mhurhangee/ep-ind-claims huggingface dataset:
A process for the epoxidation of an olefin comprising contacting a reactor feed comprising an olefin, oxygen, and carbon dioxide, with a catalyst comprising a carrier and, deposited on the carrier, silver, a rhenium promoter, a first co-promoter, and a second co-promoter; wherein the carbon dioxide is present in the reactor feed in a quantity of at most 3 mole percent based on the total epoxidation reactor feed; the first co-promoter comprises sulfur; and the second co-promoter comprises tungsten.
A ToF camera comprising: a ToF illuminator configured to emit active IR light; a sensor array including a plurality of sensors; and a ToF controller machine configured to: for a key frame, generate a key-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array, a depth value based on a plurality of sets of key-frame IR images, each set of key-frame IR images being acquired using a different modulation frequency of active IR light emitted by the ToF illuminator, for a P-frame occurring after the key frame, generate a P-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array, a depth value based on a single set of P-frame IR images acquired using a single modulation frequency of active IR light emitted by the ToF illuminator; and an output machine operatively connected to the ToF controller machine and to the sensor array and configured to output the key-frame depth image and the P-frame depth image. a ToF illuminator configured to emit active IR light; a sensor array including a plurality of sensors; and a ToF controller machine configured to: for a key frame, generate a key-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array, a depth value based on a plurality of sets of key-frame IR images, each set of key-frame IR images being acquired using a different modulation frequency of active IR light emitted by the ToF illuminator, for a P-frame occurring after the key frame, generate a P-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array, a depth value based on a single set of P-frame IR images acquired using a single modulation frequency of active IR light emitted by the ToF illuminator; and for a key frame, generate a key-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array, a depth value based on a plurality of sets of key-frame IR images, each set of key-frame IR images being acquired using a different modulation frequency of active IR light emitted by the ToF illuminator, for a P-frame occurring after the key frame, generate a P-frame depth image that includes, for each sensor of the plurality of sensors of the sensor array, a depth value based on a single set of P-frame IR images acquired using a single modulation frequency of active IR light emitted by the ToF illuminator; and an output machine operatively connected to the ToF controller machine and to the sensor array and configured to output the key-frame depth image and the P-frame depth image.
An artificial force feel generating device for generation of an artificial feeling of force on an inceptor (4a; 4c; 4d) of a vehicle control system, said inceptor (4a; 4c; 4d) being adapted for controlling a servo-assisted control unit (4; 3) of said vehicle control system via a mechanical linkage (5; 19), comprising at least one first force generating device (11; 21) and at least one second force generating device configured to be mechanically connected to said inceptor (4a; 4c; 4d), said first force generating device (11; 21) being configured to generate a nominal force acting in operation on said inceptor (4a; 4c; 4d) and said second force generating device being configured to generate a tactile cue force acting in operation on said inceptor (4a; 4c; 4d), said first and second force generating devices (11; 21, 12) being arranged in parallel.
Medical sawing template system, comprising an aligning apparatus for aligning a medical sawing template relative to a human or animal bone, which aligning apparatus comprises at least one fastening element receptacle for a fastening element fixable in the bone, a first coupling member which is coupleable or coupled to the medical sawing template, a distance-changing device for varying a distance between the fastening element receptacle and the first coupling member, and an angle-changing device for varying an angle between the fastening element receptacle and the first coupling member, wherein the distance-changing device comprises a distance-setting member which is rotatable about a distance-setting member rotational axis, and wherein the angle-changing device comprises an angle-setting member which is rotatable about an angle-setting member rotational axis, characterized in that the distance-setting member rotational axis defines the angle-setting member rotational axis.
A computer implemented method for selecting components of a geometric model; executed at a computer terminal having a display with an interface associated with the computer implemented method for selecting components of the geometric model on the computer terminal; and a memory for storing information; the method comprising: displaying a plurality of components corresponding to a geometric model; selecting a first component of the displayed plurality of components; receiving a first input indicating a first direction for selecting a next component of the plurality of components; identifying one or more candidate edges associated with the first component for selecting the next component; determining an angle between an indicated direction vector corresponding to the indicated first direction and each of the one or more candidate edges; and selecting a second component as the next component wherein the second component is associated with a particular candidate edge forming a smallest angle with the indicated direction vector among all of the one or more candidate edges. displaying a plurality of components corresponding to a geometric model; selecting a first component of the displayed plurality of components; receiving a first input indicating a first direction for selecting a next component of the plurality of components; identifying one or more candidate edges associated with the first component for selecting the next component; determining an angle between an indicated direction vector corresponding to the indicated first direction and each of the one or more candidate edges; and selecting a second component as the next component wherein the second component is associated with a particular candidate edge forming a smallest angle with the indicated direction vector among all of the one or more candidate edges.
An electronic switch comprising: a sealed housing; a fixed contact point installed in the sealed housing; a movable contact point making contact with or separated from the fixed contact point and movably installed in the sealed housing; and an actuating unit for moving the movable contact point in order to allow the movable contact point to make contact with or to be separated from the fixed contact point, wherein at least one gas inflow space is formed in at least one of the fixed and movable contact points (120,140), a gas which is injected into the sealed housing flows into the at least one gas inflow space while the fixed and movable contact points (120, 140) make contact with each other, and while the fixed and movable contact points (120, 140) are separated from each other, an arc having a high temperature is generated, the internal pressure of the gas inflow space is increased and the gas in the at least one gas inflow space is exhausted out of the gas inflow space characterized in that a plurality of gas inflow spaces are disposed symmetrically about a center of one surface of the fixed or movable contact point (120, 140). a sealed housing; a fixed contact point installed in the sealed housing; a movable contact point making contact with or separated from the fixed contact point and movably installed in the sealed housing; and an actuating unit for moving the movable contact point in order to allow the movable contact point to make contact with or to be separated from the fixed contact point, wherein at least one gas inflow space is formed in at least one of the fixed and movable contact points (120,140), a gas which is injected into the sealed housing flows into the at least one gas inflow space while the fixed and movable contact points (120, 140) make contact with each other, and while the fixed and movable contact points (120, 140) are separated from each other, an arc having a high temperature is generated, the internal pressure of the gas inflow space is increased and the gas in the at least one gas inflow space is exhausted out of the gas inflow space characterized in that a plurality of gas inflow spaces are disposed symmetrically about a center of one surface of the fixed or movable contact point (120, 140).
A method for a conference bridge of managing an audio scene comprising two or more participants, the participants using the same or different codec, the method comprising the steps of: - Continuously creating a 3D positional audio environment signal for each participant as a listening participant, by rendering the speech of each participant as a 3D positioned virtual sound source, excluding the speech of the listening participant, - Continuously distributing each created 3D positional audio environment signal to the corresponding listening participant by the conference bridge placing the virtual sound source corresponding to each participant at the same spatial position relative the listening participant in every created 3D positional audio environment, the method characterized by the conference bridge continuously detecting the speaking participants by voice detection of the input signals from each participant, and rendering an individual 3D positioned audio environment signal for each speaking participant, and a common 3D positional audio environment signal for all non-speaking participants, encoding said common 3D positional audio environment signal only once for each codec used by the participants. - Continuously creating a 3D positional audio environment signal for each participant as a listening participant, by rendering the speech of each participant as a 3D positioned virtual sound source, excluding the speech of the listening participant, - Continuously distributing each created 3D positional audio environment signal to the corresponding listening participant by the conference bridge placing the virtual sound source corresponding to each participant at the same spatial position relative the listening participant in every created 3D positional audio environment, the method characterized by the conference bridge continuously detecting the speaking participants by voice detection of the input signals from each participant, and rendering an individual 3D positioned audio environment signal for each speaking participant, and a common 3D positional audio environment signal for all non-speaking participants, encoding said common 3D positional audio environment signal only once for each codec used by the participants.
A recombinant nucleic acid molecule encoding a 4-hydroxyphenylpyruvate dioxygenase (HPPD) polypeptide, wherein said encoded HPPD polypeptide comprises an amino acid sequence that has: (a) at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO:1, and (b) a proline at the amino acid position corresponding to amino acid position 335 of SEQ ID NO:1, and (c) a histidine or an aspartic acid at the position corresponding to amino acid position 336 of SEQ ID NO: 1, and (d) a serine at the position corresponding to amino acid position 337 of SEQ ID NO:1, and wherein said HPPD polypeptide is tolerant to one or more HPPD inhibitor herbicide(s). (a) at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO:1, and (b) a proline at the amino acid position corresponding to amino acid position 335 of SEQ ID NO:1, and (c) a histidine or an aspartic acid at the position corresponding to amino acid position 336 of SEQ ID NO: 1, and (d) a serine at the position corresponding to amino acid position 337 of SEQ ID NO:1,
A reduction stimulus-responsive gene delivery system, comprising a shielding system, a cationic polymer material and plasmid DNA, wherein the cationic polymer material and the plasmid DNA are complexed to form binary complex particles, the shielding system is shielded on the surface of the binary complex by means of electrostatic interaction to form ternary complex particles, and the shielding system comprises a glycosaminoglycan derivative having at least one modified glucuronic acid unit comprising a terminus being a carboxyl group directly linked to the glucuronic acid unit via a reduction-sensitive disulfide bond or diselenide bond.
Method for producing a planetary roller screw drive, having a spindle nut which is arranged on a threaded spindle and is divided into two annular nut parts (6, 7) which can be set axially with respect to one another, and which is provided with a receiving part for the two nut parts (6, 7), which receiving part is formed by way of a sleeve, the one nut part which can be adjusted axially with respect to the receiving part being arranged axially displaceably in the receiving part, the other nut part being supported axially on an axial stop of the receiving part, both annular nut parts (6, 7) being arranged between the axial stop and the actuating part, and having a multiplicity of planets which are arranged distributed over the circumference and are in rolling engagement with the spindle nut and the threaded spindle, an actuating part which is set axially against the one axially adjustable nut part being provided, between which actuating part and the other nut part the one axially adjustable nut part is arranged, and the receiving part and the actuating part having supporting profiles (22, 24) which engage into one another in a positively locking manner for supporting the actuating part in an axially positively locking manner, comprising the following steps: mounting of the nut parts (6, 7) onto the threaded spindle with the planets, characterized by the following steps: setting of the actuating part which is formed by way of an actuating ring directly against the one axially adjustable nut part in the direction of the other nut part which is supported directly on the axial stop of the receiving part, for a play-free rolling engagement of the planets with the spindle nut and with the threaded spindle, blocking of opposed actuating movements of the adjusting ring in the opposite direction, a wall thickness of the sleeve being tapered at one end, the said end forming a forming section, the material of which is formed into the supporting profile of the actuating part.
A negative electrode active material comprising silicon-based composite particles containing SiO x (0<x<2) and a MgSiO 3 phase, wherein the MgSiO 3 phase comprises a first MgSiO 3 phase having an enstatite structure and a second MgSiO 3 phase having a clinoenstatite structure at a weight ratio of 1:1 to 1:5, wherein the weight ratio of the first MgSiO 3 phase having the enstatite structure and the second MgSiO 3 phase having the clinoenstatite structure is confirmed by XRD Rietveld refinement method as set out in more detail in the specification.
An eye shape modification system comprising: (a) a band having a first end, a second end opposite the first end, and a first side; (b) a fixation zone disposed on the first side of the band, the fixation zone being attached to the band via an extension zone, the extension zone placing the fixation zone a distance from the band;, the fixation zone being adapted to accept sutures and being further adapted to be sutured to a scleral surface of an eye; the fixation zone comprising a suture flange with apertures, arched loops, loops, T-shaped arms, bulbed T-shaped arms, bulbed finger extensions, or a combination thereof; wherein the extension zone comprises an entrapment zone for trapping a suture passing through or around the fixation zone, the entrapment zone comprising an indentation, a perforation, a slot, or a slit; and (c) a calibrated shortening mechanism for tightening the band in increments, wherein the eye shape modification system is a scleral buckle. (a) a band having a first end, a second end opposite the first end, and a first side; (b) a fixation zone disposed on the first side of the band, the fixation zone being attached to the band via an extension zone, the extension zone placing the fixation zone a distance from the band;, the fixation zone being adapted to accept sutures and being further adapted to be sutured to a scleral surface of an eye; the fixation zone comprising a suture flange with apertures, arched loops, loops, T-shaped arms, bulbed T-shaped arms, bulbed finger extensions, or a combination thereof; wherein the extension zone comprises an entrapment zone for trapping a suture passing through or around the fixation zone, the entrapment zone comprising an indentation, a perforation, a slot, or a slit; and (c) a calibrated shortening mechanism for tightening the band in increments, wherein the eye shape modification system is a scleral buckle.
Measuring device for determining a measured variable of a measuring gas by means of a photoacoustic method, wherein the measuring device has a flow channel for the measuring gas having at least one feed line, a photoacoustic measuring cell and a discharge line, characterized in that the measuring device has at least one acoustic filter member which is tuned to the useful frequency of the measuring cell, wherein the filter member comprises at least one cavity resonator arranged on the flow channel at the feed line and/or at the discharge line and that at least one of the acoustic filter members is designed for a negative sound pressure amplification in a first frequency range which comprises the fundamental frequency of the useful frequency.
A coolant composition for preventing corrosion of aluminium and aluminium alloys at temperatures exceeding 150°C, the coolant composition including a glycol as a main ingredient, (a) 0.1 - 10 % by weight of at least one ingredient selected from p-tert butyl benzoic acid, p-toluic acid and the salts thereof; (b) 0.0001 - 0.1 % by weight of at least one ingredient selected from the group consisting of strontium compounds, magnesium compounds and calcium compounds; and (c) 0.01 - 1.0 % by weight of 2-phosphonobutane-1, 2, 4-tricarboxylic acid or the salt thereof, the coolant composition being of such a form as not to contain silicate or borate. (a) 0.1 - 10 % by weight of at least one ingredient selected from p-tert butyl benzoic acid, p-toluic acid and the salts thereof; (b) 0.0001 - 0.1 % by weight of at least one ingredient selected from the group consisting of strontium compounds, magnesium compounds and calcium compounds; and (c) 0.01 - 1.0 % by weight of 2-phosphonobutane-1, 2, 4-tricarboxylic acid or the salt thereof, the coolant composition being of such a form as not to contain silicate or borate.
A kitchen utensil including a container and a handle, on the outer upper perimeter of the container with an extending fastening tab or lug provided with at least one opening for the engagement and reception of a hook-forming end of a hooking tab comprised by the handle, a latch still being mounted on the latter that is able to occupy at least one unlocked position and a locked position in which it is pushed back under the action of return means to extend, on the opposite side relative to the hooking tab, below the fastening tab of the container, characterized in that the latch is mounted sliding on the handle along a direction forming an acute angle relative to the plane of the fastening tab in order, starting from an unlocked position, separated from said fastening tab, to tighten toward the latter under the action of said return means in the locked position.
A method for compensating for transients caused by load modulation by adjusting pulse shapes, the method comprising: modulating, by a transmitter device, a radio frequency carrier signal using load modulation; detecting, by the transmitter device, for the modulated RF carrier signal, a particular symbol pattern for a first symbol that precedes a second symbol that does not use load modulation, wherein the first symbol includes a series of pulses located at a second half of the first symbol, and wherein the second symbol is represented by an unmodulated symbol period which uses the lack of modulation to convey data, the unmodulated symbol period identifying the end of a communication; and adjusting, in response to the detecting, a pulse shape of the first symbol to mitigate the transients in the second symbol. modulating, by a transmitter device, a radio frequency carrier signal using load modulation; detecting, by the transmitter device, for the modulated RF carrier signal, a particular symbol pattern for a first symbol that precedes a second symbol that does not use load modulation, wherein the first symbol includes a series of pulses located at a second half of the first symbol, and wherein the second symbol is represented by an unmodulated symbol period which uses the lack of modulation to convey data, the unmodulated symbol period identifying the end of a communication; and adjusting, in response to the detecting, a pulse shape of the first symbol to mitigate the transients in the second symbol.
A three-dimensional data encoding method using a first attribute information encoding scheme and a second attribute information encoding scheme different from the first attribute information encoding scheme, the method comprising: performing transformation, the transformation being one of (i) transforming a first quantization parameter to a first scale value and (ii) transforming the first scale value to the first quantization parameter, based on a first table indicating a correspondence between a plurality of values of the first quantization parameter and a plurality of values of the first scale value, the first table being a common table shared between the first attribute information encoding scheme and the second attribute information encoding scheme; performing encoding including a first quantization process to generate encoded attribute information, the first quantization process being a process of dividing, by the first scale value, each of first coefficient values based on items of attribute information of three-dimensional points included in point cloud data; and generating a bitstream including the encoded attribute information and the first quantization parameter. performing transformation, the transformation being one of (i) transforming a first quantization parameter to a first scale value and (ii) transforming the first scale value to the first quantization parameter, (i) transforming a first quantization parameter to a first scale value and (ii) transforming the first scale value to the first quantization parameter, based on a first table indicating a correspondence between a plurality of values of the first quantization parameter and a plurality of values of the first scale value, the first table being a common table shared between the first attribute information encoding scheme and the second attribute information encoding scheme; performing encoding including a first quantization process to generate encoded attribute information, the first quantization process being a process of dividing, by the first scale value, each of first coefficient values based on items of attribute information of three-dimensional points included in point cloud data; and generating a bitstream including the encoded attribute information and the first quantization parameter.