mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor unit of an air-conditioning apparatus, comprising: a housing formed in a shape of a box and including a fan chamber (A) with a suction port and a heat-exchanger chamber (B) with an air outlet , wherein an inside of the housing is partitioned into the fan chamber (A) and the heat-exchanger chamber (B) by a fan plate ; a fan provided in a fan casing provided in the fan chamber (A) of the housing , wherein an intake port is provided in the fan casing , and wherein the fan casing is attached to the fan plate in which an air-sending port is provided; a heat exchanger provided in the heat-exchanger chamber (B) of the housing and configured to transfer heat between the air flowing through a main air passage in the housing extending from the suction port to the air outlet port and a refrigerant; and a refrigerant detection device comprising: a refrigerant-detection air passage provided outside the housing and comprising an inlet port provided in the heat-exchanger chamber (B) and a return port provided in the fan chamber (A); and a refrigerant detection sensor configured to detect refrigerant in the refrigerant-detection air passage , the refrigerant-detection air passage being configured to flow air from the air-sending port side of the fan through the refrigerant detection air passage to the intake port side of the fan provided in the fan casing , the fan being provided in the main air passage and configured to send air from the suction port to the air outlet . a housing formed in a shape of a box and including a fan chamber (A) with a suction port and a heat-exchanger chamber (B) with an air outlet , wherein an inside of the housing is partitioned into the fan chamber (A) and the heat-exchanger chamber (B) by a fan plate ; a fan provided in a fan casing provided in the fan chamber (A) of the housing , wherein an intake port is provided in the fan casing , and wherein the fan casing is attached to the fan plate in which an air-sending port is provided; a heat exchanger provided in the heat-exchanger chamber (B) of the housing and configured to transfer heat between the air flowing through a main air passage in the housing extending from the suction port to the air outlet port and a refrigerant; and a refrigerant detection device a refrigerant-detection air passage provided outside the housing and comprising an inlet port provided in the heat-exchanger chamber (B) and a return port provided in the fan chamber (A); and a refrigerant detection sensor configured to detect refrigerant in the refrigerant-detection air passage , the refrigerant-detection air passage being configured to flow air from the air-sending port side of the fan through the refrigerant detection air passage to the intake port side of the fan provided in the fan casing , the fan being provided in the main air passage and configured to send air from the suction port to the air outlet .
An anti-IL6R antibody comprising the heavy chain variable region of SEQ ID NO:2 and the light chain variable region of SEQ ID NO:3 for use in combination with methotrexate for inhibiting the progression of structural damage in a subject suffering from rheumatoid arthritis, wherein an effective amount of the antibody and an effective amount of methotrexate are administered to the subject, and wherein the antibody is administered subcutaneously to the subject between 150 and 200 mg per two weeks.
A method of detecting collisions between a medical device and a second object in a medical procedure comprising: wherein the medical device comprises a magnet for use in magnetic resonance imaging, the magnet having a cylindrical bore defining an inside surface surrounding a longitudinal axis of the magnet and an end face lying in a radial plane of the longitudinal axis; wherein the magnet is movable along its longitudinal axis in a direction toward and away from the second object; mounting on the magnet a detection device responsive to impacts between the magnet and the second object; the detection device comprising a flexible body within which is mounted at least one optical fiber arranged such that the impact causes bending of the optical fiber ; and detecting changes in light transmission through the at least one optical fiber to detect the bending and thus the collision; wherein the flexible body is a ring attached to the end face of the magnet , the ring having an outer edge , an inner edge , a front face and a rear face , with the rear face of the ring being parallel to the end face of the magnet , the inner edge of the ring being located in a common cylindrical surface with the inside surface of the bore and the outer edge of the ring spaced outwardly from the inside surface of the bore in a radial direction and inwardly in a radial direction from an outer edge of the end face of the magnet . wherein the medical device comprises a magnet for use in magnetic resonance imaging, the magnet having a cylindrical bore defining an inside surface surrounding a longitudinal axis of the magnet and an end face lying in a radial plane of the longitudinal axis; wherein the magnet is movable along its longitudinal axis in a direction toward and away from the second object; mounting on the magnet a detection device responsive to impacts between the magnet and the second object; the detection device comprising a flexible body within which is mounted at least one optical fiber arranged such that the impact causes bending of the optical fiber ; and detecting changes in light transmission through the at least one optical fiber to detect the bending and thus the collision; wherein the flexible body is a ring attached to the end face of the magnet , the ring having an outer edge , an inner edge , a front face and a rear face , with the rear face of the ring being parallel to the end face of the magnet , the inner edge of the ring being located in a common cylindrical surface with the inside surface of the bore and the outer edge of the ring spaced outwardly from the inside surface of the bore in a radial direction and inwardly in a radial direction from an outer edge of the end face of the magnet .
An optically pumped magnetometer, comprising: an optically resonant cell filled with an atomic gas, said cell having a resonance frequency; an optical source configured to illuminate said cell with: a pumping light (Lp) under the effect of which atoms of the atomic gas undergo an atomic transition, the pumping light having a first frequency that is not tuned to the resonance frequency; and a probe light (Ls) that undergoes polarization variations when it passes through the cell, the probe light having a frequency that is tuned to the resonance frequency and passing through said cell multiple times; a detector configured to make a polarimetric measurement of the probe light having passed through the cell. an optically resonant cell filled with an atomic gas, said cell having a resonance frequency; an optical source configured to illuminate said cell with: a pumping light (Lp) under the effect of which atoms of the atomic gas undergo an atomic transition, the pumping light having a first frequency that is not tuned to the resonance frequency; and a probe light (Ls) that undergoes polarization variations when it passes through the cell, the probe light having a frequency that is tuned to the resonance frequency and passing through said cell multiple times; a pumping light (Lp) under the effect of which atoms of the atomic gas undergo an atomic transition, the pumping light having a first frequency that is not tuned to the resonance frequency; and a probe light (Ls) that undergoes polarization variations when it passes through the cell, the probe light having a frequency that is tuned to the resonance frequency and passing through said cell multiple times; a detector configured to make a polarimetric measurement of the probe light having passed through the cell.
A hair accessory device comprising: (a) a male snap member configured for communicating with a hair accessory ; and (b) a female snap member for mating with the male snap member , the female snap member configured for communicating with a hair accessory , characterized in that the female snap member includes an aperture for feeding hair there through, and in that the male snap member includes a stem member , and in that the male and female snap members are moveable between a first position, in which the stem member is inserted in the aperture to form a snap retaining the hair, and a second position, in which the snap is disengaged. (a) a male snap member configured for communicating with a hair accessory ; and (b) a female snap member for mating with the male snap member , the female snap member configured for communicating with a hair accessory ,
A system for processing samples fixed to a cellulose card (24;48;70) by passing an extraction buffer through the cellulose card to extract at least a portion of the sample from the cellulose card, comprising, a plurality of sample processing subsystems, wherein each of the subsystems comprises; a compressor defining one or more fluid isolation areas (46;49); a support, for the cellulose card, having an opening corresponding to one or more of the fluid isolation areas of the compressor; an actuator (12;54) that causes at least a portion of the compressor to press against the cellulose card to isolate a portion of the cellulose card; a fluid inlet having access to the fluid isolation area at least when the compressor is pressed against the cellulose card; and a fluid outlet to receive fluid, through the opening in the support corresponding to the fluid isolation area of the compressor, at least when the compressor is pressed against the cellulose card, a manifold (58;82) in fluid communication with the fluid inlet of the sample processing subsystems; a cassette for housing a plurality of cellulose card; a receptacle shuttle subsystem for transporting one or more fluid receptacles to the sample processing subsystems; an automated assembly for transporting the cellulose cards from the cassette to the sample processing subsystems; and a controller that coordinates the sample processing subsystems and the automated assembly, wherein the system further comprises an imaging subsystem for imaging the samples on the cellulose card, and the system is further configured to identify the location of the sample on the cellulose cards before creating the compression seal. a support, for the cellulose card, having an opening corresponding to one or more of the fluid isolation areas of the compressor; an actuator (12;54) that causes at least a portion of the compressor to press against the cellulose card to isolate a portion of the cellulose card; a fluid inlet having access to the fluid isolation area at least when the compressor is pressed against the cellulose card; and a manifold (58;82) in fluid communication with the fluid inlet of the sample processing subsystems; a cassette for housing a plurality of cellulose card; a receptacle shuttle subsystem for transporting one or more fluid receptacles to the sample processing subsystems; an automated assembly for transporting the cellulose cards from the cassette to the sample processing subsystems; and a controller that coordinates the sample processing subsystems and the automated assembly, wherein the system further comprises an imaging subsystem for imaging the samples on the cellulose card, and the system is further configured to identify the location of the sample on the cellulose cards before creating the compression seal.
A color wheel comprising: a basic phosphor having a basic emission wavelength; and at least one modified phosphor having at least one emission wavelength different from the basic emission wavelength, wherein the basic phosphor comprises Y 3 Al 5 O 12 , and wherein the modified phosphor comprises Y 3 (Ga x Al (1-x) ) 5 O 12 :Ce in which gallium is doped into the basic phosphor. a basic phosphor having a basic emission wavelength; and at least one modified phosphor having at least one emission wavelength different from the basic emission wavelength, wherein the basic phosphor comprises Y 3 Al 5 O 12 , and wherein the modified phosphor comprises Y 3 (Ga x Al (1-x) ) 5 O 12 :Ce in which gallium is doped into the basic phosphor.
Modular conveyor chain , comprising a number of successive, mutually hingedly connected modules , which modules each comprise a link portion made of sheet metal that has a body part that forms a conveying surface (S), which body part is provided with a centrally located coupling piece on one side thereof, and a pair of interspaced coupling pieces on an opposite side thereof that include an interspace in between, which coupling pieces each extend from the body part to loop around a receiving space that is positioned lower than the body part , wherein coupling pieces of successive modules cooperate to form a hinge assembly because the centrally located coupling piece of a link portion is received in the interspace between the interspaced coupling pieces of a link portion of a successive module , and because a hinge pin extends through aligned receiving spaces of the cooperating coupling pieces, further including a bearing element received between the centrally located coupling piece and the hinge pin , wherein the hinge pin has a substantially constant cross section, wherein a central portion of the hinge pin is provided with a plastic sleeve as bearing element that has a closed cross section and that extends along the hinge pin at the location of the central coupling element only, characterized in that opposing ends of the hinge pin are each provided with an end cap that includes a mantle portion that extends along the hinge pin at the location of an interspaced coupling piece only, and a radially inwardly extending flange portion that cooperates with an end face of the hinge pin .
A sewing machine having an upper feed halting mechanism, the sewing machine comprising lower feed teeth which feed a sewing object by a lower feed drive mechanism having a lower drive shaft as a drive source, and upper feed teeth which are driven by an upper feed shaft which is coupled to and driven by the lower feed drive mechanism , and further comprising: an upper feed lower shaft which is supported rotatably on a main body of the sewing machine and is coupled to the lower feed drive mechanism ; an upper feed coupling section (B) which transmits movement of the upper feed lower shaft to the upper feed shaft ; and a transmission control section (A) which controls halting and restarting of transmission of movement between the upper feed lower shaft and the upper feed coupling section (B), wherein the upper feed coupling section (B) is held at a movement transmission halt position by operation of the transmission control section (A). an upper feed lower shaft which is supported rotatably on a main body of the sewing machine and is coupled to the lower feed drive mechanism ; an upper feed coupling section (B) which transmits movement of the upper feed lower shaft to the upper feed shaft ; and a transmission control section (A) which controls halting and restarting of transmission of movement between the upper feed lower shaft and the upper feed coupling section (B), wherein the upper feed coupling section (B) is held at a movement transmission halt position by operation of the transmission control section (A).
An apparatus for monitoring an operation of high frequency resistance welding and induction heating welding of an electric resistance welded steel pipe where a strip of metal plate is continuously formed into a tubular shape by a group of rolls while being conveyed from an upstream side to a downstream side and two end parts of said metal plate in its circumferential direction made to converge to a V-shape are heated to melt and made to abut against each other, characterized in that said apparatus is configured to detect misalignment being a step difference between said two end parts of said metal plate by obtaining a grasp of unevenness of light emitting regions of metal parts at two sides in the circumferential direction at an abutting position at an outside surface or inside surface of said metal plate based on an image, captured by an imaging device from the outside surface side or inside surface side of said metal plate being formed into the tubular shape, of a region including a V-convergence portion where said two end parts in the circumferential direction converge to a V-shape and said metal parts flowing out to the surface of said metal plate by electromagnetic force at a downstream side from said V-convergence portion, wherein the unevenness occurs in the light emitting regions due to the melting or red heat at the two sides of the abutting position at the outside surface side and inside surface side of the metal plate .
A terminal group conversion method which comprises heating a fluorinated polymer at from 200 to 400°C for at least one hour and at most 24 hours in the presence of at least 50 mol and at most 800 mol of molecular oxygen per 1 mol of unstable terminal groups in the fluorinated polymer, to convert from 50 to 100 mol% of the unstable terminal groups to carboxylic acid fluoride groups, wherein the molecular oxygen is supplied at a rate of from 5 to 300 mol/hr to 1 mol of the unstable terminal groups.
Apparatus for feeding hanging conveyable articles into a hanging conveying installation , comprising a. a feeding unit for the individualized feeding of the hanging conveyable articles into a conveying system of the hanging conveying installation with a variably settable transport spacing (d T ), wherein the feeding unit has an individualizing element for individualizing the hanging conveyable articles , b. a detection unit for detecting the thickness (D F ) of the individual hanging conveyable articles , characterized by c. an evaluation unit for variably setting the transport spacing (d T ) for the hanging conveyable article to be fed in dependence on the determined thickness (D F ). a. a feeding unit for the individualized feeding of the hanging conveyable articles into a conveying system of the hanging conveying installation with a variably settable transport spacing (d T ), wherein the feeding unit has an individualizing element for individualizing the hanging conveyable articles , b. a detection unit for detecting the thickness (D F ) of the individual hanging conveyable articles ,
A clamping device for clamping an interchangeable body to a base body of the clamping device , comprising the base body and at least one locking device for locking a clamping sleeve arranged on the interchangeable body relative to the base body , wherein the locking device comprises a housing , a clamping piston movably guided in the housing between a clamping position and a release position and at least one locking body , which is movable by means of the clamping piston from a release position, in which the locking body enables a movement away of the clamping sleeve from the base body , into a locking position, in which the locking body prevents a movement away of the clamping sleeve from the base body , wherein the clamping piston is coupled to an actuation element , which from outside the housing of the locking device is arranged to be acted upon by an actuation force, through the action of which on the actuation element the clamping piston is displaceable from the clamping position into the release position, and wherein the actuation element is arranged to be acted upon by the actuation force mechanically by hand or by means of a machine, which transfers a mechanical force to the actuation element , characterised in that , the housing of the locking device is held captively on the base body and in that an end region of the housing facing the actuation element forms a locking body cage for receiving a plurality of locking bodies . wherein the locking device comprises a housing , a clamping piston movably guided in the housing between a clamping position and a release position and at least one locking body , which is movable by means of the clamping piston from a release position, in which the locking body enables a movement away of the clamping sleeve from the base body , into a locking position, in which the locking body prevents a movement away of the clamping sleeve from the base body , wherein the clamping piston is coupled to an actuation element , which from outside the housing of the locking device is arranged to be acted upon by an actuation force, through the action of which on the actuation element the clamping piston is displaceable from the clamping position into the release position, and wherein the actuation element is arranged to be acted upon by the actuation force mechanically by hand or by means of a machine, which transfers a mechanical force to the actuation element , characterised in that , the housing of the locking device is held captively on the base body and in that an end region of the housing facing the actuation element forms a locking body cage for receiving a plurality of locking bodies .
A magnetic bearing, in particular for a vacuum pump, comprising: a stator ; an electromagnet ; a rotor supported in the stator by means of at least the electromagnet ; a regulation unit configured to regulate a relative position of the rotor with respect to the stator by means of the electromagnet ; and a generator unit , comprising a generator stator and a generator rotor , configured to generate a voltage based on a movement of the rotor with respect to the stator and to provide the generated voltage as a supply voltage for the regulation unit , characterized in that , with respect to an axis of rotation of the rotor , - the rotor is arranged radially outside the stator , - the electromagnet and the regulation unit are arranged above one another in the radial direction, - the regulation unit and the generator stator are arranged above one another in the radial direction, and - the electromagnet and the generator stator are arranged above one another in the axial direction. a stator ; an electromagnet ; a rotor supported in the stator by means of at least the electromagnet ; a regulation unit configured to regulate a relative position of the rotor with respect to the stator by means of the electromagnet ; and a generator unit , comprising a generator stator and a generator rotor , configured to generate a voltage based on a movement of the rotor with respect to the stator and to provide the generated voltage as a supply voltage for the regulation unit , characterized in that , with respect to an axis of rotation of the rotor , - the rotor is arranged radially outside the stator , - the electromagnet and the regulation unit are arranged above one another in the radial direction, - the regulation unit and the generator stator are arranged above one another in the radial direction, and - the electromagnet and the generator stator are arranged above one another in the axial direction. - the rotor is arranged radially outside the stator , - the electromagnet and the regulation unit are arranged above one another in the radial direction, - the regulation unit and the generator stator are arranged above one another in the radial direction, and - the electromagnet and the generator stator are arranged above one another in the axial direction.