mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable article manufacturing equipment comprising a panel attachment structure, the equipment including: one set of a lower panel and an upper panel that are arranged along a vertical plane and that are provided while being separated in an up-and-down direction; a first processing section attached to a front face of the lower panel ; a first driving section attached to a back face of the lower panel ; a base that is provided under the lower panel and that is arranged along a horizontal plane; and a pair of pillars raised from the base , wherein, in the panel attachment structure, the lower panel is removably fixed to the pair of pillars in the state of being laid between lower parts of the pair of pillars , the upper panel is removably fixed to the pair of pillars in the state of being laid between upper parts of the pair of pillars , and support sections are provided on respective pillars of the pair of pillars , the support sections being arranged between the upper panel and the lower panel , and supporting the load of the upper panel ; characterised in that : the support sections are spacers each fixed to an intermediate part of each of the pair of pillars, the intermediate part positioned between each of the upper parts and each of the lower parts; and the spacers provide a space (Δ) between the lower panel and the upper panel by contacting with respective parts of a lower end of the upper panel . one set of a lower panel and an upper panel that are arranged along a vertical plane and that are provided while being separated in an up-and-down direction; a first processing section attached to a front face of the lower panel ; a first driving section attached to a back face of the lower panel ; a base that is provided under the lower panel and that is arranged along a horizontal plane; and a pair of pillars raised from the base , wherein, in the panel attachment structure, the lower panel is removably fixed to the pair of pillars in the state of being laid between lower parts of the pair of pillars , the upper panel is removably fixed to the pair of pillars in the state of being laid between upper parts of the pair of pillars , and support sections are provided on respective pillars of the pair of pillars , the support sections being arranged between the upper panel and the lower panel , and supporting the load of the upper panel ; characterised in that : the support sections are spacers each fixed to an intermediate part of each of the pair of pillars, the intermediate part positioned between each of the upper parts and each of the lower parts; and the spacers provide a space (Δ) between the lower panel and the upper panel by contacting with respective parts of a lower end of the upper panel . the support sections are spacers each fixed to an intermediate part of each of the pair of pillars, the intermediate part positioned between each of the upper parts and each of the lower parts; and the spacers provide a space (Δ) between the lower panel and the upper panel by contacting with respective parts of a lower end of the upper panel .
A blow mold which molds a closed-end cylindrical pre-form (P) into a predetermined container shape provided with a bottom part (C5) having a bottom plate part (C51) positioned in a bottom-part center, and a periphery part (C52) positioned in a bottom-part periphery and having a grounding part (C53) formed, by biaxial stretch blow molding, comprising: a side-part mold formed of a pair of split molds configured to be openable and closable, and a bottom-part mold to be incorporated into a bottom-part side of the side-part mold , wherein the bottom-part mold has a bottom-part center mold for shaping the bottom-part center including the bottom plate part (C51), and a bottom-part periphery mold for shaping the bottom-part periphery including the periphery part (C52), and has a temperature control mechanism for adjusting each of the bottom-part center mold and the bottom-part periphery mold to a predetermined temperature, whereby the bottom-part center mold and the bottom-part periphery mold formed as a separate body are combined with each other through a heat insulation material , and characterized in that the resulting combined molds are bonded to a support inside which a temperature control medium passage through which a temperature control medium at a low temperature is circulated is formed, and simultaneously a heating element is wound around a peripheral surface of the bottom-part periphery mold , and while cooling the bottom-part center mold , the bottom-part periphery mold is heated, whereby each of the bottom-part center mold and the bottom-part periphery mold can be adjusted to a predetermined temperature. a side-part mold formed of a pair of split molds configured to be openable and closable, and a bottom-part mold to be incorporated into a bottom-part side of the side-part mold , wherein the bottom-part mold has a bottom-part center mold for shaping the bottom-part center including the bottom plate part (C51), and a bottom-part periphery mold for shaping the bottom-part periphery including the periphery part (C52), and has a temperature control mechanism for adjusting each of the bottom-part center mold and the bottom-part periphery mold to a predetermined temperature, whereby the bottom-part center mold and the bottom-part periphery mold formed as a separate body are combined with each other through a heat insulation material , and characterized in that the resulting combined molds are bonded to a support inside which a temperature control medium passage through which a temperature control medium at a low temperature is circulated is formed, and simultaneously a heating element is wound around a peripheral surface of the bottom-part periphery mold , and while cooling the bottom-part center mold , the bottom-part periphery mold is heated, whereby each of the bottom-part center mold and the bottom-part periphery mold can be adjusted to a predetermined temperature.
A latex composition for dip molding comprising: a carboxylic acid-modified nitrile-based copolymer latex having pKa of 9.5 to 10.2 and satisfying the following General Formulas 1 and 2, wherein a carboxylic acid-modified nitrile-based copolymer of carboxylic acid-modified nitrile-based copolymer latex includes: a conjugated diene-based monomer-derived unit, an ethylenic unsaturated nitrile-based monomer-derived unit, and an ethylenic unsaturated acid monomer-derived unit: 0.85 ≤ P ≤ 1.0 , P = CV D / CV 0 5 ≤ M ≤ 20 , M = m 1 × m 2 wherein CV 0 represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex which is measured in a swollen in a methyl ethyl ketone solvent, CV D represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex in a deswollen state, m 1 represents an insolubility of a dried film of the carboxylic acid-modified nitrile-based copolymer latex in the methyl ethyl ketone solvent, and m 2 represents a swelling index of the dried film of the carboxylic acid-modified nitrile-based copolymer latex in the methyl ethyl ketone solvent; wherein pka, CV D , CV 0 , m 1 and m 2 were measured as per the methods described under Experimental Example 1 on pages 65 to 68 of the application as originally filed. wherein CV 0 represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex which is measured in a swollen in a methyl ethyl ketone solvent, CV D represents a capillary viscosity of the carboxylic acid-modified nitrile-based copolymer latex in a deswollen state, m 1 represents an insolubility of a dried film of the carboxylic acid-modified nitrile-based copolymer latex in the methyl ethyl ketone solvent, and m 2 represents a swelling index of the dried film of the carboxylic acid-modified nitrile-based copolymer latex in the methyl ethyl ketone solvent; wherein pka, CV D , CV 0 , m 1 and m 2 were measured as per the methods described under Experimental Example 1 on pages 65 to 68 of the application as originally filed.
A formation jig including a frame accommodating a plurality of battery cells , and a plurality of pressing plates for pressing a battery cell by moving in a horizontal direction, the formation jig comprising: the pressing plate configured to have a first through hole through which a first screw passes and press the battery cell ; a pressing support plate configured to support the battery cell when the pressing plate presses an upper or lower portion of the battery cell and include a second through hole through which the first screw passes, and a third through hole through which a second screw passes; the first screw configured to pass through the pressing plate and the pressing support plate and move the pressing plate in a gap-adjusting direction by rotation; and the second screw configured to pass through the pressing support plate and move the pressing support plate in a gap-adjusting direction by rotation, wherein a diameter of the second through hole is larger than a diameter of the first through hole , characterized in that the pressing plate and the pressing support plate are installed in plurality in parallel, wherein the pressing plate is divided into an upper pressing region and a lower pressing region , wherein each of the upper pressing region and the lower pressing region has at least one pair of first through holes , and wherein a cross-sectional area of the pressing support plate is larger than a cross-sectional area of the pressing plate . the pressing plate configured to have a first through hole through which a first screw passes and press the battery cell ; a pressing support plate configured to support the battery cell when the pressing plate presses an upper or lower portion of the battery cell and include a second through hole through which the first screw passes, and a third through hole through which a second screw passes; the first screw configured to pass through the pressing plate and the pressing support plate and move the pressing plate in a gap-adjusting direction by rotation; and the second screw configured to pass through the pressing support plate and move the pressing support plate in a gap-adjusting direction by rotation, wherein a diameter of the second through hole is larger than a diameter of the first through hole , characterized in that the pressing plate and the pressing support plate are installed in plurality in parallel, wherein the pressing plate is divided into an upper pressing region and a lower pressing region , wherein each of the upper pressing region and the lower pressing region has at least one pair of first through holes , and wherein a cross-sectional area of the pressing support plate is larger than a cross-sectional area of the pressing plate .
A near-field wireless device, comprising: a near-field antenna ; a variable current source ; a controller coupled to the near-field antenna and the variable current source; wherein the controller is configured to measure a transmit quality-factor (Qtx) of the near-field antenna; and wherein the controller is configured to increase current sent by the variable current source to the near-field antenna if the measured Qtx is lower than a minimum Qtx, wherein the controller is configured to obtain a received signal strength (RSS) measurement corresponding to a signal transmitted by the near-field device; and wherein if the measured RSS is above a minimum RSS, the controller is configured to not increase the current sent by the variable current source to the near-field antenna even if the measured Qtx is lower than the minimum Qtx. a near-field antenna ; a variable current source ; a controller coupled to the near-field antenna and the variable current source; wherein the controller is configured to measure a transmit quality-factor (Qtx) of the near-field antenna; and wherein the controller is configured to increase current sent by the variable current source to the near-field antenna if the measured Qtx is lower than a minimum Qtx, wherein the controller is configured to obtain a received signal strength (RSS) measurement corresponding to a signal transmitted by the near-field device; and wherein if the measured RSS is above a minimum RSS, the controller is configured to not increase the current sent by the variable current source to the near-field antenna even if the measured Qtx is lower than the minimum Qtx.
A system for securing a sign to a support surface, said system comprising: • a sign-carrying part for releasable attachment on a mounting part , said sign-carrying part having a front side for holding the sign and a back side provided with a track that loosely holds a locking plate , said track providing a compartment for the locking plate with an opening distal to the back side of the sign-carrying part, said locking plate provided with a protrusion that protrudes beyond the opening of the track when the locking plate is resting on the inner surface of the track distal to the back side; • the mounting part configured to be fixedly attached to a support surface, said mounting part having a backside for mounting it on the support surface, and a front side with a track for receiving the protrusion of the locking plate thereby preventing lateral displacement/movement transversally in relation to the track of the sign-carrying part ; the mounting part and the sign-carrying part further comprise mutually cooperating profile portions , said locking plate being magnetic and in an a locking position when not being influenced by an external magnetic force from the front side of the sign that is greater than the magnetic force between the locking plate and a part of the front side of the mounting part, said locking plate being in an open position when influenced by said external magnetic force thereby allowing the sign-carrying part to be released from said mounting part , characterized in that the track of the mounting part includes a magnetic piece for exerting the magnetic force between the locking plate and a part of the front side of the mounting part. • a sign-carrying part for releasable attachment on a mounting part , said sign-carrying part having a front side for holding the sign and a back side provided with a track that loosely holds a locking plate , said track providing a compartment for the locking plate with an opening distal to the back side of the sign-carrying part, said locking plate provided with a protrusion that protrudes beyond the opening of the track when the locking plate is resting on the inner surface of the track distal to the back side; • the mounting part configured to be fixedly attached to a support surface, said mounting part having a backside for mounting it on the support surface, and a front side with a track for receiving the protrusion of the locking plate thereby preventing lateral displacement/movement transversally in relation to the track of the sign-carrying part ;
Protective clothing with at least one multilayer web for multilayer material webs, wherein the at least one multilayer web is attached on a seam between two material sections of the protective clothing and the multilayer web is welded to a respective exterior of the material sections , characterized in that the multilayer web contains at least the following layer structure: - a first and second outer layer (A1, A2) which is formed from Chlorosulfonyl Polyetheylene Rubber (CSM), and - an intermediate layer (Z) with lower permeation, which is located between the first outer layer (A1) and the second outer layer (A2), and which is composed of at least one foil made of PTFE, and - a single layer adhesive layer H1, which is located between the first outer layer (A1) and the intermediate layer (Z), and - a single layer adhesive layer H2, which is located between the intermediate layer (Z) and a second outer layer (A2), and - wherein the second outer layer (A2) of the multilayer web facing the material sections is formed from the same weldable material as the exteriors of the material sections and the weldable material is formed by Chlorosulfonyl Polyethylene Rubber (CSM). - a first and second outer layer (A1, A2) which is formed from Chlorosulfonyl Polyetheylene Rubber (CSM), and - an intermediate layer (Z) with lower permeation, which is located between the first outer layer (A1) and the second outer layer (A2), and which is composed of at least one foil made of PTFE, and - a single layer adhesive layer H1, which is located between the first outer layer (A1) and the intermediate layer (Z), and - a single layer adhesive layer H2, which is located between the intermediate layer (Z) and a second outer layer (A2), and - wherein the second outer layer (A2) of the multilayer web facing the material sections is formed from the same weldable material as the exteriors of the material sections and the weldable material is formed by Chlorosulfonyl Polyethylene Rubber (CSM).
A windscreen wiper device for cleaning a windshield of a vehicle, comprising: a wiper strip extending in a longitudinal direction (A); at least one carrier element in engagement with said wiper strip for operatively supporting and biasing said wiper strip into a predetermined configuration; an at least two piece connecting device operatively coupled to said at least one carrier element and including a main piece with a bearing surface shaped for receiving and operatively supporting an end of a hook style wiper arm and a door piece pivotably coupled to said main piece and wherein said door piece is pivotable between an open position for allowing attachment and detachment between said connecting device and the wiper arm and a closed position for securing the wiper arm into engagement with said windscreen wiper device ; wherein said door piece is pivotably coupled to said main piece about an axis that extends in said longitudinal direction; wherein said door piece includes a retaining surface spaced a predetermined distance from and facing said bearing surface of said main piece when said door piece is in said closed position for trapping a portion of the hook-shaped end of the wiper arm between said retaining surface and said bearing surface to secure the wiper arm into engagement with said windscreen wiper device , the windscreen wiper device being characterised in that said retaining surface on said door piece is on a tongue that extends generally downwardly when said door piece is in said closed position. a wiper strip extending in a longitudinal direction (A); at least one carrier element in engagement with said wiper strip for operatively supporting and biasing said wiper strip into a predetermined configuration; an at least two piece connecting device operatively coupled to said at least one carrier element and including a main piece with a bearing surface shaped for receiving and operatively supporting an end of a hook style wiper arm and a door piece pivotably coupled to said main piece and wherein said door piece is pivotable between an open position for allowing attachment and detachment between said connecting device and the wiper arm and a closed position for securing the wiper arm into engagement with said windscreen wiper device ; wherein said door piece is pivotably coupled to said main piece about an axis that extends in said longitudinal direction; wherein said door piece includes a retaining surface spaced a predetermined distance from and facing said bearing surface of said main piece when said door piece is in said closed position for trapping a portion of the hook-shaped end of the wiper arm between said retaining surface and said bearing surface to secure the wiper arm into engagement with said windscreen wiper device , the windscreen wiper device being characterised in that said retaining surface on said door piece is on a tongue that extends generally downwardly when said door piece is in said closed position.
An air duct system , wherein the air duct system comprises a drying system and a cooling system which are arranged in cooperation with each other, the cooling system comprises an evaporator , and an air return port and an air supply port provided on two sides of the evaporator , the drying system is disposed between the air return port and the evaporator , and the drying system comprises an air compressor and an air storage tank that are connected to each other, so that the air discharged through the air return port sequentially passes through the air compressor and the air storage tank and then flows to the evaporator ; characterized in that the cooling system comprises a cooling chamber for receiving the evaporator , and the cooling chamber comprises a first opening connected to the drying system and a second opening connected to the air supply port ; the first opening and the second opening are respectively located on two sides of the evaporator ; and wherein the air duct system further comprises two drying modules which are disposed between the air storage tank and the evaporator ; one drying module is disposed in the first opening or disposed adjacent to the first opening , the other is disposed in the drying system and located at an output end of the air storage tank ; wherein the air duct system comprises a first check valve disposed at the first opening , and a second check valve disposed at the second opening or the air supply port . characterized in that the cooling system comprises a cooling chamber for receiving the evaporator , and the cooling chamber comprises a first opening connected to the drying system and a second opening connected to the air supply port ; the first opening and the second opening are respectively located on two sides of the evaporator ; and wherein the air duct system further comprises two drying modules which are disposed between the air storage tank and the evaporator ; one drying module is disposed in the first opening or disposed adjacent to the first opening , the other is disposed in the drying system and located at an output end of the air storage tank ; wherein the air duct system comprises a first check valve disposed at the first opening , and a second check valve disposed at the second opening or the air supply port .