mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sharing content by a first communication device , the method comprising the steps of: executing (S301), by a processor of the first communication device , an interactive service between the first communication device and a second communication device ; receiving (S303), by the processor, a content share request via a content share icon on a screen of the first communication device ; transmitting (S304), by the processor, the content share request to the second communication device ; receiving (S307), by the processor, a content share acceptance signal indicating that the content share request is accepted from the second communication device ; transmitting (S309), by the processor, the content share request to a peripheral device (30_(1-n)) of the first communication device ; receiving (S310), by the processor, information about at least one of content and content-related information from the peripheral device (30_(1-n)) of the first communication device in response to the content share request; and transmitting (S312), by the processor, the received information to the second communication device . executing (S301), by a processor of the first communication device , an interactive service between the first communication device and a second communication device ; receiving (S303), by the processor, a content share request via a content share icon on a screen of the first communication device ; transmitting (S304), by the processor, the content share request to the second communication device ; receiving (S307), by the processor, a content share acceptance signal indicating that the content share request is accepted from the second communication device ; transmitting (S309), by the processor, the content share request to a peripheral device (30_(1-n)) of the first communication device ; receiving (S310), by the processor, information about at least one of content and content-related information from the peripheral device (30_(1-n)) of the first communication device in response to the content share request; and transmitting (S312), by the processor, the received information to the second communication device .
A method of communicating between a first communication device and a second communication device using an instant messaging application, the method comprising: receiving, at the first communication device, contact information identifying the second communication device; determining, by the first communication device, a contact type for the second communication device from the contact information; responsive to determining that the contact type is a first contact type, storing the contact information in a first partition of a memory of the first communication device; responsive to determining that the contact type is a second contact type, storing the contact information in a second partition of the memory of the first communication device; and further comprising: responsive to determining that the contact type is a first contact type, communicating with the second communication device using a first security policy; and responsive to determining that the contact type is a second contact type, communicating with the second communication device using a second security policy. receiving, at the first communication device, contact information identifying the second communication device; determining, by the first communication device, a contact type for the second communication device from the contact information; responsive to determining that the contact type is a first contact type, storing the contact information in a first partition of a memory of the first communication device; responsive to determining that the contact type is a second contact type, storing the contact information in a second partition of the memory of the first communication device; and further comprising: responsive to determining that the contact type is a first contact type, communicating with the second communication device using a first security policy; and responsive to determining that the contact type is a second contact type, communicating with the second communication device using a second security policy. responsive to determining that the contact type is a first contact type, communicating with the second communication device using a first security policy; and responsive to determining that the contact type is a second contact type, communicating with the second communication device using a second security policy.
A method of producing a substrate having a frosted appearance, the method comprising: applying a frost-imparting composition onto a ceramic substrate to receive a coated substrate, wherein the composition comprises a liquid vehicle, 20% by weight to 90% by weight of glass frit particles and 0.05% by weight to 10% by weight of at least one gas releasing material, inactive below an activation temperature of at least 400°C, the gas releasing material comprising at least one of carbonate, bicarbonate, nitrate, nitrite, iodate, periodate, bromate, perbromate, fluoride, manganate, dimanganate, permanganate, hypomanganate, chromate, dichromate, sulfate, sulfite, dithionite, thiosulfate, cyanate, thiocyanate compound or any combination thereof; producing the frosted appearance by firing the coated substrate at a firing temperature of above 400°C, wherein the temperature is chosen to be above the activation temperature of the gas-releasing material, above which the gas-releasing material yields gas bubbles and above a temperature that causes the glass frit particles to behave as a viscous liquid; and removing, by a scrubbing process, a powder layer that is formed on the coated substrate during the firing. applying a frost-imparting composition onto a ceramic substrate to receive a coated substrate, wherein the composition comprises a liquid vehicle, 20% by weight to 90% by weight of glass frit particles and 0.05% by weight to 10% by weight of at least one gas releasing material, inactive below an activation temperature of at least 400°C, the gas releasing material comprising at least one of carbonate, bicarbonate, nitrate, nitrite, iodate, periodate, bromate, perbromate, fluoride, manganate, dimanganate, permanganate, hypomanganate, chromate, dichromate, sulfate, sulfite, dithionite, thiosulfate, cyanate, thiocyanate compound or any combination thereof; producing the frosted appearance by firing the coated substrate at a firing temperature of above 400°C, wherein the temperature is chosen to be above the activation temperature of the gas-releasing material, above which the gas-releasing material yields gas bubbles and above a temperature that causes the glass frit particles to behave as a viscous liquid; and removing, by a scrubbing process, a powder layer that is formed on the coated substrate during the firing.
A combustible heat source for a smoking article having a barrier affixed to an end face thereof, wherein a thermally-activated adhesive is provided between the end face of the combustible heat source and the barrier.
Wind turbine comprising a tower made up of longitudinal sections in turn comprising a plurality of voussoirs, wherein the voussoirs comprise an inner face , an outer face and at least one flank configured to be facing a flank of an adjacent voussoir so as to define a cavity , configured to be at least partially filled by a filler material, and each voussoir comprises at least one sealing element of elastomeric material that is configured to remain in contact with the flank of the adjacent voussoir closing the cavity laterally, the sealing element having a height, measured in a perpendicular direction to the flank , greater than the distance between the flank where said sealing element is located and the flank of the adjacent voussoir when they are joined; whereby each voussoir comprises two opposite flanks configured to be facing a flank of an adjacent voussoir and in each flank the voussoirs comprise a sealing element placed in contact with the inner face of the voussoir or placed in contact with the outer face of the voussoir and whereby the voussoirs are placed in such a way that a flank in which the sealing element is arranged in contact with the inner face is placed adjacent to a flank of an adjacent voussoir in which the sealing element is in contact with the outer face ; ; characterised in that each voussoir is configured to be arranged with a movement substantially parallel to the flank, so the sealing element is deformed in the direction of relative movement of the voussoir on which it is integrated.
Nutritional composition, comprising i-) uridine and/or uridine monophosphate ii) DHA and/or EPA iii) a vitamin B selected from the group of vitamin B6, vitamin B9 and vitamin B12 iv) a phospholipid v) an antioxidant selected from the group of vitamin C, vitamin E and selenium vi) a choline vii) a protein, wherein the composition comprises phosphatidylcholine, and the weight to weight ratio phosphatidylcholine to choline is more than 0.1, wherein the amount of choline in grams is calculated as the molar contribution of choline as provided by all choline sources times the molecular weight of choline and wherein the ratio [uridine monophosphate + uridine]/[phospholipids] is 0.15-4. i-) uridine and/or uridine monophosphate ii) DHA and/or EPA iii) a vitamin B selected from the group of vitamin B6, vitamin B9 and vitamin B12 iv) a phospholipid v) an antioxidant selected from the group of vitamin C, vitamin E and selenium vi) a choline vii) a protein,
A self-punching functional element for fastening to a workpiece , in particular to a sheet metal part, said self-punching functional element comprising a head part which has an abutment surface for introducing a punching force directed in a punching direction (S) into the functional element and a rivet section which extends away from the head part in the punching direction (S) and which comprises a free end which is provided with a first punching edge for punching a slug out of the workpiece ; and a functional section which has a punching pilot which is radially surrounded by the rivet section , which extends away from the head part in the punching direction (S), and which has a second punching edge for punching a hole into the slug, wherein the second punching edge is set back with respect to the first punching edge in the punching direction (S). a head part which has an abutment surface for introducing a punching force directed in a punching direction (S) into the functional element and a rivet section which extends away from the head part in the punching direction (S) and which comprises a free end which is provided with a first punching edge for punching a slug out of the workpiece ; and a functional section which has a punching pilot which is radially surrounded by the rivet section , which extends away from the head part in the punching direction (S), and which has a second punching edge for punching a hole into the slug, wherein the second punching edge is set back with respect to the first punching edge in the punching direction (S).
A test and measurement instrument, comprising: a user interface ; and a controller configured to: receive a serial bit stream; the instrument is characterized by applying a logic to identify states within the serial bit stream and produce a combined state/bit stream by changing bits in the serial bit stream that identify a state into a state symbol that can be recognized by a regular expression; apply a first regular expression to the combined state/bit stream, wherein the first regular expression includes state information thereby producing an output data; and present the output data through the user interface in response to the application of the first regular expression to the combined state/bit stream. a user interface ; and a controller configured to: receive a serial bit stream; the instrument is characterized by applying a logic to identify states within the serial bit stream and produce a combined state/bit stream by changing bits in the serial bit stream that identify a state into a state symbol that can be recognized by a regular expression; apply a first regular expression to the combined state/bit stream, wherein the first regular expression includes state information thereby producing an output data; and present the output data through the user interface in response to the application of the first regular expression to the combined state/bit stream. receive a serial bit stream; the instrument is characterized by applying a logic to identify states within the serial bit stream and produce a combined state/bit stream by changing bits in the serial bit stream that identify a state into a state symbol that can be recognized by a regular expression; apply a first regular expression to the combined state/bit stream, wherein the first regular expression includes state information thereby producing an output data; and present the output data through the user interface in response to the application of the first regular expression to the combined state/bit stream.
A method for manufacturing a galvanized steel sheet, comprising: galvanizing a steel sheet; bringing the steel sheet into contact with an aqueous solution; holding the steel sheet for 1 to 60 seconds after the termination of the contact treatment; and washing with water and drying the steel sheet to thereby form an oxide layer on the surface of the steel sheet, the aqueous solution for use in the contact treatment of the steel sheet containing zinc ion in the range of 50 to 100 g/l as the zinc ion concentration, having a pH of 4 to 6, and having a liquid temperature of 20 to 70 °C. galvanizing a steel sheet; bringing the steel sheet into contact with an aqueous solution; holding the steel sheet for 1 to 60 seconds after the termination of the contact treatment; and washing with water and drying the steel sheet to thereby form an oxide layer on the surface of the steel sheet, the aqueous solution for use in the contact treatment of the steel sheet containing zinc ion in the range of 50 to 100 g/l as the zinc ion concentration, having a pH of 4 to 6, and having a liquid temperature of 20 to 70 °C.
A thermal insulating structure , preferably a thermal insulating textile, including at least one baffle box , the baffle box comprising: a. a plurality of natural and / or synthetic down fibers , wherein the plurality of natural and / or synthetic down fibers comprises at least one hollow fiber; b. a plurality of low-melt fibers ; c. wherein the low-melt fibers have been melted to the natural and / or synthetic down fibers by heating inside the baffle box . a. a plurality of natural and / or synthetic down fibers , wherein the plurality of natural and / or synthetic down fibers comprises at least one hollow fiber; b. a plurality of low-melt fibers ; c. wherein the low-melt fibers have been melted to the natural and / or synthetic down fibers by heating inside the baffle box .
A dialyzer comprising a tubular dialyzer housing in the interior of which a plurality of capillaries each extending in the longitudinal direction of the dialyzer housing and being juxtaposed transversely to the longitudinal direction is arranged, with a filler having a volume-increasing property being arranged between the inner wall of the dialyzer housing and the capillaries and which expands after introduction into the dialyzer housing , characterized in that the capillaries are wrapped with a film and the filler is arranged between the film and the inner wall of the dialyzer housing , wherein the filler is surrounded by a water-permeable film or the filler is a gel-type paste or a polymer foam adapted to be injected into the dialyzer housing . the capillaries are wrapped with a film and the filler is arranged between the film and the inner wall of the dialyzer housing , wherein the filler is surrounded by a water-permeable film or the filler is a gel-type paste or a polymer foam adapted to be injected into the dialyzer housing .
Hydraulic pitch drive system for controlling a blade pitch angle on a rotor of a wind turbine, the pitch drive system comprising: a hydraulic cylinder with a piston-side A and a rod-side B, the hydraulic cylinder being arranged to actuate blade pitch rotation; a first hydraulic proportional valve V3 arranged for controlling a flow of hydraulic fluid from a pressure port P to the hydraulic cylinder in response to a primary control signal S3; wherein in an extending mode of the hydraulic cylinder the pressure port P via the first hydraulic proportional valve V3 is connected to the piston-side A of the hydraulic cylinder; wherein the rod-side B of the hydraulic cylinder is connected to the pressure port P via a recirculation line comprising a non-return valve V6, wherein the non-return valve V6 is arranged for flow in a direction from the rod-side B of the hydraulic cylinder to the pressure port P; a first control module configured to provide the primary control signal S3 in response to a to a blade pitch angle positioning request; a second hydraulic proportional valve V4 arranged for controlling a flow of hydraulic fluid from the rod-side B to the tank port T independent of the first hydraulic proportional valve V3, in response to a secondary control signal S4; and a second control module configured to provide the secondary control signal S4 so as to control a set point of the second hydraulic proportional valve V4 for controlling the second hydraulic proportional valve V4 in an extending mode of the hydraulic cylinder. a hydraulic cylinder with a piston-side A and a rod-side B, the hydraulic cylinder being arranged to actuate blade pitch rotation; a first hydraulic proportional valve V3 arranged for controlling a flow of hydraulic fluid from a pressure port P to the hydraulic cylinder in response to a primary control signal S3; wherein in an extending mode of the hydraulic cylinder the pressure port P via the first hydraulic proportional valve V3 is connected to the piston-side A of the hydraulic cylinder; wherein the rod-side B of the hydraulic cylinder is connected to the pressure port P via a recirculation line comprising a non-return valve V6, wherein the non-return valve V6 is arranged for flow in a direction from the rod-side B of the hydraulic cylinder to the pressure port P; a first control module configured to provide the primary control signal S3 in response to a to a blade pitch angle positioning request; a second hydraulic proportional valve V4 arranged for controlling a flow of hydraulic fluid from the rod-side B to the tank port T independent of the first hydraulic proportional valve V3, in response to a secondary control signal S4; and a second control module configured to provide the secondary control signal S4 so as to control a set point of the second hydraulic proportional valve V4 for controlling the second hydraulic proportional valve V4 in an extending mode of the hydraulic cylinder.
Dolly for transportation of objects, the dolly comprising: - an engagement member made of formable material and having an engaging side shaped for receiving carriers and a back side opposite to the engaging side , - a load-bearing frame , - an abutment between the frame and the engagement member for fastening the engagement member to the frame , and - a plurality of wheels bearing-mounted to the dolly through the load-bearing frame on opposite side to the engaging side , characterized in that the load-bearing frame is an assembly comprising a plurality of interconnectable beams , which are connected to each other by cribbing joints , whereby a single type of load-bearing frame is applicable to a variety of engagement members . - an engagement member made of formable material and having an engaging side shaped for receiving carriers and a back side opposite to the engaging side , - a load-bearing frame , - an abutment between the frame and the engagement member for fastening the engagement member to the frame , and - a plurality of wheels bearing-mounted to the dolly through the load-bearing frame on opposite side to the engaging side , characterized in that the load-bearing frame is an assembly comprising a plurality of interconnectable beams , which are connected to each other by cribbing joints , whereby a single type of load-bearing frame is applicable to a variety of engagement members .
A solid state electrode for an electrochemical sensor comprising a solid state electrolyte , the solid state electrolyte comprising a plasticized polymer matrix with non-dissolved salt crystals embedded in the polymer matrix and wherein the non-dissolved crystals are suitable for dissolving ions in the plasticized polymer, the solid electrode moreover comprising an electrode in contact with the solid state electrolyte , wherein the electrode material is such that the ions dissolved by the salt crystals induce a voltage on the electrode.
Casing for a device for packaging a refillable cosmetic product, said casing being suitable for receiving a refill suitable for containing said cosmetic product, the casing comprising an opening suitable for receiving the refill so that it can be set in place in a receiving volume defined by an interior wall of the casing, said interior wall having, over at least part of its surface, an elastomer element that is at least partly in relief with respect to the interior wall of the casing , characterized in that the elastomer element is connected to the casing and in that , with a portion of the interior wall of the casing forming a neck near the opening of the casing , the elastomer element is situated on that portion of the interior wall of the casing that forms the neck . the casing comprising an opening suitable for receiving the refill so that it can be set in place in a receiving volume defined by an interior wall of the casing, said interior wall having, over at least part of its surface, an elastomer element that is at least partly in relief with respect to the interior wall of the casing , characterized in that the elastomer element is connected to the casing and in that , with a portion of the interior wall of the casing forming a neck near the opening of the casing , the elastomer element is situated on that portion of the interior wall of the casing that forms the neck .