mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an electronic device, comprising: laminating an encapsulating film on a diode , wherein the encapsulating film comprises a first layer including a pressure-sensitive adhesive component and a second layer including an adhesive component, wherein the second layer is disposed on one surface of the first layer , wherein the diode comprises a pair of electrodes and a layer of an organic material formed between the pair of electrodes, wherein the laminating is performed such that the second layer is in contact with the diode and covers an entire surface of the diode , wherein the laminating includes contacting the second layer with the diode and heating the resulting layer, wherein a tensile modulus of the first layer is lower than a tensile modulus of the second layer , wherein the tensile modulus of the first layer is from 0.001 to 100 MPa, and wherein the encapsulating film comprises moisture scavengers such that the first layer comprises a larger amount of the moisture scavengers than the second layer . wherein the encapsulating film comprises a first layer including a pressure-sensitive adhesive component and a second layer including an adhesive component, wherein the second layer is disposed on one surface of the first layer , wherein the diode comprises a pair of electrodes and a layer of an organic material formed between the pair of electrodes, wherein the laminating is performed such that the second layer is in contact with the diode and covers an entire surface of the diode , wherein the laminating includes contacting the second layer with the diode and heating the resulting layer, wherein a tensile modulus of the first layer is lower than a tensile modulus of the second layer , wherein the tensile modulus of the first layer is from 0.001 to 100 MPa, and wherein the encapsulating film comprises moisture scavengers such that the first layer comprises a larger amount of the moisture scavengers than the second layer .
An assembly for generating electrical power from a fluid flow being installable to a fluid conduit comprising a fluid, the assembly comprising - a turbine for generating power from the fluid flow, the turbine provided within a turbine housing , the turbine and turbine housing being provided with a rotor and stator assembly such that rotation of the turbine generates an electric power, - a connecting member having a proximal portion attached to a distal portion of the turbine housing and a distal portion comprising a cap , - a separate enclosure for housing the turbine and the turbine housing , the enclosure slidably receiving the connecting member through a distal portion of the enclosure , the cap of the connecting member being securable to the enclosure , wherein the enclosure is connectable to a valve member , the valve member provided with an aperture through which the turbine housing may pass, the valve member and the enclosure for provision external to the fluid conduit comprising the fluid. - a turbine for generating power from the fluid flow, the turbine provided within a turbine housing , the turbine and turbine housing being provided with a rotor and stator assembly such that rotation of the turbine generates an electric power, - a connecting member having a proximal portion attached to a distal portion of the turbine housing and a distal portion comprising a cap , - a separate enclosure for housing the turbine and the turbine housing , the enclosure slidably receiving the connecting member through a distal portion of the enclosure , the cap of the connecting member being securable to the enclosure , wherein the enclosure is connectable to a valve member , the valve member provided with an aperture through which the turbine housing may pass, the valve member and the enclosure for provision external to the fluid conduit comprising the fluid.
A 2-part epoxy adhesive composition comprising a base resin component and a curing agent component, wherein the base resin component includes (i) an epoxy resin modified with a rubber resin having a number average molecular weight of 1,000 to 8,000 and a dimer acid, (ii) a bisphenol A type epoxy resin, and (iii) a bisphenol F type epoxy resin. (i) an epoxy resin modified with a rubber resin having a number average molecular weight of 1,000 to 8,000 and a dimer acid, (ii) a bisphenol A type epoxy resin, and (iii) a bisphenol F type epoxy resin.
A system , comprising a winding tube configured for winding a roller shutter curtain (T) and a latch for connecting the tube and the curtain, - the tube defining a longitudinal axis (A8) and having a contour with an envelope and an attachment groove with a bottom , a front wall and a rear wall , - the latch comprising at least two articulated links, of which a rear link is configured to be attached to a top slat of the flap and a front link is configured to be attached to a radial outer surface of the tube , the front link having an inner surface , an outer surface opposite the inner surface, a front face and a rear face opposite the front face, characterized - in that the attachment groove is recessed with respect to the envelope of the tube , the internal surface having a profile complementary to that of the attachment groove , the front and rear faces each being carried by a plane radial to the longitudinal axis (A8), - in that slots (40; 240) are provided in the attachment groove , the front link comprising hooking members (56; 256) and at least one locking member (58; 258), some of the slots being located opposite each of the hooking members and another slot being located opposite the locking member, and in that said at least one locking member is configured so as to be manipulated without the use of tools between a locking position, in which the locking member (58; 258) engages with the opposite slot (40; 240) so as to retain the front link in the groove , and a dismantling position, in which the locking member does not retain the front link in the groove for attaching the tube. - the tube defining a longitudinal axis (A8) and having a contour with an envelope and an attachment groove with a bottom , a front wall and a rear wall , - the latch comprising at least two articulated links, of which a rear link is configured to be attached to a top slat of the flap and a front link is configured to be attached to a radial outer surface of the tube , the front link having an inner surface , an outer surface opposite the inner surface, a front face and a rear face opposite the front face, - in that the attachment groove is recessed with respect to the envelope of the tube , the internal surface having a profile complementary to that of the attachment groove , the front and rear faces each being carried by a plane radial to the longitudinal axis (A8), - in that slots (40; 240) are provided in the attachment groove , the front link comprising hooking members (56; 256) and at least one locking member (58; 258), some of the slots being located opposite each of the hooking members and another slot being located opposite the locking member, and in that said at least one locking member is configured so as to be manipulated without the use of tools between a locking position, in which the locking member (58; 258) engages with the opposite slot (40; 240) so as to retain the front link in the groove , and a dismantling position, in which the locking member does not retain the front link in the groove for attaching the tube.
A method for folding a carrier with a card attached, the method comprising: providing a carrier having a first portion and a second portion, the first portion comprising a card ; feeding the first portion of the carrier into an opening of a fold chute without bending the card; repositioning the fold chute to create a buckle in the second portion of the carrier ; and ingesting the buckled second portion of the carrier into a folding nip aligned with the repositioned fold chute to create a fold in the second portion. providing a carrier having a first portion and a second portion, the first portion comprising a card ; feeding the first portion of the carrier into an opening of a fold chute without bending the card; repositioning the fold chute to create a buckle in the second portion of the carrier ; and ingesting the buckled second portion of the carrier into a folding nip aligned with the repositioned fold chute to create a fold in the second portion.
A method of removal or deletion of a virus on a computer system, the method including the steps of: creating and storing at least one snapshot of the memory content, including memory segments, prior to a virus being inserted into the computer system; analyzing memory segments of the computer system prior to the virus being inserted into the computer system and comparing it with the at least one snapshot of the memory content; creating a list of file segment differences between the memory segments of the computer system and the at least one snapshot of the memory content prior to the virus being inserted into the computer system and comparing the list of file segment differences with a list of predefined rules, wherein said predefined rules result in classifying a file segment in the list of file segment differences as either a wanted or unwanted file segment; characterized by deleting or removing the unwanted file segment from the memory of the computer system and replacing them with a corresponding file segment from the at least one snapshot. creating and storing at least one snapshot of the memory content, including memory segments, prior to a virus being inserted into the computer system; analyzing memory segments of the computer system prior to the virus being inserted into the computer system and comparing it with the at least one snapshot of the memory content; creating a list of file segment differences between the memory segments of the computer system and the at least one snapshot of the memory content prior to the virus being inserted into the computer system and comparing the list of file segment differences with a list of predefined rules, wherein said predefined rules result in classifying a file segment in the list of file segment differences as either a wanted or unwanted file segment; characterized by deleting or removing the unwanted file segment from the memory of the computer system and replacing them with a corresponding file segment from the at least one snapshot.
A method for operating a reversing assistance system for a vehicle , wherein the reversing assistance system carries out travel in reverse along a previously traversed trajectory in an at least semi-automated manner and, by means of a control unit , a maximum path length for the travel in reverse along the previously traveled trajectory is determined and provided depending on an expected error for the travel in reverse along the previously traveled trajectory , wherein the maximum path length is the path length along the trajectory at which the expected error exceeds a predefined error threshold .
An implant delivery system , the implant delivery system comprising: an outer shaft having a proximal end, a distal end and lumen extending therein; an inner shaft including a proximal end and a distal end, the inner shaft extending within a least a portion of the lumen of the outer shaft ; a yoke coupled to the distal end of the inner shaft ; and an implant retainer coupled to the yoke ; the implant retainer is configured to capture an implant characterised in that the implant retainer is configured to pivot relative to the yoke by rotating about a rotational axis extending perpendicular to a longitudinal axis of the inner shaft . an outer shaft having a proximal end, a distal end and lumen extending therein; an inner shaft including a proximal end and a distal end, the inner shaft extending within a least a portion of the lumen of the outer shaft ; a yoke coupled to the distal end of the inner shaft ; and an implant retainer coupled to the yoke ; the implant retainer is configured to capture an implant characterised in that the implant retainer is configured to pivot relative to the yoke by rotating about a rotational axis extending perpendicular to a longitudinal axis of the inner shaft .
Valve, in particular a 4/2 directional spool valve with a valve housing which has a pressure supply port (P), a tank port (T) and two work ports (A, B) as fluid ports, with a valve piston guided so as to be longitudinally movable in the valve housing for optionally connecting and disconnecting the fluid ports in the valve housing , and with an energisable solenoid system for actuating the valve piston , wherein, in the de-energised state of the solenoid system , the control pressure at one of the work ports (A, B) can be adjusted, in particular limited, by means of a control device arranged in the valve housing, wherein the control device routes the fluid pressure present at the one work port (B) into a control pressure chamber for the purpose of actuating a pressure detecting piston , which is operatively connected to the valve piston and which, counter to the action of an energy accumulator, such as a compression spring , enables travel movements of the valve piston for regulating the fluid flow between the pressure supply port (P) and this one work port (B), wherein the pressure detecting piston extends in a movable manner through a guide duct arranged fixedly in the valve housing and is in permanent contact with the valve piston with its one free end in any travel state of the valve piston and is in contact with an actuating rod of the armature of the solenoid system with its other end.
A hydraulic electric power generation system for roadway installation, comprising: a mat having a plurality of fluid-filled compressible pump channels positioned for compression by a vehicle tire to drive fluid in the channels outwardly through outlet sides of the channels, the channels each being adapted and configured to fully compress into a closed position at a location overlain by the tire to generate a driving exiting force for the fluid between the fully compressed location and the outlet side of the channels and to return to a fully open position when not overlain by the tire to produce a reduced pressure condition in the channel to draw fluid through an inlet side of the channel as the channel returns to the fully open position, the channels being circular in cross-section, separated by internal or externally-vented grooves or slots in the mat and having walls including a reinforcement layer surrounding an inner liner ; an outlet manifold for collecting the fluid driven through the outlet sides of the channels; and a hydraulic motor and coupled electric generator connected by piping to the outlet manifold, the hydraulic motor being driven by a flow of the collected fluid driven from the channels characterized by a mat having parallel upper and lower walls with the channels being located therebetween, the internal or externally-vented grooves or slots being located between said upper and lower walls, and fluid-filled compressible pump channels being oriented to extend in a direction of vehicle travelling on the roadway. a mat having a plurality of fluid-filled compressible pump channels positioned for compression by a vehicle tire to drive fluid in the channels outwardly through outlet sides of the channels, the channels each being adapted and configured to fully compress into a closed position at a location overlain by the tire to generate a driving exiting force for the fluid between the fully compressed location and the outlet side of the channels and to return to a fully open position when not overlain by the tire to produce a reduced pressure condition in the channel to draw fluid through an inlet side of the channel as the channel returns to the fully open position, the channels being circular in cross-section, separated by internal or externally-vented grooves or slots in the mat and having walls including a reinforcement layer surrounding an inner liner ; an outlet manifold for collecting the fluid driven through the outlet sides of the channels; and a hydraulic motor and coupled electric generator connected by piping to the outlet manifold, the hydraulic motor being driven by a flow of the collected fluid driven from the channels
A stain removal device for treating a stained area on a cloth , the stain removal device comprising: - a heating plate for heating a bleach chemical solution previously dosed onto the stained area , - a housing for enclosing the stained area and the heating plate , - an absorption component for absorbing vapours of said bleach chemical solution generated from the stained area , said absorption component cooperating with said housing and being arranged above said heating plate . - a heating plate for heating a bleach chemical solution previously dosed onto the stained area , - a housing for enclosing the stained area and the heating plate , - an absorption component for absorbing vapours of said bleach chemical solution generated from the stained area , said absorption component cooperating with said housing and being arranged above said heating plate .
A female pipe coupling member having a communication terminal, the female pipe coupling member comprising: a female pipe coupling body couplable to a male pipe coupling member received therein from a forward end thereof to provide fluid communication between the male pipe coupling member and a hose attached to a rear end of the female pipe coupling body ; a cylindrical front cover member fitted around the female pipe coupling body so as to be removable from the forward end side of the female pipe coupling body , the front cover member including a communication assembly comprising a communication terminal provided at a forward end thereof, a communication cable extending rearward from the communication terminal outside the female pipe coupling body and further extending rearward from the rear end of the female pipe coupling body , and a connector terminal connected to a rear end of the communication cable ; and a cylindrical rear cover member fitted around the female pipe coupling body so as to be removable from the rear end side of the female pipe coupling body , characterized in that the rear cover member is configured to allow the connector terminal to be passed forward inside the rear cover member along the hose, which is attached to the rear end of the female pipe coupling body , when the rear cover member is displaced rearward from the female pipe coupling body in a state where the hose and the communication cable are allowed to pass inside the rear cover member in a longitudinal direction (L). a female pipe coupling body couplable to a male pipe coupling member received therein from a forward end thereof to provide fluid communication between the male pipe coupling member and a hose attached to a rear end of the female pipe coupling body ; a cylindrical front cover member fitted around the female pipe coupling body so as to be removable from the forward end side of the female pipe coupling body , the front cover member including a communication assembly comprising a communication terminal provided at a forward end thereof, a communication cable extending rearward from the communication terminal outside the female pipe coupling body and further extending rearward from the rear end of the female pipe coupling body , and a connector terminal connected to a rear end of the communication cable ; and a cylindrical rear cover member fitted around the female pipe coupling body so as to be removable from the rear end side of the female pipe coupling body , characterized in that the rear cover member is configured to allow the connector terminal to be passed forward inside the rear cover member along the hose, which is attached to the rear end of the female pipe coupling body , when the rear cover member is displaced rearward from the female pipe coupling body in a state where the hose and the communication cable are allowed to pass inside the rear cover member in a longitudinal direction (L).
A bacterial strain belonging to the Lactobacillus kefiri species, wherein said strain is L. kefiri SGL 13 deposited with accession number DSM 27331 on June 13, 2013.
Automatic pool cleaner comprising a first gear and a second gear , a mechanism for changing between the first gear and the second gear , characterized in that the mechanism comprising: an oscillatable gear carrying assembly moveable between a first position wherein the first gear is engaged to a worm and a second position wherein the second gear is engaged to the same worm ; an actuating arrangement for selecting one of said positions by initiating movement of the gear carrying assembly to urge the assembly towards the selected one of said positions; the first gear and the second gear being mounted on the oscillitable assembly and when the first gear is engaged, the cleaner is driven to move in a first direction and when the second gear is engaged the cleaner is driven in another direction.
A process for the recovery of perfluorosulphonic acid ionomer from a component comprising a perfluorosulphonic acid (PFSA) ionomer, wherein the component comprising a PFSA ionomer is selected from the group consisting of: a PFSA membrane wherein the composite membrane contains materials that confer mechanical strength; a PFSA membrane wherein the membrane comprises a hydrogen peroxide decomposition catalyst; a PFSA membrane wherein the membrane comprises a recombination catalyst; a catalyst coated membrane; a membrane electrode assembly; and an electrode, said process comprising the steps: (i) immersing the component comprising a perfluorosulphonic acid ionomer in a solvent comprising a C 1-8 aliphatic diol compound, wherein said diol compound comprises at least one - CH 2 OH group; and (ii) heating the component/solvent mix to a temperature of 90°C to 150°C, wherein the temperature is below the boiling point of the solvent, to obtain a dispersion comprising solvent and perfluorosulphonic acid ionomer. (i) immersing the component comprising a perfluorosulphonic acid ionomer in a solvent comprising a C 1-8 aliphatic diol compound, wherein said diol compound comprises at least one - CH 2 OH group; and (ii) heating the component/solvent mix to a temperature of 90°C to 150°C, wherein the temperature is below the boiling point of the solvent, to obtain a dispersion comprising solvent and perfluorosulphonic acid ionomer.
A gardening tool comprising a main portion and an operating portion, characterised in that the gardening tool is provided with a simulated carbon fiber fabric pattern, wherein the simulated carbon fiber pattern is disposed in at least one area of the main portion or the operating portion and is to be formed directly on a surface of the gardening tool by injection molding with a mold having such a pattern. a main portion and an operating portion, characterised in that the gardening tool is provided with a simulated carbon fiber fabric pattern, wherein the simulated carbon fiber pattern is disposed in at least one area of the main portion or the operating portion and is to be formed directly on a surface of the gardening tool by injection molding with a mold having such a pattern.