mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: - a component a) comprising a nucleobase, a source of nucleobases selected from the group consisting of nucleosides, nucleotides, RNA and DNA, or a mixture thereof; and - a component b) comprising an α-glucan obtainable from an extract of fungi, yeast or bacteria. - a component a) comprising a nucleobase, a source of nucleobases selected from the group consisting of nucleosides, nucleotides, RNA and DNA, or a mixture thereof; and - a component b) comprising an α-glucan obtainable from an extract of fungi, yeast or bacteria.
A method of transmitting optical signals over an optical fiber in a mode division multiplexed system (100; 200), the optical fiber having a first and a second mode of transmission, the method comprising: - transmitting a first optical signal on the first mode of transmission over a first portion of the optical fiber; - transmitting a second optical signal on the second mode of transmission over the first portion of the optical fiber; - transmitting the first optical signal on the second mode of transmission over a second portion of the optical fiber; and - transmitting the second optical signal on the first mode of transmission over the second portion of the optical fiber. - transmitting a first optical signal on the first mode of transmission over a first portion of the optical fiber; - transmitting a second optical signal on the second mode of transmission over the first portion of the optical fiber; - transmitting the first optical signal on the second mode of transmission over a second portion of the optical fiber; and - transmitting the second optical signal on the first mode of transmission over the second portion of the optical fiber.
A highly concentrated solution suitable for use as part of a corrosion resistant coating for metal surfaces, comprising an amine carboxylate VCI in a solvent, wherein the concentration of the amine carboxylate VCI in solution is from about 40 wt. % to about 50 wt. %.
A method of assembling and burning in an illumination device, the method comprising: providing a layer of an organic encapsulant over a surface of an ultraviolet light-emitting semiconductor die; and exposing at least a portion of the encapsulant to UV light to convert at least some of said portion of the encapsulant into non-stoichiometric silica material, wherein the at least a portion of the encapsulant is exposed to UV light emitted by the semiconductor die, wherein the non-stoichiometric silica material comprises silicon, oxygen, and carbon, a carbon content of the non-stoichiometric silica material being greater than 1 ppm and less than 40 atomic percent. providing a layer of an organic encapsulant over a surface of an ultraviolet light-emitting semiconductor die; and exposing at least a portion of the encapsulant to UV light to convert at least some of said portion of the encapsulant into non-stoichiometric silica material, wherein the at least a portion of the encapsulant is exposed to UV light emitted by the semiconductor die,
Vehicle seat with a lower part for arrangement on a body part of a commercial vehicle and an upper part for storing a seat part, wherein the vehicle seat has a rotational adjustment device, by means of which at least parts of the upper part are rotatable relative to the lower part about an axis in the height direction of the vehicle seat, wherein the rotational adjustment device comprises an electric motor for rotating a rotary plate unit which is rigidly connected to the upper part and is mounted so as to rotate relative to the lower part about the axis,wherein a driveshaft of the electric motor which mechanically interacts with the rotary plate unit is arranged parallel to the width direction of the vehicle seat, wherein, viewed in each case in the height direction of the vehicle seat, an extension of the electric motor and an extension of the rotary plate unit are arranged to be at least partially overlapping characterised in that the rotational adjustment device is designed free of a connection to the lower part. wherein the vehicle seat has a rotational adjustment device, by means of which at least parts of the upper part are rotatable relative to the lower part about an axis in the height direction of the vehicle seat, wherein the rotational adjustment device comprises an electric motor for rotating a rotary plate unit which is rigidly connected to the upper part and is mounted so as to rotate relative to the lower part about the axis,wherein a driveshaft of the electric motor which mechanically interacts with the rotary plate unit is arranged parallel to the width direction of the vehicle seat, wherein, viewed in each case in the height direction of the vehicle seat, an extension of the electric motor and an extension of the rotary plate unit are arranged to be at least partially overlapping characterised in that the rotational adjustment device is designed free of a connection to the lower part.
A two-phase asynchronous transmission circuit for transmitting data over a wired interface (316, 320) according to a two-phase asynchronous protocol, the transmission circuit comprising: N data output lines (A0' to A3'), where N is an integer equal to 3 or more, wherein the transmission circuit is capable of transmitting N unique data symbols ("0" to "3"), each symbol corresponding to a binary value of at least 2 bits, each of the output lines being associated with a corresponding one of the N data symbols, the transmission circuit being adapted to transmit each data symbol by applying a voltage transition only to the corresponding output line independently of the voltage state of the other output lines.
A pair of sliding components provided, on a high-pressure side of one of relatively sliding sealing faces thereof, with a plurality of spiral grooves for discharging fluid to a high-pressure fluid side, each of the spiral grooves being in communication with the high-pressure fluid side, wherein a buffer groove for reducing penetration of low-pressure fluid toward the high-pressure fluid side is provided in the sealing face on a low-pressure side of the spiral grooves, characterized in that, the sealing face is provided, on the high-pressure side, with a plurality of fluid-circulation grooves, which are provided in a circumferential direction, in communication with the high-pressure fluid-side in addition to the spiral grooves, and is also provided with a positive pressure generating mechanism in a part flanked by each of the fluid circulation grooves and the high-pressure fluid side; the positive pressure generating mechanism is in communication with an inlet portion of each of the fluid circulation grooves and is isolated from an outlet portion of each of the fluid circulation grooves and the high-pressure fluid side by a land portion, and the spiral grooves are provided between the adjacent fluid circulation grooves.
A method for manufacturing an electrode for a lithium ion secondary cell, comprising: a step of pattern-coating a binder liquid on a current collector and forming a binder coat layer; a step of supplying granulated particles including active material particles and a binder onto the binder coat layer; a step of leveling the granulated particles supplied onto the binder coat layer; and a step of pressing the leveled granulated particles, wherein the binder coat layer is intermittently formed on the current collector so that band-shaped coated portions where the binder liquid has been coated and band-shaped uncoated portions where the binder liquid has not been coated are alternatingly adjacent to each other, the binder is a polymer material that can be dispersed or dissolved in an aqueous or organic solvent, the thickness of the binder coat layer is 0.2 μm or more and 10 μm or less, the binder is disposed without being localized inside the granulated particle or on the outer surface thereof, and where the width of the coated portion is denoted by tl, the width of the uncoated portion is denoted by t2, the average particle diameter of the granulated particles is denoted as R, and R is 50 μm to 75 μm, the following relational expressions to are satisfied: 0.53R ≤ t1 ≤ 10R, 0.66R ≤ t2 ≤ 10R, 0.2 ≤ t1/t2 ≤ 3.75. a step of pattern-coating a binder liquid on a current collector and forming a binder coat layer; a step of supplying granulated particles including active material particles and a binder onto the binder coat layer; a step of leveling the granulated particles supplied onto the binder coat layer; and a step of pressing the leveled granulated particles, wherein the binder coat layer is intermittently formed on the current collector so that band-shaped coated portions where the binder liquid has been coated and band-shaped uncoated portions where the binder liquid has not been coated are alternatingly adjacent to each other, the binder is a polymer material that can be dispersed or dissolved in an aqueous or organic solvent, the thickness of the binder coat layer is 0.2 μm or more and 10 μm or less, the binder is disposed without being localized inside the granulated particle or on the outer surface thereof, and where the width of the coated portion is denoted by tl, the width of the uncoated portion is denoted by t2, the average particle diameter of the granulated particles is denoted as R, and R is 50 μm to 75 μm, the following relational expressions to are satisfied: 0.53R ≤ t1 ≤ 10R, 0.66R ≤ t2 ≤ 10R, 0.2 ≤ t1/t2 ≤ 3.75. 0.53R ≤ t1 ≤ 10R, 0.66R ≤ t2 ≤ 10R, 0.2 ≤ t1/t2 ≤ 3.75.
A method of inspecting a joint assembly, said joint assembly comprising: a first component comprising a first bond surface; a second component comprising a second bond surface configured to couple to said first bond surface; and a layer of adhesive positioned between said first and second bond surfaces (206, 208) such that a first bond line is defined between said layer and said first bond surface, and such that a second bond line is defined between said layer and said second bond surface, wherein said layer of adhesive comprises a plurality of contrast particles that are adapted to diffuse across at least one of said first and second bond lines (222, 224) when a predetermined amount of heat and pressure is applied to said first and second components (202, 204), said method comprising: evaluating the joint assembly via a non-destructive inspection technique; obtaining an image of the joint assembly; and verifying bond formation between components (202, 204) in the joint assembly based on a location of contrast particles (212, 214, 226) in the image, by verifying that said plurality of contrast particles have diffused across said at least one of said first and second bond lines (222, 224). a first component comprising a first bond surface; a second component comprising a second bond surface configured to couple to said first bond surface; and a layer of adhesive positioned between said first and second bond surfaces (206, 208) such that a first bond line is defined between said layer and said first bond surface, and such that a second bond line is defined between said layer and said second bond surface, wherein said layer of adhesive comprises a plurality of contrast particles that are adapted to diffuse across at least one of said first and second bond lines (222, 224) when a predetermined amount of heat and pressure is applied to said first and second components (202, 204), said method comprising: evaluating the joint assembly via a non-destructive inspection technique; obtaining an image of the joint assembly; and verifying bond formation between components (202, 204) in the joint assembly based on a location of contrast particles (212, 214, 226) in the image, by verifying that said plurality of contrast particles have diffused across said at least one of said first and second bond lines (222, 224). evaluating the joint assembly via a non-destructive inspection technique; obtaining an image of the joint assembly; and verifying bond formation between components (202, 204) in the joint assembly based on a location of contrast particles (212, 214, 226) in the image, by verifying that said plurality of contrast particles have diffused across said at least one of said first and second bond lines (222, 224).
Dust filter which is composed of tubular filter elements which are arranged in a filter chamber and are provided with an opening at one end, and with a cleaning device having nozzles, which are directed at the openings, for outputting pulse-like compressed-air jets into the filter elements, wherein in each case a plurality of nozzles are attached to a common nozzle tube, which is connectable under valve control to a compressed-air supply and extends with its tube axis between two walls (7, 8) of the dust filter, wherein a first end portion of the nozzle tube is radially supported by its inner or outer side on a first tube receptacle, which is fastened to one of the two walls, and wherein a second end portion of the nozzle tube is radially supported by its inner or outer side on a second tube receptacle, which is fastened to the other of the two walls, wherein the length of the nozzle tube, as measured on the tube axis, is smaller than the distance between the two walls (7, 8), as viewed on the tube axis, and is larger than the shortest distance between the tube receptacles (31, 32), wherein the end portions (11, 12) of the nozzle tube and the respective tube receptacle (31, 32) are designed to be displaceable with respect to one another in the direction of the tube axis, and with a releasable blocking element for securing the displacement position of the tube nozzle, characterized in that in order also to secure the rotational position of the nozzle tube, a securing portion formed on the blocking element engages in a form-fitting manner in a blocking structure on the respective tube receptacle (31, 32).
A method for decreasing a Call Setup Time Key Performance Indicator, CST KPI, of an Internet Protocol, IP, multimedia call in a mobile telecommunications network, the method comprising: initiating the IP multimedia call from an originating user equipment, UE, to a terminating UE; transmitting a session initiation protocol, SIP, call initiation message from the originating UE to a terminating Proxy - Call Session Control Function, P-CSCF, through an originating Serving - Call Session Control Function, S-CSCF; creating a wake-up message via a network element upon receiving the SIP call initiation message; wherein the wake-up message bypasses a plurality of network Application Servers, ASs, to start switching a transition of the terminating UE from an idle state to a connected state before the SIP call initiation message reaches the terminating P-CSCF. initiating the IP multimedia call from an originating user equipment, UE, to a terminating UE; transmitting a session initiation protocol, SIP, call initiation message from the originating UE to a terminating Proxy - Call Session Control Function, P-CSCF, through an originating Serving - Call Session Control Function, S-CSCF; creating a wake-up message via a network element upon receiving the SIP call initiation message; wherein the wake-up message bypasses a plurality of network Application Servers, ASs, to start switching a transition of the terminating UE from an idle state to a connected state before the SIP call initiation message reaches the terminating P-CSCF.
A pupil detection apparatus that detects an image of a pupil, comprising: an image input section that captures an image of a face; an acquisition section that acquires an actual scale value expressing an actual size of a peripheral area detected from the image and including the pupil; a normalization section that calculates a scale-up/scale-down factor and normalizes the image of the peripheral area on the basis of the calculated scale-up/scale-down factor; and a detection section that detects the image of the pupil from the normalized image of the peripheral area; characterized by a storage section that stores a resolution table which associates a plurality of pupil diameters with resolutions suitable for the respective pupil diameters, a first calculation section that calculates an actual scale prediction value of a pupil diameter on the basis of a pupil diameter obtained from a pupil image which was detected based on an image captured in the past by the detection section; and a second calculation section that calculates a target value of resolution corresponding to the calculated actual scale prediction value using the resolution table; wherein the normalization section calculates the scale-up/scale-down factor on the basis of the calculated target value of the resolution and the actual scale value of the peripheral area. an image input section that captures an image of a face; an acquisition section that acquires an actual scale value expressing an actual size of a peripheral area detected from the image and including the pupil; a normalization section that calculates a scale-up/scale-down factor and normalizes the image of the peripheral area on the basis of the calculated scale-up/scale-down factor; and a detection section that detects the image of the pupil from the normalized image of the peripheral area; characterized by a storage section that stores a resolution table which associates a plurality of pupil diameters with resolutions suitable for the respective pupil diameters, a first calculation section that calculates an actual scale prediction value of a pupil diameter on the basis of a pupil diameter obtained from a pupil image which was detected based on an image captured in the past by the detection section; and a second calculation section that calculates a target value of resolution corresponding to the calculated actual scale prediction value using the resolution table; wherein the normalization section calculates the scale-up/scale-down factor on the basis of the calculated target value of the resolution and the actual scale value of the peripheral area.
A method for a handover between distributed access points, comprising: receiving, by a central access point, AP, an Ethernet frame, wherein a destination address of the Ethernet frame is an address of a wireless terminal; adding, by the central AP, a sequence number to the Ethernet frame according to the address of the wireless terminal, wherein the sequence number is different from a sequence number of a historical frame of the wireless terminal, and the historical frame of the wireless terminal is a frame that has been sent by the central AP to the wireless terminal; sending, by the central AP to a first distributed AP, the Ethernet frame to which the sequence number is added, wherein the first distributed AP is a distributed AP serving the wireless terminal among multiple distributed APs; and storing, by the central AP, the Ethernet frame to which the sequence number is added in a historical frame set of the wireless terminal; and sending, by the central AP, a frame in the historical frame set of the wireless terminal to a second distributed AP when the wireless terminal is handed over from the first distributed AP to the second distributed AP. receiving, by a central access point, AP, an Ethernet frame, wherein a destination address of the Ethernet frame is an address of a wireless terminal; adding, by the central AP, a sequence number to the Ethernet frame according to the address of the wireless terminal, wherein the sequence number is different from a sequence number of a historical frame of the wireless terminal, and the historical frame of the wireless terminal is a frame that has been sent by the central AP to the wireless terminal; sending, by the central AP to a first distributed AP, the Ethernet frame to which the sequence number is added, wherein the first distributed AP is a distributed AP serving the wireless terminal among multiple distributed APs; and storing, by the central AP, the Ethernet frame to which the sequence number is added in a historical frame set of the wireless terminal; and sending, by the central AP, a frame in the historical frame set of the wireless terminal to a second distributed AP when the wireless terminal is handed over from the first distributed AP to the second distributed AP.
A polymeric tape comprising a flattened multi-filament yarn, said yarn comprising a plurality of continuous polymeric filaments that are twisted together and bonded together; wherein said yarn is twisted to have at least about 0.5 twists per inch (0.5 twists per 2.54 cm) of yarn length up to about 15 twists per inch (15 twists per 2.54 cm) of yarn length, as measured in accordance with ASTM D1423-02; and wherein either (i) said tape has an ultimate tensile strength of at least 15 g/denier; and wherein the value of the ultimate tensile strength (g/denier) of the tape multiplied by the ultimate elongation (%) of the tape (UTS ∗ UE) is at least 150; or (ii) said tape has an ultimate elongation (y)(%) and an ultimate tensile strength (x)(g/denier) that are proportional to each other and conform to the relationship y=-0.04x + b, where b = 5 or greater and x is 15 or greater; wherein the ultimate tensile strength is measured by ASTM D882-09, and wherein the ultimate elongation is measured by ASTM D2256-02. (i) said tape has an ultimate tensile strength of at least 15 g/denier; and wherein the value of the ultimate tensile strength (g/denier) of the tape multiplied by the ultimate elongation (%) of the tape (UTS ∗ UE) is at least 150; or (ii) said tape has an ultimate elongation (y)(%) and an ultimate tensile strength (x)(g/denier) that are proportional to each other and conform to the relationship y=-0.04x + b, where b = 5 or greater and x is 15 or greater;
A dental implant, comprising: a base having exterior surfaces and a plug opening formed therein; a plug assembly inserted into the plug opening; and at least one region of porous ingrowth material associated with at least one of the exterior surfaces of the base, characterized in that the dental implant, further comprises a perforated sleeve disposed between the base and the at least one region (131,132,133,134) of porous ingrowth material and the perforated sleeve fits on the at least one exterior surface between two terminal end regions of the base to provide a uniform surface for associating the at least one region of porous ingrowth material with the at least one exterior surface. a base having exterior surfaces and a plug opening formed therein; a plug assembly inserted into the plug opening; and at least one region of porous ingrowth material associated with at least one of the exterior surfaces of the base, characterized in that the dental implant, further comprises a perforated sleeve disposed between the base and the at least one region (131,132,133,134) of porous ingrowth material and the perforated sleeve fits on the at least one exterior surface between two terminal end regions of the base to provide a uniform surface for associating the at least one region of porous ingrowth material with the at least one exterior surface.
A method of preparing dual treated silica, comprising: mixing aluminum chloride hydrate and an aminosilane in an aqueous solution to form a first mixture, wherein the weight ratio of ACH to aminosilane is 1:1 to 1:3; mixing a low surface area silica with the first mixture to form a second mixture, wherein the low surface area silica has a surface area of 125 to 180 m 2 /g; dispersing the second mixture; and heating the second mixture for 1 to 2 hours at 60 to 80° C to produce a third mixture having 28-32 % weight of solid and a viscosity of 50 to 200 cP (0.05 to 0.2 Pa s) at 45° C. mixing aluminum chloride hydrate and an aminosilane in an aqueous solution to form a first mixture, wherein the weight ratio of ACH to aminosilane is 1:1 to 1:3; mixing a low surface area silica with the first mixture to form a second mixture, wherein the low surface area silica has a surface area of 125 to 180 m 2 /g; dispersing the second mixture; and heating the second mixture for 1 to 2 hours at 60 to 80° C to produce a third mixture having 28-32 % weight of solid and a viscosity of 50 to 200 cP (0.05 to 0.2 Pa s) at 45° C.