mhurhangee/patent-ind-claim-en huggingface dataset:
Illumination device comprising - a dome-shaped, cylindrical lens having an optical focal line defining a main axis; - a plurality of light sources arranged along the main axis and configured to emit light during operation; said lens being disposed to receive and to deflect said light as a light beam having an angle γ at FWHM in a direction transverse to the main axis, wherein preferably 0°<=γ<=45°, in transversal cross section the cylindrical lens comprises a central portion flanked by a first side portion and a second side portion ; - an axially extending screen for screening the light sources from direct view, the screen being disposed adjacent to the first side portion; and - an axially extending diffuser provided at the second side portion, wherein the cylindrical lens comprises an inner lens surface facing towards the plurality of light sources and an outer lens surface facing away from the light sources and wherein the diffuser is at least provided on the outer lens surface, wherein the second side portion has an axially extending second outer edge and wherein with respect to rotation over the focal line the diffuser forms a diffuser area which starts at angle φ from said second outer edge, wherein 0°<=φ<=40°, and wherein the diffuser area extends over angle Θ, wherein 5° <=Θ<= 15°. - a dome-shaped, cylindrical lens having an optical focal line defining a main axis; - a plurality of light sources arranged along the main axis and configured to emit light during operation; said lens being disposed to receive and to deflect said light as a light beam having an angle γ at FWHM in a direction transverse to the main axis, wherein preferably 0°<=γ<=45°, in transversal cross section the cylindrical lens comprises a central portion flanked by a first side portion and a second side portion ; - an axially extending screen for screening the light sources from direct view, the screen being disposed adjacent to the first side portion; and - an axially extending diffuser provided at the second side portion, wherein the cylindrical lens comprises an inner lens surface facing towards the plurality of light sources and an outer lens surface facing away from the light sources and wherein the diffuser is at least provided on the outer lens surface, wherein the second side portion has an axially extending second outer edge and wherein with respect to rotation over the focal line the diffuser forms a diffuser area which starts at angle φ from said second outer edge, wherein 0°<=φ<=40°, and wherein the diffuser area extends over angle Θ, wherein 5° <=Θ<= 15°.
Method of controlling a hand-operated printer , characterized by detecting a transverse movement of the hand-operated printer after finishing a first swath , comparing a transverse distance covered by the transverse movement with a predetermined transverse distance between said first swath and a second swath , and emitting a transverse-stop signal when the transverse distance covered by the transverse movement reaches the predetermined transverse distance . detecting a transverse movement of the hand-operated printer after finishing a first swath , comparing a transverse distance covered by the transverse movement with a predetermined transverse distance between said first swath and a second swath , and emitting a transverse-stop signal when the transverse distance covered by the transverse movement reaches the predetermined transverse distance .
A conversion seat configurable between a stowed position and a deployed position, comprising: a seat cushion ; wherein in said stowed position, said seat cushion is in a vertical position providing an exposed lean post; and characterised in that in said deployed position, said seat cushion is rotated substantially two-hundred and seventy degrees from said stowed position into a horizontal position providing a seating surface. a seat cushion ; wherein in said stowed position, said seat cushion is in a vertical position providing an exposed lean post; and characterised in that in said deployed position, said seat cushion is rotated substantially two-hundred and seventy degrees from said stowed position into a horizontal position providing a seating surface.
ANTI-SPLASH DEVICE FOR PERGOLAS said anti-splash device having a structure comprising pillars, beams and slats closed at their ends by headers the slats being arranged between the beams and resting thereon, and wherein said device further comprises; a. A water channel in each slat that runs longitudinally along the slat and is suitable for collecting the water that falls on the slat and that has an outlet at least one of its ends. b. A tab arranged at the outlet of the water channel and bridging the distance between the header that closes the slat and the inner face of the beam , said tab having a higher end attached to the slat and the other lower end in contact with the inner face of the beam. c. A lower gutter arranged in the vertical of the lowest end of the tab. Said anti-splash device being characterised in that said tab comprises raised flanges on its sides to channel water from the outlet of the water channel towards the beam and to prevent water from overflowing and falling directly into the gutter , and in that said device comprises fins at the ends of the slats, wherein said fins are upper extensions of the closing headers , which are designed to act as barriers preventing water from the top part of the slat from falling freely over its ends and to carry the water towards the water channel a. A water channel in each slat that runs longitudinally along the slat and is suitable for collecting the water that falls on the slat and that has an outlet at least one of its ends. b. A tab arranged at the outlet of the water channel and bridging the distance between the header that closes the slat and the inner face of the beam , said tab having a higher end attached to the slat and the other lower end in contact with the inner face of the beam. c. A lower gutter arranged in the vertical of the lowest end of the tab.
An apparatus, comprising: a sensor assembly comprising: a first pressure transducer in fluid communication with an upstream end of a rotor in a drilling motor , a second pressure transducer , and a rotational speed sensor coupled to the rotor , and a processor in signal communication with the first pressure transducer , the second pressure transducer and the rotational speed sensor ; characterised in that the first pressure transducer , the second pressure transducer and the rotational speed sensor are disposed in a housing coupled to the upstream end of the rotor , and both the rotor and the housing comprise a through bore fluidly connecting the downstream side of the rotor to the second pressure transducer . a first pressure transducer in fluid communication with an upstream end of a rotor in a drilling motor , a second pressure transducer , and a rotational speed sensor coupled to the rotor , and a processor in signal communication with the first pressure transducer , the second pressure transducer and the rotational speed sensor ; characterised in that the first pressure transducer , the second pressure transducer and the rotational speed sensor are disposed in a housing coupled to the upstream end of the rotor , and both the rotor and the housing comprise a through bore fluidly connecting the downstream side of the rotor to the second pressure transducer .
A method of a user equipment, UE, in a wireless communication system, the method comprising: receiving , from a base station, BS, a master information block, MIB, (1810; 1815) including information indicating a number of times of repetitive transmission of a first system information block, SIB, ; receiving , from the BS , the first SIB based on the information indicating the number of times of repetitive transmission, the first SIB including scheduling information of a second SIB and information indicating an extended system frame number, SFN, for a machine type communication UE; receiving , from the BS , the second SIB based on the scheduling information, the first SIB and the second SIB being used for a machine type communication UE, the second SIB including information indicating a number of times of repetitive transmission of a preamble associated with a random access for the machine type communication UE, information on a physical random access channel, PRACH, resource associated with the random access for the machine type communication UE, and information on at least one RSRP threshold associated with a PRACH repetition level for the machine type communication UE, measuring a reference signal received power, RSRP; determining the PRACH repetition level for the repetitive transmission of the preamble based on a comparison result of the RSRP with the at least one RSRP threshold; and transmitting, to the BS, the preamble based on the information indicating the number of times of the repetitive transmission of the preamble corresponding to the determined repetition level. receiving , from a base station, BS, a master information block, MIB, (1810; 1815) including information indicating a number of times of repetitive transmission of a first system information block, SIB, ; receiving , from the BS , the first SIB based on the information indicating the number of times of repetitive transmission, the first SIB including scheduling information of a second SIB and information indicating an extended system frame number, SFN, for a machine type communication UE; receiving , from the BS , the second SIB based on the scheduling information, the first SIB and the second SIB being used for a machine type communication UE, the second SIB including information indicating a number of times of repetitive transmission of a preamble associated with a random access for the machine type communication UE, information on a physical random access channel, PRACH, resource associated with the random access for the machine type communication UE, and information on at least one RSRP threshold associated with a PRACH repetition level for the machine type communication UE, measuring a reference signal received power, RSRP; determining the PRACH repetition level for the repetitive transmission of the preamble based on a comparison result of the RSRP with the at least one RSRP threshold; and transmitting, to the BS, the preamble based on the information indicating the number of times of the repetitive transmission of the preamble corresponding to the determined repetition level.
An ophthalmic instrument for performing an eye exam of a subject, the instrument comprising: a light source and optics configured to direct an incident light beam onto the subject's eyes and receive a reflected or scattered light beam from the subject's eyes; a docking portion configured to receive a mask , the mask comprising a proximal portion configured to contact the subject's head and a distal portion configured to mate with said docking portion , said mask including one or more optically transparent sections aligned such that said incident light beam to said subject's eyes and reflected or scattered light from the subject's eyes pass through said one or more optically transparent sections; an attachment portion configured to attach to the mask thereby restricting movement of said mask once said mask is attached to said ophthalmic instrument , and one or more sensors disposed to sense that the mask has mated with said docking portion . a light source and optics configured to direct an incident light beam onto the subject's eyes and receive a reflected or scattered light beam from the subject's eyes; a docking portion configured to receive a mask , the mask comprising a proximal portion configured to contact the subject's head and a distal portion configured to mate with said docking portion , said mask including one or more optically transparent sections aligned such that said incident light beam to said subject's eyes and reflected or scattered light from the subject's eyes pass through said one or more optically transparent sections; an attachment portion configured to attach to the mask thereby restricting movement of said mask once said mask is attached to said ophthalmic instrument , and one or more sensors disposed to sense that the mask has mated with said docking portion .
An airfoil comprising: an airfoil body ; and a cover disposed on at least one of a suction side and a pressure side of the airfoil body ; characterised in that the airfoil further comprises: a stud extending through the cover and into the airfoil body , wherein the stud is joined to the airfoil body and the cover by a friction weld; a seam between the cover and the airfoil body ; and a protective filler material disposed in the seam . an airfoil body ; and a cover disposed on at least one of a suction side and a pressure side of the airfoil body ; characterised in that the airfoil further comprises: a stud extending through the cover and into the airfoil body , wherein the stud is joined to the airfoil body and the cover by a friction weld; a seam between the cover and the airfoil body ; and a protective filler material disposed in the seam . a stud extending through the cover and into the airfoil body , wherein the stud is joined to the airfoil body and the cover by a friction weld; a seam between the cover and the airfoil body ; and a protective filler material disposed in the seam .
A printed linerless face laminate comprising the following layers in the following order: - a release layer comprising a release agent, - a second layer comprising a thermoplastic polymer, - a second adhesive layer, - a first layer comprising a thermoplastic polymer or fiber-based material, and - a first adhesive layer comprising a pressure sensitive adhesive, wherein the print is on one or more printable surface(s) between the first layer and the second layer, wherein the first layer or the second layer comprises a biaxially oriented film. - a release layer comprising a release agent, - a second layer comprising a thermoplastic polymer, - a second adhesive layer, - a first layer comprising a thermoplastic polymer or fiber-based material, and - a first adhesive layer comprising a pressure sensitive adhesive,
An etching method, comprising: a coating step of forming a coating film by applying a photosensitive resin composition to a substrate, an exposure step of position-selectively exposing the coating film, a developing step of developing the coating film after exposure to expose a part of the substrate and obtain a patterned cured product, an etching step of etching the substrate to form a hole or groove in the substrate, with the etching being performed in the presence of a noble metal catalyst using the patterned cured product as a mask and an aqueous solution including a corrosive agent and an oxidizing agent as an etchant, and a stripping step of stripping the patterned cured product after the etching step, from the substrate, wherein the photosensitive resin composition comprises a resin (A), a photosensitizer (B), a plasticizer, and a solvent (S), and wherein the resin (A) is a novolak resin, and the plasticizer is polyvinyl alkyl ether, wherein the content of the plasticizer in the photosensitive resin composition is 5 parts by mass or more and 100 parts by mass or less with respect to 100 parts by mass of the novolak resin. a coating step of forming a coating film by applying a photosensitive resin composition to a substrate, an exposure step of position-selectively exposing the coating film, a developing step of developing the coating film after exposure to expose a part of the substrate and obtain a patterned cured product, an etching step of etching the substrate to form a hole or groove in the substrate, with the etching being performed in the presence of a noble metal catalyst using the patterned cured product as a mask and an aqueous solution including a corrosive agent and an oxidizing agent as an etchant, and a stripping step of stripping the patterned cured product after the etching step, from the substrate, wherein the photosensitive resin composition comprises a resin (A), a photosensitizer (B), a plasticizer, and a solvent (S), and wherein the resin (A) is a novolak resin, and the plasticizer is polyvinyl alkyl ether, wherein the content of the plasticizer in the photosensitive resin composition is 5 parts by mass or more and 100 parts by mass or less with respect to 100 parts by mass of the novolak resin.
Clamp valve for influencing a flow through a flexible hose or a cross-section of the latter, comprising - a housing , - an eccentric wheel which, depending on the rotary position, actuates a clamping element to varying degrees and thereby clamps it against the flexible hose to varying degrees, - a motor for driving the eccentric wheel , wherein - a drive shaft of the motor is arranged offset to the axis of rotation of the eccentric wheel , - a transmission, in particular in the form of a gear mechanism, is arranged between the motor and the eccentric wheel , characterized in that an outer eccentric contour of the eccentric wheel has different gradients, that is to say has different radial sizes in different angle ranges, the clamping element being guided on an associated contour on the housing of the clamp valve by way of an elongated hole . - a housing , - an eccentric wheel which, depending on the rotary position, actuates a clamping element to varying degrees and thereby clamps it against the flexible hose to varying degrees, - a motor for driving the eccentric wheel , wherein - a drive shaft of the motor is arranged offset to the axis of rotation of the eccentric wheel , - a transmission, in particular in the form of a gear mechanism, is arranged between the motor and the eccentric wheel ,
A method for producing a long fiber-reinforced polyarylene sulfide resin molded article, the method being a method for producing a blow-molded hollow article containing polyarylene sulfide resins and a fiber reinforcing material having a fiber length of more than 5 mm, the method comprising subjecting a long fiber-reinforced polyarylene sulfide resin composition containing a polyarylene sulfide resin (a1) and a fiber reinforcing material having a fiber length of more than 5 mm and a polyarylene sulfide resin (a2) to dry blending, subsequently to heating at a temperature not lower than a melting point of the polyarylene sulfide resins (a1) and (a2) to melt the polyarylene sulfide resins (a1) and (a2), and subsequently to molding, wherein the polyarylene sulfide resin (a1) and the polyarylene sulfide resin (a2) are different, wherein the molding is blow hollow molding, and the long fiber-reinforced polyarylene sulfide resin molded article is a blow-molded hollow article.
Use of a secondary amine or a mixture of secondary amines as a retarding additive for an adhesive composition comprising one or more (meth)acrylate ester monomers , wherein the secondary amine is a secondary aryl amine selected from compounds having formula wherein R1 and R2 are independently selected from C 6 -C 18 alkyl groups, wherein R1 is selected from C 6 -C 18 alkyl groups and R2 is selected from hydrogen or C 1 -C 6 alkyl groups, or wherein R1 and R2 are independently selected from hydrogen or C 1 -C 6 alkyl groups, or wherein the secondary amine is a cyclic secondary amine, and wherein the retarding additive extends the open time of methacrylate-based adhesive compositions without affecting the mechanical and adhesive properties or the storage stability thereof. , wherein the secondary amine is a secondary aryl amine selected from compounds having formula wherein R1 and R2 are independently selected from C 6 -C 18 alkyl groups, wherein R1 is selected from C 6 -C 18 alkyl groups and R2 is selected from hydrogen or C 1 -C 6 alkyl groups, or wherein R1 and R2 are independently selected from hydrogen or C 1 -C 6 alkyl groups, or wherein the secondary amine is a cyclic secondary amine, and wherein the retarding additive extends the open time of methacrylate-based adhesive compositions without affecting the mechanical and adhesive properties or the storage stability thereof.
A sheet stacking device comprising: a hopper unit configured to stack a sheet (S,B); a feeding unit configured to feed out the sheet (S,B)to the hopper unit , characterized by comprising; a distance detection unit configured to detect an inter-sheet distance (L), in a vertical direction, between a rear end portion of the sheet (S,B) that is preceding and a tip end portion of the sheet (S,B) that is subsequent; and an output unit configured to output, based on the inter-sheet distance (L), a behavior stabilization command for the sheet (S,B). a hopper unit configured to stack a sheet (S,B); a feeding unit configured to feed out the sheet (S,B)to the hopper unit , characterized by comprising; a distance detection unit configured to detect an inter-sheet distance (L), in a vertical direction, between a rear end portion of the sheet (S,B) that is preceding and a tip end portion of the sheet (S,B) that is subsequent; and an output unit configured to output, based on the inter-sheet distance (L), a behavior stabilization command for the sheet (S,B).
A secondary battery comprising a negative electrode plate, the negative electrode plate comprising a negative active material, wherein the negative active material comprises an artificial graphite having a volume average particle size D v 50 of 12μm to 22μm, and the artificial graphite satisfies: 12≤D v 50×SSA≤25, in which SSA is the specific surface area of the artificial graphite, in m 2 /g; the negative electrode plate has a compaction density of 1.6g/cm 3 to 1.75g/cm, measured according to the method of the description, and the negative electrode plate has an OI value of less than or equal to 15, wherein the OI value of the negative electrode plate represents a ratio C 004 /C 110 , in which C 004 is the peak area of the diffraction peak of 004 crystal plane of the artificial graphite in the negative electrode plate and C 110 is the peak area of the diffraction peak of 110 crystal plane of the artificial graphite in the negative electrode plate, measured using CuKα rays with a wavelength λ=1.5418 Å as the radiation source. the artificial graphite has a particle size span (D v 90-D v 10)/D v 50 of 1.1 to 1.8, preferably from 1.2 to 1.5, measured according to the description. the negative electrode plate has a compaction density of 1.6g/cm 3 to 1.75g/cm, measured according to the method of the description, and the negative electrode plate has an OI value of less than or equal to 15, wherein the OI value of the negative electrode plate represents a ratio C 004 /C 110 , in which C 004 is the peak area of the diffraction peak of 004 crystal plane of the artificial graphite in the negative electrode plate and C 110 is the peak area of the diffraction peak of 110 crystal plane of the artificial graphite in the negative electrode plate, measured using CuKα rays with a wavelength λ=1.5418 Å as the radiation source. the artificial graphite has a particle size span (D v 90-D v 10)/D v 50 of 1.1 to 1.8, preferably from 1.2 to 1.5, measured according to the description.