mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a capsule formulation, comprising: - dry blending a raw material comprising an active ingredient and a cellulose ether powder to obtain a capsule filling composition comprising the active ingredient and the cellulose ether powder; - subjecting the capsule filling composition to a funnel system powder filling or a die-compression system powder filling to prepare a compressed product; and filling a capsule container with the compressed product to obtain the capsule formulation, wherein the cellulose ether powder is hydroxypropyl methylcellulose powder having an average particle size below 100 μm determined by a 50% cumulative value of a volume-based cumulative particle size distribution curve. - dry blending a raw material comprising an active ingredient and a cellulose ether powder to obtain a capsule filling composition comprising the active ingredient and the cellulose ether powder; - subjecting the capsule filling composition to a funnel system powder filling or a die-compression system powder filling to prepare a compressed product; and filling a capsule container with the compressed product to obtain the capsule formulation,
An endoscope apparatus comprising: an insertion part which has an imaging mechanism at a distal end portion and which is bendable and elongated; a display part which displays an image acquired by the imaging mechanism; a manipulating part which performs curving manipulation of the insertion part; and a housing which provides the display part and the manipulating part to a front face (64A, 65A) thereof, and which connects the insertion part with a back face opposite to the front face (64A, 65A), wherein the manipulating part has a swingable manipulating rod, and wherein the housing includes an upper portion provided with the display part, and a lower portion provided with the manipulating part and having the insertion part connected thereto, at least a portion of the back face of the lower portion is set so that the fundamental shape thereof is convex toward a proximal end portion of the insertion part, and the convex portion is a grip face configured to receive a user's fingers when the user holds the housing, characterized in that the manipulating rod in a non-manipulated neutral state is made coaxial with a center axis of the proximal end portion of the insertion part. an insertion part which has an imaging mechanism at a distal end portion and which is bendable and elongated; a display part which displays an image acquired by the imaging mechanism; a manipulating part which performs curving manipulation of the insertion part; and a housing which provides the display part and the manipulating part to a front face (64A, 65A) thereof, and which connects the insertion part with a back face opposite to the front face (64A, 65A), wherein the manipulating part has a swingable manipulating rod, and wherein the housing includes an upper portion provided with the display part, and a lower portion provided with the manipulating part and having the insertion part connected thereto, at least a portion of the back face of the lower portion is set so that the fundamental shape thereof is convex toward a proximal end portion of the insertion part, and the convex portion is a grip face configured to receive a user's fingers when the user holds the housing, characterized in that the manipulating rod in a non-manipulated neutral state is made coaxial with a center axis of the proximal end portion of the insertion part.
A method of screening a plurality of fluid samples for the presence of low molecular weight compounds capable of specifically binding to a binding partner immobilized on a sensing surface of an optical evanescent wave-based sensor, wherein the samples contain a component giving rise to a non-specific bulk refractive index effect, which method comprises contacting each sample with the sensing surface and a reference surface selected from a surface without immobilized binding partner or a surface having immobilized binding partner the binding site of which has been blocked, and subjecting the sensing and reference surface responses obtained for all samples to a computational process which comprises fitting all responses to a regression model for the relationship between a response at the sensing surface and the corresponding response at the reference surface in an iterative process which comprises successively identifying and removing sample responses with residuals above a pre-determined threshold value, adjusting the regression model, and refitting all remaining sample responses to the adjusted regression model until the regression model at least substantially converges, wherein the at least substantially converged regression model is considered as defining the non-specific bulk refractive index effect, and wherein samples with residuals above said predetermined threshold value are considered as containing compounds specifically binding to the immobilized binding partner.
Method for tomographic imaging an object having magnetic particles distributed in the interior of the object and having a pre-known magnetic effectiveness, comprising the following steps • generating a selection field having a predetermined magnetic-field gradient in at least one field-free point in a predetermined scan plane, • generating a time-dependent, periodic magnetic drive field having a predetermined maximum frequency, • repeatedly shifting the at least one FFP along a predetermined closed trajectory having a pre-known repetition time in the scan plane, • moving the object through the scan plane along a predetermined feed direction at a predetermined feed velocity, • detecting the change in the magnetization state of the magnetic particles at the locations, traversed by the at least one FFP, in the interior of the object, • reconstructing the local particle concentrations at the locations, traversed by the at least one FFP, relative to an object coordinate system, • interpolating the reconstructed particle concentrations onto the locations, not traversed by at least one FFP, in the interior of the object, • generating a representation of the particle concentration distribution in the interior of the object, characterized by interpolating the particle concentrations, reconstructed at path section end points of path sections along the feed direction, onto path section intermediate points taking into account the feed velocity. • generating a selection field having a predetermined magnetic-field gradient in at least one field-free point in a predetermined scan plane, • generating a time-dependent, periodic magnetic drive field having a predetermined maximum frequency, • repeatedly shifting the at least one FFP along a predetermined closed trajectory having a pre-known repetition time in the scan plane, • moving the object through the scan plane along a predetermined feed direction at a predetermined feed velocity, • detecting the change in the magnetization state of the magnetic particles at the locations, traversed by the at least one FFP, in the interior of the object, • reconstructing the local particle concentrations at the locations, traversed by the at least one FFP, relative to an object coordinate system, • interpolating the reconstructed particle concentrations onto the locations, not traversed by at least one FFP, in the interior of the object, • generating a representation of the particle concentration distribution in the interior of the object,
A method for game data transmission, comprising: acquiring, by a client upon logging into a server, a session key assigned by the server, and checking whether the session key assigned by the server is received, and launching, by the client, a game program if the session key is received, otherwise preventing the game program from being launched, wherein the session key is generated by shifting bit data containing a client ID of the client and a login time of the client according to a rule, and further by inserting bytes and performing a bitwise operation on the bit data; generating, by the client, a result digest based on game data generated by the game program to be submitted, time of submitting the game data and the session key by using an MD5 algorithm, and sending the game data, the time of submitting the game data, the session key and the generated result digest to the server; and generating another result digest by the server based on the received game data, the time of submitting the game data by the client and the session key by using the same MD5 algorithm used by the client, comparing the result digest generated by the server with the result digest from the client, regarding the game data as valid if the two result digests are identical, and saving the game data proved to be valid. acquiring, by a client upon logging into a server, a session key assigned by the server, and checking whether the session key assigned by the server is received, and launching, by the client, a game program if the session key is received, otherwise preventing the game program from being launched, wherein the session key is generated by shifting bit data containing a client ID of the client and a login time of the client according to a rule, and further by inserting bytes and performing a bitwise operation on the bit data; generating, by the client, a result digest based on game data generated by the game program to be submitted, time of submitting the game data and the session key by using an MD5 algorithm, and sending the game data, the time of submitting the game data, the session key and the generated result digest to the server; and generating another result digest by the server based on the received game data, the time of submitting the game data by the client and the session key by using the same MD5 algorithm used by the client, comparing the result digest generated by the server with the result digest from the client, regarding the game data as valid if the two result digests are identical, and saving the game data proved to be valid.
A compound semiconductor lamination, wherein a compound semiconductor layer of In x Ga y Al z Sb (where each of x, y, and z is equal to or more than 0 and equal to or less than 1, and x + y + z = 1) is formed directly on an Si substrate, characterized in that As is present at an interface of the compound semiconductor layer and the Si substrate.
An apparatus comprising: a plurality of communication modules (Trx0...Trx5); and a plurality of antenna (438/440, 442/444, 446/448, 478/480, 482/484, 486/480) elements, with different subsets of the antenna elements coupled to each communication module and distances between the antenna elements selected based on a shape defined by the antenna elements, a Line of Sight distance between the plurality of antenna elements and remote antenna elements with which the plurality of antenna elements is intended to exchange signals, and interference alignment between the plurality of antenna elements and the remote antenna elements, characterised in that each of the communication modules comprises a mode controller (432, 434, 436, 472, 474, 476) to control a mode of operation of the communication module between an interference alignment mode and a redundancy mode. a plurality of communication modules (Trx0...Trx5); and a plurality of antenna (438/440, 442/444, 446/448, 478/480, 482/484, 486/480) elements, with different subsets of the antenna elements coupled to each communication module and distances between the antenna elements selected based on a shape defined by the antenna elements, a Line of Sight distance between the plurality of antenna elements and remote antenna elements with which the plurality of antenna elements is intended to exchange signals, and interference alignment between the plurality of antenna elements and the remote antenna elements, characterised in that each of the communication modules comprises a mode controller (432, 434, 436, 472, 474, 476) to control a mode of operation of the communication module between an interference alignment mode and a redundancy mode.
A connection element (11, 11') for connecting section rails and/or sections of different shapes, having a planar base part which comprises a central web and two lateral limbs angled with respect to the web, characterized in that at least one of the limbs comprises an areal piece of the base part folded out of the web while forming a free space.
A device for protecting an optical sensor for a motor vehicle, said optical sensor comprising an optic, characterized in that the device includes: - a casing mounted rotatably about a rotation axis and having a housing configured to receive the optical sensor, - an optical element attached to the casing and configured to be placed in the field of vision of the optical sensor, and - an actuator coupled to the casing in order to rotate the casing and the optical element, the actuator including a rotor and a stator which are configured such that the actuator is a motor having an internal rotor, the protecting device being characterized by the casing is fixed directly on the rotor and in that the rotor three successive portions forming an actuating portion carrying a magnetic mass, a guide portion and a drive portion attached to the casing. - a casing mounted rotatably about a rotation axis and having a housing configured to receive the optical sensor, - an optical element attached to the casing and configured to be placed in the field of vision of the optical sensor, and - an actuator coupled to the casing in order to rotate the casing and the optical element, the actuator including a rotor and a stator which are configured such that the actuator is a motor having an internal rotor,
An apparatus for generating a functionalized aerosol, the apparatus comprising: a battery section comprising a first housing, a battery disposed within the first housing, and a first connector coupled to the housing; an aerosol section comprising a second housing, an aerosol forming chamber disposed within the second housing, and a pod bay; and an insert section comprising a third housing, a connector, and a mouth end, wherein the battery section is configured to couple to the aerosol section, wherein the aerosol section is configured to couple to the insert section, and wherein the connector of the insert section is configured to fit within the pod bay, wherein the aerosol section further comprises a first separator, wherein the insert section further comprises a second separator, and wherein the second separator comprises at least one puncture device (447, 467). a battery section comprising a first housing, a battery disposed within the first housing, and a first connector coupled to the housing; an aerosol section comprising a second housing, an aerosol forming chamber disposed within the second housing, and a pod bay; and an insert section comprising a third housing, a connector, and a mouth end, wherein the battery section is configured to couple to the aerosol section, wherein the aerosol section is configured to couple to the insert section, and wherein the connector of the insert section is configured to fit within the pod bay, wherein the aerosol section further comprises a first separator, wherein the insert section further comprises a second separator, and wherein the second separator comprises at least one puncture device (447, 467).
An electrolysis cell comprising an anode chamber and a cathode chamber which are separated from one another by an ion-exchange membrane, wherein the electrolysis cell further comprises an anode, a gas diffusion electrode and a cathode current distributor, wherein the anode, the ion-exchange membrane, the gas diffusion electrode and the cathode current distributor are each in direct touching contact with one another in the mentioned order and wherein resilient holding elements (30, 40) are arranged on the other side of the anode and/or on the other side of the cathode current distributor, which resilient holding elements exert a contact pressure on the anode and/or on the cathode current distributor, characterized in that the resilient holding elements (30, 40) comprise annular elements or at least one tubular portion, the axis of which is oriented in the height direction or in the longitudinal direction of the electrolysis cell, and which are arranged in the anode chamber or in the cathode chamber in such a manner that they are compression loaded in the radial direction, wherein the holding elements (30, 40) undergo in the electrolysis cell, in addition to an elastic deformation, at least in part a plastic deformation and are configured to be elastoplastically resilient, wherein plastic deformation is understood as meaning a permanent deformation of a material, in which the stress acting in the material exceeds the yield strength or the 0.2% offset yield point of the material.
A connector housing for at least partially receiving a housing plug-in component, wherein a female contact element is arranged in the housing plug-in component, said connector housing comprising: - a main body, which has a recess and a through-opening arranged in a base wall of the recess, wherein the through-opening extends through the main body, wherein a portion of a male contact element can be plugged through the through-opening and into the recess, and - a stirrup-shaped bearing element, which is arranged in the recess adjacent to the through-opening and protrudes into the recess in such a way that the portion of the male contact element can be placed against a side of the stirrup-shaped bearing element pointing towards the through-opening. - a main body, which has a recess and a through-opening arranged in a base wall of the recess, wherein the through-opening extends through the main body, wherein a portion of a male contact element can be plugged through the through-opening and into the recess, and - a stirrup-shaped bearing element, which is arranged in the recess adjacent to the through-opening and protrudes into the recess in such a way that the portion of the male contact element can be placed against a side of the stirrup-shaped bearing element pointing towards the through-opening.
An aromatic granular material to be used in animal litter including a plurality of granular materials, the aromatic granular material comprising: a water absorptive core; a waterstop coating layer being formed on a surface of the core, and being composed of a waterstop material which is less water absorptive than the core; and a fragrance layer including a fragrance and being formed on a surface of the waterstop coating layer, wherein the fragrance layer further includes a dispersing agent capable of dispersing the fragrance into water, the dispersing agent is a substance being liquid at room temperature, and is composed by including at least one selected from the group consisting of polypropylene glycol, propylene glycol, 1,4-butylene glycol, polyethylene glycol, 1,3-butylene glycol, and dipropylene glycol, characterized in that the waterstop material of the waterstop coating layer is composed by including at least one selected from the group consisting of paraffin, polyethylene and polypropylene or is composed by including at least one of polyvinyl alcohol and ethylene-vinyl acetate copolymer, and wherein the waterstop coating layer includes inorganic powder capable of getting into irregularities on the surface of the water absorptive core. a water absorptive core; a waterstop coating layer being formed on a surface of the core, and being composed of a waterstop material which is less water absorptive than the core; and a fragrance layer including a fragrance and being formed on a surface of the waterstop coating layer, wherein the fragrance layer further includes a dispersing agent capable of dispersing the fragrance into water, the dispersing agent is a substance being liquid at room temperature, and is composed by including at least one selected from the group consisting of polypropylene glycol, propylene glycol, 1,4-butylene glycol, polyethylene glycol, 1,3-butylene glycol, and dipropylene glycol,
A method for sequencing DNA, comprising: combining fragmented DNA with control nucleotide sequences to produce a mixture of fragmented DNA ligated with control nucleotide sequences, each control nucleotide sequence comprising: a primer binding sequence; a variable nucleotide sequence downstream from the primer binding sequence;and a first recombinase recognition site downstream from the variable nucleotide sequence; amplifying the mixture of fragmented DNA ligated with control nucleotide sequences to produce amplified nucleic acids; isolating a plurality of nucleic acids from the amplified nucleic acids, wherein different nucleic acids of the plurality comprise different variable nucleotide sequences and different DNA; inserting a second recombinase recognition site into the nucleic acids of the plurality, wherein the second recombinase recognition site is inserted into different locations in different nucleic acids of the plurality; incubating the plurality of nucleic acids with a recombinase under conditions that favor intramolecular rearrangement, thereby rearranging the nucleic acids of the plurality; and sequencing the nucleic acids of the plurality. combining fragmented DNA with control nucleotide sequences to produce a mixture of fragmented DNA ligated with control nucleotide sequences, each control nucleotide sequence comprising: a primer binding sequence; a variable nucleotide sequence downstream from the primer binding sequence;and a first recombinase recognition site downstream from the variable nucleotide sequence; a primer binding sequence; a variable nucleotide sequence downstream from the primer binding sequence;and a first recombinase recognition site downstream from the variable nucleotide sequence; amplifying the mixture of fragmented DNA ligated with control nucleotide sequences to produce amplified nucleic acids; isolating a plurality of nucleic acids from the amplified nucleic acids, wherein different nucleic acids of the plurality comprise different variable nucleotide sequences and different DNA; inserting a second recombinase recognition site into the nucleic acids of the plurality, wherein the second recombinase recognition site is inserted into different locations in different nucleic acids of the plurality; incubating the plurality of nucleic acids with a recombinase under conditions that favor intramolecular rearrangement, thereby rearranging the nucleic acids of the plurality; and sequencing the nucleic acids of the plurality.