mhurhangee/patent-ind-claim-en huggingface dataset:
A filter element , comprising: a spacer and a filtration membrane wherein the spacer comprises a film having perforations substantially located in a central region and at least two unperforated regions located on opposing edges of the film, the unperforated regions being laminated to the filtration membrane , and wherein the spacer film has a thickness of from 20 μm to 180 μm. a spacer and a filtration membrane wherein the spacer comprises a film having perforations substantially located in a central region and at least two unperforated regions located on opposing edges of the film, the unperforated regions being laminated to the filtration membrane , and wherein the spacer film has a thickness of from 20 μm to 180 μm.
A method of preparing an acrylic-based copolymer composition, the method comprising: preparing a first acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, which is unsubstituted or substituted with a hydroxyl group, and a (meth)acrylic acid alkoxy alkyl ester monomer at a temperature of less than 30°C (S10) ; preparing a second acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, a (meth)acrylic acid alkoxy alkyl ester monomer, and a crosslinkable monomer at a temperature of 30°C or more (S20); and mixing the first acrylic-based copolymer and the second acrylic-based copolymer (S30); wherein the polymerization temperature in step (S10) is 5°C to 15°C; wherein the polymerization temperature in step (S20) is 30°C to 50°C. preparing a first acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, which is unsubstituted or substituted with a hydroxyl group, and a (meth)acrylic acid alkoxy alkyl ester monomer at a temperature of less than 30°C (S10) ; preparing a second acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, a (meth)acrylic acid alkoxy alkyl ester monomer, and a crosslinkable monomer at a temperature of 30°C or more (S20); and mixing the first acrylic-based copolymer and the second acrylic-based copolymer (S30); wherein the polymerization temperature in step (S10) is 5°C to 15°C; wherein the polymerization temperature in step (S20) is 30°C to 50°C.
A server device , comprising: a chassis having a containing space , a first opening and a second opening , wherein the first opening and the second opening are located at two opposite ends of the containing space ; a motherboard module disposed in the containing space ; a power-supply module disposed in the containing space , electrically connected to the motherboard module , and capable of plugging in and out from the chassis via the second opening , wherein the power-supply module comprises a first power port located in the second opening ; a power port connector connected between a second power port located in the first opening and the first power port located in the second opening ; and a storage array module , electrically connected to the motherboard module and the power-supply module , wherein the storage array module is characterized by comprising: a first storage array comprising a first plurality of disk devices , the first storage array including a first guide rail ; and a second storage array comprising a second plurality of disk devices , the second storage array including a second guide rail slidably coupled to the first guide rail , wherein the first and the second storage arrays are configured to slide independently of one another in and out from the chassis via the second opening . a chassis having a containing space , a first opening and a second opening , wherein the first opening and the second opening are located at two opposite ends of the containing space ; a motherboard module disposed in the containing space ; a power-supply module disposed in the containing space , electrically connected to the motherboard module , and capable of plugging in and out from the chassis via the second opening , wherein the power-supply module comprises a first power port located in the second opening ; a power port connector connected between a second power port located in the first opening and the first power port located in the second opening ; and a storage array module , electrically connected to the motherboard module and the power-supply module , wherein the storage array module is characterized by comprising: a first storage array comprising a first plurality of disk devices , the first storage array including a first guide rail ; and a second storage array comprising a second plurality of disk devices , the second storage array including a second guide rail slidably coupled to the first guide rail , wherein the first and the second storage arrays are configured to slide independently of one another in and out from the chassis via the second opening . a first storage array comprising a first plurality of disk devices , the first storage array including a first guide rail ; and a second storage array comprising a second plurality of disk devices , the second storage array including a second guide rail slidably coupled to the first guide rail , wherein the first and the second storage arrays are configured to slide independently of one another in and out from the chassis via the second opening .
A prophylactically effective amount of emtricitabine (FTC), a prophylactically effective amount of tenofovir alafenamide (TAF), a prophylactically effective amount of elvitegravir (EVG), and a prophylactically effective amount of a pharmacoenhancer comprising cobicistat (COBI), to be co-administered to a primate after exposure to a potential immunodeficiency virus infection for use in a method of protecting a primate from a self-replicating infection by an immunodeficiency virus, wherein co-administering comprises a total of 1 or 2 oral doses of FTC, TAF, EVG and COBI after the potential exposure to the immunodeficiency retrovirus.
A directional multi-band antenna comprising: a primary reflector , at least one secondary reflector , a multi-layer dielectric layer selectively reflective or transmissive of incident radiation according to wavelength, the layer being provided at the surface configured to be illuminated by RF or optical signals of the primary reflector , an RF unit comprising a collocated sensor and transmitter, an Optical unit comprising a collocated sensor and transmitter, arranged such that the primary reflector is for reflecting signals between the secondary reflector and the environment, the secondary reflector is firstly for reflecting signals between the primary reflector and the RF unit , and secondly for reflecting signals between the primary reflector and the Optical unit and arranged such that the antenna is operable to transmit or receive, RF or Optical signals, along a common beam axis, wherein the Optical unit and the RF unit are arranged to project/transmit along a common axis and towards each other, wherein the secondary reflector comprises a first secondary reflector arranged to reflect signals from the RF unit to the primary reflector , wherein the secondary reflector further comprises a second secondary reflector arranged to reflect signals from the Optical unit to the first secondary reflector , wherein the second secondary reflector is a curved dielectric surface formed of a reflective/transmissive material. a primary reflector , at least one secondary reflector , a multi-layer dielectric layer selectively reflective or transmissive of incident radiation according to wavelength, the layer being provided at the surface configured to be illuminated by RF or optical signals of the primary reflector , an RF unit comprising a collocated sensor and transmitter, an Optical unit comprising a collocated sensor and transmitter, arranged such that the primary reflector is for reflecting signals between the secondary reflector and the environment, the secondary reflector is firstly for reflecting signals between the primary reflector and the RF unit , and secondly for reflecting signals between the primary reflector and the Optical unit and arranged such that the antenna is operable to transmit or receive, RF or Optical signals, along a common beam axis, wherein the Optical unit and the RF unit are arranged to project/transmit along a common axis and towards each other, wherein the secondary reflector comprises a first secondary reflector arranged to reflect signals from the RF unit to the primary reflector , wherein the secondary reflector further comprises a second secondary reflector arranged to reflect signals from the Optical unit to the first secondary reflector , wherein the second secondary reflector is a curved dielectric surface formed of a reflective/transmissive material.
A connector for coupling radiation from a radiation source into an optical fiber for medical applications comprising: an outer body for handling said connector; a spring-loaded ferrule ; and an inner body which holds said ferrule and moves longitudinally within said outer body , wherein the ferrule is mounted completely inside the inner body and wherein the position of the ferrule is moved into the outer body , when the optical fiber is not connected to the radiation source; characterized by the connector further comprising a collet chuck through which said optical fiber is introduced, wherein the ferrule compresses the collet chuck closed around the optical fiber. an outer body for handling said connector; a spring-loaded ferrule ; and an inner body which holds said ferrule and moves longitudinally within said outer body , wherein the ferrule is mounted completely inside the inner body and wherein the position of the ferrule is moved into the outer body , when the optical fiber is not connected to the radiation source; characterized by the connector further comprising a collet chuck through which said optical fiber is introduced, wherein the ferrule compresses the collet chuck closed around the optical fiber.
A semiconductor structure, comprising: a substrate comprising an isolation structure and an active region , the active region comprising ions of a first type; a trench arranged in the active region ; and a word line arranged in the trench , an inner surface of the trench comprises an inversion doping layer and an oxide layer which are arranged adjacent to each other, the inversion doping layer is arranged above the oxide layer , the inversion doping layer comprises ions of a second type, and the first type is contrary to the second type, characterized in that the inner surface of the trench further comprises: a protective layer in contact with the inversion doping layer , a bottom wall section of the inversion doping layer being sandwiched between a bottom end of the protective layer and a top end of the oxide layer . a substrate comprising an isolation structure and an active region , the active region comprising ions of a first type; a trench arranged in the active region ; and a word line arranged in the trench , an inner surface of the trench comprises an inversion doping layer and an oxide layer which are arranged adjacent to each other, the inversion doping layer is arranged above the oxide layer , the inversion doping layer comprises ions of a second type, and the first type is contrary to the second type, characterized in that the inner surface of the trench further comprises: a protective layer in contact with the inversion doping layer , a bottom wall section of the inversion doping layer being sandwiched between a bottom end of the protective layer and a top end of the oxide layer .
A medical device , comprising: an insertion portion longitudinally extending between a proximal end and a distal end, the insertion portion defining a channel extending therethrough; and a handle coupled to the proximal end of the insertion portion, wherein the handle includes: an irrigation port in fluid communication with the channel and coupled to a source of irrigation fluid, a first branch , a second branch , and a bifurcation coupling the first branch and the second branch to the channel , wherein the first branch is coupled to the irrigation port ; an actuator (136; 236); and a pressurizer (132; 232; 332) fluidly coupled to the second branch ; wherein the actuator (136; 236) is configured to control actuation of the pressurizer (132; 232; 332) to urge irrigation fluid in the second branch toward the bifurcation and distally through the channel . an insertion portion longitudinally extending between a proximal end and a distal end, the insertion portion defining a channel extending therethrough; and a handle coupled to the proximal end of the insertion portion, wherein the handle includes: an irrigation port in fluid communication with the channel and coupled to a source of irrigation fluid, a first branch , a second branch , and a bifurcation coupling the first branch and the second branch to the channel , wherein the first branch is coupled to the irrigation port ; an actuator (136; 236); and a pressurizer (132; 232; 332) fluidly coupled to the second branch ; an irrigation port in fluid communication with the channel and coupled to a source of irrigation fluid, a first branch , a second branch , and a bifurcation coupling the first branch and the second branch to the channel , wherein the first branch is coupled to the irrigation port ; an actuator (136; 236); and a pressurizer (132; 232; 332) fluidly coupled to the second branch ; wherein the actuator (136; 236) is configured to control actuation of the pressurizer (132; 232; 332) to urge irrigation fluid in the second branch toward the bifurcation and distally through the channel .
A shoe structure comprising: - an upper assembly , comprising an upper and an insole , - a bottom , joined in a lower region to said upper assembly and comprising a sole and a midsole , said sole comprising a tread , wherein said sole comprises one or more tabs monolithic therewith, directed toward said midsole characterized in that in said midsole there are: - one or more through holes , - and/or one or more blind holes , which extend over only part of the thickness of said midsole and lead out toward said tread wherein said bottom comprises one or more ducts , said ducts mutually connecting: - one or more of said through holes , - and/or one or more of said blind holes , - and/or one or more of said through holes to one or more of said blind holes . - an upper assembly , comprising an upper and an insole , - a bottom , joined in a lower region to said upper assembly and comprising a sole and a midsole , said sole comprising a tread , - one or more through holes , - and/or one or more blind holes , which extend over only part of the thickness of said midsole and lead out toward said tread wherein said bottom comprises one or more ducts , said ducts mutually connecting: - one or more of said through holes , - and/or one or more of said blind holes , - and/or one or more of said through holes to one or more of said blind holes .
A method for transmitting data between the inside and outside of a hermetically sealed chamber, comprising: serializing first data into a first serial data for transmission; transmitting the first serial data at a first frequency using a first transmission line that connects the inside and outside of the hermetically sealed chamber; serializing second data into a second serial data for transmission; and transmitting the second serial data at a second frequency using a second transmission line that connects the inside and outside of the hermetically sealed chamber; wherein the second frequency is greater than the first frequency; wherein the first transmission line is coupled to a ground via a frequency dependent impedance; and wherein the first transmission line acting as a ground for the second transmission line. serializing first data into a first serial data for transmission; transmitting the first serial data at a first frequency using a first transmission line that connects the inside and outside of the hermetically sealed chamber; serializing second data into a second serial data for transmission; and transmitting the second serial data at a second frequency using a second transmission line that connects the inside and outside of the hermetically sealed chamber; wherein the second frequency is greater than the first frequency; wherein the first transmission line is coupled to a ground via a frequency dependent impedance; and wherein the first transmission line acting as a ground for the second transmission line.
A transmission for a vehicle, the transmission comprising a clutch unit Z connectable to an input shaft of the transmission and an electric motor connected to the clutch unit for transferring torque from the electric motor to the input shaft through the clutch unit, the transmission having a first gear component driven by the electric motor and a second gear component rotationally locked to the clutch unit by an engagement means , the first gear component and the second gear component being engaged with each other for transferring torque from the electric motor to the clutch unit , the transmission further comprising at least one bearing arranged for journaling the second gear component and carrying radial load caused by the electric motor when torque is transferred from the electric motor to the clutch unit, the engagement means allowing a radial run out of the clutch unit relative to the second gear component , characterized in that at least one part (60; 70) of the engagement means is flexible for allowing a radial run out of the clutch unit .
A datapage for a security document , the datapage comprising a first cover sheet ; a second cover sheet ; an intermediate sheet sandwiched by said first and second cover sheets, said intermediate sheet having an end face for connecting to a hinge material sheet , said end face having non-planar surface (121A - 121E), characterized in that a surface contact section of at least one of said first and said second cover sheets that serves for connecting to said hinge material sheet comprises non-planar contact surface portions. comprising a first cover sheet ; a second cover sheet ; an intermediate sheet sandwiched by said first and second cover sheets, said intermediate sheet having an end face for connecting to a hinge material sheet , said end face having non-planar surface (121A - 121E), characterized in that a surface contact section of at least one of said first and said second cover sheets that serves for connecting to said hinge material sheet comprises non-planar contact surface portions.
Aircraft having: - at least one transport pipe in which dihydrogen flows, - for each transport pipe a pipe shroud inside which the transport pipe is fixed, - a tank containing dihydrogen, - a chamber comprising lateral walls (110a-d), a floor and a roof together delimiting a fluidtight volume intended to contain systems for transporting the dihydrogen, in which said at least one transport pipe is fluidically connected to one of said systems , in which said at least one transport pipe joins the corresponding pipe shroud through a chimney in the roof , - an extraction chamber into which the chimney and the or each pipe shroud open, and - extraction means which are arranged to extract to the outside the gases present in said extraction chamber . - at least one transport pipe in which dihydrogen flows, - for each transport pipe a pipe shroud inside which the transport pipe is fixed, - a tank containing dihydrogen, - a chamber comprising lateral walls (110a-d), a floor and a roof together delimiting a fluidtight volume intended to contain systems for transporting the dihydrogen, in which said at least one transport pipe is fluidically connected to one of said systems , in which said at least one transport pipe joins the corresponding pipe shroud through a chimney in the roof , - an extraction chamber into which the chimney and the or each pipe shroud open, and - extraction means which are arranged to extract to the outside the gases present in said extraction chamber .
A dairy farm comprising (a) an array of n stalls ( n-1 , n , n+1 , n+2 ) side-by-side on a dairy animal level; each of said stalls is configured by means of size and shape to accommodate a dairy animal , and having a main longitudinal axis Y, a front side facing the animal's head and an opposite rear side facing the animal's tail along said Y axis; (b) a common elevated road surface provided on a higher level, above said stalls; said road surface extends along an axis X which is substantially perpendicular to said axis Y, and (c) at least one mobile unit, including at least one mobile milking unit (MMU, 10), configured to move freely or to be freely moved on said elevated road surface along said X axis, along said Y axis, in a rotation about the X axis, in a rotation about the Y axis, and in a rotation about the Z axis.
Use of a contactlessly operating optical laser triangulation method for ascertaining at least one geometrical characteristic of at least one component of the components of a brake pad of a disc brake device of a vehicle prior to an installation or an initial commencement of operation of the brake pad and/or of the at least one component of the components of the brake pad in the disc brake device or in the vehicle, wherein a) in the contactlessly operating optical laser triangulation method, a laser is used to project a spot of light onto the at least one component of the components of the brake pad in an illumination direction , and the light reflected by the at least one component of the components of the brake pad in an observation direction is imaged on a light-receiving element , characterized in that b) the type of the at least one component of the components of the brake pad is ascertained on the basis of the angle between illumination direction and observation direction by triangulation, and wherein c) an installation fault in the brake pad is detected by means of a comparison with predefined setpoint values or setpoint value ranges for the type of the at least one component of the components of the brake pad , said installation fault consisting in the at least one component of the brake pad not being intended for installation together with the other components of the brake pad , and wherein d) a fault signal is generated in the event of an installation fault in the brake pad being detected. a) in the contactlessly operating optical laser triangulation method, a laser is used to project a spot of light onto the at least one component of the components of the brake pad in an illumination direction , and the light reflected by the at least one component of the components of the brake pad in an observation direction is imaged on a light-receiving element , characterized in that b) the type of the at least one component of the components of the brake pad is ascertained on the basis of the angle between illumination direction and observation direction by triangulation, and wherein c) an installation fault in the brake pad is detected by means of a comparison with predefined setpoint values or setpoint value ranges for the type of the at least one component of the components of the brake pad , said installation fault consisting in the at least one component of the brake pad not being intended for installation together with the other components of the brake pad , and wherein d) a fault signal is generated in the event of an installation fault in the brake pad being detected.