least a first chamber and a second chamber , wherein the particles in the first chamber have a first color, and wherein the particles of the second chamber have a second color, wherein the particles of the first chamber comprise a first dye composition which is different from a second dye composition comprised by the particles in the second chamber , wherein the dye first composition and the second dye composition have a different decay lifetime under same ageing conditions.
A connection system for connecting a table tennis net to a table tennis table, the system including a blocking device comprising: • a hollow body , at least one orifice being arranged in said body so as to open out at a first end to the outside of the system and at a second end to the inside of the body; and • a pusher that is movably mounted in the body to move between a low position in which the pusher allows access to the inside of the body via the second end of the orifice, and a high position in which the pusher blocks access to the inside of the body via the second end of the orifice. • a hollow body , at least one orifice being arranged in said body so as to open out at a first end to the outside of the system and at a second end to the inside of the body; and • a pusher that is movably mounted in the body to move between a low position in which the pusher allows access to the inside of the body via the second end of the orifice, and a high position in which the pusher blocks access to the inside of the body via the second end of the orifice.
Electric fence energizer system for energizing an electric fence comprising: - an energizer unit connectable with a fence, - connecting means for connecting the energizer unit with a battery , - a solar module for converting sunlight into electrical energy and - a charging circuit for receiving energy from the solar module and for providing charging energy to a battery which is connectable by the connecting means , characterized in that the charging circuit is adapted to provide a charging energy adapted to charge batteries comprising at least one primary cell. - an energizer unit connectable with a fence, - connecting means for connecting the energizer unit with a battery , - a solar module for converting sunlight into electrical energy and - a charging circuit for receiving energy from the solar module and for providing charging energy to a battery which is connectable by the connecting means , characterized in that the charging circuit is adapted to provide a charging energy adapted to charge batteries comprising at least one primary cell.
A laser system , comprising: a laser source outputting light at a fundamental frequency; and a frequency converter operative to convert the fundamental frequency into a higher harmonic and including at least one frequency converting stage which is based on a SrB 4 O 7 (SBO) or PbB 4 O 7 (PBO) crystal , wherein the SBO/PBO crystal is configured with a plurality of domains with respective periodically alternating polarity of the crystal axis, wherein the domains in the SBO/PBO crystal are configured with a periodic structure enabling use of quasi phase matching, QPM, and wherein the domains have highly parallel walls deviating from one another less than 1 μm over a 10 mm distance. a laser source outputting light at a fundamental frequency; and a frequency converter operative to convert the fundamental frequency into a higher harmonic and including at least one frequency converting stage which is based on a SrB 4 O 7 (SBO) or PbB 4 O 7 (PBO) crystal , wherein the SBO/PBO crystal is configured with a plurality of domains with respective periodically alternating polarity of the crystal axis, wherein the domains in the SBO/PBO crystal are configured with a periodic structure enabling use of quasi phase matching, QPM, and wherein the domains have highly parallel walls deviating from one another less than 1 μm over a 10 mm distance.
A child restraint for a vehicle, the child restraint comprising: a body for supporting an occupant, comprising a side impact element engaging portion ; and at least one side impact element configured to be removably mounted with respect to the body in two configurations, the side impact element comprising first and second seat engaging portions configured to engage with the side impact element engaging portion , such that, when in a first configuration, the first seat engaging portion engages with the side impact element engaging portion , and when in a second configuration, the second seat engaging portion engages with the side impact element engaging portion . a body for supporting an occupant, comprising a side impact element engaging portion ; and at least one side impact element configured to be removably mounted with respect to the body in two configurations, the side impact element comprising first and second seat engaging portions configured to engage with the side impact element engaging portion , such that, when in a first configuration, the first seat engaging portion engages with the side impact element engaging portion , and when in a second configuration, the second seat engaging portion engages with the side impact element engaging portion .