mhurhangee/patent-ind-claim-en huggingface dataset:
A band for a heated tobacco product tip , the band being a cellulose acetate band formed by layering and crimping a plurality of filaments in a bundle shape, wherein a filament denier is set to a value in a range of not less than 5.0 and less than 30.0, and a total denier is set to a value in a range of not less than 5000 and not greater than 50000; each of the filaments has a hollow cross-sectional shape with a core portion hollowed and a peripheral portion surrounding the core portion , and an opening portion that communicates with the core portion from outside and is formed in the peripheral portion ; and a porosity (%) defined by (L1 / L0) × 100 is set to a value in a range of not less than 0 and not greater than 20, L0 being a circumferential length of the peripheral portion in a cross section of the filament after production, and L1 being a circumferential length of the opening portion in the cross section of the filament after production. each of the filaments has a hollow cross-sectional shape with a core portion hollowed and a peripheral portion surrounding the core portion , and an opening portion that communicates with the core portion from outside and is formed in the peripheral portion ; and a porosity (%) defined by (L1 / L0) × 100 is set to a value in a range of not less than 0 and not greater than 20, L0 being a circumferential length of the peripheral portion in a cross section of the filament after production, and L1 being a circumferential length of the opening portion in the cross section of the filament after production.
A case nut comprising: a case body that is welded to a body ; and a nut that is held inside the case body so as to float freely, wherein the nut includes a nut body that is made of metal, and an insulating member that is made of resin and is formed on an outside of the nut body to prevent contact of an upper surface, a lower surface, and an outer surface of the nut body with an inner wall surface of the case body and with the body , characterized in that the insulating member is formed by insert molding in a recess at the nut body , wherein said recess is formed by denting the outside of the nut body in an axial direction. a case body that is welded to a body ; and a nut that is held inside the case body so as to float freely, wherein the nut includes a nut body that is made of metal, and an insulating member that is made of resin and is formed on an outside of the nut body to prevent contact of an upper surface, a lower surface, and an outer surface of the nut body with an inner wall surface of the case body and with the body , characterized in that the insulating member is formed by insert molding in a recess at the nut body , wherein said recess is formed by denting the outside of the nut body in an axial direction.
A particulate matter sensor comprising: - a substrate , - a light source adapted to emit a light beam , - an optical element , and - at least one photodetector , wherein the light source is arranged to direct the light beam onto the optical element , wherein the optical element is adapted to shape the light beam , thereby forming a detection volume for particulate matter , and wherein the at least one photodetector is adapted to detect light scattered by particulate matter in the detection volume , characterised in that - the substrate is formed by a semiconductor chip , - the at least one photodetector is integrated in a surface of the semiconductor chip , the surface of the semiconductor chip in which the at least one photodetector is integrated facing the detection volume , - the substrate forms a cavity , - the light source is arranged in the cavity , and - the optical element delimits the cavity on one side and is adapted to shape the light beam to form the detection volume for particulate matter outside the cavity . - a substrate , - a light source adapted to emit a light beam , - an optical element , and - at least one photodetector , wherein the light source is arranged to direct the light beam onto the optical element , wherein the optical element is adapted to shape the light beam , thereby forming a detection volume for particulate matter , and wherein the at least one photodetector is adapted to detect light scattered by particulate matter in the detection volume , characterised in that wherein the light source is arranged to direct the light beam onto the optical element , wherein the optical element is adapted to shape the light beam , thereby forming a detection volume for particulate matter , and wherein the at least one photodetector is adapted to detect light scattered by particulate matter in the detection volume , characterised in that - the substrate is formed by a semiconductor chip , - the at least one photodetector is integrated in a surface of the semiconductor chip , the surface of the semiconductor chip in which the at least one photodetector is integrated facing the detection volume , - the substrate forms a cavity , - the light source is arranged in the cavity , and - the optical element delimits the cavity on one side and is adapted to shape the light beam to form the detection volume for particulate matter outside the cavity .
Structural element for heat insulation between two components, in particular between a building (A) and a projecting outer part (B), consisting of an insulating body that is to be arranged between the two components and of reinforcing elements , which, in the installed state of the structural element , extend substantially horizontally and transversely to the substantially horizontal longitudinal extent of the insulating body through the latter and in each case project in the horizontal direction with respect to the insulating body and can thereby be connected to one of the two structural elements, which preferably consist of concrete, the reinforcing elements having, at least in the region of the insulating body , a loop-shaped central portion that projects with respect to the insulating body and consists at least partially of plastics material reinforced with endless fibres wound in a loop shape, wherein the reinforcing elements are in the form of multi-part composite elements which, in addition to the central portion , have in a region outside the insulating body at least one anchoring portion with geometrical and/or material properties that differ at least partially from the central portion , characterised in that the anchoring portion is connected to the central portion in a connection region, which is spaced from the insulating body, via a wind forming element , and in that the wind forming element abuts the central portion.
Illumination apparatus for a motor vehicle , comprising a light source made of a number of semiconductor diodes comprising one or more laser diodes, and an optical device , arranged in a housing , for generating a specified light distribution from the light of the light source , wherein the light source is a separate unit, apart from the optical device , and at least one optical waveguide in the form of a flexible fibre-optic cable is provided that guides the light from the light source to the optical device , characterized in that a heat sink for cooling the light source is provided at the light source , wherein the heat sink is arranged at least partially outside the housing , wherein a part of the light source is not enclosed by the housing and a part of the light source is enclosed by the housing , wherein the light source is mounted rigidly to the housing such that disassembly and replacement of the light source from outside the housing are made possible.
A display device comprising: a display panel ; a module cover disposed behind the display panel ; a printed cricuit board, PCB, mounted on a rear surface of the module cover ; a side bracket connected to a side of the PCB and restricted by the rear surface of the module cover ; and a restriction member restricting the PCB and the side bracket to the module cover and grounding the PCB to the module cover , wherein the restriction member includes a head portion which is in contact with the PCB and restricts the side bracket ; and a fastening portion extending from the head portion and fastened to the module cover ; wherein a fixing recess in which a portion of the fastening portion is located is formed in the PCB ; and wherein the side bracket includes a bracket body having a terminal hole corresponding to a terminal provided in the PCB ; and a PCB connector protruding from the bracket body and restricted by the head portion . a display panel ; a module cover disposed behind the display panel ; a printed cricuit board, PCB, mounted on a rear surface of the module cover ; a side bracket connected to a side of the PCB and restricted by the rear surface of the module cover ; and a restriction member restricting the PCB and the side bracket to the module cover and grounding the PCB to the module cover , wherein the restriction member includes a head portion which is in contact with the PCB and restricts the side bracket ; and a fastening portion extending from the head portion and fastened to the module cover ; a head portion which is in contact with the PCB and restricts the side bracket ; and a fastening portion extending from the head portion and fastened to the module cover ; wherein a fixing recess in which a portion of the fastening portion is located is formed in the PCB ; and wherein the side bracket includes a bracket body having a terminal hole corresponding to a terminal provided in the PCB ; and a PCB connector protruding from the bracket body and restricted by the head portion . a bracket body having a terminal hole corresponding to a terminal provided in the PCB ; and a PCB connector protruding from the bracket body and restricted by the head portion .
Electronic interface for reading a capacitive sensor that includes one input capacitor or several input capacitors whose capacitance depends from a value that must be measured, the interface including at least one driver (32, 32a-k) generating an electric excitation voltage that varies between a first voltage level (V low ) and a second voltage level (V high ) connected to one electrode of the input capacitor , characterized by a charge-sense amplifier connected to another electrode of the input capacitor and arranged to output a signal ( V CSA , 358) proportional to the charge transferred to the input of the charge-sense amplifier, sampling means operationally arranged to hold four samples ( V sh 1 , V sh 2 , V sh 3 , V sh 4 ) of the output of the charge-sense amplifier, a timing circuit determining the instants of said four samples and the excitation voltage generated by said driver (32, 32a-k) such that two of said four samples ( V sh 2 , V sh 3 ) are generated when the electric excitation voltage is at said first voltage level ( V low ), while the two other samples ( V sh 1 , V sh 4 ) are generated when the electric excitation voltage is at said second voltage level ( V high ).
A tire dressing composition comprising: a polybutene or isobutene/butene copolymer; a wetting agent; and petroleum distillates in which said polybutene or isobutene/butene copolymer and said wetting agent form a clear solution, the composition having an overall viscosity that renders the composition self-levelling. a polybutene or isobutene/butene copolymer; a wetting agent; and petroleum distillates in which said polybutene or isobutene/butene copolymer and said wetting agent form a clear solution, the composition having an overall viscosity that renders the composition self-levelling.
A light detection device , comprising: thermally independent reaction regions, wherein the reaction regions are capable of receiving one or more samples, and wherein the device is configured to independently control temperatures of the reaction regions; light source units (10; 701-704) configured to irradiate the reaction regions with light, wherein the light source units comprise two or more light source units configured to radiate lights having different wavelengths, wherein each of the light source units is configured to irradiate an area (41, 42; 711-714) of predetermined size with light, and wherein the light source units are configured to be movable; one or more controllers configured to control the temperatures of the reaction regions independently and control movement of the light source units; and detectors (60; 721-724) configured to detect light emitted from the reaction regions, characterized in that the light source units are arranged around a rotational axis, wherein as the light source units are rotated around the rotational axis, areas irradiated with the light by the light source units are changed. thermally independent reaction regions, wherein the reaction regions are capable of receiving one or more samples, and wherein the device is configured to independently control temperatures of the reaction regions; light source units (10; 701-704) configured to irradiate the reaction regions with light, wherein the light source units comprise two or more light source units configured to radiate lights having different wavelengths, wherein each of the light source units is configured to irradiate an area (41, 42; 711-714) of predetermined size with light, and wherein the light source units are configured to be movable; one or more controllers configured to control the temperatures of the reaction regions independently and control movement of the light source units; and detectors (60; 721-724) configured to detect light emitted from the reaction regions, characterized in that the light source units are arranged around a rotational axis, wherein as the light source units are rotated around the rotational axis, areas irradiated with the light by the light source units are changed.
Optical system (100; 200; 300) for a motor vehicle headlight or other light, said optical system producing at least one main optical function and notably comprising: - a diffusion screen, also called light guide (113; 313) ; - at least one light source, notably of LED type (101; 201; 301), each light source of the optical system producing a set of light rays (102; 202) that are propagated in the diffusion screen; characterized in that : - the screen (113; 313) has a curved sheet or substantially planar form, with a top lateral cheek (108; 308) and a bottom lateral cheek which are joined via a perimeter having a rear face (107; 207; 307) and a front rim (104; 304); - the main function is produced essentially via an output face composed of the front rim (104; 304) of the diffusion screen (113; 313); and - at least a part of the top lateral cheek (108; 308) diffuses a light beam notably contributing to the production of the main function and/or producing an additional optical projection function; and - said part is oriented so as to increase the visible lit surface of the optical system in the direction of emission (X) of the light of the main function. - a diffusion screen, also called light guide (113; 313) ; - at least one light source, notably of LED type (101; 201; 301), each light source of the optical system producing a set of light rays (102; 202) that are propagated in the diffusion screen; - the screen (113; 313) has a curved sheet or substantially planar form, with a top lateral cheek (108; 308) and a bottom lateral cheek which are joined via a perimeter having a rear face (107; 207; 307) and a front rim (104; 304); - the main function is produced essentially via an output face composed of the front rim (104; 304) of the diffusion screen (113; 313); and - at least a part of the top lateral cheek (108; 308) diffuses a light beam notably contributing to the production of the main function and/or producing an additional optical projection function; and - said part is oriented so as to increase the visible lit surface of the optical system in the direction of emission (X) of the light of the main function.
A vestibule stimulation apparatus comprising: a setting unit that sets a sound stimulation; and a sound generation unit that generates the sound stimulation thus set, characterised in that the setting unit sets a sound stimulation having a sound volume level of a value between 70 and 85 decibels and a frequency of a value between 20 and 140 hertz, as a sound stimulation for activating a vestibular function via an ear stone of a subject person. a setting unit that sets a sound stimulation; and a sound generation unit that generates the sound stimulation thus set, characterised in that the setting unit sets a sound stimulation having a sound volume level of a value between 70 and 85 decibels and a frequency of a value between 20 and 140 hertz, as a sound stimulation for activating a vestibular function via an ear stone of a subject person.
Apparatus for manufacturing pillows, comprising: - at least one first bobbin of a first fabric and a second bobbin of a second fabric , - means configured to place the first fabric on the second fabric along their advancement path, - means configured to dragging the first and the second fabrics, - a pair of side welding devices configured to weld the side edges of the first and the second fabrics by forming a tubular envelope by means of the first and the second fabrics, - a transverse welding device configured to weld the first and the second fabrics of the tubular envelope transversally to the advancement direction (X) of the fabrics for forming the pillowcase, - a press for pressing transversally to the advancement direction (X) of the fabrics the first fabric onto the second fabric when the length (L) of the pillow reaches the desired length, - means adapted to insert material inside the pillowcase, - means for cutting the fabric already welded by the transverse welding device to separate the pillow that has been manufactured from the initial part of the successive pillow. - at least one first bobbin of a first fabric and a second bobbin of a second fabric , - means configured to place the first fabric on the second fabric along their advancement path, - means configured to dragging the first and the second fabrics, - a pair of side welding devices configured to weld the side edges of the first and the second fabrics by forming a tubular envelope by means of the first and the second fabrics, - a transverse welding device configured to weld the first and the second fabrics of the tubular envelope transversally to the advancement direction (X) of the fabrics for forming the pillowcase, - a press for pressing transversally to the advancement direction (X) of the fabrics the first fabric onto the second fabric when the length (L) of the pillow reaches the desired length, - means adapted to insert material inside the pillowcase, - means for cutting the fabric already welded by the transverse welding device to separate the pillow that has been manufactured from the initial part of the successive pillow.
Compounds of Formula (I): wherein: - R 1 and R 2 are, each independently, a C 1 -C 4 alkyl group; - R 3 is selected from ∘ a branched C 6 -C 20 alkyl group or a mixture of linear and branched C 6 -C 20 alkyl groups - R 1 and R 2 are, each independently, a C 1 -C 4 alkyl group; - R 3 is selected from ∘ a branched C 6 -C 20 alkyl group or a mixture of linear and branched C 6 -C 20 alkyl groups
A portable air-conditioner, the air-conditioner comprising a compressor , a condenser , and an evaporator located inside a housing, the air conditioner further comprising a cool air outlet and a warm air outlet, the air-conditioner further comprises an element in the air-flow path inside the portable air- conditioner from the evaporator to an axial fan of the portable air-conditioner, characterized in that the element is wider at its lower section than in its upper section, and wherein the element houses an electronic box. the element is wider at its lower section than in its upper section, and wherein the element houses an electronic box.
A method for manufacturing a semi-cylindrical halved sliding bearing , which has a recess formed in a circumferential direction from an outer peripheral edge of a mating surface of a bearing main body of the halved sliding bearing, the method comprising the steps of: preparing a semi-cylindrical member as an unprocessed body of the bearing main body , wherein the recess opens with a peripheral edge on a circumferential end surface of the member , wherein at least one edge segment of the peripheral edge of the recess intersects with an axial direction of the member , and chamfering the entirety of the at least one edge segment; characterized by the chamfer angle (Θ1), with respect to the circumferential end surface is between 30 and 65 degrees, and forming the mating surface by cutting the circumferential end surface such that a cutting blade when at the recess position firstly reaches said at least one chamfered edge segment in the peripheral edge of the recess, thereby producing the bearing main body. preparing a semi-cylindrical member as an unprocessed body of the bearing main body , wherein the recess opens with a peripheral edge on a circumferential end surface of the member , wherein at least one edge segment of the peripheral edge of the recess intersects with an axial direction of the member , and chamfering the entirety of the at least one edge segment; characterized by the chamfer angle (Θ1), with respect to the circumferential end surface is between 30 and 65 degrees, and forming the mating surface by cutting the circumferential end surface such that a cutting blade when at the recess position firstly reaches said at least one chamfered edge segment in the peripheral edge of the recess, thereby producing the bearing main body.
A substrate holding and locking system for chemical and/or electrolytic surface treatment of a substrate in a process fluid, comprising: - a first element (A), - a second element (B), - a magnetic locking unit , and - a reduced pressure holding unit, wherein the first element (A) and the second element (B) are configured to hold the substrate between each other, wherein the magnetic locking unit is configured to lock the first element (A) and the second element (B) with each other, wherein the magnetic locking unit comprises a magnet control and at least a magnet , wherein the magnet is arranged at one of the first element (A) and the second element (B), wherein the magnet control is configured to control a magnetic force between the first element (A) and the second element (B), wherein the reduced pressure holding unit comprises a pump for reducing an interior pressure inside the substrate holding and locking system below atmospheric pressure, wherein the pump is arranged at the first element (A) and/or the second element (B), and an additional external reduced pressure system for reducing an interior pressure inside the substrate holding and locking system below atmospheric pressure is arranged outside the first element (A) and the second element (B). - a first element (A), - a second element (B), - a magnetic locking unit , and - a reduced pressure holding unit, wherein the first element (A) and the second element (B) are configured to hold the substrate between each other, wherein the magnetic locking unit is configured to lock the first element (A) and the second element (B) with each other, wherein the magnetic locking unit comprises a magnet control and at least a magnet , wherein the magnet is arranged at one of the first element (A) and the second element (B), wherein the magnet control is configured to control a magnetic force between the first element (A) and the second element (B), wherein the reduced pressure holding unit comprises a pump for reducing an interior pressure inside the substrate holding and locking system below atmospheric pressure, wherein the pump is arranged at the first element (A) and/or the second element (B), and an additional external reduced pressure system for reducing an interior pressure inside the substrate holding and locking system below atmospheric pressure is arranged outside the first element (A) and the second element (B).