mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic control device comprising: a case in which at least three openings through which connectors are to be inserted are provided on a plane and at an outer side from a center (C) of the case ; and a board which is housed inside the case and to which each connector is electrically connected, wherein the at least three openings include a rectangular third opening disposed between a rectangular first opening and a rectangular second opening , and the third opening is disposed at a position farthest from a center (C) of the plane in a longitudinal direction of the case , characterized in that a first short side edge of the third opening is disposed at a position farther from the center (C) of the plane along the longitudinal direction of the case than a first short side edge of the first opening and a first short side edge of the second opening , and a second short side edge of the third opening is disposed at a position farther from the center (C) of the plane along the longitudinal direction of the case than a second short side edge of the first opening and a second short side edge of the second opening , and an area of the third opening is smaller than each area of the first and the second openings ; and the case has heat dissipation fins . a case in which at least three openings through which connectors are to be inserted are provided on a plane and at an outer side from a center (C) of the case ; and a board which is housed inside the case and to which each connector is electrically connected, wherein the at least three openings include a rectangular third opening disposed between a rectangular first opening and a rectangular second opening , and the third opening is disposed at a position farthest from a center (C) of the plane in a longitudinal direction of the case , characterized in that a first short side edge of the third opening is disposed at a position farther from the center (C) of the plane along the longitudinal direction of the case than a first short side edge of the first opening and a first short side edge of the second opening , and a second short side edge of the third opening is disposed at a position farther from the center (C) of the plane along the longitudinal direction of the case than a second short side edge of the first opening and a second short side edge of the second opening , and
Method for dewatering of sludge from a pulp, paper or board making process, such as deinking sludge, the method comprising - obtaining an aqueous sludge comprising an aqueous phase and fibre material suspended in the aqueous phase, - subjecting the sludge to a pre-thickening step where a first part of the aqueous phase is removed from the sludge, - subjecting the sludge to a pressing step where a further second part of the aqueous phase is removed from the sludge and obtaining dry pressed sludge, characterized in adding to the aqueous sludge before or at the pre-thickening step a polymer composition having a charge density of at the most 1.7 meq/g, preferably at the most 1.5 meq/g, more preferably at the most 1.1 meq/g, measured at pH 7.0, and comprising - a cationic synthetic first polymer, which has a charge density of at least 1.0 meq/g at pH 2.8, - a cationic second polymer, which is a copolymer obtained by polymerisation of (meth)acrylamide and at least one cationic second monomer, the amount of cationic monomers being 2 - 19 weight-%, calculated from the total amount of the monomers, the second polymer being polymerised in presence of the cationic first polymer, wherein the first polymer has a higher charge density than the second polymer. - obtaining an aqueous sludge comprising an aqueous phase and fibre material suspended in the aqueous phase, - subjecting the sludge to a pre-thickening step where a first part of the aqueous phase is removed from the sludge, - subjecting the sludge to a pressing step where a further second part of the aqueous phase is removed from the sludge and obtaining dry pressed sludge, - a cationic synthetic first polymer, which has a charge density of at least 1.0 meq/g at pH 2.8, - a cationic second polymer, which is a copolymer obtained by polymerisation of (meth)acrylamide and at least one cationic second monomer, the amount of cationic monomers being 2 - 19 weight-%, calculated from the total amount of the monomers, the second polymer being polymerised in presence of the cationic first polymer,
A method for producing a copper-plated button or fastener, comprising: forming a member consisting of aluminum or an aluminum alloy; alkali degreasing, water washing, subjecting to nitric acid activation, and water washing the member , and then forming a first copper plating layer directly over entire surfaces of the member by electric strike-plating copper onto the surfaces using barrel plating; and forming a second copper plating layer , which is thicker than the first copper plating layer directly over the first copper plating layer , through electric-plating copper using a barrel, characterized in that the first copper plating layer is formed by electric strike-plating copper onto the surfaces using barrel plating with a cyanide-free bath in which a current density is 0.3 to 1.2 A/dm 2 , a plating bath temperature is 55 to 75 degrees C, a pH is 7.0 to 8.5, a plating time is 30 to 60 minutes, and a barrel speed is 2 to 12 rpm and the second copper plating layer is formed through electric-plating copper using a barrel and a copper cyanide bath. forming a member consisting of aluminum or an aluminum alloy; alkali degreasing, water washing, subjecting to nitric acid activation, and water washing the member , and then forming a first copper plating layer directly over entire surfaces of the member by electric strike-plating copper onto the surfaces using barrel plating; and forming a second copper plating layer , which is thicker than the first copper plating layer directly over the first copper plating layer , through electric-plating copper using a barrel, characterized in that the first copper plating layer is formed by electric strike-plating copper onto the surfaces using barrel plating with a cyanide-free bath in which a current density is 0.3 to 1.2 A/dm 2 , a plating bath temperature is 55 to 75 degrees C, a pH is 7.0 to 8.5, a plating time is 30 to 60 minutes, and a barrel speed is 2 to 12 rpm and the second copper plating layer is formed through electric-plating copper using a barrel and a copper cyanide bath.
A vehicle provided with an airbag device for a front passenger seat, comprising: a front passenger seat airbag deployed in front of an occupant of a seat to restrain the occupant from moving forward; and an auxiliary airbag coupled to a side of the front passenger seat airbag on a center side of a vehicle interior to restrain the occupant from moving laterally during deployment, the auxiliary airbag having a front end portion that reaches a center console during deployment, and a rear end portion positioned further behind a rear end of the front passenger seat airbag and extending to a center of the head of the occupant during deployment while the occupant is in contact with at least the front passenger seat airbag , characterized in that when the front passenger seat and auxiliary airbags are projected and observed from a side of the vehicle on the auxiliary airbag side, points are positioned in descending order of height: E, C, D, A, and B, where the point A is a highest point of the auxiliary airbag in contact with the center console , the point B is a lowest point thereof, the point C is a highest point in an overlapping area between a rear end surface of the front passenger seat airbag and the auxiliary airbag , the point D is a lowest point thereof, and the point E is a top of the auxiliary airbag . a front passenger seat airbag deployed in front of an occupant of a seat to restrain the occupant from moving forward; and an auxiliary airbag coupled to a side of the front passenger seat airbag on a center side of a vehicle interior to restrain the occupant from moving laterally during deployment, the auxiliary airbag having a front end portion that reaches a center console during deployment, and a rear end portion positioned further behind a rear end of the front passenger seat airbag and extending to a center of the head of the occupant during deployment while the occupant is in contact with at least the front passenger seat airbag , characterized in that when the front passenger seat and auxiliary airbags are projected and observed from a side of the vehicle on the auxiliary airbag side, points are positioned in descending order of height: E, C, D, A, and B, where the point A is a highest point of the auxiliary airbag in contact with the center console , the point B is a lowest point thereof, the point C is a highest point in an overlapping area between a rear end surface of the front passenger seat airbag and the auxiliary airbag , the point D is a lowest point thereof, and the point E is a top of the auxiliary airbag .
A nonaqueous electrolyte energy storage device comprising a positive electrode having a positive composite that contains a phosphorus atom and a lithium-transition metal composite oxide containing manganese, wherein, in a spectrum of the positive composite by X-ray photoelectron spectroscopy (XPS), as measured according to the procedure defined in the description, a peak position for P2p is observed at 134.7 eV or less, and wherein the lithium-transition metal composite oxide has an α-NaFeO 2 type crystal structure and is represented by Li 1+α Me 1-α O 2 wherein Me is a transition metal containing Mn, and 0 < α < 1, and a molar ratio (Mn/Me) of Mn to Me is larger than 0.5.
A container for consumer goods, comprising: a housing comprising a box and a lid hingedly attached to the box along a lid hinge line, wherein the box comprises a front wall and a rear wall , and further wherein the lid is adapted to be manipulated between an open position and a closed position; an inner package disposed within the housing and at least partially defining an interior volume for housing consumer goods, the inner package comprising a wrapper comprising a line of weakness that defines a flap in the wrapper hinged to the remainder of the wrapper along a flap hinge line; wherein the flap is attached to an inner surface of the lid such that upon opening the lid the flap is separated from the wrapper along the line of weakness and hinged to the remainder of the wrapper along the flap hinge line to form an access opening through which the consumer goods can be removed; wherein the flap hinge line is spaced from the lid hinge line, and wherein the entire inner surface of the flap is provided by the inner surface of the wrapper ; and wherein the wrapper further comprises an envelope fold on a bottom wall of the inner package . a housing comprising a box and a lid hingedly attached to the box along a lid hinge line, wherein the box comprises a front wall and a rear wall , and further wherein the lid is adapted to be manipulated between an open position and a closed position; an inner package disposed within the housing and at least partially defining an interior volume for housing consumer goods, the inner package comprising a wrapper comprising a line of weakness that defines a flap in the wrapper hinged to the remainder of the wrapper along a flap hinge line; wherein the flap is attached to an inner surface of the lid such that upon opening the lid the flap is separated from the wrapper along the line of weakness and hinged to the remainder of the wrapper along the flap hinge line to form an access opening through which the consumer goods can be removed; wherein the flap hinge line is spaced from the lid hinge line, and wherein the entire inner surface of the flap is provided by the inner surface of the wrapper ; and wherein the wrapper further comprises an envelope fold on a bottom wall of the inner package .
A solar cell comprising: a semiconductor substrate doped with p-type impurities; an emitter region which is positioned at the semiconductor substrate and forms a p-n junction along with the semiconductor substrate ; a first electrode which is positioned on the semiconductor substrate and is connected to the emitter region ; a second electrode which is positioned on the semiconductor substrate and is connected to the semiconductor substrate ; and a second electrode current collector which is positioned on the semiconductor substrate and is connected to the second electrode , characterized in that the second electrode current collector includes a plurality of conductors spaced apart from each other in a first direction (y) parallel to an extension direction of a conductive line positioned on the second electrode current collector , at least one of the plurality of conductors overlap with the second electrode in the first direction (y) and in a second direction (x) crossing the first direction (y), and a first overlap distance (d21, d22) between the second electrode and the at least one of the plurality of conductors in the first direction (y) is less than a second overlap distance (d11, d12) between the second electrode and the at least one of the plurality of conductors in the second direction (x). a semiconductor substrate doped with p-type impurities; an emitter region which is positioned at the semiconductor substrate and forms a p-n junction along with the semiconductor substrate ; a first electrode which is positioned on the semiconductor substrate and is connected to the emitter region ; a second electrode which is positioned on the semiconductor substrate and is connected to the semiconductor substrate ; and a second electrode current collector which is positioned on the semiconductor substrate and is connected to the second electrode , characterized in that the second electrode current collector includes a plurality of conductors spaced apart from each other in a first direction (y) parallel to an extension direction of a conductive line positioned on the second electrode current collector , at least one of the plurality of conductors overlap with the second electrode in the first direction (y) and in a second direction (x) crossing the first direction (y), and a first overlap distance (d21, d22) between the second electrode and the at least one of the plurality of conductors in the first direction (y) is less than a second overlap distance (d11, d12) between the second electrode and the at least one of the plurality of conductors in the second direction (x).
Operating element for a device which comprises one or more electronic components , wherein the operating element comprises - an electrically conductive primary part which is designed to be actuated by a user of the device , in order to make an input into the device ; - an electrically conductive secondary part which is arranged between the one or more electronic components of the device and the primary part ; wherein the secondary part is a control panel or a housing of the device ; and - an intermediate layer which comprises a conductive plastic and which faces the primary part on a first side and the secondary part on a second side opposite the first side, such that a secondary flashover of electrostatic charge from the primary part to the secondary part due to a user touching the primary part by dissipation of electrostatic charge from the primary part via the intermediate layer to the secondary part is attenuated or avoided, characterised in that the primary part is a rotary knob or a slider. - an electrically conductive primary part which is designed to be actuated by a user of the device , in order to make an input into the device ; - an electrically conductive secondary part which is arranged between the one or more electronic components of the device and the primary part ; wherein the secondary part is a control panel or a housing of the device ; and - an intermediate layer which comprises a conductive plastic and which faces the primary part on a first side and the secondary part on a second side opposite the first side, such that a secondary flashover of electrostatic charge from the primary part to the secondary part due to a user touching the primary part by dissipation of electrostatic charge from the primary part via the intermediate layer to the secondary part is attenuated or avoided, characterised in that the primary part is a rotary knob or a slider.
Rotor for an electric motor of an electric compressor comprising a drive shaft , and one or more magnetic rings arranged axially one behind the other, said rings being glued directly onto the drive shaft , wherein a number of radial grooves , which are arranged axially one behind the other and are spaced apart from each other, is formed on the drive shaft , said number corresponding to the number of the magnetic rings , said grooves being filled with adhesive and their width being smaller than the width of the magnetic rings so that the magnetic rings are supported directly on the drive shaft by their axial ends, wherein magnetic ring is composed of at least two ring segment-shaped magnetic elements (12.1, 12.2, 14.1, 14.2, 16.1, 16.2).
Arrangement , comprising a roadway and one or more drainage gutters for surface drainage of roadways , wherein the drainage gutter or drainage gutters is/are each formed and/or provided at least in sections as a substrate for a roadway marking , wherein the drainage gutter or drainage gutters each have a gutter body extending in the longitudinal direction (L) and have a receiving space for receiving a liquid to be discharged, wherein the receiving space is bounded by two oppositely arranged side walls , a bottom and a gutter head , wherein the gutter head has at least one side section extending in the longitudinal direction (L), wherein the side section has a recess for receiving a protective and/or sacrificial material that is different from the material of the gutter body , wherein the drainage gutter or the plurality of drainage gutters are arranged parallel to and/or adjacent to the roadway , wherein the side section with the recess is arranged in each case adjacent to the roadway , characterized in that the recess of the drainage gutter or the plurality of drainage gutters is/are each filled with a protective and/or sacrificial material as a substrate for the roadway marking, and the protective and/or sacrificial material of the drainage gutter or drainage gutters each adjoins the roadway .
A blank of paper or cardboard for producing a bottle-like article , including a flap section for forming a bottleneck and a body section for forming a bottle body , wherein the flap section is arranged at an end of the body section , characterized in that the flap section includes a sequence of a group of first neck flaps and a group of second neck flaps , wherein the first and the second neck flaps are differently formed such that at least one area of the respective first neck flap abuts on at least one corresponding adhesive and/or compound section of the respective second neck flap in mounted state of the blank , and the flap section includes an equal or unequal number of first and second neck flaps , wherein the group of the first neck flaps includes at least two first neck flaps and the group of the second neck flaps includes at least two second neck flaps .
A composition for use in the treatment of schizophrenia, wherein the composition comprises: - beta-caryophyllene ("BCP"); and - a pharmaceutically effective carrier. - beta-caryophyllene ("BCP"); and - a pharmaceutically effective carrier.
A self attaching tag for attachment to a bag of blood or other pharmaceutical fluid, wherein the tag is made essentially of self adhesive printable plastic, said tag comprising three parts, the first part being an oblong shape longer in length than width, the second part comprising sloping shoulders which reduce the width of the tag gradually down to the third part which is essentially an attachment strip and comprises a T-shaped end which, in use, is fed through an attachment hole on the bag of blood or other pharmaceutical fluid and doubled back over said sloping shoulders part forming an attachment loop, the whole tag comprised of a plurality of layers including: a first base layer; a second layer of adhesive applied to one side of the first layer; a third layer of film attached to the first layer by the second layer of adhesive the film coated with a heat sensitive chemical layer on a surface of the film of the third layer distal from the second layer of adhesive, the heat sensitive chemical layer; a fifth layer in the form a first varnish applied to the coated surface of the film, the first varnish protective of pre-printing on the film; and a sixth layer in the form of a second varnish applied over the first varnish; characterised in that the sixth layer permits both printing thereon, and writing thereon with a ballpoint pen, by ensuring receptiveness to ball point pen ink and wherein the attachment strip comprises an area of adhesive to be exposed by peeling off a protective layer , and folded back onto a marked sealing area on the tag. a first base layer; a second layer of adhesive applied to one side of the first layer; a third layer of film attached to the first layer by the second layer of adhesive the film coated with a heat sensitive chemical layer on a surface of the film of the third layer distal from the second layer of adhesive, the heat sensitive chemical layer; a fifth layer in the form a first varnish applied to the coated surface of the film, the first varnish protective of pre-printing on the film; and a sixth layer in the form of a second varnish applied over the first varnish; characterised in that the sixth layer permits both printing thereon, and writing thereon with a ballpoint pen, by ensuring receptiveness to ball point pen ink and wherein the attachment strip comprises an area of adhesive to be exposed by peeling off a protective layer , and folded back onto a marked sealing area on the tag.
A heat exchanger system comprising a wall separating a first fluid from a second fluid and allowing heat exchange between said fluids; wherein a protective film of polymeric material is arranged on said wall at least on the side of the first fluid, the protective film having a front face (26.2) in contact with the first fluid and an opposite rear face (26.1), facing the wall ; characterized in that gas distribution means are provided to distribute a gaseous cleaning agent on the side of the rear face (26.1) of the protective film; and in that the protective film is dense, waterproof or little permeable to the first fluid, while being permeable to said gaseous cleaning agent, so as to allow the gaseous cleaning agent to pass through the protective film towards its front face (26.2). wherein a protective film of polymeric material is arranged on said wall at least on the side of the first fluid, the protective film having a front face (26.2) in contact with the first fluid and an opposite rear face (26.1), facing the wall ; characterized in that gas distribution means are provided to distribute a gaseous cleaning agent on the side of the rear face (26.1) of the protective film; and in that the protective film is dense, waterproof or little permeable to the first fluid, while being permeable to said gaseous cleaning agent, so as to allow the gaseous cleaning agent to pass through the protective film towards its front face (26.2).