mhurhangee/patent-ind-claim-en huggingface dataset:
A merchandising system for displaying a plurality of products, the merchandising system comprising: a base including a product-supporting surface , a lower surface , a gap between said lower surface and the product supporting surface , and a track disposed beneath the product supporting surface entirely within the gap , the base defining a longitudinal axis; and pusher member disposed in mechanical cooperation with the base and configured to slide longitudinally with respect to the base , the pusher member including a base-contacting surface and a leg downwardly depending from the base-contacting surface , wherein the leg is configured to mechanically engage the track , wherein the track includes a discontinuity to enable the leg of the pusher member to selectively mechanically engage the track , characterised in that the leg comprises a plurality of legs each of which are configured to mechanically engage the track , and the track includes a plurality of spaced-apart tabs , wherein each tab of the plurality of spaced-apart tabs includes a width that is perpendicular to the longitudinal axis, and wherein the discontinuity includes at least one other tab having a width less than a width of an adjacent tab of the plurality of spaced-apart tabs . a base including a product-supporting surface , a lower surface , a gap between said lower surface and the product supporting surface , and a track disposed beneath the product supporting surface entirely within the gap , the base defining a longitudinal axis; and pusher member disposed in mechanical cooperation with the base and configured to slide longitudinally with respect to the base , the pusher member including a base-contacting surface and a leg downwardly depending from the base-contacting surface , wherein the leg is configured to mechanically engage the track , wherein the track includes a discontinuity to enable the leg of the pusher member to selectively mechanically engage the track , characterised in that
Process for preparing isophoronediamine, characterized in that A) isophoronenitrile is subjected directly in one stage to aminating hydrogenation to give isophoronediamine in the presence of ammonia, hydrogen, a hydrogenation catalyst and possibly further additions, and in the presence or absence of organic solvents; or B) isophoronenitrile is first converted fully or partly in at least two or more than two stages to isophoronenitrile imine, and this isophoronenitrile imine is subjected to aminating hydrogenation to give isophoronediamine as a pure substance or in a mixture with other components and/or isophoronenitrile, in the presence of at least ammonia, hydrogen and a catalyst, wherein the catalyst has the following properties: I. The catalyst has, after the activation, in its entirety, the following composition in per cent by weight (% by weight), where the proportions add up to 100% by weight, based on the metals present: Cobalt: 55% to 85% by weight Aluminium: 5% to 43.5% by weight Chromium: 0.5% to 3% by weight Nickel: 1% to 7% by weight and II. The catalyst is in the form of irregular particles as a granular material and after activation has particle sizes of 1 to 8 millimetres (mm) measured by screening. A) isophoronenitrile is subjected directly in one stage to aminating hydrogenation to give isophoronediamine in the presence of ammonia, hydrogen, a hydrogenation catalyst and possibly further additions, and in the presence or absence of organic solvents; or B) isophoronenitrile is first converted fully or partly in at least two or more than two stages to isophoronenitrile imine, and this isophoronenitrile imine is subjected to aminating hydrogenation to give isophoronediamine as a pure substance or in a mixture with other components and/or isophoronenitrile, in the presence of at least ammonia, hydrogen and a catalyst, wherein the catalyst has the following properties: I. The catalyst has, after the activation, in its entirety, the following composition in per cent by weight (% by weight), where the proportions add up to 100% by weight, based on the metals present: Cobalt: 55% to 85% by weight Aluminium: 5% to 43.5% by weight Chromium: 0.5% to 3% by weight Nickel: 1% to 7% by weight and II. The catalyst is in the form of irregular particles as a granular material and after activation has particle sizes of 1 to 8 millimetres (mm) measured by screening. I. The catalyst has, after the activation, in its entirety, the following composition in per cent by weight (% by weight), where the proportions add up to 100% by weight, based on the metals present: Cobalt: 55% to 85% by weight Aluminium: 5% to 43.5% by weight Chromium: 0.5% to 3% by weight Nickel: 1% to 7% by weight and Cobalt: 55% to 85% by weight Aluminium: 5% to 43.5% by weight Chromium: 0.5% to 3% by weight Nickel: 1% to 7% by weight II. The catalyst is in the form of irregular particles as a granular material and after activation has particle sizes of 1 to 8 millimetres (mm) measured by screening.
A method of making a semiconductor device comprising: forming a plurality of field effect transistors, FETs, on a semiconductor substrate , each comprising: a gate, spaced apart source and drain regions on opposite sides of the gate, upper and lower vertically stacked superlattice layers and a bulk semiconductor layer therebetween between the source and drain regions , and a semiconductor channel layer on the upper superlattice layer ; and performing an angled halo implant and defining a peak halo dopant concentration beneath the gate and vertically confined in the bulk semiconductor layer between the upper and lower superlattices . forming a plurality of field effect transistors, FETs, on a semiconductor substrate , each comprising: a gate, spaced apart source and drain regions on opposite sides of the gate, upper and lower vertically stacked superlattice layers and a bulk semiconductor layer therebetween between the source and drain regions , and a semiconductor channel layer on the upper superlattice layer ; and performing an angled halo implant and defining a peak halo dopant concentration beneath the gate and vertically confined in the bulk semiconductor layer between the upper and lower superlattices . upper and lower vertically stacked superlattice layers and a bulk semiconductor layer therebetween between the source and drain regions , and a semiconductor channel layer on the upper superlattice layer ; and performing an angled halo implant and defining a peak halo dopant concentration beneath the gate and vertically confined in the bulk semiconductor layer between the upper and lower superlattices .
A local air cleaning apparatus comprising: a pair of push hoods each comprising an air flow opening face for blowing out a cleaned uniform air flow and a pair of guides , having lengths b1 and b2 respectively, each provided on a side of each of the push hoods comprising the air flow opening face, each of the pair of guides extending from the side of the each push hood comprising the air flow opening face toward a downstream side of the uniform air flow to form an opening face at a downstream-side end portion of the each guide, wherein the pair of push hoods is arranged such that the respective air flow opening faces of the push hoods are opposed to each other; the opening faces of the pair of guides are spaced apart from and opposed to each other so as to form an open region between the opening faces of the respective guides; the cleaned uniform air flows blown out from the respective air flow opening faces collide with each other in the open region to flow out of the open region so as to cause the insides of the guides and the inside of the open region to be a work region having higher cleanliness, for an operator, than other regions; wherein the guides are configured to increase the work region while maintaining the higher cleanliness within the work region by enabling a distance X between the air flow opening faces with having the guides to be greater than a distance therebetween without having the guides on the sides of each of the air flow opening faces , wherein the lengths b1 and b2 are in accordance with the distance X between the air flowing opening faces . a pair of push hoods each comprising an air flow opening face for blowing out a cleaned uniform air flow and a pair of guides , having lengths b1 and b2 respectively, each provided on a side of each of the push hoods comprising the air flow opening face, each of the pair of guides extending from the side of the each push hood comprising the air flow opening face toward a downstream side of the uniform air flow to form an opening face at a downstream-side end portion of the each guide, wherein the pair of push hoods is arranged such that the respective air flow opening faces of the push hoods are opposed to each other; the opening faces of the pair of guides are spaced apart from and opposed to each other so as to form an open region between the opening faces of the respective guides; the cleaned uniform air flows blown out from the respective air flow opening faces collide with each other in the open region to flow out of the open region so as to cause the insides of the guides and the inside of the open region to be a work region having higher cleanliness, for an operator, than other regions; wherein the guides are configured to increase the work region while maintaining the higher cleanliness within the work region by enabling a distance X between the air flow opening faces with having the guides to be greater than a distance therebetween without having the guides on the sides of each of the air flow opening faces , wherein the lengths b1 and b2 are in accordance with the distance X between the air flowing opening faces .
A method for transferring a refrigerant composition containing difluoromethane, pentafluoroethane and 1,1,1,2-tetrafluoroethane, comprising transferring a refrigerant composition from a liquid phase in a supply source to a supply destination, wherein the supply source is an airtight container, wherein the transfer is performed in such an environment that the outside air temperature is 40 °C or below, and wherein the liquid phase of the refrigerant composition in the supply source before the transfer contains 33.4 to 33.5 wt% difluoromethane, 14.6 to 16.0 wt% pentafluoroethane, and 50.5 to 52.0 wt% 1,1,1,2-tetrafluoroethane. wherein the supply source is an airtight container, wherein the transfer is performed in such an environment that the outside air temperature is 40 °C or below, and wherein the liquid phase of the refrigerant composition in the supply source before the transfer contains 33.4 to 33.5 wt% difluoromethane, 14.6 to 16.0 wt% pentafluoroethane, and 50.5 to 52.0 wt% 1,1,1,2-tetrafluoroethane.
A non-degradable, non-immunogenic microporous hydrogel composition comprising: a collection of flowable hydrogel particles comprising a bioinert polymeric backbone, wherein the bioinert polymeric backbone comprises a synthesized 4-armed polyethylene glycol)(PEG); an annealing component comprising a physiologically-stable, radically polymerizable alkene, wherein the annealing component links the flowable hydrogel particles; and a heparin compound, wherein the microporous hydrogel composition is substantially non-degradable and substantially non-immunogenic. a collection of flowable hydrogel particles comprising a bioinert polymeric backbone, wherein the bioinert polymeric backbone comprises a synthesized 4-armed polyethylene glycol)(PEG); an annealing component comprising a physiologically-stable, radically polymerizable alkene, wherein the annealing component links the flowable hydrogel particles; and a heparin compound,
A prosthetic hand and wrist system , the system comprising: a prosthetic hand ; a prosthetic wrist comprising a fixed portion, an actuator module , and a rotatable portion, the fixed portion configured to attach to an arm, the rotatable portion configured to attach to the prosthetic hand , and the actuator module attached to both the fixed and rotatable portions and configured to actuate the rotatable portion relative to the fixed portion thereby rotating the prosthetic hand ; an inertial measurement unit (IMU) attached to the prosthetic hand and configured to detect an orientation of the prosthetic hand ; and a processor in communication with the IMU and the actuator module and configured to execute a set of instructions to perform a method to control the actuator module , the method comprising: receiving data from the IMU associated with the orientation of the prosthetic hand , identifying a desired grip for the prosthetic hand , determining a rotation for the prosthetic hand based on i) the data from the IMU and ii) the desired grip, and causing the actuator module to perform the rotation for the prosthetic hand by actuating the rotatable portion. a prosthetic hand ; a prosthetic wrist comprising a fixed portion, an actuator module , and a rotatable portion, the fixed portion configured to attach to an arm, the rotatable portion configured to attach to the prosthetic hand , and the actuator module attached to both the fixed and rotatable portions and configured to actuate the rotatable portion relative to the fixed portion thereby rotating the prosthetic hand ; an inertial measurement unit (IMU) attached to the prosthetic hand and configured to detect an orientation of the prosthetic hand ; and a processor in communication with the IMU and the actuator module and configured to execute a set of instructions to perform a method to control the actuator module , the method comprising: receiving data from the IMU associated with the orientation of the prosthetic hand , identifying a desired grip for the prosthetic hand , determining a rotation for the prosthetic hand based on i) the data from the IMU and ii) the desired grip, and causing the actuator module to perform the rotation for the prosthetic hand by actuating the rotatable portion. receiving data from the IMU associated with the orientation of the prosthetic hand , identifying a desired grip for the prosthetic hand , determining a rotation for the prosthetic hand based on i) the data from the IMU and ii) the desired grip, and causing the actuator module to perform the rotation for the prosthetic hand by actuating the rotatable portion.
A pharmaceutical composition comprising dapsone and a pharmaceutically acceptable carrier for use in a method of treating papulopustular rosacea, wherein the patient has 20 or more papulopustular lesions before the treatment, and wherein the method comprises topically administering the composition twice daily.
A first computing system (102-1) configured to perform transactions on data stored at a remote storage system, the remote storage system comprising a key/value store , the first computing system comprising: a database client , wherein the database client comprises an interface configured to allow a user to request database operations using the database client; and a database engine coupled to the database client, and configured to receive requests for database operations from the database client; wherein the database engine is configured to obtain and operate on transaction state stored as one or more key/value pairs in the key/value store at the remote storage system; wherein the database engine is configured to transactionally perform data operations, using the transaction state, on data stored as one or more data key/value pairs in the key/value store; and characterised by the first computing system being further configured for: receiving a notification that a second computing system (102-2) has begun a transaction on data in the one or more key/value pairs, and that the transaction has not been committed or aborted; and resuming the transaction of the second computing system using the transaction state, including at least one of performing data operations on the data in the one or more data key/value pairs, aborting the transaction, or committing the transaction. a database client , wherein the database client comprises an interface configured to allow a user to request database operations using the database client; and a database engine coupled to the database client, and configured to receive requests for database operations from the database client; wherein the database engine is configured to obtain and operate on transaction state stored as one or more key/value pairs in the key/value store at the remote storage system; wherein the database engine is configured to transactionally perform data operations, using the transaction state, on data stored as one or more data key/value pairs in the key/value store; and characterised by the first computing system being further configured for: receiving a notification that a second computing system (102-2) has begun a transaction on data in the one or more key/value pairs, and that the transaction has not been committed or aborted; and resuming the transaction of the second computing system using the transaction state, including at least one of performing data operations on the data in the one or more data key/value pairs, aborting the transaction, or committing the transaction. receiving a notification that a second computing system (102-2) has begun a transaction on data in the one or more key/value pairs, and that the transaction has not been committed or aborted; and resuming the transaction of the second computing system using the transaction state, including at least one of performing data operations on the data in the one or more data key/value pairs, aborting the transaction, or committing the transaction.
An article of footwear (100; 500; 600), comprising: an upper (102; 502; 602); a tubular structure (140; 530; 630) including a first end , a second end and an intermediate portion disposed between the first end and the second end ; the tubular structure (140; 530; 630) forming a tunnel extending through the tubular structure (140; 530; 630) from the first end to the second end ; a first tensile strand (164; 532) extending through at least a portion of the tunnel of the tubular structure (140; 530; 630); the intermediate portion of the tubular structure (140; 530; 630) further comprising a tubular portion (147; 634) and a tab portion (200; 538) that extends away from the tubular portion (147; 634); and wherein the tab portion (200; 538) is attached to the article of footwear (100; 500; 600) and anchors the tubular structure (140; 530; 630) to the article of footwear (100; 500; 600), characterized in that the article of footwear (100; 500; 600) further includes a sole structure (110; 510; 610), the sole structure (110; 510; 610) and the upper (102; 502; 602) are joined at least along a bite line (125; 615), and the tab portion is disposed between the upper (102; 502; 602) and the sole structure (110; 510; 610), or the article of footwear further includes a heel counter , and the tab portion is attached to the heel counter . an upper (102; 502; 602); a tubular structure (140; 530; 630) including a first end , a second end and an intermediate portion disposed between the first end and the second end ; the tubular structure (140; 530; 630) forming a tunnel extending through the tubular structure (140; 530; 630) from the first end to the second end ; a first tensile strand (164; 532) extending through at least a portion of the tunnel of the tubular structure (140; 530; 630); the intermediate portion of the tubular structure (140; 530; 630) further comprising a tubular portion (147; 634) and a tab portion (200; 538) that extends away from the tubular portion (147; 634); and wherein the tab portion (200; 538) is attached to the article of footwear (100; 500; 600) and anchors the tubular structure (140; 530; 630) to the article of footwear (100; 500; 600), characterized in that the article of footwear (100; 500; 600) further includes a sole structure (110; 510; 610), the sole structure (110; 510; 610) and the upper (102; 502; 602) are joined at least along a bite line (125; 615), and the tab portion is disposed between the upper (102; 502; 602) and the sole structure (110; 510; 610), or the article of footwear further includes a heel counter , and the tab portion is attached to the heel counter .
An integrated electrohydrodynamic jet printing and spatial atomic layer deposition system for conducting nanofabrication, the system comprising: an electrohydrodynamic jet printing station that includes an E-jet printing nozzle; a spatial atomic layer deposition station that includes a zoned ALD precursor gas distributor that discharges linear zone-separated first and second ALD precursor gases; a heatable substrate plate supported on a motion actuator controllable to move the substrate plate in three dimensions; and a conveyor on which the motion actuator is supported, the conveyor being operative to move the motion actuator between the electrohydrodynamic jet printing station and the spatial atomic layer deposition station so that the substrate plate is conveyable between a printing window of the E-jet printing nozzle and a deposition window of the zoned ALD precursor gas distributor, respectively. an electrohydrodynamic jet printing station that includes an E-jet printing nozzle; a spatial atomic layer deposition station that includes a zoned ALD precursor gas distributor that discharges linear zone-separated first and second ALD precursor gases; a heatable substrate plate supported on a motion actuator controllable to move the substrate plate in three dimensions; and a conveyor on which the motion actuator is supported, the conveyor being operative to move the motion actuator between the electrohydrodynamic jet printing station and the spatial atomic layer deposition station so that the substrate plate is conveyable between a printing window of the E-jet printing nozzle and a deposition window of the zoned ALD precursor gas distributor, respectively.
An imaging control device comprising: a control unit that is able, during a preparation stage before imaging and recordal onto a recording medium of a captured image starts, to adjust a parameter of a correction signal that will be used for correcting a flickering component included in the captured image; and a flickering correction unit configured to correct a flickering component on the captured image on a basis of the correction signal a control unit that is able, during a preparation stage before imaging and recordal onto a recording medium of a captured image starts, to adjust a parameter of a correction signal that will be used for correcting a flickering component included in the captured image; and a flickering correction unit configured to correct a flickering component on the captured image on a basis of the correction signal