mhurhangee/patent-ind-claim-en huggingface dataset:
A method of collecting reciprocal space X-ray diffraction data from a sample for providing morphological information about the sample, the method comprising: illuminating the sample with an X-ray source that emits a divergent X-ray beam having a substantially fixed width in a first direction and a thickness in a second direction perpendicular to the first direction that increases proportionally to a distance from the source, the source being positioned relative to the sample such that the beam illuminates a two-dimensional area of a surface of the sample; detecting, with an X-ray detector comprising a one-dimensional detector array, an X-ray signal diffracted from the sample across a one-dimensional detection area wherein the X-ray source and the detector each have a distance to the sample that is substantially equal; and repositioning at least one of the source and detector with a positioning mechanism so as to allow for collection of the diffracted X-ray signal by the detector at a plurality of relative angular positions of the source, detector and sample, the method being characterized in that said detected X-ray signal at each position is kept separated and assembled into a two-dimensional dataset indicative of X-ray intensities in said one-dimensional detection area for each of said relative angular positions. illuminating the sample with an X-ray source that emits a divergent X-ray beam having a substantially fixed width in a first direction and a thickness in a second direction perpendicular to the first direction that increases proportionally to a distance from the source, the source being positioned relative to the sample such that the beam illuminates a two-dimensional area of a surface of the sample; detecting, with an X-ray detector comprising a one-dimensional detector array, an X-ray signal diffracted from the sample across a one-dimensional detection area wherein the X-ray source and the detector each have a distance to the sample that is substantially equal; and repositioning at least one of the source and detector with a positioning mechanism so as to allow for collection of the diffracted X-ray signal by the detector at a plurality of relative angular positions of the source, detector and sample, the method being characterized in that said detected X-ray signal at each position is kept separated and assembled into a two-dimensional dataset indicative of X-ray intensities in said one-dimensional detection area for each of said relative angular positions.
A surface cleaning apparatus , comprising: a housing comprising an upright handle assembly including a supply tank receiver comprising an overhanging portion that overhangs a seat and a cleaning head mounted to the upright handle assembly and adapted for movement across a surface to be cleaned; a fluid delivery system comprising a supply tank removably mounted on the housing and a fluid distributor; a fluid recovery system having a recovery tank removably mounted on the housing , an extraction nozzle , and a suction source ; a supply tank receiver provided on the housing for receiving the supply tank and comprising a void at least partially defining a seat for the supply tank ; and a supply tank latch provided on the supply tank receiver and configured for securing the supply tank to the supply tank receiver wherein the supply tank latch includes a latch member selectively moveable between a retracted position and an extended position where the latch member extends into the void and a biasing member configured to bias the latch member into the extended position, characterized in that the supply tank latch is hidden when the supply tank is seated in the supply tank receiver . a housing comprising an upright handle assembly including a supply tank receiver comprising an overhanging portion that overhangs a seat and a cleaning head mounted to the upright handle assembly and adapted for movement across a surface to be cleaned; a fluid delivery system comprising a supply tank removably mounted on the housing and a fluid distributor; a fluid recovery system having a recovery tank removably mounted on the housing , an extraction nozzle , and a suction source ; a supply tank receiver provided on the housing for receiving the supply tank and comprising a void at least partially defining a seat for the supply tank ; and a supply tank latch provided on the supply tank receiver and configured for securing the supply tank to the supply tank receiver wherein the supply tank latch includes a latch member selectively moveable between a retracted position and an extended position where the latch member extends into the void and a biasing member configured to bias the latch member into the extended position, characterized in that the supply tank latch is hidden when the supply tank is seated in the supply tank receiver .
A liquid heater comprising: a tank configured to store liquid; an inlet pipe to supply liquid to the tank ; a heater to heat the liquid; an outlet pipe to discharge heated liquid; an electronic device provided at an outside of the tank ; an insulator provided at an outer surface of the tank ; a case forming an external appearance provided at an outer side of the insulation , wherein the case includes: a first panel configured to cover a first portion of the insulator ; a second panel configured to cover a second portion of the insulator ; a cover panel provided between the first panel and the second panel , the cover panel being configured to be removed to allow access to the electronic device , characterized by a space provided in the insulator ; a heater mount provided in the space to support the heater ; a heater cover to cover the space , wherein the electronic device is configured to supply power to the heater and the electronic device is provided in the space ; and the cover panel is provided at an outer side of the heater cover . a tank configured to store liquid; an inlet pipe to supply liquid to the tank ; a heater to heat the liquid; an outlet pipe to discharge heated liquid; an electronic device provided at an outside of the tank ; an insulator provided at an outer surface of the tank ; a case forming an external appearance provided at an outer side of the insulation , wherein the case includes: a first panel configured to cover a first portion of the insulator ; a second panel configured to cover a second portion of the insulator ; a cover panel provided between the first panel and the second panel , the cover panel being configured to be removed to allow access to the electronic device , characterized by a space provided in the insulator ; a heater mount provided in the space to support the heater ; a heater cover to cover the space , wherein the electronic device is configured to supply power to the heater and the electronic device is provided in the space ; and the cover panel is provided at an outer side of the heater cover . a first panel configured to cover a first portion of the insulator ; a second panel configured to cover a second portion of the insulator ; a cover panel provided between the first panel and the second panel , the cover panel being configured to be removed to allow access to the electronic device , characterized by a space provided in the insulator ; a heater mount provided in the space to support the heater ; a heater cover to cover the space , wherein the electronic device is configured to supply power to the heater and the electronic device is provided in the space ; and the cover panel is provided at an outer side of the heater cover .
A leadless pacing device comprising: a housing configured to be positioned within a coronary sinus, the housing having a body portion and a header portion attached to a distal end of the body portion ; a distal extension extending distally of a distal end of the housing , the distal extension is configured to be positioned within a vessel extending from the coronary sinus; an electrode supported by the housing ; a distal electrode supported by the distal extension ; and a processing module located within an interior space of the housing and electrically coupled to the electrode supported by the housing and the distal electrode supported by the distal extension , wherein the processing module is configured to: determine whether an atrial event occurred based on near-field signals sensed using the electrode supported by the housing ; and determine whether a ventricular event occurred based on near-field signals sensed using the distal electrode ; and wherein the header portion is configured to extend between the body portion and the distal extension . a housing configured to be positioned within a coronary sinus, the housing having a body portion and a header portion attached to a distal end of the body portion ; a distal extension extending distally of a distal end of the housing , the distal extension is configured to be positioned within a vessel extending from the coronary sinus; an electrode supported by the housing ; a distal electrode supported by the distal extension ; and a processing module located within an interior space of the housing and electrically coupled to the electrode supported by the housing and the distal electrode supported by the distal extension , wherein the processing module is configured to: determine whether an atrial event occurred based on near-field signals sensed using the electrode supported by the housing ; and determine whether a ventricular event occurred based on near-field signals sensed using the distal electrode ; and determine whether an atrial event occurred based on near-field signals sensed using the electrode supported by the housing ; and determine whether a ventricular event occurred based on near-field signals sensed using the distal electrode ; and wherein the header portion is configured to extend between the body portion and the distal extension .
A device for facilitating treatment of a blood vessel, the device comprising: a shaft having a distal end and a proximal end; a handle assembly disposed about a proximal portion of the shaft, the handle assembly including handle housing , wherein rotation of the handle housing in a first direction about a longitudinal axis of the shaft causes rotation of the shaft in the first direction when a torque applied by the handle housing to the shaft is below a first maximum torque; and wherein rotation of the handle housing in the first direction about the longitudinal axis of the shaft does not cause rotation of the shaft in the first direction when the torque applied by the handle housing to the shaft is above the first maximum torque; wherein the handle assembly is slidable in a lengthwise direction along the shaft. a shaft having a distal end and a proximal end; a handle assembly disposed about a proximal portion of the shaft, the handle assembly including handle housing , wherein rotation of the handle housing in a first direction about a longitudinal axis of the shaft causes rotation of the shaft in the first direction when a torque applied by the handle housing to the shaft is below a first maximum torque; and wherein rotation of the handle housing in the first direction about the longitudinal axis of the shaft does not cause rotation of the shaft in the first direction when the torque applied by the handle housing to the shaft is above the first maximum torque; wherein the handle assembly is slidable in a lengthwise direction along the shaft.
A knot-tying device, comprising: a handle , a trigger connected with the handle by a rotating shaft, a sleeve fixed on the handle , a driving rod that is connected with the trigger and arranged in the sleeve and configured to reciprocate in the sleeve , and a punching shear wedge that is provided at a front end of the sleeve and is able to open and close, so that the punching shear wedge, when being pressed by the driving rod , closes to achieve a pressing effect, characterized in that the knot-tying device further comprises shears provided at a front end of the driving rod , hilts of the shears are propped open by an elastic member, the hilts, when being pressed by the driving rod , close to enable the shears to cut a suture.
An information gathering method performed by a processor of an information distributor , the method comprising: identifying a location of a package, the package being associated with a sensor for collecting data about the environment of the package; identifying more than one set of location-based restrictions on collecting environmental data with the sensor , wherein the location-based restrictions on collecting environmental data comprise restrictions on sensing and/or storing environmental data based on a data type or the identified location; determining one set of location-based restrictions that takes precedence over the or each other set of location-based restrictions; and restricting collection of environmental data with the sensor , wherein restricting collection comprises at least one of: preventing the sensor from collecting environmental data that violates the set of location-based restrictions that takes precedence; or when environmental data that violates the set of location-based restrictions that takes precedence has been received from the sensor , deleting or obfuscating the received environmental data that violates the set of location-based restrictions that takes precedence at the information distributor . identifying a location of a package, the package being associated with a sensor for collecting data about the environment of the package; identifying more than one set of location-based restrictions on collecting environmental data with the sensor , wherein the location-based restrictions on collecting environmental data comprise restrictions on sensing and/or storing environmental data based on a data type or the identified location; determining one set of location-based restrictions that takes precedence over the or each other set of location-based restrictions; and restricting collection of environmental data with the sensor , wherein restricting collection comprises at least one of: preventing the sensor from collecting environmental data that violates the set of location-based restrictions that takes precedence; or when environmental data that violates the set of location-based restrictions that takes precedence has been received from the sensor , deleting or obfuscating the received environmental data that violates the set of location-based restrictions that takes precedence at the information distributor . preventing the sensor from collecting environmental data that violates the set of location-based restrictions that takes precedence; or when environmental data that violates the set of location-based restrictions that takes precedence has been received from the sensor , deleting or obfuscating the received environmental data that violates the set of location-based restrictions that takes precedence at the information distributor .
A process for extracting a perfluoropolyether from a lubricating grease, comprising: (a) contacting a solvent comprising a liquid or supercritical carbon dioxide with a lubricating grease comprising a thickener, and the perfluoropolyether in an extraction zone to form an extraction solution comprising an extracted perfluoropolyether; and (b) recovering the extracted perfluoropolyether from the extraction solution by evaporating the liquid or super critical carbon dioxide; characterized in that prior to the extraction an extraction aid material is added to the lubricating grease and wherein the extraction aid material comprises a material selected from the group consisting of diatomaceous earth, perlite, and cellulose materials. (a) contacting a solvent comprising a liquid or supercritical carbon dioxide with a lubricating grease comprising a thickener, and the perfluoropolyether in an extraction zone to form an extraction solution comprising an extracted perfluoropolyether; and (b) recovering the extracted perfluoropolyether from the extraction solution by evaporating the liquid or super critical carbon dioxide;
Method for coating the visible surfaces of motor vehicle wheel rims made of aluminum or steel, in which • on the mechanically processed metallic surface of the wheel rim at first a polymer primer layer (A) is applied, which smoothes out the unevenness of the mechanical processing, • subsequently onto the surface of the polymer primer layer (A) a polymer intermediate layer (B) with a high-gloss surface is applied, • subsequently onto the surface of the polymer intermediate layer (B) a metallic glossy decor layer (C) is applied, which contains as layer former a thermally curable polymer and as decor plate-shaped metallic pigments covering the visible surfaces of the decor layer (C), by wet-spray process with a maximum layer thickness of 2 μm onto the high-gloss surface of the polymer intermediate layer (B), there dried at ambient temperature and fixed by a thermal post-treatment at a temperature of more than 140 °C with a tear-off strength according to DIN ISO 2409 of GT = 0 to GT = 2, • and finally the decor layer (C) with a clear-transparent polymer top layer (D) is covered, • wherein the decor layer (C) is coated with a transparent colored glaze (L) before applying the polymer top layer (D). • on the mechanically processed metallic surface of the wheel rim at first a polymer primer layer (A) is applied, which smoothes out the unevenness of the mechanical processing, • subsequently onto the surface of the polymer primer layer (A) a polymer intermediate layer (B) with a high-gloss surface is applied, • subsequently onto the surface of the polymer intermediate layer (B) a metallic glossy decor layer (C) is applied, which contains as layer former a thermally curable polymer and as decor plate-shaped metallic pigments covering the visible surfaces of the decor layer (C), by wet-spray process with a maximum layer thickness of 2 μm onto the high-gloss surface of the polymer intermediate layer (B), there dried at ambient temperature and fixed by a thermal post-treatment at a temperature of more than 140 °C with a tear-off strength according to DIN ISO 2409 of GT = 0 to GT = 2, • and finally the decor layer (C) with a clear-transparent polymer top layer (D) is covered, • wherein the decor layer (C) is coated with a transparent colored glaze (L) before applying the polymer top layer (D).
A compound for use in the treatment of Tourette's Syndrome in humans, wherein the compound is ecopipam or a pharmaceutically acceptable salt, solvate, or hydrate thereof, wherein the use is at a dose of 1 mg/kg body weight per day to 5 mg/kg body weight per day.
A method for wireless communication at a user equipment, UE , comprising: receiving , from a serving base station , a positioning reference signal, PRS, configuration, characterised by the PRS configuration comprising a set of hopping frequencies for a plurality of PRS transmissions including at least one non-anchor hopping frequency; receiving , from a network device , at least one of the plurality of PRS transmissions over the at least one non-anchor hopping frequency of a shared radio frequency spectrum, wherein the plurality of PRS transmissions is received according to the PRS configuration; and transmitting a measurement report of the plurality of PRS transmissions. receiving , from a serving base station , a positioning reference signal, PRS, configuration, characterised by the PRS configuration comprising a set of hopping frequencies for a plurality of PRS transmissions including at least one non-anchor hopping frequency; receiving , from a network device , at least one of the plurality of PRS transmissions over the at least one non-anchor hopping frequency of a shared radio frequency spectrum, wherein the plurality of PRS transmissions is received according to the PRS configuration; and transmitting a measurement report of the plurality of PRS transmissions.
An installation device which permits an adjustable and fixable angular adaptation of an article to a carrier , wherein at least one divided installation element is provided whose parts each have a section in a region which enables an attachment to the article or to a holder attached to the article and jointly form a clamping region , which enables an attachment to the carrier , at their ends which are remote from the respective section and which confront one another, characterized in that the ends are displaceable relative to one another.
Split superantigen, wherein the split superantigen comprises two non-functional superantigen fragments that only after dimerization, due to the close proximity of both fragments, reassemble into a biologically active form and wherein the split superantigen fragments are fused with proteins or polypeptides that trigger dimerization, and wherein the proteins or polypeptides that trigger dimerization are selected from coiled-coil forming polypeptides and antibodies or antibody fragments specific for cell surface proteins, in particular specific for tumor cell surface proteins. wherein the split superantigen fragments are fused with proteins or polypeptides that trigger dimerization, and wherein the proteins or polypeptides that trigger dimerization are selected from coiled-coil forming polypeptides and antibodies or antibody fragments specific for cell surface proteins, in particular specific for tumor cell surface proteins.
A pharmaceutical composition, comprising the compound NSC350625, or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier, for use in a method of treating CNS cancer, non-small cell lung cancer or lymphoma in a subject.
A blade pivot (2; 2') of adjustable orientation for a turbomachine fan hub comprising: - a block having retaining means at an outer radial end configured to retain a fan blade root and coupling means at an inner radial end, for the transmission of a torque; - a ball type rolling bearing for taking up centrifugal forces having an inner ring mounted in transverse support against an outer radial portion of the block; - a clamping nut screwed onto an external thread of the block in order to clamp the inner ring of the ball type rolling bearing for taking up centrifugal forces on the block; - a rolling bearing for taking up transverse forces (34; 34') having an inner ring (36; 36') mounted in transverse support against an inner radial portion of the block; the rolling elements (40; 40') of the rolling bearing for taking up transverse forces (34; 34') being needles or rollers; - a pitch setting transmission ring positioned inside the inner radial end of the block and equipped with coupling means cooperating with the coupling means of the block; and - means for locking the pitch setting transmission ring on the block. - a block having retaining means at an outer radial end configured to retain a fan blade root and coupling means at an inner radial end, for the transmission of a torque; - a ball type rolling bearing for taking up centrifugal forces having an inner ring mounted in transverse support against an outer radial portion of the block; - a clamping nut screwed onto an external thread of the block in order to clamp the inner ring of the ball type rolling bearing for taking up centrifugal forces on the block; - a rolling bearing for taking up transverse forces (34; 34') having an inner ring (36; 36') mounted in transverse support against an inner radial portion of the block; the rolling elements (40; 40') of the rolling bearing for taking up transverse forces (34; 34') being needles or rollers; - a pitch setting transmission ring positioned inside the inner radial end of the block and equipped with coupling means cooperating with the coupling means of the block; and - means for locking the pitch setting transmission ring on the block.