mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing erlotinib of Formula I or its pharmaceutically acceptable salts thereof, the process comprising treating 2-amino-4,5-bis(2-methoxyethoxy)benzonitrile of Formula II, with 3-ethynyl aniline of Formula III and a Compound of Formula IV HC 3 Formula IV wherein R is alkyl group.
Hydropneumatic piston-cylinder arrangement, particularly for use in vehicle suspension systems and for damping movements of a driver's cab in a corresponding vehicle, comprising a cylinder housing with at least one separator piston arranged therein such that it can be displaced longitudinally, said separator piston separating a first media chamber, particularly for holding a working fluid, such as a hydraulic oil, from a second media chamber, particularly for holding a working gas, such as nitrogen (N 2), preferably in a media-tight manner, and comprising a hydropneumatic accumulator, which acts on the first media chamber in the cylinder housing, wherein a piston accumulator with an accumulator housing and with at least one accumulator piston arranged therein such that it can be displaced longitudinally is provided as a hydropneumatic accumulator, said accumulator piston separating a first accumulator chamber, particularly for holding the working fluid, from a second accumulator chamber, particularly for holding an accumulator gas, such as nitrogen (N 2), preferably in a media-tight manner, wherein the first accumulator chamber is connected to the first media chamber such as to convey media, and wherein a media compensation chamber, particularly for holding the working fluid, is arranged between the outside of the rod and the inside of the cylinder housing, characterised in that this media compensation chamber is permanently connected to the first media chamber such as to convey media via a damping device (212, 312, 412, 512, 612) in a piston arrangement on a free end face of a piston rod and in that this media compensation chamber is also permanently connected to the first accumulator chamber so as to convey media directly in order to prevent cavitation.
A composition comprising a TIP41 (TOR signalling pathway regulator-like) expression inhibitor or a TIP41 activity inhibitor used as a TRAIL (TNF Related Apoptosis Inducing Ligand) sensitizer for use in the treatment of a cancer with resistance to TRAIL, wherein the TIP41 expression inhibitor is selected from the group consisting of an antisense nucleotide, short interfering RNA and short hairpin RNA, complementarily combining with mRNA of TIP41 gene; and the TIP41 activity inhibitor is an antibody combining with TIP41 protein.
A method of enumerating gas-producing coliform bacteria present in a cultured dairy product, the method comprising: forming a mixture that comprises a predefined quantity of the dairy product and a predefined volume of a diluent, wherein the diluent comprises MOPS; inoculating a thin film culture device with the mixture to form a hydrogel comprising a nutrient medium for growing coliform bacteria, an effective concentration of lactose, and an effective concentration of MOPS, wherein the effective concentration of lactose in the hydrogel is ≥ 0.5 % (w/v) and the effective concentration of MOPS in the hydrogel is ≥ 16 mM; incubating the inoculated thin film culture device under conditions that facilitate growth of a coliform bacterium; and identifying and counting a gas-producing colony present in the inoculated culture device. forming a mixture that comprises a predefined quantity of the dairy product and a predefined volume of a diluent, wherein the diluent comprises MOPS; inoculating a thin film culture device with the mixture to form a hydrogel comprising a nutrient medium for growing coliform bacteria, an effective concentration of lactose, and an effective concentration of MOPS, wherein the effective concentration of lactose in the hydrogel is ≥ 0.5 % (w/v) and the effective concentration of MOPS in the hydrogel is ≥ 16 mM; incubating the inoculated thin film culture device under conditions that facilitate growth of a coliform bacterium; and identifying and counting a gas-producing colony present in the inoculated culture device.
A non-transitory computer-readable storage medium storing a set of instructions executable by a processor, the set of instructions being operable to: receive a current patient medical image of a current patient; compare the current patient medical image to previous patient medical images, each of the previous patient medical images corresponding to a previous patient (220, 230); select a plurality of the previous patients based on a geometric similarity between structures in the previous patient medical images of the each of the previous patients medical image and structures in the current patient medical image; and determine an initial radiation treatment plan based on a radiation treatment plan of each of the selected plurality of the previous patients; characterized in that an element of the initial radiation treatment plan is based on a weighted average of corresponding elements of the radiation treatment plans of each of the selected plurality of previous patients; wherein the weighted average is weighted based on a similarity score of each of the selected plurality of previous patients, and wherein the similarity scores are based on a geometric similarity of the current patient medical image to each of the previous patient medical images. receive a current patient medical image of a current patient; compare the current patient medical image to previous patient medical images, each of the previous patient medical images corresponding to a previous patient (220, 230); select a plurality of the previous patients based on a geometric similarity between structures in the previous patient medical images of the each of the previous patients medical image and structures in the current patient medical image; and determine an initial radiation treatment plan based on a radiation treatment plan of each of the selected plurality of the previous patients; characterized in that an element of the initial radiation treatment plan is based on a weighted average of corresponding elements of the radiation treatment plans of each of the selected plurality of previous patients; wherein the weighted average is weighted based on a similarity score of each of the selected plurality of previous patients, and wherein the similarity scores are based on a geometric similarity of the current patient medical image to each of the previous patient medical images.
Injection device having: a fluid applicator which has a fluid outlet opening for the needle-free injection of a fluid into a biological tissue and a fluid line leading to the fluid outlet opening, said fluid line connecting the fluid applicator to a fluid delivery device which has a drive device and a storage chamber for receiving the fluid, wherein the drive device has a pressure accumulating pressure vessel as an energy store and an expansion chamber which has a second moveable wall surface which is able to be supplied with a pressurised fluid by the energy store and thus generates a force, wherein the storage chamber has at least one first moveable wall surface which is able to be supplied with the force generated by the drive device, characterised in that the first moveable wall surface and the second moveable wall surface have different surface areas. a fluid applicator which has a fluid outlet opening for the needle-free injection of a fluid into a biological tissue and a fluid line leading to the fluid outlet opening, said fluid line connecting the fluid applicator to a fluid delivery device which has a drive device and a storage chamber for receiving the fluid, wherein the drive device has a pressure accumulating pressure vessel as an energy store and an expansion chamber which has a second moveable wall surface which is able to be supplied with a pressurised fluid by the energy store and thus generates a force, wherein the storage chamber has at least one first moveable wall surface which is able to be supplied with the force generated by the drive device,
A direct drive generator for a wind turbine, the generator comprising: - a rotor configured to rotate about an axis of rotation, comprising: - at least one rotor part extending circumferentially around the axis of rotation, and - a plurality of active materials arranged on at least one rotor part, and - a stator configured to remain stationary relative to the rotor, comprising: - at least one stator part extending circumferentially around the axis of rotation and positioned adjacent to the at least one rotor part, - at least one winding arrangement supported by the at least one stator part and facing the plurality of active materials, said generator further comprises - at least one bearing flexibly connected to the at least one stator part, wherein the bearing abuts the rotor part to help maintain a gap between the at least one winding arrangement and the active materials, wherein the stator further comprises a flexible structure connecting the at least one bearing to the at least one stator part, the flexible structure being more flexible in an axial direction than the at least one stator part, characterized in that the bearing is connected with a first end of the flexible structure, and a second end of the flexible structure is connected with the stator part. - a rotor configured to rotate about an axis of rotation, comprising: - at least one rotor part extending circumferentially around the axis of rotation, and - a plurality of active materials arranged on at least one rotor part, and - a stator configured to remain stationary relative to the rotor, comprising: - at least one stator part extending circumferentially around the axis of rotation and positioned adjacent to the at least one rotor part, - at least one winding arrangement supported by the at least one stator part and facing the plurality of active materials, - at least one bearing flexibly connected to the at least one stator part, wherein the bearing abuts the rotor part to help maintain a gap between the at least one winding arrangement and the active materials,
A communication device which performs, when attached to a first region of a moving body, wireless communication with a communication partner device attached to a second region of the moving body, said communication device comprising: a motion obtaining unit configured to obtain motion information indicating a motion of at least one of the second region and a third region of the moving body, the third region being different from the first region and the second region; a parameter determining unit configured to determine a parameter corresponding to the motion of the region of the moving body indicated by the motion information obtained by said motion obtaining unit, using parameter information in which the motion and a parameter indicating a communication mode for successful wireless communication are associated with each other; and a wireless communication unit configured to perform wireless communication with the communication partner device according to the parameter determined by said parameter determining unit. a motion obtaining unit configured to obtain motion information indicating a motion of at least one of the second region and a third region of the moving body, the third region being different from the first region and the second region; a parameter determining unit configured to determine a parameter corresponding to the motion of the region of the moving body indicated by the motion information obtained by said motion obtaining unit, using parameter information in which the motion and a parameter indicating a communication mode for successful wireless communication are associated with each other; and a wireless communication unit configured to perform wireless communication with the communication partner device according to the parameter determined by said parameter determining unit.
A method for transmitting a pilot symbol from a base station, BS, to a subscriber station, SS, in a communication system, the pilot symbol including a plurality of sub-carriers, the method comprising: transmitting a first set of sub-carriers which represent a first sequence based on an identifier of the base station in a frequency domain of the pilot symbol; and transmitting a second set of sub-carriers which represent a second sequence for reducing a peak to average power ratio, PAPR, of the pilot symbol together with the transmission of the first set of sub-carriers in the frequency domain of the pilot symbol, wherein the first sequence, is generated by using a Walsh Hadamard matrix, each row of the Walsh Hadamard matrix includes Walsh codes, a specific row of the Walsh Hadamard matrix corresponds to the identifier of the base station and is interleaved according to a predetermined interleaving scheme, an interleaved signal is mapped to predetermined sub-carriers to form the first set of sub-carriers, when the first set of sub-carriers are transmitted, and is defined by R r = H 128 I D cell + 1, ∏ ⌊ r 128 ⌋ r mod 128, r = 8 ⌊ m 9 ⌋ + m mod 9 = 0,1,..., N r − 1, where R ( r) denotes the first sequence, H 128 denotes a 128 th order Walsh Hadamard matrix Π ⌊ r 128 ⌋ denotes interleaving of a column of the 128 th order Walsh Hadamard matrix H 128, ID cell denotes the identifier of the base station, N r denotes a length of the second sequence, m = 0,1,..., N used N t − 1, N t denotes a number of transmit antennas, and N used denotes a number of sub-carriers in which null data is not inserted. transmitting a first set of sub-carriers which represent a first sequence based on an identifier of the base station in a frequency domain of the pilot symbol; and transmitting a second set of sub-carriers which represent a second sequence for reducing a peak to average power ratio, PAPR, of the pilot symbol together with the transmission of the first set of sub-carriers in the frequency domain of the pilot symbol, wherein the first sequence, is generated by using a Walsh Hadamard matrix, each row of the Walsh Hadamard matrix includes Walsh codes, a specific row of the Walsh Hadamard matrix corresponds to the identifier of the base station and is interleaved according to a predetermined interleaving scheme, an interleaved signal is mapped to predetermined sub-carriers to form the first set of sub-carriers, when the first set of sub-carriers are transmitted, and is defined by R r = H 128 I D cell + 1, ∏ ⌊ r 128 ⌋ r mod 128, r = 8 ⌊ m 9 ⌋ + m mod 9 = 0,1,..., N r − 1, where R ( r) denotes the first sequence, H 128 denotes a 128 th order Walsh Hadamard matrix Π ⌊ r 128 ⌋ denotes interleaving of a column of the 128 th order Walsh Hadamard matrix H 128, ID cell denotes the identifier of the base station, N r denotes a length of the second sequence, m = 0,1,..., N used N t − 1, N t denotes a number of transmit antennas, and N used denotes a number of sub-carriers in which null data is not inserted.
A clothes treating apparatus comprising: a cabinet defining the appearance of the apparatus; a clothes receiving unit providing a space for receiving clothes therein; a circulation passage (51, 53, 55) provided in the cabinet and providing a space for air to circulate; a heat-exchanging unit provided in the circulation passage (51, 53, 55) and configured to dehumidify air introduced into the circulation passage (51, 53, 55); a blower provided in the circulation passage (51, 53, 55) and configured to circulate air within the clothes receiving unit; and a condensed water discharge unit provided at one surface of the circulation passage (51, 53, 55) and configured to discharge condensed water generated in the heat-exchanging unit, wherein the condensed water discharge unit comprises a backflow-preventing member configured to prevent the condensed water from flowing back into the heat-exchanging unit, characterized in that the backflow-preventing member includes a U-shaped pipe placed at a position lower than the heat exchanging unit, the backflow-preventing member is communicating with the heat exchanging unit, wherein the condensed water flows down and is collected in the U-shaped pipe. a cabinet defining the appearance of the apparatus; a clothes receiving unit providing a space for receiving clothes therein; a circulation passage (51, 53, 55) provided in the cabinet and providing a space for air to circulate; a heat-exchanging unit provided in the circulation passage (51, 53, 55) and configured to dehumidify air introduced into the circulation passage (51, 53, 55); a blower provided in the circulation passage (51, 53, 55) and configured to circulate air within the clothes receiving unit; and a condensed water discharge unit provided at one surface of the circulation passage (51, 53, 55) and configured to discharge condensed water generated in the heat-exchanging unit, wherein the condensed water discharge unit comprises a backflow-preventing member configured to prevent the condensed water from flowing back into the heat-exchanging unit, characterized in that the backflow-preventing member includes a U-shaped pipe placed at a position lower than the heat exchanging unit, the backflow-preventing member is communicating with the heat exchanging unit, wherein the condensed water flows down and is collected in the U-shaped pipe.
A transformer structure, comprising: a core and at least one coil, wherein the core comprises side yokes and a core limb, the side yokes define an accommodating region configured to close a magnetic circuit, the core limb is disposed in the accommodating region, and the at least one coil is sleeved outside the core limb so that the at least one coil is located in the accommodating region; and a sum of cross-sectional areas of the side yokes on any two sides of the core limb is greater than or equal to a cross-sectional area of the core limb, wherein the side yokes comprise a first side yoke, a second side yoke, a third side yoke, and a fourth side yoke; and the first side yoke, the second side yoke, the third side yoke and the fourth side yoke are sequentially connected in an end-to-end manner, and any two adjacent ones of the first side yoke, the second side yoke, the third side yoke and the fourth side yoke are disposed perpendicular to each other, such that the accommodating region defined by the first side yoke, the second side yoke, the third side yoke and the fourth side yoke is in a rectangular shape, wherein each of the first side yoke, the second side yoke, the third side yoke and the fourth side yoke has a rectangular cross-sectional shape, a cross-sectional area of the first side yoke is not equal to a cross-sectional area of the third side yoke, and a cross-sectional area of the second side yoke is not equal to a cross-sectional area of the fourth side yoke, characterized in that the core limb has a circular cross-sectional shape. wherein the core comprises side yokes and a core limb, the side yokes define an accommodating region configured to close a magnetic circuit, the core limb is disposed in the accommodating region, and the at least one coil is sleeved outside the core limb so that the at least one coil is located in the accommodating region; and a sum of cross-sectional areas of the side yokes on any two sides of the core limb is greater than or equal to a cross-sectional area of the core limb, wherein the side yokes comprise a first side yoke, a second side yoke, a third side yoke, and a fourth side yoke; and the first side yoke, the second side yoke, the third side yoke and the fourth side yoke are sequentially connected in an end-to-end manner, and any two adjacent ones of the first side yoke, the second side yoke, the third side yoke and the fourth side yoke are disposed perpendicular to each other, such that the accommodating region defined by the first side yoke, the second side yoke, the third side yoke and the fourth side yoke is in a rectangular shape, wherein each of the first side yoke, the second side yoke, the third side yoke and the fourth side yoke has a rectangular cross-sectional shape, a cross-sectional area of the first side yoke is not equal to a cross-sectional area of the third side yoke, and a cross-sectional area of the second side yoke is not equal to a cross-sectional area of the fourth side yoke, characterized in that the core limb has a circular cross-sectional shape.
An optical coherence tomography system for ocular diagnosis, comprising: a light source unit generating and transmitting light; a light distribution unit dividing the transmitted light into a first light and a second light; a reference arm generating a first reference light and a second reference light, whose optical path length is larger than that of the first reference light, from the first light; a sample arm irradiating the second light along a central optical axis directed towards the central portion of the eye lens EL) to generate a first measurement light and irradiating the second light onto the eye lens in an oblique direction inclined with respect to the central optical axis at a time different from the time when the first measurement light is generated, to generate a second measurement light; an interference unit allowing the first reference light to interfere with the first measurement light and the second reference light to interfere with the second measurement light to generate corresponding interference signals; and a detection unit converting the interference signals into electrical signals, characterized in that the sample arm comprises: a sample arm collimator connected to one end of an optical fiber through which the second light from the light distribution unit is transmitted; a sample arm scanning mirror continuously changing the direction of propagation of the second light exiting from the sample arm collimator; a first scanning lens through which the second light reflected from the sample arm scanning mirror is transmitted and whose curved central portion is arranged on the central optical axis; a first outwardly reflective mirror arranged between a curved peripheral portion surrounding the curved central portion of the first scanning lens and the eye lens to reflect the second light transmitted through the curved peripheral portion in a lateral direction outward from the eye lens; and a first reflection system reflecting the second light reflected from the first outwardly reflective mirror in a first oblique direction toward the eye lens from the outside of the eye lens.
A method for monitoring the braking performance of a vehicle, the method including: providing a brake monitoring system having at least one microprocessor on the vehicle, for at least some braking events, the brake monitoring system determining a braking demand (B DEM) and determining vehicle deceleration (B DEC); differentiating between qualifying braking events and non-qualifying braking events, including determining a braking event is a non-qualifying event, at least in part, in response to determining that a delivery pressure is exerted for a period of time which is less than or equal to a threshold value; defining a data set of qualifying braking events, wherein each braking event in the data set includes a determined braking demand (B DEM) and a determined vehicle deceleration (B DEC); applying a statistical trend analysis method to the data set to generate a vehicle deceleration and braking demand straight line trend; providing a vehicle deceleration (B DEC) and braking demand (B DEM) reference; and comparing at least one trend value with at least one reference value.
Poly(3-hydroxyalkanoate) foam particles, wherein a gel fraction of the whole foam particles is from 30 to 80% by weight, and a difference in gel fraction between inside and outside of the foam particles is 25% by weight or less, whereby the gel fraction is determined using the method given in the description.