mhurhangee/ep-ind-claims huggingface dataset:
A method for oscillating an optical vortex laser comprises: radiating laser light generated by a laser light source into an optical vortex generation unit for generating an optical vortex; irradiating the optical vortex of pulse excitation into an optical parametric oscillation system; generating a plurality of coherent optical vortices; and varying quantum number of orbital angular momentum to perform frequency conversion; wherein the wavelength region of light emitted from the laser light source is in the outside range of visible region and; wherein the optical parametric oscillation system comprises a resonator that includes, a non-linear medium and a pair of resonator mirrors sandwiching the non-linear medium; characterized in that the wavelength of light emitted from the laser light source is more than 800nm, wherein the optical vortex generation unit comprises at least one of a phase plate, a space phase modulator and a multimode area fiber amplifier and that the radius of curvature for the resonator mirrors is at least five times larger than resonator length formed by the pair of resonator mirrors. radiating laser light generated by a laser light source into an optical vortex generation unit for generating an optical vortex; irradiating the optical vortex of pulse excitation into an optical parametric oscillation system; generating a plurality of coherent optical vortices; and varying quantum number of orbital angular momentum to perform frequency conversion; wherein the wavelength region of light emitted from the laser light source is in the outside range of visible region and; wherein the optical parametric oscillation system comprises a resonator that includes, a non-linear medium and a pair of resonator mirrors sandwiching the non-linear medium; characterized in that the wavelength of light emitted from the laser light source is more than 800nm, wherein the optical vortex generation unit comprises at least one of a phase plate, a space phase modulator and a multimode area fiber amplifier and that the radius of curvature for the resonator mirrors is at least five times larger than resonator length formed by the pair of resonator mirrors.
Adjustment device, in particular camshaft adjuster, having an adjustment motor and a coaxial gearbox which has a first gearbox drive, a second gearbox drive and a gearbox output, wherein the adjustment motor in terms of drive technology is connected to the first gearbox drive; and having a restoring device which contains a mechanical energy store and in the event of a failure of the adjustment motor, and/or when the latter is switched off, sets a predetermined setting of the coaxial gearbox, characterized in that the mechanical energy store in the axial direction is disposed on that side of the coaxial gearbox that faces away from the gearbox output.
A CSR::T1R chimeric protein able to bind to at least one compound selected from umami modulator including umami tastant, umami tastant enhancer, and umami tastant inhibitor, comprising one or more CSR::T1R selected from: a CSR::T1R1 polypeptide substantially homologous to SEQ ID NO:2 with a sequence identity of at least 90%, and a CSR:: T1R3 polypeptide substantially homologous to SEQ ID NO:4 with a sequence identity of at least 90%, and which is selected from the group consisting of a CSR::T1R1 homomeric chimeric protein, a CSR::T1R1/CSR::T1R3 heterodimeric chimeric protein, a CSR::T1R1/T1R3 heterodimeric chimeric protein, and a T1R1/CSR::T1R3 heterodimeric chimeric protein. a CSR::T1R1 polypeptide substantially homologous to SEQ ID NO:2 with a sequence identity of at least 90%, and a CSR:: T1R3 polypeptide substantially homologous to SEQ ID NO:4 with a sequence identity of at least 90%,
A network processor unit for processing of packets in a network, the network processor unit comprising: - communication interface configured to receive and transmit packets; - at least one processing means for processing packets or parts thereof; - an embedded switch configured to switch packets between the communication interface and the processing means; - a traffic manager configured to communicate with the communication interface and the embedded switch; and - a buffer included in the embedded switch, wherein the embedded switch is configured to analyze a received packet in a packet burst and to determine whether the packet should be dropped or not; if the packet should not be dropped, the switch is configured to store the received packet in an embedded memory of the switch; to send a first part of the packet to the processing means for processing thereof; to receive the processed first part of the packet from the processing means and to transmit the processed first part of the packet, characterized in that the buffer is configured to be commonly shared at least between the communication interface, the at least one processing means, and the traffic manager, wherein the packet burst only occurs at most once at a time in the embedded switch. - communication interface configured to receive and transmit packets; - at least one processing means for processing packets or parts thereof; - an embedded switch configured to switch packets between the communication interface and the processing means; - a traffic manager configured to communicate with the communication interface and the embedded switch; and - a buffer included in the embedded switch, wherein the embedded switch is configured to analyze a received packet in a packet burst and to determine whether the packet should be dropped or not; if the packet should not be dropped, the switch is configured to store the received packet in an embedded memory of the switch; to send a first part of the packet to the processing means for processing thereof; to receive the processed first part of the packet from the processing means and to transmit the processed first part of the packet, characterized in that the buffer is configured to be commonly shared at least between the communication interface, the at least one processing means, and the traffic manager, wherein the packet burst only occurs at most once at a time in the embedded switch.
A sensor for measuring temperature of the inside of an inaccessible movable mechanical part having a mounting hole, the sensor comprising a temperature-sensitive element with a SAW chip with temperature-dependent transfer function, where the SAW chip has a transducer designed to be connected to an antenna, characterized in that the temperature-sensitive element is provided in an encapsulation (14; 15a) removably placed and kept in position in the mounting hole, the mounting hole being closed by a bolt (15, 15b) securing the sensor element in said inaccessible movable mechanical part and thus to measure temperature inside said inaccessible movable mechanical part, and that the sensor comprises a coaxial transmission line passing through a hole of the bolt (15, 15b) for connecting the antenna to the temperature-sensitive element, the antenna being mounted on the outside of said inaccessible movable mechanical part or on the outside of the bolt (15, 15b) the sensor thus being adapted for measuring temperature deep inside said inaccessible movable mechanical part while this mechanical part is in motion.
A stalk roller assembly for an agricultural system comprising: a stalk roller (100, 200) having a hollow shaft, wherein the hollow shaft has a first end having a first shape and configured to engage a guide element and a second end having a second shape and configured to engage a drive shaft, the first shape being different than the second shape, and the hollow shaft being formed from a single piece of material; characterized in that the cross-sectional area of the first shape is larger than the cross-sectional area of the second shape.
A communication system adapted for storing communication messages destined for one or more recipients, said system comprising a processor, a first storage, and a second storage, wherein said messages are stored in a unique physical location on either the first storage or the second storage, and characterized in that the processor is configured to determine on which of said first or second storages to store said messages in function of one or more predetermined characteristics of said messages.
Seat with wall mounting, having a seat fastening, a support plate and a seat plate, wherein the rear end, as viewed in the longitudinal direction, of the support plate is pivotably connected to the seat fastening, and wherein the seat plate is connected to the upper side of the support plate, characterized - in that upper fastening elements (21, 21a) are arranged on the upper side of the support plate, - in that a lower insertion groove is formed between the upper fastening elements and the support plate, - in that lower fastening elements (31, 31a) are arranged on the lower side of the seat plate, - in that an upper insertion groove is formed between the lower fastening elements and the seat plate, - in that, for assembly, the seat plate is pushed rearwards, relative to the support plate in the longitudinal direction, and - in that, after reaching an assembly work position, the upper fastening elements are introduced into the upper insertion groove and the lower fastening elements are introduced into the lower insertion groove. - in that upper fastening elements (21, 21a) are arranged on the upper side of the support plate, - in that a lower insertion groove is formed between the upper fastening elements and the support plate, - in that lower fastening elements (31, 31a) are arranged on the lower side of the seat plate, - in that an upper insertion groove is formed between the lower fastening elements and the seat plate, - in that, for assembly, the seat plate is pushed rearwards, relative to the support plate in the longitudinal direction, and - in that, after reaching an assembly work position, the upper fastening elements are introduced into the upper insertion groove and the lower fastening elements are introduced into the lower insertion groove.
An orthopaedic glenoid prosthesis for implantation into a glenoid surface of a scapula so as to provide a bearing surface for a natural or prosthetic head of a humerus, the glenoid prosthesis comprising: a metallic defect-filling component sized and shaped to fit and be implanted within a defect in the glenoid surface, the metallic defect-filling component having at least one hole formed in it which extends through defect-filling component, and a glenoid component, the glenoid component being discrete from the metallic defect-filling component and having (i) a bearing surface configured to articulate with the head of the humerus, and (ii) an engaging surface that is opposite the bearing surface, the engaging surface comprising at least one peg extending from it so that the peg can extend through the hole and be received in a bore that is prepared in the patient's scapula, characterised in that the glenoid component is a polymer glenoid component, the peg on the polymer glenoid component having a plurality of flexible fins extending radially outwardly at the end of the peg that is remote from the engaging surface of the glenoid component for securing the glenoid component in place on the glenoid surface of the scapula. a metallic defect-filling component sized and shaped to fit and be implanted within a defect in the glenoid surface, the metallic defect-filling component having at least one hole formed in it which extends through defect-filling component, and a glenoid component, the glenoid component being discrete from the metallic defect-filling component and having (i) a bearing surface configured to articulate with the head of the humerus, and (ii) an engaging surface that is opposite the bearing surface, the engaging surface comprising at least one peg extending from it so that the peg can extend through the hole and be received in a bore that is prepared in the patient's scapula, characterised in that the glenoid component is a polymer glenoid component, the peg on the polymer glenoid component having a plurality of flexible fins extending radially outwardly at the end of the peg that is remote from the engaging surface of the glenoid component for securing the glenoid component in place on the glenoid surface of the scapula.
Store for electrical energy, comprising: - a housing, - at least a first electrical contact and a second electrical contact on the outside of the housing for transmitting electrical energy to the store or from the store, - a first switch, in particular in the form of a bipolar transistor, - a voltage divider (R1, R2), and - an electrical additional contact on the outside of the housing for making external contact with a voltage tap between components of the voltage divider (R1, R2), characterized in that the voltage divider (R1, R2) is set up to be able to be supplied with a voltage provided by means of the store via the first switch, wherein the store also comprises an evaluation unit which is set up to measure an electrical voltage applied to the additional contact and to evaluate it with respect to predefined reference value ranges. - a housing, - at least a first electrical contact and a second electrical contact on the outside of the housing for transmitting electrical energy to the store or from the store, - a first switch, in particular in the form of a bipolar transistor, - a voltage divider (R1, R2), and - an electrical additional contact on the outside of the housing for making external contact with a voltage tap between components of the voltage divider (R1, R2),
An electrical charging system, comprising: an electrical charger assembly, including: a charger base to be coupled to an electrical power source; a first male terminal member having a first base affixed to and extending orthogonally along a first axis from a first surface of the charger base and terminating in a first electrical contact, wherein the first male terminal member has a plurality of external surfaces at least two of which are curved from the first base to the first electrical contact and at least one flat surface; a second male terminal member having a second base affixed to and extending orthogonally along a second axis from the first surface of the charger base and terminating in a second electrical contact, wherein the second male terminal member has a plurality of external surfaces at least two of which are curved from the second base to the second electrical contact and at least one flat surface; and a cavity formed between the first male terminal member and the second male terminal member having an opening between the first and second electrical contacts (216, 226), the cavity defined by the at least flat surface of the first male terminal member and the at least one flat surface of the second male terminal member, the at the least one flat surface of the second male terminal member having a flared surface portion proximate the opening of the cavity and angled relative to the second axis. a charger base to be coupled to an electrical power source; a first male terminal member having a first base affixed to and extending orthogonally along a first axis from a first surface of the charger base and terminating in a first electrical contact, wherein the first male terminal member has a plurality of external surfaces at least two of which are curved from the first base to the first electrical contact and at least one flat surface; a second male terminal member having a second base affixed to and extending orthogonally along a second axis from the first surface of the charger base and terminating in a second electrical contact, wherein the second male terminal member has a plurality of external surfaces at least two of which are curved from the second base to the second electrical contact and at least one flat surface; and a cavity formed between the first male terminal member and the second male terminal member having an opening between the first and second electrical contacts (216, 226), the cavity defined by the at least flat surface of the first male terminal member and the at least one flat surface of the second male terminal member, the at the least one flat surface of the second male terminal member having a flared surface portion proximate the opening of the cavity and angled relative to the second axis.
A support vessel for assisting in a process in which fluid hydrocarbon cargo is loaded into at least one cargo tank of a carrier vessel, the carrier vessel to transport the loaded fluid hydrocarbon cargo across sea, the support vessel comprising: onboard VOC recovery means for recovering volatile organic compounds, VOCs, the VOCs being produced from the cargo tank in loading the cargo tank of the carrier vessel, wherein the VOC recovery means comprises a VOC processing facility for processing the VOCs from the supplied gas and at least one storage tank for storing liquid comprising VOCs, the VOC processing facility being configured to liquefy the VOCs from the gas to obtain a liquid comprising liquefied VOCs; at least one hose for extending between the carrier vessel and the support vessel for communicating the gas comprising VOCs from the cargo tank of the carrier vessel to the VOC processing facility on the support vessel; and dynamic positioning and propulsion means for positioning and controlling the heading of the support vessel with respect to the carrier vessel. onboard VOC recovery means for recovering volatile organic compounds, VOCs, the VOCs being produced from the cargo tank in loading the cargo tank of the carrier vessel, wherein the VOC recovery means comprises a VOC processing facility for processing the VOCs from the supplied gas and at least one storage tank for storing liquid comprising VOCs, the VOC processing facility being configured to liquefy the VOCs from the gas to obtain a liquid comprising liquefied VOCs; at least one hose for extending between the carrier vessel and the support vessel for communicating the gas comprising VOCs from the cargo tank of the carrier vessel to the VOC processing facility on the support vessel; and dynamic positioning and propulsion means for positioning and controlling the heading of the support vessel with respect to the carrier vessel.
A wire harness exterior member comprising: a flexible tube portion formed as a flexible portion; an inflexible tube portion formed as an inflexible portion and continuing from the flexible tube portion; and a post-attached part attached to a boundary between the flexible tube portion and the inflexible tube portion, wherein the post-attached part comprises a rigid attaching portion, the post-attached part being attached such that at least a portion of an attaching surface of the rigid attaching portion overlaps the flexible tube portion, wherein the portion of the rigid attaching portion overlapping the flexible tube portion is configured as an inflexible tube extension portion for extending the inflexible tube portion. a flexible tube portion formed as a flexible portion; an inflexible tube portion formed as an inflexible portion and continuing from the flexible tube portion; and a post-attached part attached to a boundary between the flexible tube portion and the inflexible tube portion, wherein the post-attached part comprises a rigid attaching portion, the post-attached part being attached such that at least a portion of an attaching surface of the rigid attaching portion overlaps the flexible tube portion, wherein the portion of the rigid attaching portion overlapping the flexible tube portion is configured as an inflexible tube extension portion for extending the inflexible tube portion.
A pipe coupling (100, 200, 300, 300A, 300B, 400, 500, 600, 700) comprising: a tubular body having an open end, stop means disposed within the tubular body distal to the open end to stop a pipe when it is inserted into the tubular body, sealing means (102, 202, 302, 402, 702) within the tubular body intermediate the stop means and the open end, pipe engaging means (122, 222, 322, 422, 722) operable between a pipe clamping configuration in which an inserted pipe is clamped and a pipe release configuration in which an inserted pipe is not clamped and is releasable, and a seal protector means (106, 206, 306, 406, 506, 606, 706) moveably mounted within the tubular body and operable between a seal covered configuration in which the sealing means (102, 202, 302, 402, 702) is at least partially covered and shielded from contact with an end of an inserted pipe, and a seal uncovered configuration in which the sealing means is uncovered and in contact with the inserted pipe, characterised in that the pipe coupling (100, 200, 300, 300A, 300B, 400, 500, 600, 700) further comprises moving means (110, 210, 310, 414, 710) arranged within the tubular body, the moving means is activated when a pipe is inserted a predetermined distance into the tubular body to move the seal protector means (106, 206, 306, 406, 506, 606, 706) from the seal covered configuration to the seal uncovered configuration and the pipe engaging means (122, 222, 322, 422, 722) from the pipe release configuration to the pipe clamping configuration. a tubular body having an open end, stop means disposed within the tubular body distal to the open end to stop a pipe when it is inserted into the tubular body, sealing means (102, 202, 302, 402, 702) within the tubular body intermediate the stop means and the open end, pipe engaging means (122, 222, 322, 422, 722) operable between a pipe clamping configuration in which an inserted pipe is clamped and a pipe release configuration in which an inserted pipe is not clamped and is releasable, and a seal protector means (106, 206, 306, 406, 506, 606, 706) moveably mounted within the tubular body and operable between a seal covered configuration in which the sealing means (102, 202, 302, 402, 702) is at least partially covered and shielded from contact with an end of an inserted pipe, and a seal uncovered configuration in which the sealing means is uncovered and in contact with the inserted pipe, characterised in that the pipe coupling (100, 200, 300, 300A, 300B, 400, 500, 600, 700) further comprises moving means (110, 210, 310, 414, 710) arranged within the tubular body, the moving means is activated when a pipe is inserted a predetermined distance into the tubular body to move the seal protector means (106, 206, 306, 406, 506, 606, 706) from the seal covered configuration to the seal uncovered configuration and the pipe engaging means (122, 222, 322, 422, 722) from the pipe release configuration to the pipe clamping configuration.
Glass-ceramic substrate composed of a transparent, coloured LAS glass-ceramic having the following composition (in % by weight): Al 2 O 3 18-23 Li 2 O 3.0-4.2 SiO 2 60-69 ZnO 0-2 Na 2 O + K 2 O 0.2-1.5 MgO 0-1.5 CaO + SrO + BaO 0-4 B 2 O 3 0-2 TiO 2 2.3-4 ZrO 2 0.5-2 P 2 O 5 0-3 SnO 2 0-<0.6 Sb 2 O 3 0-1.5 AS 2 O 3 0-1.5 TiO 2 + ZrO 2 + SnO 2 3.8-6 V 2 O 5 0.01-0.06 Fe 2 O 3 0.03-0.2 Cr 2 O 3 < 100 ppm and optionally further colour oxides in a total amount of up to not more than 1.0% by weight, having a gradient layer and a core located underneath, wherein the LAS glass-ceramic has keatite mixed crystal as predominant crystal phase in the core and high-quartz mixed crystal (HQMC) as predominant crystal phase in the gradient layer and the proportion of KMC crystal phase at every depth ≥ 20 μm exceeds 50% of the sum of the proportions of the HQMC and KMC crystal phases.