mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a (1S,2R)-(2-hydroxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound of the following general formula (S,R)-: wherein R 1 represents a monovalent hydrocarbon group having 1 to 6 carbon atoms, and a bold wedged bond represents the absolute configuration, and a (1R,2S)-(2-acetoxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound of the following general formula (R,S)-: wherein R 1 is as defined above, a hashed wedged bond represents the absolute configuration, and Ac represents an acetyl group, the process comprising: subjecting a (1RS,2SR)-(2-hydroxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound of the following general formula (RS,SR)-: wherein R 1 is as defined above, and a hashed unwedged bond represents a relative configuration, to a kinetic resolution reaction with a lipase in the presence of vinyl acetate to obtain the (1S,2R)-(2-hydroxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound ((S,R)-) and the (1R,2S)-(2-acetoxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound ((R,S)-). wherein R 1 represents a monovalent hydrocarbon group having 1 to 6 carbon atoms, and a bold wedged bond represents the absolute configuration, and a (1R,2S)-(2-acetoxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound of the following general formula (R,S)-: wherein R 1 is as defined above, a hashed wedged bond represents the absolute configuration, and Ac represents an acetyl group, the process comprising: subjecting a (1RS,2SR)-(2-hydroxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound of the following general formula (RS,SR)-: subjecting a (1RS,2SR)-(2-hydroxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound of the following general formula (RS,SR)-: wherein R 1 is as defined above, and a hashed unwedged bond represents a relative configuration, to a kinetic resolution reaction with a lipase in the presence of vinyl acetate to obtain the (1S,2R)-(2-hydroxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound ((S,R)-) and the (1R,2S)-(2-acetoxy-3,5,5-trimethyl-3-cyclopentenyl)methyl carboxylate compound ((R,S)-).
A porous zirconia powder, containing 5 to 55 wt% of an oxide of one or more types of metals selected from the group consisting of Y, Sc and rare earth metals, wherein total pore volume following heat treatment for three hours at 1000°C is at least 0.75 ml/g, and total volume of pores having a diameter of 10 to 100 nm following heat treatment for three hours at 1000°C is at least 33% of the total pore volume, the total pore volume being measured according to the mercury intrusion method using an automated pore size distribution analyser, with a measuring range of 0.0036 to 10.3 μm.
Air emitting device for hair treatment comprising an entry air area, a casing adapted to contain therein at least one heating element adapted to heat said air inside said casing, an outlet area for said air heated by said heating element, opposite to said entry air area, an external body arranged around said casing, an interspace placed between said casing and said external body so that the air present in said interspace is not suitable for being heated by said at least one heating element, wherein: - said interspace also comprises at least one outlet for said air not heated by said at least one heating element, - said outlet area for said air heated by said heating element consists of a grid consisting of a substantially concave base surface provided with a plurality of holes for the escape of said heated air by said at least one heating element, - said at least one outlet for said air not heated by said at least one heating element is arranged along the perimeter edge of a circular ring arranged around said grid, wherein the device comprises a plurality of outlets for said air not heated by said at least one heating element uniformly arranged along said perimeter edge of said circular ring of said grid. - said interspace also comprises at least one outlet for said air not heated by said at least one heating element, - said outlet area for said air heated by said heating element consists of a grid consisting of a substantially concave base surface provided with a plurality of holes for the escape of said heated air by said at least one heating element, - said at least one outlet for said air not heated by said at least one heating element is arranged along the perimeter edge of a circular ring arranged around said grid,
A magnetic memory device comprising: a spin-orbit interaction active core comprising a plurality of layers stacked along a longitudinal axis, the plurality of layers comprising a first layer and a second layer on the first layer; and a magnetic junction extending around the longitudinal axis and surrounding at least a portion of the spin-orbit interaction active core, the magnetic junction comprising a free layer, a reference layer, and a tunnel barrier layer between the free layer and the reference layer, characterized in that the spin-orbit interaction active core comprises a plurality of the first layers and a plurality of the second layers alternately arranged on top of each other along the longitudinal axis. a spin-orbit interaction active core comprising a plurality of layers stacked along a longitudinal axis, the plurality of layers comprising a first layer and a second layer on the first layer; and a magnetic junction extending around the longitudinal axis and surrounding at least a portion of the spin-orbit interaction active core, the magnetic junction comprising a free layer, a reference layer, and a tunnel barrier layer between the free layer and the reference layer, characterized in that the spin-orbit interaction active core comprises a plurality of the first layers and a plurality of the second layers alternately arranged on top of each other along the longitudinal axis.
A tubing assembly for use in providing a flow of positive pressure breathing gas to a patient, the tubing assembly comprising: a manifold portion structured to receive the flow of positive pressure breathing gas; a number of tubular portions which each extend from the manifold portion to a distal end which is structured to be coupled to a patient interface for use in delivering the flow of positive pressure breathing gas to the patient; a reflectance pulse oximetry sensor positioned in or on one of the number of tubular portions, wherein the sensor is structured to be disposed adjacent the patient when the tubing assembly is disposed on the head of the patient. a manifold portion structured to receive the flow of positive pressure breathing gas; a number of tubular portions which each extend from the manifold portion to a distal end which is structured to be coupled to a patient interface for use in delivering the flow of positive pressure breathing gas to the patient; a reflectance pulse oximetry sensor positioned in or on one of the number of tubular portions, wherein the sensor is structured to be disposed adjacent the patient when the tubing assembly is disposed on the head of the patient.
A knee prosthesis comprising a femoral component and a trochleal component, the femoral component having a femoral cup at a proximal end, the femoral cup comprising a concave contact surface sized for articulation on a trochleal component, wherein the femoral component has a femoral stem at a distal end, the femoral cup further comprising a posterior lip having a first length and an anterior lip having a second length wherein the second length is longer than the first length, wherein the trochleal component further comprises a posterior recess which receives the posterior lip during extreme flexion, characterised in that the trochlear component has an elongated transverse curved body with a narrowed waist, the concave contact surface of the femoral cup having a ridge extending outwardly therefrom, the ridge being sized to articulate on the narrowed waist, and in that the knee prosthesis further comprises a tibial tray which is separable and affixable to the trochlear component, wherein the separable trochleal component is adapted to be firmly affixed to the tibial tray. the femoral component having a femoral cup at a proximal end, the femoral cup comprising a concave contact surface sized for articulation on a trochleal component, wherein the femoral component has a femoral stem at a distal end, the femoral cup further comprising a posterior lip having a first length and an anterior lip having a second length wherein the second length is longer than the first length, wherein the trochleal component further comprises a posterior recess which receives the posterior lip during extreme flexion, characterised in that the trochlear component has an elongated transverse curved body with a narrowed waist, the concave contact surface of the femoral cup having a ridge extending outwardly therefrom, the ridge being sized to articulate on the narrowed waist, and in that the knee prosthesis further comprises a tibial tray which is separable and affixable to the trochlear component, wherein the separable trochleal component is adapted to be firmly affixed to the tibial tray.
An in vitro method for detecting the presence of a leukemia stem cell expressing C-type lectin-like molecule-1, comprising contacting the LSC with a peptide linked to a detectable label, and detecting the binding of the peptide to the LSC; wherein the peptide comprises the amino acid sequence motif LR(S/T), and wherein the peptide is no longer than 10 amino acids in length and binds to C-type lectin-like molecule-1, and wherein the peptide comprises the amino acid sequence: (a) X 1 LRX 4 X 5 X 6 X 7, wherein: X 1 is P, D, L, T, A, V or S; X 4 is S or T; X 5 is A, S or F; X 6 is A, G or S; and X 7 is A, V, P or F; (b) X 1 LRX 4 X 5 X 6 X 7, wherein: X 1 is P, D, L, T, A, V or S; X 4 is S or T; X 5 is A or S; X 6 is A or G; and X 7 is A, V or P; (c) X 1 LRX 4 AAX 7, wherein: X 1 is P, D, L, T, A, V or S; X 4 is S or T; and X 7 is A or V; (d) X 1 LRX 4 AAV, wherein: X 1 P, D, L, T, A, V or S; and X 4 is S or T; or (e) X 1 LRSSGP, wherein X 1 is any amino acid or wherein X 1 is V, S, P or T; or (f) selected from the group consisting of PLRSAAA, DLRSAAV, LLRTAAV, LLRSAAV, TLRTAAV, ALRSAAV, VLRSSGP, SLRSSGP, PLRSSGP, and TLRSSGP. (a) X 1 LRX 4 X 5 X 6 X 7, wherein: X 1 is P, D, L, T, A, V or S; X 4 is S or T; X 5 is A, S or F; X 6 is A, G or S; and X 7 is A, V, P or F; X 1 is P, D, L, T, A, V or S; X 4 is S or T; X 5 is A, S or F; X 6 is A, G or S; and X 7 is A, V, P or F; (b) X 1 LRX 4 X 5 X 6 X 7, wherein: X 1 is P, D, L, T, A, V or S; X 4 is S or T; X 5 is A or S; X 6 is A or G; and X 7 is A, V or P; X 1 is P, D, L, T, A, V or S; X 4 is S or T; X 5 is A or S; X 6 is A or G; and X 7 is A, V or P; (c) X 1 LRX 4 AAX 7, wherein: X 1 is P, D, L, T, A, V or S; X 4 is S or T; and X 7 is A or V; X 1 is P, D, L, T, A, V or S; X 4 is S or T; and X 7 is A or V; (d) X 1 LRX 4 AAV, wherein: X 1 P, D, L, T, A, V or S; and X 4 is S or T; or X 1 P, D, L, T, A, V or S; and X 4 is S or T; or (e) X 1 LRSSGP, wherein X 1 is any amino acid or wherein X 1 is V, S, P or T; or (f) selected from the group consisting of PLRSAAA, DLRSAAV, LLRTAAV, LLRSAAV, TLRTAAV, ALRSAAV, VLRSSGP, SLRSSGP, PLRSSGP, and TLRSSGP.
Fish farm construction for farming of fish, comprising a closed net cage fastened to a floating collar which is, at least, partially submersed in the water, and also, at least, one inlet pipe for supply of fresh water, where the water is supplied to the net cage with the help of one or more water distributors, and an outlet in a lower part of the bottom section of the net cage for the outlet of water and waste from the net cage via an outflow pipe, characterised in that - the floating collar is formed with a rigid construction, where the closed net cage comprises, at least, two separate walls (40,50), and - the floating collar comprises, at least, one water reservoir (24;80) connected to said, at least, one inlet pipe to receive water, and also a number of water distributors arranged mutually spaced apart around the floating collar and which are arranged to receive and distribute water in the net cage. - the floating collar is formed with a rigid construction, where the closed net cage comprises, at least, two separate walls (40,50), and - the floating collar comprises, at least, one water reservoir (24;80) connected to said, at least, one inlet pipe to receive water, and also a number of water distributors arranged mutually spaced apart around the floating collar and which are arranged to receive and distribute water in the net cage.
A pixel architecture comprising: a photodiode element configured for generating a signal; an in-pixel amplifier configured for amplifying the generated signal and having a gain greater than 1; and an output for outputting the amplified signal; characterised in that the in-pixel amplifier comprises an NMOS amplifier with a depletion-mode NMOS load transistor. a photodiode element configured for generating a signal; an in-pixel amplifier configured for amplifying the generated signal and having a gain greater than 1; and an output for outputting the amplified signal; characterised in that the in-pixel amplifier comprises an NMOS amplifier with a depletion-mode NMOS load transistor.
A wireless device (112, 202) for monitoring a number of neighboring wireless devices (114, 116, 118,..., 138) in a wireless network, wherein the wireless device is configured to: receive a message from one of the neighboring wireless devices (114, 116, 118,..., 138), the message comprising an identifier associated with said one of the neighboring wireless devices; add the identifier as an input string into a Bloom filter including a bit array of an integer number of m bits and an integer number of k different hash functions by feeding the identifier as an input string to each of the integer number k of different hash functions, wherein each hash function maps the input string to one position in an array of the Bloom filter, and by setting the bits at the array positions identified by the k different hash functions to one; and estimate the number of distinct strings that have been added into the Bloom filter based on the number of ones or the number of zeros in the Bloom filter divided by the length of the array, the number of distinct strings representing an estimate of the number of neighboring wireless devices (114, 116, 118,..., 138) in the wireless network. receive a message from one of the neighboring wireless devices (114, 116, 118,..., 138), the message comprising an identifier associated with said one of the neighboring wireless devices; add the identifier as an input string into a Bloom filter including a bit array of an integer number of m bits and an integer number of k different hash functions by feeding the identifier as an input string to each of the integer number k of different hash functions, wherein each hash function maps the input string to one position in an array of the Bloom filter, and by setting the bits at the array positions identified by the k different hash functions to one; and estimate the number of distinct strings that have been added into the Bloom filter based on the number of ones or the number of zeros in the Bloom filter divided by the length of the array, the number of distinct strings representing an estimate of the number of neighboring wireless devices (114, 116, 118,..., 138) in the wireless network.
A communication device configured to perform a random access procedure, the communication device comprising: a transmitter configured to transmit a first signal in the random access procedure and a second signal which is not a signal of the random access procedure; and characterized by a controller configured to perform control so that a value of a second bit of a first subheader corresponding to the first signal is set to 0 when the first signal and the second signal are simultaneously transmitted. a transmitter configured to transmit a first signal in the random access procedure and a second signal which is not a signal of the random access procedure; and characterized by a controller configured to perform control so that a value of a second bit of a first subheader corresponding to the first signal is set to 0 when the first signal and the second signal are simultaneously transmitted.
A process for measuring an amount of digestive enzymes released from a pancrelipase solid composition in a dissolution medium comprising using fluorescence spectroscopy for measuring the amount of digestive enzymes released from the composition in the dissolution medium.
Method for controlling a motor vehicle comfort system, wherein the control is carried out with the aid of a touch-sensitive display-and-operating area assigned to the comfort system, wherein, in at least one operating mode, the virtual display of at least one body (W1-W6) of a three-dimensional appearance is generated in a first position on the touch-sensitive display-and-operating area and at least one function (A1, T1; A1, T12; A2, T1; A49, T1; L, L0; L, L1; T, T0; R, R0; AQ1; S1; AQ2) that can be executed by the comfort system is displayed on the surface (F1-F6) of the body, wherein, after rotating about a horizontal or vertical axis (H or V), the body (W1-W6) is moved into another such position, in which at least one other function (A1, T1; A1, T12; A2, T1; A49, T1; L, L0; L, L1; T, T0; R, R0; AQ1; S1; AQ2) which can be executed by the comfort system is displayed on the visible surface (F1-F6) of the body, characterized in that a number of bodies (W1-W6) of a three-dimensional appearance are displayed at a distance (a) from one another, wherein one or more bodies (W1-W6) are assigned functions from a functional area of the comfort system, and in that one body is assigned functions (S1 or A1, T1) in dependence on the position (F1 or F2) of at least one other body.
An endoscope comprising: a body (190, 690) having a distal end, a proximal end, and a longitudinal axis; a wide-angle objective lens (150, 650) disposed in the distal end of the body (190, 690) for capturing light of a wide viewing field of up to 180 degrees; an electronic image sensor (110, 610) having a pixel array, the image sensor (110, 610) disposed in the body (190, 690) for detecting the light captured by the wide-angle objective lens (150, 650) and forming one or more images of the wide viewing field; a relay lens system (120, 125, 130; 620, 625, 630) and an optical rotator (140, 640) interposed between the wide-angle objective lens (150, 650) and the image sensor (110, 610), the optical rotator (140, 640) being adapted to rotate such that any portion of the wide viewing field may be detected by the image sensor (110, 610), the portion detected at any one time being a sensor view, characterized in that the relay lens system is interposed between the optical rotator and the wide angle objective lens and is configured to transmit the captured light of the wide viewing field to the image sensor for detection, and in that a center-point of the pixel array is offset from an optical axis (170, 670) formed by the wide-angle objective lens (150, 650), the relay lens system (120, 125, 130; 620, 625, 630), and the optical rotator (140, 640), the center-point being offset from the optical axis (170, 670) such that only some of the captured light of the wide viewing field is detected by the image sensor (110, 610) and such that the sensor view includes the optical axis (170, 670). a body (190, 690) having a distal end, a proximal end, and a longitudinal axis; a wide-angle objective lens (150, 650) disposed in the distal end of the body (190, 690) for capturing light of a wide viewing field of up to 180 degrees; an electronic image sensor (110, 610) having a pixel array, the image sensor (110, 610) disposed in the body (190, 690) for detecting the light captured by the wide-angle objective lens (150, 650) and forming one or more images of the wide viewing field; a relay lens system (120, 125, 130; 620, 625, 630) and an optical rotator (140, 640) interposed between the wide-angle objective lens (150, 650) and the image sensor (110, 610), the optical rotator (140, 640) being adapted to rotate such that any portion of the wide viewing field may be detected by the image sensor (110, 610), the portion detected at any one time being a sensor view, characterized in that the relay lens system is interposed between the optical rotator and the wide angle objective lens and is configured to transmit the captured light of the wide viewing field to the image sensor for detection, and in that a center-point of the pixel array is offset from an optical axis (170, 670) formed by the wide-angle objective lens (150, 650), the relay lens system (120, 125, 130; 620, 625, 630), and the optical rotator (140, 640), the center-point being offset from the optical axis (170, 670) such that only some of the captured light of the wide viewing field is detected by the image sensor (110, 610) and such that the sensor view includes the optical axis (170, 670).
Method of stopping conveying equipment for persons, which comprises a holding brake, wherein on response of a safety element a braking ramp determined by a frequency converter co-operating with a drive motor is activated, by means of which the conveying equipment for persons is brought to standstill, wherein the holding brake is activated shortly before standstill, characterised in that the holding brake is activated when the conveying equipment for persons has attained a speed of v = 0.1 m/s and that the frequency converter is switched off only when the holding brake comes into effect.
A method for producing a highly-crystallized metal powder, the method comprising: ejecting a raw material powder composed of one or more kinds of thermally decomposable metal compound powders into a reaction vessel through a nozzle together with a carrier gas under the condition of V/S > 600, where V represents a flow rate per unit time of the carrier gas (liter/min) and S represents a cross-sectional area of the nozzle opening part (cm 2); and producing a metal powder by heating the raw material powder at a temperature T 2 which is higher than the decomposition temperature of the raw material powder and not lower than (Tm - 200)°C where Tm is the melting point (°C) of the metal to be produced, while allowing the raw material powder to pass through the reaction vessel in a state where the raw material powder is dispersed in a gas phase at a concentration of 10 g/liter or less, wherein an ambient temperature T 1 of the nozzle opening part is set to a temperature of 400°C or higher and lower than (Tm - 200)°C. ejecting a raw material powder composed of one or more kinds of thermally decomposable metal compound powders into a reaction vessel through a nozzle together with a carrier gas under the condition of V/S > 600, where V represents a flow rate per unit time of the carrier gas (liter/min) and S represents a cross-sectional area of the nozzle opening part (cm 2); and producing a metal powder by heating the raw material powder at a temperature T 2 which is higher than the decomposition temperature of the raw material powder and not lower than (Tm - 200)°C where Tm is the melting point (°C) of the metal to be produced, while allowing the raw material powder to pass through the reaction vessel in a state where the raw material powder is dispersed in a gas phase at a concentration of 10 g/liter or less, wherein an ambient temperature T 1 of the nozzle opening part is set to a temperature of 400°C or higher and lower than (Tm - 200)°C.