mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal sink comprising: a heat sink at least partially comprised of thermally-conductive material, wherein the heat sink has a unitary, planar base portion comprising a first side that can be placed in contact with or proximate to one or more heat-producing components and a second side opposite the first side , said second side having a finned region and a non-finned region , said finned region with fins thereon and valleys between the fins , each fin having one or more heights ; one or more heat pipes , running through the fins of the heat sink , each having a length, wherein at least one of the one or more heat pipes has at least a first portion of its length in contact with the non-finned region of the second side and at least a second portion of its length is at least partially embedded in the one or more heights of the fins of the finned region , wherein the second portion of the at least one heat pipe embedded in the one or more heights of the fins of the finned region is elevated away from the valleys between the fins . a heat sink at least partially comprised of thermally-conductive material, wherein the heat sink has a unitary, planar base portion comprising a first side that can be placed in contact with or proximate to one or more heat-producing components and a second side opposite the first side , said second side having a finned region and a non-finned region , said finned region with fins thereon and valleys between the fins , each fin having one or more heights ; one or more heat pipes , running through the fins of the heat sink , each having a length, wherein at least one of the one or more heat pipes has at least a first portion of its length in contact with the non-finned region of the second side and at least a second portion of its length is at least partially embedded in the one or more heights of the fins of the finned region , wherein the second portion of the at least one heat pipe embedded in the one or more heights of the fins of the finned region is elevated away from the valleys between the fins .
A storage stable topical veterinary composition comprising: a) 0.5 - 30 % w/v of selamectin, b) 0.5 -15% w/v of DMSO c) an organic solvent and d) optionally an antioxidant. a) 0.5 - 30 % w/v of selamectin, b) 0.5 -15% w/v of DMSO c) an organic solvent and d) optionally an antioxidant.
A getter structure, comprising: a substrate ; a plurality of nucleation sites formed of a seed material on a surface of the substrate; and a plurality of getter material members projecting outwardly from the nucleation sites, wherein the seed material is tungsten, tantalum, titanium-tungsten, vanadium, zirconium, ruthenium, molybdenum, hafnium, chromium, or an oxide thereof; and wherein the getter material is titanium. a substrate ; a plurality of nucleation sites formed of a seed material on a surface of the substrate; and a plurality of getter material members projecting outwardly from the nucleation sites, wherein the seed material is tungsten, tantalum, titanium-tungsten, vanadium, zirconium, ruthenium, molybdenum, hafnium, chromium, or an oxide thereof; and wherein the getter material is titanium.
A heat exchange unit for devices with a heat pump, in particular an evaporator in a device for manufacturing and storing ice, comprising a heat exchanger included in a thermodynamic medium circuit through an inlet collector (7.1, 7.2) and an outlet collector (8.1, 8.2), which in a parallel position are connected through a perpendicular tubular flow channels (5.1, 5.2) and connected with a plate of the radiator , moreover, wherein a tubular nozzle distributor , having many nozzle orifices on the side, directed coaxially to the flow channels , and whose diameters d3 increase successively from an end of a thermodynamic medium supply is inserted longitudinally to the inside of the inlet collectors (7.1, 7.2), characterized in that the unit consists of two similar heat exchangers for being incorporated simultaneously in the heat pump circuit, where the flow channels (5.1, 5.2) have the final sections (10.1, 10.2) of the connections to the outlet collector (8.1, 8.2) bent off the radiator plate (9-9) - determined by long, straight sections of the flow channels (5.1, 5,2) coming out from the inlet collector (7.1, 7.2) - by a dimension (e) greater than half the sum of the outside diameters (d1, d2) of the inlet (7.1, 7.2) and outlet (8.1, 8.2) collector, the heat exchangers being superimposed so that the straight long sections of the flow channels (5.1, 5.2) alternate with each other in the plane of the radiator (9-9) and are connected with one, common plate of the radiator , the inlet collector (7.1) of the first exchanger and the outlet collector (8.2) of the second exchanger are located parallel to each other on both sides of such unit and on the other side the inlet collector (7.2) of the second exchanger and the outlet collector (8.1) of the first exchanger , moreover, the nozzle distributors of the first and second exchanger are built into the adjacent ends of both inlet collectors (7.1, 7.2).
A pharmaceutical composition comprising: stable, amorphous solid dispersion particles, wherein the particles consist of a protein kinase inhibitor selected from the group consisting of dasatinib, dasatinib hydrate, dasatinib solvate, dasatinib salt, and combinations thereof, and at least one polymeric stabilizing and matrix-forming component, wherein the particles have a degree of amorphicity of 100%, and wherein the amount of the protein kinase inhibitor in said particles is from 10% by weight to 70% by weight. stable, amorphous solid dispersion particles, wherein the particles consist of a protein kinase inhibitor selected from the group consisting of dasatinib, dasatinib hydrate, dasatinib solvate, dasatinib salt, and combinations thereof, and at least one polymeric stabilizing and matrix-forming component, wherein the particles have a degree of amorphicity of 100%, and wherein the amount of the protein kinase inhibitor in said particles is from 10% by weight to 70% by weight.
A scroll compressor , comprising: a housing comprising a cylindrical shell section ; scroll compressor bodies in the housing having respective bases and respective scroll ribs that project from the respective bases and which mutually engage for compressing fluid; an electrical motor having a stator and a rotor , a drive shaft for rotation about an axis , the rotor acting upon the drive shaft that in turn acts upon the scroll compressor bodies to facilitate relative orbiting movement between the scroll compressor bodies ; a bearing member adapted to retain the drive shaft , the bearing member comprising at least two cylinder sections that include a contact region , the at least two cylinder sections being angularly spaced apart, and separated by at least two corresponding gaps ; wherein the bearing member is press fitted into the cylindrical shell section such that the cylindrical shell section forms to the contact region of the at least two cylinder sections characterized in that the cylindrical shell section defines a smaller inner radius at the at least two corresponding gaps than an outer radius defined by the at least two cylinder sections , relative to the axis . a housing comprising a cylindrical shell section ; scroll compressor bodies in the housing having respective bases and respective scroll ribs that project from the respective bases and which mutually engage for compressing fluid; an electrical motor having a stator and a rotor , a drive shaft for rotation about an axis , the rotor acting upon the drive shaft that in turn acts upon the scroll compressor bodies to facilitate relative orbiting movement between the scroll compressor bodies ; a bearing member adapted to retain the drive shaft , the bearing member comprising at least two cylinder sections that include a contact region , the at least two cylinder sections being angularly spaced apart, and separated by at least two corresponding gaps ; wherein the bearing member is press fitted into the cylindrical shell section such that the cylindrical shell section forms to the contact region of the at least two cylinder sections characterized in that the cylindrical shell section defines a smaller inner radius at the at least two corresponding gaps than an outer radius defined by the at least two cylinder sections , relative to the axis .
An in-vehicle system in a vehicle, said system comprising : - a computer - a control device being able to cooperate with the computer to perform a plurality of functions, said functions of said plurality of functions respectively providing outputs corresponding to outputs of the computer , each of these functions having an output state, said control device comprising : - a control module , - a reset module , adapted to reset said control module upon receipt of a reset signal, said reset having a reset time less than a predetermined maximum reset time, and - a monitoring module , commonly referred to as a "watchdog", adapted to detect a malfunction of the computer , said monitoring module being adapted to send the reset signal to said reset module if a malfunction is detected, and wherein the control module comprises a sub-module of at least one temporarily interruptible function , said at least one temporarily interruptible function having a maximum permitted duration of interruption greater than said predetermined maximum reset duration, during which the outputs of said at least one temporarily interruptible function are not provided and in that the control module further comprises a maintained functions sub-module and an interruptible functions sub-module , the outputs of said maintained functions being saved and provided during a reset of the computer and said interruptible functions and temporarily interruptible functions being interrupted during a reset of the computer without time limitation. - a computer - a control device being able to cooperate with the computer to perform a plurality of functions, said functions of said plurality of functions respectively providing outputs corresponding to outputs of the computer , each of these functions having an output state, said control device comprising : - a control module , - a reset module , adapted to reset said control module upon receipt of a reset signal, said reset having a reset time less than a predetermined maximum reset time, and - a monitoring module , commonly referred to as a "watchdog", adapted to detect a malfunction of the computer , said monitoring module being adapted to send the reset signal to said reset module if a malfunction is detected, and wherein the control module comprises a sub-module of at least one temporarily interruptible function , said at least one temporarily interruptible function having a maximum permitted duration of interruption greater than said predetermined maximum reset duration, during which the outputs of said at least one temporarily interruptible function are not provided and in that the control module further comprises a maintained functions sub-module and an interruptible functions sub-module , the outputs of said maintained functions being saved and provided during a reset of the computer and said interruptible functions and temporarily interruptible functions being interrupted during a reset of the computer without time limitation.
A method of calibrating digital images or digital video clips representative of images and/or data stored on or with one or more frames of a film comprising the steps of imaging the film using a film scanner to obtain the digital images or digital video clips, wherein a transparent calibration pattern is placed in front or behind the film so that a portion of the transparent calibration pattern is imaged through perforations in the film wherein the width of the calibration pattern is less than the width of the perforations running up and down the sides of the film so that the pattern is always imaged through the perforations even when the film moves slightly from side to side as is typical in a drive system that does not use sprockets determining scanner exposure variation using the imaged calibration pattern in the digital images or digital video clips and, if the intent was to scan the film at a constant light, then using the determined exposure variation to correct minor changes in exposure in the digital images or digital video clips to obtain calibrated digital images or digital video clips.
A self-moving robot, comprising a self-moving module and at least one of a plurality of interchangeable working modules connected to the self-moving module , wherein the self-moving module comprises a control unit , a first energy unit , a first walking unit and a first interface unit , and the control unit configured to execute a predetermined command to control the self-moving robot to operate; the first walking unit configured to assist the self-moving module in walking; the working module comprises a first working unit , a second walking unit and a second interface unit , the first working unit configured to execute a specific type of work, and the second walking unit configured to assist the working module in walking; the first interface unit and the second interface unit can be correspondingly matched and connected to connect the working module onto the self-moving module , and the self-moving module further comprises a detecting unit , configured to detect the working module and send a detected result to the control unit ; the control unit configured to judge whether the working module required to be connected is detected according to the detected result, and when the judged result is yes, the control unit configured to control the first walking unit to walk such that the self-moving module is connected to the working module required to be connected; wherein in a working period, the self-moving module is configured to carry each work module for working in sequence according to a set time sequence. the self-moving module comprises a control unit , a first energy unit , a first walking unit and a first interface unit , and the control unit configured to execute a predetermined command to control the self-moving robot to operate; the first walking unit configured to assist the self-moving module in walking; the working module comprises a first working unit , a second walking unit and a second interface unit , the first working unit configured to execute a specific type of work, and the second walking unit configured to assist the working module in walking; the first interface unit and the second interface unit can be correspondingly matched and connected to connect the working module onto the self-moving module , and the self-moving module further comprises a detecting unit , configured to detect the working module and send a detected result to the control unit ; the control unit configured to judge whether the working module required to be connected is detected according to the detected result, and when the judged result is yes, the control unit configured to control the first walking unit to walk such that the self-moving module is connected to the working module required to be connected; wherein in a working period, the self-moving module is configured to carry each work module for working in sequence according to a set time sequence.
Method for subscribing a mobile equipment (ME) to information on events of at least one type from a notification service linked to the geography of a location, said notification service being hosted in a data processing peripheral server (SP1) in an MEC architecture network, said method being implemented in said mobile equipment (ME) and comprising steps of: - sending (E11) of a message (ME11) requesting registration to a central server (SC) of said network, - sending (E21) of a message (ME21) for subscription, intended for said data processing peripheral server (SP1), to said at least one type of event, - reception (E23) of a message (ME23) giving information to said mobile equipment (ME) on an event of said at least one type, said method being such that said registration request message (ME11) indicates said at least one type of event and that the step of sending (E21) of a subscription message (ME21) is conditioned on the existence of a preceding step of reception (E17) of a notification message (ME17) that an event of said at least one type has occurred in said location, corresponding information being stored in said peripheral server (SP1), said notification message (ME17) being delivered to said mobile equipment (ME) over a fast messaging channel called "paging" channel. - sending (E11) of a message (ME11) requesting registration to a central server (SC) of said network, - sending (E21) of a message (ME21) for subscription, intended for said data processing peripheral server (SP1), to said at least one type of event, - reception (E23) of a message (ME23) giving information to said mobile equipment (ME) on an event of said at least one type,
An apparatus for removing a material from a body lumen, the apparatus comprising: an elongate inversion support comprising a catheter having a circumference, a distal end , and a distal end opening ; and a knitted tube that extends distally in an un-inverted configuration along an outer surface of the catheter , inverts into the distal end opening of the catheter, and extends proximally within the catheter in an inverted configuration, wherein the knitted tube is configured to invert by rolling into the distal end opening of the catheter when a first end of the knitted tube is pulled proximally within the catheter , characterized in that the knitted tube has a length of 20 cm or greater and comprises a filament knitted into N loops per turn, the filament having a filament diameter D filament , and in that the knitted tube has a choke ratio, N 2 × D filament C cath , greater than 2.9, where C cath is the catheter circumference. an elongate inversion support comprising a catheter having a circumference, a distal end , and a distal end opening ; and a knitted tube that extends distally in an un-inverted configuration along an outer surface of the catheter , inverts into the distal end opening of the catheter, and extends proximally within the catheter in an inverted configuration, wherein the knitted tube is configured to invert by rolling into the distal end opening of the catheter when a first end of the knitted tube is pulled proximally within the catheter , characterized in that the knitted tube has a length of 20 cm or greater and comprises a filament knitted into N loops per turn, the filament having a filament diameter D filament , and in that the knitted tube has a choke ratio, N 2 × D filament C cath , greater than 2.9, where C cath is the catheter circumference.
A transonic airfoil , in which a curvature that is made dimensionless by a reciprocal of the chord length has a local maximal value of 70 or more in an upwardly convex curve in a range of -0.08<s/c<0.08, an integral value of the curvature is 2.2 or more in a range from s/c=-0.1 to s/c=0.02, and the curvature is 0.3 or less in a range from s/c=0.3 to s/c=0.6, where s represents a surface length along a surface of the airfoil , with a leading edge being as a reference (an upper wing surface direction is positive, and a lower wing surface direction is negative), and c represents the chord length, wherein the curvature is less than 0.3 at s/c=0.5, and the curvature increases to be 0.45 or more at s/c=0.8, and a distribution of the curvature monotonically increases to 1 or more in a range from s/c=-0.9 or less to a position of a trailing edge . a curvature that is made dimensionless by a reciprocal of the chord length has a local maximal value of 70 or more in an upwardly convex curve in a range of -0.08<s/c<0.08, an integral value of the curvature is 2.2 or more in a range from s/c=-0.1 to s/c=0.02, and the curvature is 0.3 or less in a range from s/c=0.3 to s/c=0.6, where s represents a surface length along a surface of the airfoil , with a leading edge being as a reference (an upper wing surface direction is positive, and a lower wing surface direction is negative), and c represents the chord length, wherein s represents a surface length along a surface of the airfoil , with a leading edge being as a reference (an upper wing surface direction is positive, and a lower wing surface direction is negative), and c represents the chord length, wherein the curvature is less than 0.3 at s/c=0.5, and the curvature increases to be 0.45 or more at s/c=0.8, and a distribution of the curvature monotonically increases to 1 or more in a range from s/c=-0.9 or less to a position of a trailing edge .
A method of transmitting, by a base station, BS, downlink control information, DCI, in a wireless communication system, the method comprising: receiving, from a user equipement, UE, capability information representing whether the UE supports demodulation reference signal, DMRS, sharing in subslots over a plurality of contiguous subframes for a physical downlink shared channel, PDSCH; and transmitting, to the UE, the DCI for scheduling the PDSCH, wherein the DCI represents whether a DMRS for the PDSCH is located in a first subslot, wherein, based on (i) the capability information representing that the UE does not support DMRS sharing in subslots over the plurality of contiguous subframes for the PDSCH and (ii) the DCI representing an absence of the DMRS for the PDSCH in the first subslot, the PDSCH is not received by the UE in the first subslot. receiving, from a user equipement, UE, capability information representing whether the UE supports demodulation reference signal, DMRS, sharing in subslots over a plurality of contiguous subframes for a physical downlink shared channel, PDSCH; and transmitting, to the UE, the DCI for scheduling the PDSCH, wherein the DCI represents whether a DMRS for the PDSCH is located in a first subslot, wherein, based on (i) the capability information representing that the UE does not support DMRS sharing in subslots over the plurality of contiguous subframes for the PDSCH and (ii) the DCI representing an absence of the DMRS for the PDSCH in the first subslot, the PDSCH is not received by the UE in the first subslot.