mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a multilayer flexible circuit, comprising: providing first and second flexible substrates , each comprising a conductor layer and an insulator layer , the conductor layer of the first substrate being a patterned conductor layer ; fixing together the first and second substrates ; laminating the first and second substrates together using a double belt press through which the substrates move in a continuous process; and wherein the method includes patterning the conductor layer of the first substrate and/or the conductor layer of the second substrate by laminating a resist onto the conductor layer ; exposing the resist to a pattern, wherein exposing comprises carrying out a plurality of exposures over adjacent areas of the resist , wherein the pattern is longer than each adjacent area; developing the resist ; etching the conductor layer , thereby patterning it in correspondence to the developed resist ; and stripping the resist . providing first and second flexible substrates , each comprising a conductor layer and an insulator layer , the conductor layer of the first substrate being a patterned conductor layer ; fixing together the first and second substrates ; laminating the first and second substrates together using a double belt press through which the substrates move in a continuous process; and wherein the method includes patterning the conductor layer of the first substrate and/or the conductor layer of the second substrate by laminating a resist onto the conductor layer ; exposing the resist to a pattern, wherein exposing comprises carrying out a plurality of exposures over adjacent areas of the resist , wherein the pattern is longer than each adjacent area; developing the resist ; etching the conductor layer , thereby patterning it in correspondence to the developed resist ; and stripping the resist . laminating a resist onto the conductor layer ; exposing the resist to a pattern, wherein exposing comprises carrying out a plurality of exposures over adjacent areas of the resist , wherein the pattern is longer than each adjacent area; developing the resist ; etching the conductor layer , thereby patterning it in correspondence to the developed resist ; and stripping the resist .
An antenna component comprising: a first portion comprising, a first gasket channel configured to receive a first compressible sealing component , and a second gasket channel , the second gasket channel being substantially perpendicular to the first gasket channel and configured to receive a second compressible sealing component , the first compressible sealing component and the second compressible sealing component being separate compressible sealing components; a third portion configured to be connected to the first portion and a second portion in a same plane as the second gasket channel , wherein the first gasket channel and an associated first sealing component are further configured to compress a second sealing component by an amount within a compression range to maintain a seal at a point of contact (P) between the first and second compressible sealing components when said first , second and third portions are connected, and wherein the compression range comprises a range of 20% to 35% of an uncompressed, cross sectional diameter of the second compressible sealing component . a first gasket channel configured to receive a first compressible sealing component , and a second gasket channel , the second gasket channel being substantially perpendicular to the first gasket channel and configured to receive a second compressible sealing component , the first compressible sealing component and the second compressible sealing component being separate compressible sealing components; a third portion configured to be connected to the first portion and a second portion in a same plane as the second gasket channel ,
A sun visor comprising a sun visor body constituted by a plastic core comprising two major surfaces and a perimeter , and two foam pads defining the external shape of the sun visor, one of the pads being applied to a first one of the two major surfaces of the core and another one of the pads being applied to a second one of the two major surfaces of the core such that the plastic core is sandwiched between the foam pads , wherein the sun visor further comprises a flexible cover covering the foam pads , characterized in that the cover is bag-shaped, defining an inner space accessible through an opening in one of the shorter sides of the cover into which the sun visor body has been inserted with snug fit, and in that the plastic core comprises, in correspondence with one portion of the perimeter , a retention member for retaining a portion of the open end of the flexible cover , the retention member comprising an aperture for receiving the portion of the flexible cover , the retention member further comprising, in said aperture , a plurality of projections adapted for engaging the flexible cover. wherein the sun visor further comprises a flexible cover covering the foam pads , characterized in that the cover is bag-shaped, defining an inner space accessible through an opening in one of the shorter sides of the cover into which the sun visor body has been inserted with snug fit, and in that the plastic core comprises, in correspondence with one portion of the perimeter , a retention member for retaining a portion of the open end of the flexible cover , the retention member comprising an aperture for receiving the portion of the flexible cover , the retention member further comprising, in said aperture , a plurality of projections adapted for engaging the flexible cover.
A method of preparation of a hydrogel hybrid material, characterized in that it comprises the following steps: a) silica particles functionalized with amine groups are obtained using a sol-gel method, b) the silica particles functionalized with amine groups obtained in step a) are suspended in sol comprising a mixture of solutions of collagen, chitosan and hyaluronic acid, preferably in a collagen : chitosan : hyaluronic acid weight ratio of 50 : 40 : 10, wherein preferably the content of the functionalized silica particles in the sol is no less than 1.9 mg/mL of the sol, preferably from 1.9 to 3.8 mg/mL of the sol, c) the suspension obtained in step b) is subjected to crosslinking reaction with genipin. a) silica particles functionalized with amine groups are obtained using a sol-gel method, b) the silica particles functionalized with amine groups obtained in step a) are suspended in sol comprising a mixture of solutions of collagen, chitosan and hyaluronic acid, preferably in a collagen : chitosan : hyaluronic acid weight ratio of 50 : 40 : 10, wherein preferably the content of the functionalized silica particles in the sol is no less than 1.9 mg/mL of the sol, preferably from 1.9 to 3.8 mg/mL of the sol, c) the suspension obtained in step b) is subjected to crosslinking reaction with genipin.
A bonded body comprising: an aluminum member made of an aluminum alloy; and a copper member made of copper or a copper alloy, the aluminum member and the copper member being bonded to each other by solid phase diffusion bonding, wherein the aluminum member is made of an Al-Mn-based alloy containing Mn, an Mn concentration C 0 of an entirety of the aluminum member is in a range of 0.4 mass% or more and 1.5 mass% or less, characterised in that an Mn concentration in a region excluding a precipitate in the aluminum member is defined as an Mn solid solution concentration C 1 and a value obtained by subtracting the Mn solid solution concentration C 1 from the Mn concentration C 0 of the entire aluminum member is defined as an Mn precipitate concentration C 2 , a ratio C 1 /C 2 of the Mn solid solution concentration C 1 to the Mn precipitate concentration C 2 is in a range of 0.1 or more and 2.7 or less. an aluminum member made of an aluminum alloy; and a copper member made of copper or a copper alloy, the aluminum member and the copper member being bonded to each other by solid phase diffusion bonding, wherein the aluminum member is made of an Al-Mn-based alloy containing Mn, an Mn concentration C 0 of an entirety of the aluminum member is in a range of 0.4 mass% or more and 1.5 mass% or less, characterised in that an Mn concentration in a region excluding a precipitate in the aluminum member is defined as an Mn solid solution concentration C 1 and a value obtained by subtracting the Mn solid solution concentration C 1 from the Mn concentration C 0 of the entire aluminum member is defined as an Mn precipitate concentration C 2 , a ratio C 1 /C 2 of the Mn solid solution concentration C 1 to the Mn precipitate concentration C 2 is in a range of 0.1 or more and 2.7 or less.
A paper bag for e-commerce shipments, which paper bag comprises first closure means for first closure of the bag , tear means for opening the bag after first closure and second closure means for reclosing the bag after tearing the tear means , characterised in that the paper bag is formed of a paper having the following properties: - a grammage of 70 to 150 g/m 2 according to ISO 536:2012; - a tensile index in the machine direction (MD) of 80 to 120 Nm/g according to ISO 1924-3:2005; - a tensile index in the cross direction (CD) of 45 to 80 Nm/g according to ISO 1924-3:2005; - a TEA index in the MD of 1.7 to 3.5 J/g according to ISO 1924-3:2005; - a TEA index in the CD of 2.0 to 3.5 J/g according to ISO 1924-3:2005; - a bending resistance index in the MD of 115 to 300 Nm 6 /kg3 according to ISO 2493-1:2010; - a bending resistance index in the CD of 80 to 145 Nm 6 /kg3 according to ISO 2493-1:2010; - a puncture force index of 80 to 120 Nm 2 /kg according to EN-14477; - a burst index of 5.0 to 6.5 kPam 2 /g according to ISO 2758:2014; - a stretchability in the MD of 2.0 to 5.0 % according to ISO 1924-3:2005; - a virgin fibre content of at least 90%; and - a soft wood fibre content of at least 70%, wherein the bending resistance is tested using a bending angle of 15° and a test span length of 10 mm. - a grammage of 70 to 150 g/m 2 according to ISO 536:2012; - a tensile index in the machine direction (MD) of 80 to 120 Nm/g according to ISO 1924-3:2005; - a tensile index in the cross direction (CD) of 45 to 80 Nm/g according to ISO 1924-3:2005; - a TEA index in the MD of 1.7 to 3.5 J/g according to ISO 1924-3:2005; - a TEA index in the CD of 2.0 to 3.5 J/g according to ISO 1924-3:2005; - a bending resistance index in the MD of 115 to 300 Nm 6 /kg3 according to ISO 2493-1:2010; - a bending resistance index in the CD of 80 to 145 Nm 6 /kg3 according to ISO 2493-1:2010; - a puncture force index of 80 to 120 Nm 2 /kg according to EN-14477; - a burst index of 5.0 to 6.5 kPam 2 /g according to ISO 2758:2014; - a stretchability in the MD of 2.0 to 5.0 % according to ISO 1924-3:2005; - a virgin fibre content of at least 90%; and - a soft wood fibre content of at least 70%,
A device for the simultaneous production of a spherically curved lateral surface on a plurality of rolling elements in the form of tapered rollers for a rolling bearing, comprising a grinding device for grinding the spherically curved lateral surface and comprising at least one holding device for holding the rolling elements in the case of and/or during a grinding process implemented by the grinding device , wherein the at least one holding device has a plurality of control wheels which are arranged adjacent to one another in a row, wherein the holding device is designed to feed the rolling elements to the grinding device , and wherein each control wheel is formed with a convexly profiled peripheral feeding surface , wherein the control wheels and/or the peripheral feeding surfaces are formed from a ceramic, resin-bonded or metallic material and wherein the grinding device has a grinding wheel with a concavely profiled peripheral grinding surface . comprising a grinding device for grinding the spherically curved lateral surface and comprising at least one holding device for holding the rolling elements in the case of and/or during a grinding process implemented by the grinding device , wherein the at least one holding device has a plurality of control wheels which are arranged adjacent to one another in a row, wherein the holding device is designed to feed the rolling elements to the grinding device , and wherein each control wheel is formed with a convexly profiled peripheral feeding surface , wherein the control wheels and/or the peripheral feeding surfaces are formed from a ceramic, resin-bonded or metallic material and wherein the grinding device has a grinding wheel with a concavely profiled peripheral grinding surface .
A spring system comprising first and second housings and a first mechanical spring connected to said first and second housings , said first and second housings each including a front portion having a front end , a central portion , a rear portion having a rear end and an internal chamber , during assembly of the spring system said front end of said second housing being telescopically inserted into said internal chamber of said first housing from the rear end end of said first housing so that the rear end of the second housing can move in the internal chamber of the first housing at the central portion and the rear portion of the first housing , said first mechanical spring having a firs end portion with a first end and a second end portion with a second end and a void inner region that at least partially extends between said first and second ends , said first mechanical spring is at least partially positioned in said internal chamber of said first and second housings , said first end of said first mechanical spring is connected to a first connection arrangement in said first housing , said second end of said first mechanical spring is connected to a second connection arrangement in said second housing , said first connection arrangement threadedly engages said first end portion of said first mechanical spring , wherein the cross-sectional area of the internal chamber of the first housing at the front portion of the first housing is smaller than the cross-sectional area of the internal chamber of the first housing at the central portion and rear portion of the first housing , the cross-sectional area of the internal chamber of the second housing at the front portion and the central portion of the second housing is smaller than the cross-sectional area of the internal chamber of the second housing at the rear portion , the outer cross-sectional area of the front portion , the central portion and rear portion of the second housing is smaller than or equal to the cross-sectional area of the internal chamber of the first housing at the central portion and rear portion of the first housing , the outer cross-sectional area of the front portion and the central portion of the second housing is smaller than or equal to the cross-sectional area of the internal chamber of the first housing at the front portion of the first housing , and the outer cross-sectional area of the rear portion of the second housing is greater than the cross-sectional area of the internal chamber of the first housing at the front portion of the first housing so that the rear portion of the second housing cannot pass through the internal chamber of the first housing at the front portion of the first housing .
Displacement device for a separating element , that serves for closing an object , a piece of furniture or a building area, which is provided with a room opening, with a lever mechanism in the embodiment of a parallelogram with levers guided in parallel or in the embodiment of a scissor cross with levers , which are connected in an articulated manner and rotatable against one another, and which are connectable or connected on the one hand with a holding profile of the displacement device that is connectable to the separating element and on the other hand with at least one holding device of the displacement device that is connectable to the object , whereby the holding profile is guided at its lower side in a lower guide rail of the displacement device and is guided at its upper side in a upper guide rail of the displacement device , and whereby the guide rails define a displacement axis (y) of the separating elements , whereby the levers comprise at least one displaceable lever part that is held displaceably in the holding profile and that, in the event of a displacement (V1) of the separating element along the displacement axis (y) is subjected to a displacement (V2), which extends inclined to the displacement axis (y), characterised in that at least one damping device is provided, that is connected non-displaceably to the holding profile inclined to the displacement axis (y) of the separating elements and that can be coupled to the at least one displaceable lever part within a contact region (DB) and exerts a counterforce thereon.
An adhesive comprising an amorphous carbon dispersed in a cyanate ester resin, wherein said amorphous carbon comprises carbon black that has been mechanically processed to an average particle size of less than 30 nm.
An arbor stake stabilization member comprising: a body being an annular ring having a length from an upper end and a lower end , the annular ring having an exterior surface and an axial passageway therethrough, the annular ring being a first material, the first material being a biodegradable material; the axial passageway sized to accept an arbor stake therethrough, the axial passageway having a periphery and a center ; a locking member coupled to the annular ring , the locking member extending radially inward into the axial passageway , the locking member partially obstructing the axial passageway at the periphery thereof, the locking member unobstructing the center of the axial passageway ; the locking member being a contact material with a contact surface , the contact material being a second material, the second material being a non-biodegradable material; the locking member sized to accept the arbor stake therethrough in an interference fit; a perforated plate extending circumferentially outwardly from the annular ring , the perforated plate having a plurality of openings , the perforated plate being a third material, the third material being a biodegradable material; the perforated plate having an upper side and lower side , the perforated plate extending circumferentially at an angle to span the length of the annular ring ; and a plurality of gussets joining the lower side of the perforated plate to the exterior surface of the annular ring . a body being an annular ring having a length from an upper end and a lower end , the annular ring having an exterior surface and an axial passageway therethrough, the annular ring being a first material, the first material being a biodegradable material; the axial passageway sized to accept an arbor stake therethrough, the axial passageway having a periphery and a center ; a locking member coupled to the annular ring , the locking member extending radially inward into the axial passageway , the locking member partially obstructing the axial passageway at the periphery thereof, the locking member unobstructing the center of the axial passageway ; the locking member being a contact material with a contact surface , the contact material being a second material, the second material being a non-biodegradable material; the locking member sized to accept the arbor stake therethrough in an interference fit; a perforated plate extending circumferentially outwardly from the annular ring , the perforated plate having a plurality of openings , the perforated plate being a third material, the third material being a biodegradable material; the perforated plate having an upper side and lower side , the perforated plate extending circumferentially at an angle to span the length of the annular ring ; and a plurality of gussets joining the lower side of the perforated plate to the exterior surface of the annular ring .
A system for detecting a wave occurring in/on a membrane, the system comprising: - a source for directing a light or ultrasound signal to the membrane, and - a receiver for measuring interference between a first part of the signal reflected off a front surface of the membrane and a second part of the signal reflected off a rear surface of the membrane, wherein the source and the receiver are positioned obliquely with respect to each other so that the signal is directed obliquely to the membrane when the receiver receives the reflected first and second parts of the signal, characterized in that the system comprises a processing device for detecting the wave based on a change in the measured interference. - a source for directing a light or ultrasound signal to the membrane, and - a receiver for measuring interference between a first part of the signal reflected off a front surface of the membrane and a second part of the signal reflected off a rear surface of the membrane, wherein the source and the receiver are positioned obliquely with respect to each other so that the signal is directed obliquely to the membrane when the receiver receives the reflected first and second parts of the signal, characterized in that the system comprises a processing device for detecting the wave based on a change in the measured interference.
A home base station, HNB, configured to communicate with a gateway, the HNB comprising: means for transmitting to the gateway a HNB Register Request, wherein the HNB Register Request includes at least information identifying if the HNB is an open, closed or hybrid access mode HNB; and means for receiving, from the gateway, a HNB Register Accept message in response to the HNB Register Request message; wherein the means for transmitting is configured to transmit, to the gateway, a User Equipment, UE, Register Request; and wherein the means for receiving is configured to receive, from the gateway based on the access mode of the HNB, a UE Register Accept message including a context-id. means for transmitting to the gateway a HNB Register Request, wherein the HNB Register Request includes at least information identifying if the HNB is an open, closed or hybrid access mode HNB; and means for receiving, from the gateway, a HNB Register Accept message in response to the HNB Register Request message; wherein the means for transmitting is configured to transmit, to the gateway, a User Equipment, UE, Register Request; and wherein the means for receiving is configured to receive, from the gateway based on the access mode of the HNB, a UE Register Accept message including a context-id.
A structure construction for an aircraft , wherein the structure construction comprises: - first and second fuselage portions, - at least one wing , - a supporting structure for supporting said wing and said first fuselage portion , and characterized in that - said supporting structure or the wing is configured to be provided with at least one engine , wherein said supporting structure is configured to be hinged to the second fuselage portion so that said supporting structure allows turning of said wing , of said at least one engine and of said first fuselage portion in relation to said second fuselage portion to a take-off and landing modes and forward flying mode. wherein the structure construction comprises: - first and second fuselage portions, - at least one wing , - a supporting structure for supporting said wing and said first fuselage portion , and characterized in that - said supporting structure or the wing is configured to be provided with at least one engine , - first and second fuselage portions, - at least one wing , - a supporting structure for supporting said wing and said first fuselage portion , and characterized in that - said supporting structure or the wing is configured to be provided with at least one engine , wherein said supporting structure is configured to be hinged to the second fuselage portion so that said supporting structure allows turning of said wing , of said at least one engine and of said first fuselage portion in relation to said second fuselage portion to a take-off and landing modes and forward flying mode.