mhurhangee/ep-ind-claims huggingface dataset:
A gelatinize hairdressing foil comprising aluminum foil, and when it is used, one surface of the gelatinize hairdressing is defined as dark side, and the dark side contacts with hair, and the other surface is defined as bright side, wherein, said dark side is provided with a zonal gelatinize layer, and said bright side is provided with an anti-adhesive layer, characterized in that said zonal gelatinize layer on the dark side is provided with release layer, wherein said release layer is cotton sliver with plastic film or non-woven fabrics with plastic film on said zonal gelatinize layer, and said plastic film is contacted with said zonal gelatinize layer.
A coated film comprising: a single-layer polyester film having an ester cyclic trimer content of not more than 0.7% by weight or a multilayer polyester film comprising a polyester surface layer having an ester cyclic trimer content of not more than 0.7% by weight, and a coating layer formed on at least one surface of the single-layer polyester film or multilayer polyester film, which coating layer is prepared from a coating solution comprising nonvolatile components, the non-volatile components of the coating solution consist of at least one crosslinking agent in an amount of not less than 70% by weight based on the weight of nonvolatile components in the coating solution and particles selected from the group consisting of silica, kaolin, calcium carbonate and organic particles, wherein the crosslinking agent is a melamine compound or a combination of a melamine compound with one or more other crosslinking agents. a single-layer polyester film having an ester cyclic trimer content of not more than 0.7% by weight or a multilayer polyester film comprising a polyester surface layer having an ester cyclic trimer content of not more than 0.7% by weight, and a coating layer formed on at least one surface of the single-layer polyester film or multilayer polyester film, which coating layer is prepared from a coating solution comprising nonvolatile components, the non-volatile components of the coating solution consist of at least one crosslinking agent in an amount of not less than 70% by weight based on the weight of nonvolatile components in the coating solution and particles selected from the group consisting of silica, kaolin, calcium carbonate and organic particles, wherein the crosslinking agent is a melamine compound or a combination of a melamine compound with one or more other crosslinking agents.
Calibration standard for an industrial computer tomograph, wherein the calibration standard has a main body with a longitudinal axis, wherein the main body has an outer surface which is continuously circumferential around the longitudinal axis with respect to a circumferential direction and which extends along the longitudinal axis, wherein a plurality of calibration sphere elements are attached to the main body distributed over the radially outward-directed outer surface, wherein the calibration sphere elements are distributed over a plurality of axial positions with respect to the longitudinal axis, wherein the main body tapers along the longitudinal axis in the region of the outer surface, and wherein the calibration sphere elements are distributed over a plurality of radial positions with respect to the longitudinal axis, characterized in that the calibration standard further has a base plate, that the main body is attached to an upper side of the base plate, and that a three-point bearing and a holding magnet are formed on an underside of the base plate. wherein the calibration standard has a main body with a longitudinal axis, wherein the main body has an outer surface which is continuously circumferential around the longitudinal axis with respect to a circumferential direction and which extends along the longitudinal axis, wherein a plurality of calibration sphere elements are attached to the main body distributed over the radially outward-directed outer surface, wherein the calibration sphere elements are distributed over a plurality of axial positions with respect to the longitudinal axis, wherein the main body tapers along the longitudinal axis in the region of the outer surface, and wherein the calibration sphere elements are distributed over a plurality of radial positions with respect to the longitudinal axis, characterized in that the calibration standard further has a base plate, that the main body is attached to an upper side of the base plate, and that a three-point bearing and a holding magnet are formed on an underside of the base plate.
Method for laminating a plurality of film-like layers of a thermoplastic material to form a homogeneous laminate, - in which a plurality of layers provided as web-like material are aligned with respect to one another to form a film arrangement, - in which the film arrangement is fed to a heating station which comprises a plurality of heating segments (13, 14, 15) consisting of an upper and a lower press part, and - in which the layer composite is cooled in a downstream cooling station, which comprises at least one cooling segment consisting of an upper and a lower press part, - in which the upper and/or the lower press part of the heating segments (13, 14, 15) and of the at least one cooling segment are moved towards one another by a drive, and - in which, after the last cooling segment of the cooling station, the layer composite is fed to a further processing station or removal station characterized in that - a process duration in the heating station for laminating the layers to form a layer composite is divided between more than two successive heating segments (13, 14, 15) in the heating station in order to transfer the layers as a laminated layer composite to a cooling station after passing through the heating segments (13, 14), - a number of cooling segments in the cooling station is at least one less than the number of heating segments (13, 14, 15) in the upstream heating station, and - the heating segments (13, 14, 15) and the at least one cooling segment are controlled with the same cycle times for the heating or cooling process. - in which a plurality of layers provided as web-like material are aligned with respect to one another to form a film arrangement, - in which the film arrangement is fed to a heating station which comprises a plurality of heating segments (13, 14, 15) consisting of an upper and a lower press part, and - in which the layer composite is cooled in a downstream cooling station, which comprises at least one cooling segment consisting of an upper and a lower press part, - in which the upper and/or the lower press part of the heating segments (13, 14, 15) and of the at least one cooling segment are moved towards one another by a drive, and - in which, after the last cooling segment of the cooling station, the layer composite is fed to a further processing station or removal station characterized in that - a process duration in the heating station for laminating the layers to form a layer composite is divided between more than two successive heating segments (13, 14, 15) in the heating station in order to transfer the layers as a laminated layer composite to a cooling station after passing through the heating segments (13, 14), - a number of cooling segments in the cooling station is at least one less than the number of heating segments (13, 14, 15) in the upstream heating station, and - the heating segments (13, 14, 15) and the at least one cooling segment are controlled with the same cycle times for the heating or cooling process.
A preparation method of hookah sarcocarp used in electronic cigarette set and tradition hookah, comprising the following steps: weighting a certain amount of fresh sarcocarp and put it into a soaking tank; weighting electronic cigarette liquid as 5-20% of volume of the hookah sarcocarp to be preapred and putting it into the soaking tank, and heating it to 40-60°C, and soaking for 2-8 hours under the pressure of 1MPa, wherein the electronic cigarette liquid is an electronic cigarette liquid, which has aroma constituent extracted from plant materials natural tobacco, fruit; opening a ball valve of the soaking tank, only liquid in the soaking tank being discharged in such a way that the solids of the hookah sarcocarp accounts for 90% or more of the total amount of the hookah sarcocarp and collected, and then removing and subpackaging ropy sarcocarp in the soaking tank to obtain a product of hookah sarcocarp. weighting a certain amount of fresh sarcocarp and put it into a soaking tank; weighting electronic cigarette liquid as 5-20% of volume of the hookah sarcocarp to be preapred and putting it into the soaking tank, and heating it to 40-60°C, and soaking for 2-8 hours under the pressure of 1MPa, wherein the electronic cigarette liquid is an electronic cigarette liquid, which has aroma constituent extracted from plant materials natural tobacco, fruit; opening a ball valve of the soaking tank, only liquid in the soaking tank being discharged in such a way that the solids of the hookah sarcocarp accounts for 90% or more of the total amount of the hookah sarcocarp and collected, and then removing and subpackaging ropy sarcocarp in the soaking tank to obtain a product of hookah sarcocarp.
A laparoscopic device, comprising: a removable tip having a first outermost casing; and a handle member for removably receiving and actuating the removable tip; wherein the removable tip further comprises a first inner shaft located at least partially within the first outermost casing and having a first threaded member, and the first outermost casing has a second threaded member; wherein the first outermost casing is electrically-conductive and configured as an electrical path; wherein the removable tip further comprises a cutting and sealing instrument at an end of the removable tip opposite of the first threaded member and including at least one resistive heating member; and is adapted such that electrical energy provided to and traversed along a path of the first inner shaft of the removable tip returns along the electrical energy path defined by the first outermost casing. a removable tip having a first outermost casing; and a handle member for removably receiving and actuating the removable tip; wherein the removable tip further comprises a first inner shaft located at least partially within the first outermost casing and having a first threaded member, and the first outermost casing has a second threaded member; wherein the first outermost casing is electrically-conductive and configured as an electrical path; wherein the removable tip further comprises a cutting and sealing instrument at an end of the removable tip opposite of the first threaded member and including at least one resistive heating member; and is adapted such that electrical energy provided to and traversed along a path of the first inner shaft of the removable tip returns along the electrical energy path defined by the first outermost casing.
Water soluble pouch comprising: (i) a first film; (ii) a second film overlapping with the first film; (iii) a seam in which the first film is joined to the second film, wherein the seam comprises a first closed path within which space between the first film and the second film defines a first chamber for holding product; and wherein the seam comprises a second closed path within which space between the first film and the second film defines a second chamber for holding product; characterized in that the seam comprises a weakened line; and the thickness of the weakened line is less than the thickness of each of the first film and the second film combined so that the weakened line dissolves first when in contact with water, separating the first chamber from the second chamber. (i) a first film; (ii) a second film overlapping with the first film; (iii) a seam in which the first film is joined to the second film,
A detection device, comprising: - a photodetector configured to transform an electromagnetic signal into a representative electric signal, - an amplifier having a first input terminal connected to a first terminal of the photodetector, - an integration capacitor (C int) connected to the output terminal of the amplifier and to the first input terminal of the amplifier, - a first voltage source configured to deliver a reference voltage (V ref) to a second input terminal of the amplifier, - a second voltage source configured to deliver a detector voltage (V det) to a second terminal of the photodetector, detection device characterized in that the first and second voltage sources (V ref, V det) are correlated so as to correlate the noise components, wherein the amplifier is unbalanced so that the voltage on the first input terminal of the amplifier is offset from the voltage on the second input terminal of the amplifier by a voltage difference at least equal to 20mV and/or wherein the first voltage source and the second voltage source are formed by means of an initial voltage source supplying a resistive bridge delivering the reference voltage (V ref) and the detector voltage (V det) different from the reference voltage (V ref). - a photodetector configured to transform an electromagnetic signal into a representative electric signal, - an amplifier having a first input terminal connected to a first terminal of the photodetector, - an integration capacitor (C int) connected to the output terminal of the amplifier and to the first input terminal of the amplifier, - a first voltage source configured to deliver a reference voltage (V ref) to a second input terminal of the amplifier, - a second voltage source configured to deliver a detector voltage (V det) to a second terminal of the photodetector, detection device characterized in that the first and second voltage sources (V ref, V det) are correlated so as to correlate the noise components, wherein the amplifier is unbalanced so that the voltage on the first input terminal of the amplifier is offset from the voltage on the second input terminal of the amplifier by a voltage difference at least equal to 20mV and/or wherein the first voltage source and the second voltage source are formed by means of an initial voltage source supplying a resistive bridge delivering the reference voltage (V ref) and the detector voltage (V det) different from the reference voltage (V ref).
Supply unit for an electric motorbike comprising at least two electric batteries (6, 7, 8, 9) and at least a protection container (10, 11, 12) which contains said batteries (6, 7, 8, 9), wherein said container (10, 11, 12) comprises: - at least a cooling plate placed in contact with said batteries (6, 7, 8, 9) and having: - a plurality of through holes which communicate with the outside and which cross said cooling plate in the direction of its width and/or its length; and - two opposite transmission faces (17, 18) in contact with which are placed one or more batteries (6, 7, 8, 9), between said faces (17, 18) being obtained said through holes; - at least two cooling half-shells (10, 11), each containing at least one of said batteries (6, 7, 8, 9) and placed in contact with said batteries (6, 7, 8, 9), said half-shells (10, 11) being separated from said cooling plate, characterized by the fact that - each of said through holes having an access on a first perimeter side of said cooling plate and an exit on an opposite second perimeter side of said cooling plate; and - said half-shells being joined to said cooling plate in correspondence of said transmission faces (17, 18). - at least a cooling plate placed in contact with said batteries (6, 7, 8, 9) and having: - a plurality of through holes which communicate with the outside and which cross said cooling plate in the direction of its width and/or its length; and - two opposite transmission faces (17, 18) in contact with which are placed one or more batteries (6, 7, 8, 9), between said faces (17, 18) being obtained said through holes; - a plurality of through holes which communicate with the outside and which cross said cooling plate in the direction of its width and/or its length; and - two opposite transmission faces (17, 18) in contact with which are placed one or more batteries (6, 7, 8, 9), between said faces (17, 18) being obtained said through holes; - at least two cooling half-shells (10, 11), each containing at least one of said batteries (6, 7, 8, 9) and placed in contact with said batteries (6, 7, 8, 9), said half-shells (10, 11) being separated from said cooling plate, characterized by the fact that - each of said through holes having an access on a first perimeter side of said cooling plate and an exit on an opposite second perimeter side of said cooling plate; and - said half-shells being joined to said cooling plate in correspondence of said transmission faces (17, 18).
A disposable absorbent hygiene product (1, 100) comprising a chassis (10, 110) having first and second end portions (15, 115, 14, 114) and a central portion (13, 113) extending therebetween, said chassis (10, 110) having an body facing surface intended to face the body of a wearer and a garment facing surface intended to face away from the body of a wearer, a longitudinal axis extending in a longitudinal direction and defining a longitudinal direction from said first end portion (15, 115) towards said second end portion (14, 114) and a transversal axis defining a transversal direction perpendicular to the longitudinal direction, the chassis (10, 110) comprising a liquid permeable topsheet (11, 111) at the body facing surface, a liquid impermeable backsheet (12, 112) at the garment facing surface, and an absorbent core assembly (30, 130) comprising at least one absorbent core (31, 32, 131) arranged between said topsheet (11, 111) and said backsheet (12, 112); said disposable absorbent hygiene product (1, 100) further comprises a pair of side portions (23, 24, 123, 124) extending on each side of the first end portion (15, 115) in said transversal direction to fasten the disposable absorbent hygiene product (1, 100) to the waist of a wearer; said disposable absorbent hygiene product (1, 100) comprises at least one fastener (25, 125, 125', 125", 148, 149) arranged on at least one of said side portions (23, 24, 123, 124) and/or said second end portion (14, 114) of said disposable absorbent hygiene product (1, 100) to fasten the disposable absorbent hygiene product (1, 100) to the waist of a wearer, said fastener (25, 125, 148, 149) comprises a sheet formed base having generally parallel upper and lower surfaces with said lower surface attached to at least one of said side portions (23, 24, 123, 124) and/or said second end portion (14, 114) of said disposable absorbent hygiene product (1, 100), said sheet formed base having a length in the longitudinal direction and a width in the transversal direction and comprises at least one fastening area comprising one or more areas of a fastening material (203, 203a, 203b, 203c) comprising a plurality of discrete fastening elements comprising stems which project from the upper surface of said sheet formed base, said fastening area is arranged at a first distance from a first outer edge of said sheet formed base forming an area free of fastening material (208, 209) on said sheet formed base arranged in a first transversal direction with respect to the fastening area, said fastener (25, 125, 125', 125" 148, 149) is attached to said disposable absorbent hygiene product (1, 100) in an attachment area (212, 212') which overlaps at least partly with the fastening area and extends outside of said fastening area into the area where said sheet formed base is free of said fastening elements (208, 209) but inside said outer edge (204, 205) of said sheet formed base, wherein said first transversal direction is in a direction away from said longitudinal axis.
A method of manufacturing a stator core that includes a plurality of core pieces (44, 441) arranged in a circumferential direction about a central axis, serving as a center, that extends in an axial direction, the plurality of core pieces (44, 441) are formed by stacking a plurality of plate members (44a, 441a), the plate members (44a, 441a) each including a core back portion that extends in the circumferential direction, a tooth portion that extends from the core back portion towards a first side in a radial direction, and a groove portion that is recessed from a surface on a second side of the core back portion in the radial direction towards the first side in the radial direction, the method of manufacturing the stator core comprising: firstly, forming (Sla) the groove portion, wherein the groove portion is formed by punching a portion of an electromagnetic steel sheet, and then using the groove portion as a reference, stamping out (S1b) an individual piece, wherein the individual piece, which includes the core back portion and the tooth portion, is stamped out from the electromagnetic steel sheet; wherein in the stamping out step (S1b), the entire plate member (44a, 441a) is stamped out from the electromagnetic steel sheet with a single stamping out step. firstly, forming (Sla) the groove portion, wherein the groove portion is formed by punching a portion of an electromagnetic steel sheet, and then using the groove portion as a reference, stamping out (S1b) an individual piece, wherein the individual piece, which includes the core back portion and the tooth portion, is stamped out from the electromagnetic steel sheet; wherein in the stamping out step (S1b), the entire plate member (44a, 441a) is stamped out from the electromagnetic steel sheet with a single stamping out step.
A film deposition method comprising the steps of: transporting a base film in a given direction; introducing a material gas containing a gas that generates silane radicals while creating gas flow of the material gas in the opposite direction as the base film transport direction; and depositing a silicon nitride layer on a surface of the base film by plasma-enhanced CVD, wherein the gas flow is created by providing a blocking means of blocking the material gas flow on the downstream side of a material gas introducing portion in relation to the base film transport direction, wherein the gas flow is created by introducing more material gas downstream side in relation to the base film transport direction than upstream side. transporting a base film in a given direction; introducing a material gas containing a gas that generates silane radicals while creating gas flow of the material gas in the opposite direction as the base film transport direction; and depositing a silicon nitride layer on a surface of the base film by plasma-enhanced CVD, wherein the gas flow is created by providing a blocking means of blocking the material gas flow on the downstream side of a material gas introducing portion in relation to the base film transport direction, wherein the gas flow is created by introducing more material gas downstream side in relation to the base film transport direction than upstream side.
A closing device having a bolt element and having a latch element which may be moved between a closed position and an open position, having an actuating apparatus which cooperates with the bolt element and the latch element, wherein an opening process is optionally able to be triggered by a manual operation, in which a manual actuation of the actuating apparatus triggers the movements between the closed position and the open position, or by an automatic operation, in which the opening process is able to be triggered automatically, and wherein a closing process is optionally able to be triggered in manual operation or automatic operation.