mhurhangee/ep-ind-claims huggingface dataset:
A laser device for generating an optical wave at a laser frequency, comprising: - a semiconductor element comprising a gain region with quantum wells or quantum dots, said gain region being located between a first mirror and an exit region defining an optical microcavity, - a second mirror, distinct from the semiconductor element, and arranged so as to form with the first mirror an external optical cavity including the gain region, - means (18, 19, 20) for pumping the gain region so as to generate the optical wave, wherein the spectral ratio between the Half Width Half Maximum (HWHM) spectral bandwidth of the round trip net modal gain and the free spectral range of the optical microcavity and the external cavity is adjusted to be in the range of 2 to 50, characterized in that the ratio between the light power inside the optical microcavity and the light power inside the external cavity, as defined by the ratio between the Poynting vector flux on the gain region and the one inside the external cavity and outside the microcavity, is lower than or equal to 1. - a semiconductor element comprising a gain region with quantum wells or quantum dots, said gain region being located between a first mirror and an exit region defining an optical microcavity, - a second mirror, distinct from the semiconductor element, and arranged so as to form with the first mirror an external optical cavity including the gain region, - means (18, 19, 20) for pumping the gain region so as to generate the optical wave,
A thermal insulating structure, preferably a thermal insulating textile, including at least one baffle box, the baffle box comprising: a. a plurality of natural and / or synthetic down fibers, wherein the plurality of natural and / or synthetic down fibers comprises at least one hollow fiber; b. a plurality of low-melt fibers; c. wherein the low-melt fibers have been melted to the natural and / or synthetic down fibers by heating inside the baffle box. a. a plurality of natural and / or synthetic down fibers, wherein the plurality of natural and / or synthetic down fibers comprises at least one hollow fiber; b. a plurality of low-melt fibers; c. wherein the low-melt fibers have been melted to the natural and / or synthetic down fibers by heating inside the baffle box.
An in vitro method for determining efficacy of treatment of a subject having a mental disorder by administration of cannabidiol, comprising determining in vitro a level of cannabidiol in a sample from said subject having said mental disorder, wherein said treatment is considered efficient if the level of cannabidiol is 30 μg/l to 85 μg/l and wherein the level of cannabidiol is determined 3 to 5 weeks after the commencement of the treatment. determining in vitro a level of cannabidiol in a sample from said subject having said mental disorder, wherein said treatment is considered efficient if the level of cannabidiol is 30 μg/l to 85 μg/l and wherein the level of cannabidiol is determined 3 to 5 weeks after the commencement of the treatment.
A biaxially stretched polypropylene film for capacitors, comprising a polypropylene resin, the film having a spacing value of face of α-crystal measured by X-ray diffraction of 0.525 to 0.530 nm.
Therapeutic agent for use in the treatment of neurodegenerative diseases associated with abnormalities of MAPT gene encoded protein tau, wherein said therapeutic agent comprises one or more siRNAs targeting MAPT gene exon 10, wherein the one or more siRNAs are selected from a double strand RNA composed of a sense strand comprising a base sequence set forth in SEQ ID No.: 2, 4, or 6, and an antisense strand comprising a sequence complementary thereto, which optionally has an overhang at the terminal of the sense strand and/or antisense strand.
A method of demolding a tread from a mold, the method comprising: demolding a first end of a tread from a mold to form a demolded portion of the tread, the tread extending lengthwise from the first end to a second end; folding the tread such that at least a portion of the demolded portion is arranged overtop a portion of the tread remaining within the mold; applying lubricant to the tread to thereby lubricate relative translation between folded portions of the tread; and, demolding additional portions of the tread by sliding at least a portion of the demolded portion along the portion of the tread remaining in the mold with the lubricant arranged between the demolded portion and the portion of the tread remaining within the mold. demolding a first end of a tread from a mold to form a demolded portion of the tread, the tread extending lengthwise from the first end to a second end; folding the tread such that at least a portion of the demolded portion is arranged overtop a portion of the tread remaining within the mold; applying lubricant to the tread to thereby lubricate relative translation between folded portions of the tread; and, demolding additional portions of the tread by sliding at least a portion of the demolded portion along the portion of the tread remaining in the mold with the lubricant arranged between the demolded portion and the portion of the tread remaining within the mold.
Lay-bar assembly of a warp-knitting machine, having at least one thread guide which is disposed on a drive element which is operationally connected to a drive installation and to at least one counterforce element, wherein the counterforce element has a piston-and-cylinder assembly in which a piston, which is connected to the drive element by way of a piston rod, is movable over a stroke length in a cylinder, and is impingeable by a pressure medium, characterized in that the cylinder outside the stroke length widens to a residual volume which the piston rod is guided to pass through and which comprises in relation to the cylinder an enlarged diameter.
A CM0S-integrated differentially constructed wideband clock pulse generator having a voltage-controlled oscillator for generating a differential oscillator signal, comprising two cross-coupled PMOS transistors (MP1, MP2) each having a source terminal (S1, S2), a drain terminal (D1, D2), and a gate terminal (G1, G2), further comprising a symmetrical capacitance diode circuit provided with a capacitance variable by a control voltage and acting between the two drain terminals (D1, D2) of the cross-coupled PMOS transistors (MP1, MP2), further comprising an inductive circuit (L1, L2) connected in parallel with the capacitance diode circuit and having a center tap (CTAP), and further comprising two output terminals (CK, CKb) for tapping the differential oscillator signal, each connected to one of the drain terminals (D1, D2) of the cross-coupled PMOS transistors (MP1, MP2), having at least one positive supply contact for carrying a positive potential of a power supply, having at least one negative supply contact (VNi; VN1, VN2,..,VNn; VNS3, VNS4; VNG4, VNG5) for carrying a negative potential of a power supply device, and having a bias current source for supplying a constant bias current to the oscillator, a first pole of the bias current source being connected to the positive supply contact and a second pole of the bias current source being connected to the source terminals (S1, S2) of the cross-coupled PMOS transistors (MP1, MP2), characterized in that an adjustable diode block is provided, comprising a plurality of NMOS transistors (MNi; MN1, MN2,...,MNn), each comprising a source terminal (SNi; SN1, SN2, SNn), a drain terminal and a gate terminal, wherein the drain terminals thereof are connected to the center tap (CTAP) of the inductivity circuit (L1, L2) and the source terminals thereof (SNi; SN1, SN2,..., SNn) are connected to the at least one negative supply contact (VNi; VN1, VN2,.., VNn), wherein each of the NMOS transistors (MNi; MN1, MN2,...,MNn) is associated with a control circuit connecting the corresponding gate terminal either to the corresponding drain terminal at a low resistance or to the corresponding source terminal (SNi; SN1, SN2, SNn) depending on a binary programming signal (B1, B2,..,BN).
Cable drag apparatus comprising at least one cable drag chain for guiding lines, cables, hoses or the like between a stationary and a movable connector region (4, 3) with the configuration of a curvature region between a moving run and a stationary run, with a number of links which are connected to one another in an articulated manner and are formed by way of side plates which are arranged parallel to one another and transverse webs which connect them, characterized by a plurality of drive devices which are arranged spaced apart from one another along a movement path of the movable run, each drive device having an electrically actuable drive motor which drives a roller, the roller acting on the side plates in accordance with the principle of a friction wheel drive on the moving run, and by a control unit which can be connected in signal terms to the drive devices and to a control device of an apparatus which can be connected to the movable connector region.
Use of a composition comprising granules of secondary particles in combination with a food product comprising dietary fiber, wherein the granules of said secondary particles comprise cyclodextrin and flat primary particles of calcium salt with a mean length of 2 μm or less in a planar direction, wherein the calcium salt comprises calcium citrate.
Fin stabilizer for stabilizing a watercraft, having at least one fin which is pivotable by way of a fin drive on the watercraft and which by means of a reinforcement structure has a reinforced external skin, wherein the reinforcement structure has a metal-based central structure having a connection installation for establishing an operative connection to the fin drive, and a plastics-based wound structure, wherein the wound structure has mutually intersecting fibre strands (36, 38, 40) which in each case are embedded in a plastics matrix and encompasses the central structure.
A cutting device for vegetation, comprising at least one chassis, at least one lower arm able to rotate on at least one axis A with respect to the chassis and driven by at least one first actuator, at least one upper arm able to rotate on at least one axis B with respect to the lower arm and driven by at least one second actuator, at least one cutting boom connected to the top end of the upper arm and mounted so as to be able to rotate on at least one axis C1 with respect to said upper arm, and mechanical means for slaving the movements of the cutting boom to the movements of said lower and upper arms, said mechanical slaving means comprising at least one principal device for rotating the cutting boom on said first axis C1, characterised in that the mechanical slaving means comprise a first device for following the rotation of the lower arm with respect to the chassis with a jack the stem of which is driven in translation with respect to the body of the jack during a rotation of the lower arm with respect to the chassis on the axis A, and a second device for following the rotation of the upper arm with respect to the lower arm with a jack the stem of which is driven in translation with respect to the arm during a rotation of the upper arm with respect to the lower arm on the axis B, and in that at least one chamber of the jack of the first following device is connected to at least one chamber of the jack of the second following device.
A smoking article comprising: a tobacco rod; and a filter connected to the tobacco rod, the filter comprising: a first filter segment; and a hollow tube segment downstream of the first filter segment, the hollow tube segment defining a cavity at the mouth end of the filter providing an unrestricted flow channel that extends from the downstream end of the first filter segment to the mouth end of the filter, wherein the length of the hollow tube segment is at least 25 percent, and less than 50 percent, of the overall filter length and wherein the smoking article comprises a ventilation zone in communication with the cavity at a location along the hollow tube segment, wherein the ventilation zone is located from 10 mm to 15 mm upstream from the mouth end of the filter. a tobacco rod; and a filter connected to the tobacco rod, the filter comprising: a first filter segment; and a hollow tube segment downstream of the first filter segment, the hollow tube segment defining a cavity at the mouth end of the filter providing an unrestricted flow channel that extends from the downstream end of the first filter segment to the mouth end of the filter, wherein the length of the hollow tube segment is at least 25 percent, and less than 50 percent, of the overall filter length and wherein the smoking article comprises a ventilation zone in communication with the cavity at a location along the hollow tube segment, wherein the ventilation zone is located from 10 mm to 15 mm upstream from the mouth end of the filter. a first filter segment; and a hollow tube segment downstream of the first filter segment, the hollow tube segment defining a cavity at the mouth end of the filter providing an unrestricted flow channel that extends from the downstream end of the first filter segment to the mouth end of the filter, wherein the length of the hollow tube segment is at least 25 percent, and less than 50 percent, of the overall filter length and wherein the smoking article comprises a ventilation zone in communication with the cavity at a location along the hollow tube segment, wherein the ventilation zone is located from 10 mm to 15 mm upstream from the mouth end of the filter.
A brake system for a stroller including at least a first and a second rear legs, each one fitted with at least one wheel, the system comprising: - a first and a second blocking elements, slidably mounted respectively on the first and the second legs, between a wheel blocking position and a disengaged position; - a first operating element, movably mounted on the first leg, between a high and a low position, and cooperating with the first blocking element, so that the movement of said first operating element from its high position to its low position displaces the first blocking element from its disengaged position to its blocking position, and so that conversely, the movement of said first operating element from its low position to its high position displaces the first blocking element from its blocking position to its disengaged position; and - movement transmission means configured to simultaneously cause the second blocking element to move to its blocking position when the first blocking element moves to its blocking position, and to simultaneously cause the second blocking element to move to its disengaged position when the first blocking element moves to its disengaged position; the system being characterized in that said movement transmission means comprise a rotating shaft and movement transmission organs (17, 17'), borne by the blocking elements (11, 11'), in gear with said rotating shaft. - a first and a second blocking elements, slidably mounted respectively on the first and the second legs, between a wheel blocking position and a disengaged position; - a first operating element, movably mounted on the first leg, between a high and a low position, and cooperating with the first blocking element, so that the movement of said first operating element from its high position to its low position displaces the first blocking element from its disengaged position to its blocking position, and so that conversely, the movement of said first operating element from its low position to its high position displaces the first blocking element from its blocking position to its disengaged position; and - movement transmission means configured to simultaneously cause the second blocking element to move to its blocking position when the first blocking element moves to its blocking position, and to simultaneously cause the second blocking element to move to its disengaged position when the first blocking element moves to its disengaged position; the system being characterized in that said movement transmission means comprise a rotating shaft and movement transmission organs (17, 17'), borne by the blocking elements (11, 11'), in gear with said rotating shaft.
An electrosurgical generator, ESG, controller of an electrosurgical generator, wherein the ESG controller comprises: a current-mode controller configured to compare an inductor current i L (t) to a control current limit ic, and wherein the current-mode controller is configured generate a current-mode controller signal for use during either a constant current operating mode of the ESG or a constant power operating mode of the ESG; a voltage-mode controller configured to compare an output voltage v out (t) with a reference voltage V max, and wherein the voltage-mode controller is configured to generate a voltage-mode controller signal for use during a constant voltage operating mode of the ESG; a mode selector configured to compare the inductor current i L (t) and the output voltage v out (t) to respective current limits and voltage limits and to generate an operating mode indicator; and steering logic configured to receive the operating mode indicator and select an operating mode from one of the constant current operating mode of the ESG or the constant power operating mode of the ESG or the constant voltage operating mode of the ESG, wherein the steering logic is configured to provide a first signal to the electrosurgical generator at a first controller output and a second signal to the electrosurgical generator at a second controller output based on the operating mode indicator. a current-mode controller configured to compare an inductor current i L (t) to a control current limit ic, and wherein the current-mode controller is configured generate a current-mode controller signal for use during either a constant current operating mode of the ESG or a constant power operating mode of the ESG; a voltage-mode controller configured to compare an output voltage v out (t) with a reference voltage V max, and wherein the voltage-mode controller is configured to generate a voltage-mode controller signal for use during a constant voltage operating mode of the ESG; a mode selector configured to compare the inductor current i L (t) and the output voltage v out (t) to respective current limits and voltage limits and to generate an operating mode indicator; and steering logic configured to receive the operating mode indicator and select an operating mode from one of the constant current operating mode of the ESG or the constant power operating mode of the ESG or the constant voltage operating mode of the ESG, wherein the steering logic is configured to provide a first signal to the electrosurgical generator at a first controller output and a second signal to the electrosurgical generator at a second controller output based on the operating mode indicator.
Apparatus for performing an eye-related measurement, comprising a device for generating a fixation target (29; 39; 49; 60), wherein the device for generating the fixation target (29; 39; 49) comprises a holographic element (24; 34; 44), a device (12, 15) for performing the eye-related measurement while a person is looking at the fixation target (29; 39; 49; 60), and an illumination device (28; 38) for illuminating the holographic element (24; 34; 44), which is configured for selectively illuminating the holographic element with different illumination types that differ in terms of light wavelength, illumination angle and/or illumination location to select between generating a first fixation target and generating a second fixation target as the fixation target, wherein the first fixation target differs from the second fixation target with respect to position and/or colour and/or shape of the first fixation target, wherein the apparatus is configured to select the first fixation target or the second fixation target for transmitting information that goes beyond the presence of the fixation target to the person, characterized in that the apparatus comprises cameras to capture a position of the head of the person, and in that the apparatus is configured to compare the position of the head to an intended position, and in that the information indicates whether the head of the person is correctly positioned for the performance of the eye-related measurement.
A method for reducing a size of burst allocation information by a mobile subscriber station in a broadband wireless communication system, the method comprising: receiving configuration information including a type field representing a type of a reduced connection identifier, CID, from a base station; and selectively applying the reduced CID based on the type field, wherein the type of the reduced CID is determined by the base station based on a range of a basic CID of the mobile subscriber station, wherein the type field includes at least two bits representing one of the basic CID and available types of the reduced CID, wherein the available types represent available lengths of the reduced CID, and wherein the reduced CID includes n Least Significant Bits, LSBs, of the basic CID, n being a positive integer indicated by the type field. receiving configuration information including a type field representing a type of a reduced connection identifier, CID, from a base station; and selectively applying the reduced CID based on the type field, wherein the type of the reduced CID is determined by the base station based on a range of a basic CID of the mobile subscriber station, wherein the type field includes at least two bits representing one of the basic CID and available types of the reduced CID, wherein the available types represent available lengths of the reduced CID, and wherein the reduced CID includes n Least Significant Bits, LSBs, of the basic CID, n being a positive integer indicated by the type field.
A data transfer method, comprising: determining differences between each pair of consecutive symbols in a plurality of symbols to be transmitted on three or more connectors (310a, 310b, 310c) wherein the differences relate to signaling states of the three or more connectors; estimating a duration of a transition interval at a symbol boundary between the pair of consecutive symbols based on the differences; and modifying operation of one or more drivers of the three or more connectors to reduce the duration of the transition interval when the duration of the transition interval is estimated to exceed a threshold period, wherein each symbol defines one of at least three signaling states for each of the three or more connectors. determining differences between each pair of consecutive symbols in a plurality of symbols to be transmitted on three or more connectors (310a, 310b, 310c) wherein the differences relate to signaling states of the three or more connectors; estimating a duration of a transition interval at a symbol boundary between the pair of consecutive symbols based on the differences; and modifying operation of one or more drivers of the three or more connectors to reduce the duration of the transition interval when the duration of the transition interval is estimated to exceed a threshold period, wherein each symbol defines one of at least three signaling states for each of the three or more connectors.
A process for preparing a fluorinated polyether oil comprising: Reacting a vinyl ether monomer of the formula R f -O-CF=CF 2 wherein R f is a fluorinated linear or branched aliphatic group, with an oxygen-containing gas in the presence of a Lewis acid catalyst to yield a fluorinated polyether oil; wherein R f is given by the formula A-(OCF(R 2 f)CF 2) n -(O(CF 2) m) p - where each n is from 0 to 10; each m is from 1 to 10, each p is from greater than 1 and up to 10; A is selected from X and XC a F 2a, where X is selected from a halogen, hydrogen, and a functional group, the functional group selected from SO 2 Y with Y being F or Cl, and COOR' with R' being an alkyl group having from 1 to 6 carbon atoms; and R 2 f is a fluorinated aliphatic group of from 1 to 10 carbon atoms, and each value of m in a repeating unit p is independently chosen from 1 to 10, and a is from 1 to 10.