mhurhangee/ep-ind-claims huggingface dataset:
A laser system, comprising: a laser source which generates an input beam having a first wavelength; a polarization controller having one or more polarization controlling components that receives the input beam, the polarization controller to control a polarization of the input beam; and a wavelength converter which receives the input beam from the polarization controller at a first wavelength and generates a wavelength converted beam in which at least a portion of beam power at the first wavelength is converted into beam power at a second wavelength; wherein the wavelength converter comprises a polarization sensitive nonlinear crystal, the polarization sensitive nonlinear crystal resulting in a phase delay between polarization states of light of the first wavelength passing through the crystal; wherein the polarization controller is arranged in such a way that the relative power at each of the first and second wavelengths is controllable, and the laser system output comprises signal power at both the first and second wavelengths; and an optical phase compensator disposed downstream from the wavelength converter, the optical phase compensator being a birefringent optical component and having the same optical axis or parallel optical axis of opposite sign, relative to that of the nonlinear crystal and a thickness that is set to give the same value of phase delay as the nonlinear crystal while being opposite in sign. a laser source which generates an input beam having a first wavelength; a polarization controller having one or more polarization controlling components that receives the input beam, the polarization controller to control a polarization of the input beam; and a wavelength converter which receives the input beam from the polarization controller at a first wavelength and generates a wavelength converted beam in which at least a portion of beam power at the first wavelength is converted into beam power at a second wavelength; wherein the wavelength converter comprises a polarization sensitive nonlinear crystal, the polarization sensitive nonlinear crystal resulting in a phase delay between polarization states of light of the first wavelength passing through the crystal; wherein the polarization controller is arranged in such a way that the relative power at each of the first and second wavelengths is controllable, and the laser system output comprises signal power at both the first and second wavelengths; and an optical phase compensator disposed downstream from the wavelength converter, the optical phase compensator being a birefringent optical component and having the same optical axis or parallel optical axis of opposite sign, relative to that of the nonlinear crystal and a thickness that is set to give the same value of phase delay as the nonlinear crystal while being opposite in sign.
A method for manufacturing and installing of a gate-type external opening device, in which said opening device is comprised of at least one door, wherein: - each door is comprised of a first and a second segment, said first segment being formed of two front and rear walls fastened by spacers at least at their upper and lower ends, so as to provide an internal space in the thickness of said first segment, said second segment being formed of a single panel the thickness of which corresponds to said space; - said door is telescopically arranged by slidably fitting said second segment within said first segment by one of its lateral ends; - the opposite lateral end of said first segment is fastened through a joint at a fixed point of a sash-frame; - the length of said door is adjusted with respect to another fixed point of said sash-frame or another door by slidably displacing in translation said second segment inside said space and along said first segment; and - the mobility of the segments 2,3 is locked by fastening the second segment with respect to the first segment at the level of said spacers, - wherein said spacers, which are in the form of plates, are fastened by through-screwing at the level of the edges and in the thickness of each wall and rear wall. - each door is comprised of a first and a second segment, said first segment being formed of two front and rear walls fastened by spacers at least at their upper and lower ends, so as to provide an internal space in the thickness of said first segment, said second segment being formed of a single panel the thickness of which corresponds to said space; - said door is telescopically arranged by slidably fitting said second segment within said first segment by one of its lateral ends; - the opposite lateral end of said first segment is fastened through a joint at a fixed point of a sash-frame; - the length of said door is adjusted with respect to another fixed point of said sash-frame or another door by slidably displacing in translation said second segment inside said space and along said first segment; and - the mobility of the segments 2,3 is locked by fastening the second segment with respect to the first segment at the level of said spacers, - wherein said spacers, which are in the form of plates, are fastened by through-screwing at the level of the edges and in the thickness of each wall and rear wall.
A system, comprising: a signal sensor circuit, including a sense amplifier circuit to sense a heart sound signal from a patient; a memory circuit; a HS component detector circuit, coupled to the signal sensor circuit and the memory circuit to detect at least first and different second HS components from the received HS signal; a HS metric generator circuit, coupled to the HS component detector circuit to use the detected first and second HS components to respectively generate first and second HS metrics stored in the memory circuit; a blending circuit, coupled to the memory circuit or the HS metric generator circuit to generate one or more composite HS metrics using the first and second metrics, wherein one of the one or more composite HS metrics is determined as a function of the first and second HS metrics, wherein the function includes a product of the first and second HS metrics; and a heart failure event detector circuit being configured to detect a HF status using a combination of at least one of the first or second HS metric and at least one of the one or more composite HS metrics, wherein said at least one of the one or more composite HS metrics comprises said one of the one or more composite HS metrics which is determined as a function of the first and second HS metrics; and an output circuit configured to output an indication of the HF status. a signal sensor circuit, including a sense amplifier circuit to sense a heart sound signal from a patient; a memory circuit; a HS component detector circuit, coupled to the signal sensor circuit and the memory circuit to detect at least first and different second HS components from the received HS signal; a HS metric generator circuit, coupled to the HS component detector circuit to use the detected first and second HS components to respectively generate first and second HS metrics stored in the memory circuit; a blending circuit, coupled to the memory circuit or the HS metric generator circuit to generate one or more composite HS metrics using the first and second metrics, wherein one of the one or more composite HS metrics is determined as a function of the first and second HS metrics, wherein the function includes a product of the first and second HS metrics; and a heart failure event detector circuit being configured to detect a HF status using a combination of at least one of the first or second HS metric and at least one of the one or more composite HS metrics, wherein said at least one of the one or more composite HS metrics comprises said one of the one or more composite HS metrics which is determined as a function of the first and second HS metrics; and an output circuit configured to output an indication of the HF status.
A power module (10, 110), comprising: - pieces of electrical equipment, - at least first and second electronic cards, and - a cooling device (20, 120), able to discharge heat given off by said pieces of electrical equipment and electronic cards; characterized in that: - the cooling devices include first and second surfaces thermally insulated from one another, the pieces of electrical equipment being in thermal contact with the first surface and separated from the second surface; - the first electronic card is fastened to a piece of electrical equipment, said first electronic card being thermally connected to the second surface of the cooling device by a heat sink; and - the second electronic card is positioned close to the second surface of the cooling device or in contact with said second surface. - pieces of electrical equipment, - at least first and second electronic cards, and - a cooling device (20, 120), able to discharge heat given off by said pieces of electrical equipment and electronic cards; - the cooling devices include first and second surfaces thermally insulated from one another, the pieces of electrical equipment being in thermal contact with the first surface and separated from the second surface; - the first electronic card is fastened to a piece of electrical equipment, said first electronic card being thermally connected to the second surface of the cooling device by a heat sink; and - the second electronic card is positioned close to the second surface of the cooling device or in contact with said second surface.
An arbitration method used in active-active data centers, wherein the arbitration method comprises: determining, by a first data center according to a arbitration device flag bit, whether a arbitration device can perform arbitration; when the first data center determines that communication between the first data center and a second data center is interrupted, and an arbitration device cannot perform arbitration, viewing, by the first data center, a preset arbitration policy; and continuing providing, by the first data center, a service when the first data center determines, according to the arbitration policy, that the first data center is a preferred data center; or stopping providing, by the first data center, a service when the first data center determines, according to the arbitration policy, that the first data center is not a preferred data center; wherein the first data center and the second data center are the active-active data centers. determining, by a first data center according to a arbitration device flag bit, whether a arbitration device can perform arbitration; when the first data center determines that communication between the first data center and a second data center is interrupted, and an arbitration device cannot perform arbitration, viewing, by the first data center, a preset arbitration policy; and continuing providing, by the first data center, a service when the first data center determines, according to the arbitration policy, that the first data center is a preferred data center; or stopping providing, by the first data center, a service when the first data center determines, according to the arbitration policy, that the first data center is not a preferred data center; wherein the first data center and the second data center are the active-active data centers.
Wheel bearing arrangement for motor vehicles, in particular commercial vehicles, for the targeted introduction of compressive stress, comprising a steering knuckle, an axle journal, the axle journal being formed integrally on the steering knuckle and being configured in one piece with the steering knuckle, a shoulder, the shoulder forming an interface between the axle journal and the steering knuckle, a rounded portion, the rounded portion forming the transition between the axle journal and the shoulder, a bore, an internal thread, a wheel bearing, the wheel bearing being arranged on the axle journal, a tension bolt, the tension bolt being arranged in the bore and being screwed to the internal thread in the bore, characterized in that the bolt head of the tension bolt bears against the end side of the axle journal, and in that the wheel bearing arrangement has a resilient element, and the wheel bearing inner ring and the axle journal are prestressed with a compressive load.
A lightweight alloy for high-temperature applications, consisting of i) at least 94.8 wt% magnesium, ii) 2.5 to 4.6 wt% neodymium, iii) 0.05 to 0.40 wt% yttrium, iv) 0.03 to 0.65 wt% zirconium, v) optionally up to 0.02 wt.% calcium, and vi) incidental impurities. i) at least 94.8 wt% magnesium, ii) 2.5 to 4.6 wt% neodymium, iii) 0.05 to 0.40 wt% yttrium, iv) 0.03 to 0.65 wt% zirconium, v) optionally up to 0.02 wt.% calcium, and vi) incidental impurities.
A method for operating a textile machine, in particular a textile machine producing cross-wound bobbins, most particularly an open-end spinning machine, comprising a plurality of identical workstations, wherein, during a normal operation of the workstations, yarn is produced or rewound from a supply bobbin onto a receiving bobbin with the aid of the workstations, and wherein a plurality of workstations, after a stoppage of these workstations, is started and therefore, set into the normal operating mode, wherein the plurality of workstations is divided into groups of workstations and the groups of workstations are started at different times from each other; and wherein the textile machine comprises control means for carrying out the method, characterized in that the plurality of workstations is divided into groups of workstations, which are determined as a function of status data of the textile machine wherein the status data encompass resources of the textile machine, in particular, energy, compressed air and/or vacuum. wherein a plurality of workstations, after a stoppage of these workstations, is started and therefore, set into the normal operating mode, wherein the plurality of workstations is divided into groups of workstations and the groups of workstations are started at different times from each other; and wherein the textile machine comprises control means for carrying out the method, characterized in that the plurality of workstations is divided into groups of workstations, which are determined as a function of status data of the textile machine wherein the status data encompass resources of the textile machine, in particular, energy, compressed air and/or vacuum.
Method for producing equal valve strokes in variable valve trains, wherein a control shaft to be worked is placed in a grinding machine and the control shaft cams are ground according to stored values, characterized in that - intermediate levers and roller cam followers to be mounted are placed into a measuring device in which a reference camshaft and a reference control shaft, as well as reference slotted links are arranged, - the resulting valve lifts are measured in the measuring device for a rotation of the reference camshaft, - the gas exchange valve with the smallest valve lift is determined, - the valve lift difference Δx between the gas exchange valve with the smallest valve lift Δx and the respective valve lift of each other gas exchange valve is measured, - using a characteristic diagram Δx/Δd, the individual valve lift differences Δx are converted into centre distance differences Δd of the control shaft to be worked, the characteristic diagram allocating a valve lift difference Δx of a gas exchange valve to a centre distance difference Δd of the control shaft (34, - the control shaft cam allocated to the gas exchange valve having the smallest valve lift is ground to nominal dimension, and the other control shaft cams are ground to nominal dimension minus the respective centre distance difference Δd of the control shaft of the respective allocated gas exchange valve determined by means of the characteristic diagram. - intermediate levers and roller cam followers to be mounted are placed into a measuring device in which a reference camshaft and a reference control shaft, as well as reference slotted links are arranged, - the resulting valve lifts are measured in the measuring device for a rotation of the reference camshaft, - the gas exchange valve with the smallest valve lift is determined, - the valve lift difference Δx between the gas exchange valve with the smallest valve lift Δx and the respective valve lift of each other gas exchange valve is measured, - using a characteristic diagram Δx/Δd, the individual valve lift differences Δx are converted into centre distance differences Δd of the control shaft to be worked, the characteristic diagram allocating a valve lift difference Δx of a gas exchange valve to a centre distance difference Δd of the control shaft (34, - the control shaft cam allocated to the gas exchange valve having the smallest valve lift is ground to nominal dimension, and the other control shaft cams are ground to nominal dimension minus the respective centre distance difference Δd of the control shaft of the respective allocated gas exchange valve determined by means of the characteristic diagram.
An agricultural tractor comprising a multi-ratio PTO drive system having a first shaft drivingly coupled to a second shaft between an engine output and a PTO output stub by a plurality of selectable gear sets, each gear set delivering a different input-to-output drive ratio and comprising a first gear (21,22,23) keyed on the first shaft and a second gear (31,32,33) engageable with the second shaft by a respective selector mechanism arranged to be hydraulically activated by pressurised fluid conveyed through respective fluid conveyance bores in the second shaft, further comprising a releasable locking mechanism to secure the PTO stub in a socket provided in one end of the second shaft, the PTO drive system further comprising a spool valve embedded in the second shaft and comprising a piston element which is slidable in a valve bore that extends generally axially into the second shaft from a base of said socket, the piston element being slidable between a first position in which the piston element protrudes into the socket and a second position in which the piston blocks one of said fluid conveyance bores to prevent activation of the selector mechanism associated therewith, charactderized in that the valve bore is aligned axially with respect to the second shaft along an axis that is offset from the rotation axis of the second shaft.
A transmitting device comprising: a transmit buffer for buffering a plurality of packets (1, 2, 3) representing a live media stream, the packets having an order in the media stream from oldest to most recent; a transmitter for transmitting the packets (1, 2, 3) from the transmit buffer live over a network; and a controller arranged to measure an amount of data buffered for transmission in the transmit buffer, and to drop or compress a predetermined number of the oldest packets, characterized in that the controller is configured to drop or compress the predetermined number of the oldest packets on condition that said amount of data buffered for transmission exceeds or is likely to exceed a predetermined threshold, wherein said predetermined number is based on information on a duration of a last processing stall, and on further condition that network conditions for the transmission over said network exceed a predetermined transmission quality. a transmit buffer for buffering a plurality of packets (1, 2, 3) representing a live media stream, the packets having an order in the media stream from oldest to most recent; a transmitter for transmitting the packets (1, 2, 3) from the transmit buffer live over a network; and a controller arranged to measure an amount of data buffered for transmission in the transmit buffer, and to drop or compress a predetermined number of the oldest packets, characterized in that the controller is configured to drop or compress the predetermined number of the oldest packets on condition that said amount of data buffered for transmission exceeds or is likely to exceed a predetermined threshold, wherein said predetermined number is based on information on a duration of a last processing stall, and on further condition that network conditions for the transmission over said network exceed a predetermined transmission quality.
A support pad coupling mechanism for a surgical table extension unit, the surgical table extension unit including an extension adapter and a support pad, the coupling mechanism comprising: two coupling plates configured to be coupled to a lower side of the support pad so as to be perpendicular to the support pad, wherein each coupling plate is provided with a hook portion and a first position-limiting post, each first position-limiting post extending along a direction perpendicular to a respective one of the coupling plates; two second position-limiting posts configured to be provided on the extension adapter, the two second position-limiting posts respectively configured to cooperate with a respective one of the hook portions; and two position-limiting recessed portions configured to be provided on the extension adapter, the two position-limiting recessed portions respectively configured to cooperate with a respective one of the first position-limiting posts, wherein the two position-limiting recessed portions are in a shape of a circular arc, wherein, when the support pad and the extension adapter are coupled together by the support pad coupling mechanism, the first position-limiting posts of the coupling plates are positioned in the two position-limiting recessed portions, and the hook portions of the coupling plates are hooked onto the two second position-limiting posts. two coupling plates configured to be coupled to a lower side of the support pad so as to be perpendicular to the support pad, wherein each coupling plate is provided with a hook portion and a first position-limiting post, each first position-limiting post extending along a direction perpendicular to a respective one of the coupling plates; two second position-limiting posts configured to be provided on the extension adapter, the two second position-limiting posts respectively configured to cooperate with a respective one of the hook portions; and two position-limiting recessed portions configured to be provided on the extension adapter, the two position-limiting recessed portions respectively configured to cooperate with a respective one of the first position-limiting posts, wherein the two position-limiting recessed portions are in a shape of a circular arc, wherein, when the support pad and the extension adapter are coupled together by the support pad coupling mechanism, the first position-limiting posts of the coupling plates are positioned in the two position-limiting recessed portions, and the hook portions of the coupling plates are hooked onto the two second position-limiting posts.
Use of a silicone composition which composition comprises: a) 100 pt.wt. of at least one polyorganopolysiloxane having alkenyl groups, b) 0 - 100 pt.wt. of a crosslinker component comprising one or more polyorganohydrogensiloxanes, c) 0 - 100 pt.wt. of a filler component comprising one or more reinforcing silicas or resins, d) > 0.1 - 2 pt.wt. of at least one dielectric active compound, e) a curing catalyst selected from the group consisting of 0 - 1000 ppm of a compound enabling hydrosilylation and 0.1 to 2 wt.-% of an organic peroxide each related to the sum of the weight amounts of the components a) to d), and f) 0 - 50 pt.wt. of one or more auxiliary additives. for the manufacture of an insulator for high voltage direct current (HVDC) applications. a) 100 pt.wt. of at least one polyorganopolysiloxane having alkenyl groups, b) 0 - 100 pt.wt. of a crosslinker component comprising one or more polyorganohydrogensiloxanes, c) 0 - 100 pt.wt. of a filler component comprising one or more reinforcing silicas or resins, d) > 0.1 - 2 pt.wt. of at least one dielectric active compound, e) a curing catalyst selected from the group consisting of 0 - 1000 ppm of a compound enabling hydrosilylation and 0.1 to 2 wt.-% of an organic peroxide each related to the sum of the weight amounts of the components a) to d), and f) 0 - 50 pt.wt. of one or more auxiliary additives.