mhurhangee/ep-ind-claims huggingface dataset:
A method for resizing an electronic display, the display comprising a front plate, a back plate, a perimeter seal spacing the front and back plate (20f, 20b) apart, and image-generating medium contained in an area between the front and back plates (20f, 20b) and within the borders of the perimeter seal, the front and back plates (20f, 20b) being spaced apart by a predetermined cell gap, the method comprising: identifying a target portion and an excess portion of the display; separating the target portion from the excess portion, thereby creating an exposed edge along the target portion communicating with the area between the plates (20f, 20b) of the target portion; stabilizing the target portion after separation such that the front and back plates (20f, 20b) are separated by a distance not greater than the predetermined cell gap; applying adhesive along the exposed edge; and after applying the adhesive along the exposed edge, forcing the adhesive such that the adhesive penetrates into the region between the plates (20f, 20b) along the exposed edge, wherein the adhesive is forced into the region between the plates (20f, 20b) by manually or mechanically pressing against the exposed edge. identifying a target portion and an excess portion of the display; separating the target portion from the excess portion, thereby creating an exposed edge along the target portion communicating with the area between the plates (20f, 20b) of the target portion; stabilizing the target portion after separation such that the front and back plates (20f, 20b) are separated by a distance not greater than the predetermined cell gap; applying adhesive along the exposed edge; and after applying the adhesive along the exposed edge, forcing the adhesive such that the adhesive penetrates into the region between the plates (20f, 20b) along the exposed edge, wherein the adhesive is forced into the region between the plates (20f, 20b) by manually or mechanically pressing against the exposed edge.
An instrument assembly for an orthopedic procedure, comprising: a reamer; and a cut guide assembly configured to couple to the reamer, the cut guide assembly comprising: a clamp selectively movable along a shaft of the reamer and lockable thereto; a first arm projecting from the reamer; a carriage selectively moveable along a longitudinal length of the first arm; and a cut block coupled to the carriage via one or more magnets; wherein the carriage includes a second arm projecting away from the first arm and a retainer configured to receive the one or more magnets therein; further comprising one or more inverted cups configured to receive the one or more magnets therein; and further comprising one or more wave springs configured to bias the one or more magnets against a lid of the one or more inverted cups. a reamer; and a cut guide assembly configured to couple to the reamer, the cut guide assembly comprising: a clamp selectively movable along a shaft of the reamer and lockable thereto; a first arm projecting from the reamer; a carriage selectively moveable along a longitudinal length of the first arm; and a cut block coupled to the carriage via one or more magnets; a clamp selectively movable along a shaft of the reamer and lockable thereto; a first arm projecting from the reamer; a carriage selectively moveable along a longitudinal length of the first arm; and a cut block coupled to the carriage via one or more magnets; wherein the carriage includes a second arm projecting away from the first arm and a retainer configured to receive the one or more magnets therein; further comprising one or more inverted cups configured to receive the one or more magnets therein; and further comprising one or more wave springs configured to bias the one or more magnets against a lid of the one or more inverted cups.
An axle (100, 200, 300, 400, 500) for wheels of a two-track motor vehicle, the axle (100, 200, 300, 400, 500) having, on each side of the vehicle, a wheel carrier, a damper strut, a transverse link, and a transverse leaf spring (160, 260, 360, 460, 560) at least partially guiding a wheel laterally and/or in a vehicle longitudinal direction, the damper strut having a damper tube and a damper piston which is movable in the damper tube along a damper longitudinal axis, the damper strut being attached by the damper tube to the wheel carrier and being supported at a first effective kinematic point on the wheel carrier, the transverse link having a wheel-carrier-side end region and being attached by the wheel-carrier-side end region to the wheel carrier and being supported at a second effective kinematic point on the wheel carrier, and, based on a functionally installed state of the axle (100, 200, 300, 400, 500) in a two-track motor vehicle, the transverse leaf spring (160, 260, 360, 460, 560) extending substantially in a vehicle transverse direction (y) and having at least one wheel-carrier-side end region, characterised in that the transverse leaf spring (160, 260, 360, 460, 560) is attached by its wheel-carrier-side end region to the damper strut and is supported at a third effective kinematic point on the damper strut, the transverse leaf spring (160, 260, 360, 460, 560) being attached by its wheel-carrier-side end region to the damper strut in the region of the damper tube.
A coupling device (100, 200, 600) comprising: a pin (102, 222, 622); a flexible elongate member (104, 204, 604) (104, 204, 604) structured to complete a loop of itself or with the pin (102, 222, 622) and secured to the pin (102, 222, 622), and able to selectively form at least one smaller loop with the pin (102, 222, 622), the at least one smaller loop with the pin being a coupling form of the coupling device (100, 200, 600), characterized in that the flexible elongate member (104, 204, 604) comprises at least two windings parallel to each other, the at least two windings of rope are formed from one length of rope, wherein the one length of rope is formed as at least four windings to define a core of the flexible elongate member (104, 204, 604) comprising four rope sections, and at least two of said windings are provided inwardly of at least two windings outwardly thereof, and wherein the one length of rope is end spliced into itself. a pin (102, 222, 622); a flexible elongate member (104, 204, 604) (104, 204, 604) structured to complete a loop of itself or with the pin (102, 222, 622) and secured to the pin (102, 222, 622), and able to selectively form at least one smaller loop with the pin (102, 222, 622), the at least one smaller loop with the pin being a coupling form of the coupling device (100, 200, 600), characterized in that the flexible elongate member (104, 204, 604) comprises at least two windings parallel to each other, the at least two windings of rope are formed from one length of rope, wherein the one length of rope is formed as at least four windings to define a core of the flexible elongate member (104, 204, 604) comprising four rope sections, and at least two of said windings are provided inwardly of at least two windings outwardly thereof, and wherein the one length of rope is end spliced into itself.
Cannabidiol for use in the treatment of childhood-onset epilepsy in patients who are concurrently taking caffeine, wherein the dose of CBD ranges from about 5 mg/kg/day to about 20 mg/kg/day; and the dose of caffeine is below 200 mg/day.
An instrument (40, 70, 170) for determining a concentration of an analyte in a sample, the instrument comprising: a processor (42, 72, 172) for determining a measurement of a concentration of an analyte in a sample; and a communication device coupling the processor to a memory-update device (10, 84), the memory-update device (10, 84) storing, on a memory, updated information to be installed on the instrument, characterized in that the updated information includes at least one of reprogramming information, altering information, or new installation information, and the memory-update device (10, 84) also stores, on the memory, an information type identifying which type of the updated information is stored on the memory, and the processor (42, 72, 172) receives the information type and the updated information from the memory-update device (10, 84), identifies the information type associated with the updated information stored on the memory, and initiates an upload sequence or a reprogramming sequence for the updated information according to the information type, the upload sequence or the reprogramming sequence allowing the processor (42, 72,172) to operate according to the updated information after completing the sequence, wherein the memory-update device (10, 84) is selectively decoupled from the processor (42, 72,172). a processor (42, 72, 172) for determining a measurement of a concentration of an analyte in a sample; and a communication device coupling the processor to a memory-update device (10, 84), the memory-update device (10, 84) storing, on a memory, updated information to be installed on the instrument, characterized in that the updated information includes at least one of reprogramming information, altering information, or new installation information, and the memory-update device (10, 84) also stores, on the memory, an information type identifying which type of the updated information is stored on the memory, and the processor (42, 72, 172) receives the information type and the updated information from the memory-update device (10, 84), identifies the information type associated with the updated information stored on the memory, and initiates an upload sequence or a reprogramming sequence for the updated information according to the information type, the upload sequence or the reprogramming sequence allowing the processor (42, 72,172) to operate according to the updated information after completing the sequence, wherein the memory-update device (10, 84) is selectively decoupled from the processor (42, 72,172).
A method for sequencing, or amplifying and detecting nucleic acids consisting of the steps of: i) providing at least one nucleic acid primer comprising at least one labelled nucleotide, ii) providing enzymes and reagents for amplification of a target nucleic acid using said at least one labelled nucleic acid primer, iii) incubating the components of the reaction under conditions suited for amplification of the target nucleic acid, iv) separating the amplified nucleic acids according to their size, v) detecting the amplified nucleic acids via the labelled nucleotide, wherein the nucleic acid primer consists of the following sequence: 5'-N a XN b -3', wherein N may be any nucleotide, wherein "a" and "b" represent the number of nucleotides and may range from 4 to 17, wherein "a" and "b" differ by 5 or less, wherein X is said at least one labelled nucleotide and wherein the nucleic acid primer has a length of 15 to 34 nucleotides. i) providing at least one nucleic acid primer comprising at least one labelled nucleotide, ii) providing enzymes and reagents for amplification of a target nucleic acid using said at least one labelled nucleic acid primer, iii) incubating the components of the reaction under conditions suited for amplification of the target nucleic acid, iv) separating the amplified nucleic acids according to their size, v) detecting the amplified nucleic acids via the labelled nucleotide, wherein the nucleic acid primer consists of the following sequence: 5'-N a XN b -3', wherein N may be any nucleotide, wherein "a" and "b" represent the number of nucleotides and may range from 4 to 17, wherein "a" and "b" differ by 5 or less, wherein X is said at least one labelled nucleotide and wherein the nucleic acid primer has a length of 15 to 34 nucleotides. 5'-N a XN b -3', wherein N may be any nucleotide, wherein "a" and "b" represent the number of nucleotides and may range from 4 to 17, wherein "a" and "b" differ by 5 or less, wherein X is said at least one labelled nucleotide and wherein the nucleic acid primer has a length of 15 to 34 nucleotides. wherein N may be any nucleotide, wherein "a" and "b" represent the number of nucleotides and may range from 4 to 17, wherein "a" and "b" differ by 5 or less, wherein X is said at least one labelled nucleotide and wherein the nucleic acid primer has a length of 15 to 34 nucleotides.
A silver-white copper alloy comprising: 51.0 mass% to 58.0 mass% of Cu; 9.0 mass% to 12.5 mass% of Ni; 0.0003 mass% to 0.010 mass% of C; 0.0005 mass% to 0.030 mass% of Pb; and optionally one or more selected from a group consisting of 0.01 mass% to 0.3 mass% of Al, 0.005 mass% to 0.09 mass% of P, 0.01 mass% to 0.09 mass% of Sb, 0.01 mass% to 0.09 mass% of As, and 0.001 mass% to 0.03 mass% of Mg; and the balance being Zn and inevitable impurities, wherein a relationship of 65.5≤[Cu]+1.2×[Ni]≤70.0 is satisfied between a content of Cu [Cu] (mass%) and a content of Ni [Ni] (mass%), and in a metal structure thereof, an area ratio of β phases dispersed in an α-phase matrix is 0% to 0.9%. 51.0 mass% to 58.0 mass% of Cu; 9.0 mass% to 12.5 mass% of Ni; 0.0003 mass% to 0.010 mass% of C; 0.0005 mass% to 0.030 mass% of Pb; and optionally one or more selected from a group consisting of 0.01 mass% to 0.3 mass% of Al, 0.005 mass% to 0.09 mass% of P, 0.01 mass% to 0.09 mass% of Sb, 0.01 mass% to 0.09 mass% of As, and 0.001 mass% to 0.03 mass% of Mg; and
Aqueous dispersion comprising the following components: - at least one binder in dispersion form - at least one water-soluble salt of phosphoric acid - at least one water-soluble carbohydrate which is a disaccharide - optionally at least one water-soluble ammonium salt and/or at least one amino compound, wherein the at least one binder in dispersion form comprises a stabilized dispersion containing a copolymer of vinyl acetate and a vinyl ester of a further long-chain carboxylic acid. - at least one binder in dispersion form - at least one water-soluble salt of phosphoric acid - at least one water-soluble carbohydrate which is a disaccharide - optionally at least one water-soluble ammonium salt and/or at least one amino compound, wherein the at least one binder in dispersion form comprises a stabilized dispersion containing a copolymer of vinyl acetate and a vinyl ester of a further long-chain carboxylic acid.
An electric double layer capacitor comprising a polarizable electrode layer that contains an activated carbon, a conductive agent, and a binder, wherein an external specific surface area of said activated carbon, defined as a specific surface area calculated from a nitrogen absorption isotherm by a t-plot method by excluding micropores of pore diameter smaller than 2 nanometers (20 angstroms), per unit volume of said polarizable electrode layer, lies within a range of 450 to 800 m 2 /cm 3, and a volume based on inter-particle interstices per unit volume of said polarizable electrode layer, calculated in accordance with the method recited in the description herein, lies within a range of 0.05 to 0.12 cm 3 /cm 3, characterised in that a relative particle quantity by volume in a mode diameter of a particle size distribution in said activated carbon lies within a range of 10 to 30%.
A method performed by a first wireless communication node, the method comprising: transmitting, to a second wireless communication node, configuration information for a minimization of drive test, MDT, measurement, wherein the first wireless communication node and the second wireless communication node are both nodes in a wireless network, and wherein the MDT measurement is to be executed by a wireless communication device in the wireless network; and receiving, from the second wireless communication node, a feedback in response to the configuration information for the MDT measurement, the feedback comprising a conflict indication indicating that the second wireless communication node has triggered an existing MDT measurement, which is same as the MDT measurement, on the wireless communication device; and stopping the MDT measurement at the first wireless communication node in response to the feedback. transmitting, to a second wireless communication node, configuration information for a minimization of drive test, MDT, measurement, wherein the first wireless communication node and the second wireless communication node are both nodes in a wireless network, and wherein the MDT measurement is to be executed by a wireless communication device in the wireless network; and receiving, from the second wireless communication node, a feedback in response to the configuration information for the MDT measurement, the feedback comprising a conflict indication indicating that the second wireless communication node has triggered an existing MDT measurement, which is same as the MDT measurement, on the wireless communication device; and stopping the MDT measurement at the first wireless communication node in response to the feedback.
A magnet wire comprising: a conductor; and at least one layer of polymeric enamel insulation formed around the conductor, the polymeric enamel insulation comprising a filler dispersed in a base thermosetting polymeric material, wherein the filler comprises less than 5.0 percent by weight of the polymeric enamel insulation; and characterised in that the filler comprises a fully soluble organometallic compound formed from an amine salt of a metal oxide acid comprising a transition metal. a conductor; and at least one layer of polymeric enamel insulation formed around the conductor, the polymeric enamel insulation comprising a filler dispersed in a base thermosetting polymeric material, wherein the filler comprises less than 5.0 percent by weight of the polymeric enamel insulation; and characterised in that the filler comprises a fully soluble organometallic compound formed from an amine salt of a metal oxide acid comprising a transition metal.
A piston for an internal combustion engine, the piston comprising: a body comprising a piston pin boss for inserting a piston pin thereinto, and a skirt corresponding to a cylinder wall; and a cooling channel provided in the body to allow a refrigerant for cooling the body, to flow therethrough, and having a ring shape comprising a first channel provided from a refrigerant inlet to a refrigerant outlet along a first outer circumferential direction of the body, and a second channel provided from the refrigerant inlet to the refrigerant outlet along a second outer circumferential direction of the body, wherein, in the cooling channel, to increase a supply speed and a discharge speed of the refrigerant by inducing the refrigerant supplied through the refrigerant inlet, toward the refrigerant outlet, a first space cross-sectional area of a first part of the first channel is less than a second space cross-sectional area of a second part of the first channel characterised in that the first channel has a space cross-sectional area gradually increased from the refrigerant outlet to the refrigerant inlet, and the second channel has a space cross-sectional area gradually increased from the refrigerant inlet to the refrigerant outlet. a body comprising a piston pin boss for inserting a piston pin thereinto, and a skirt corresponding to a cylinder wall; and a cooling channel provided in the body to allow a refrigerant for cooling the body, to flow therethrough, and having a ring shape comprising a first channel provided from a refrigerant inlet to a refrigerant outlet along a first outer circumferential direction of the body, and a second channel provided from the refrigerant inlet to the refrigerant outlet along a second outer circumferential direction of the body, wherein, in the cooling channel, to increase a supply speed and a discharge speed of the refrigerant by inducing the refrigerant supplied through the refrigerant inlet, toward the refrigerant outlet, a first space cross-sectional area of a first part of the first channel is less than a second space cross-sectional area of a second part of the first channel characterised in that the first channel has a space cross-sectional area gradually increased from the refrigerant outlet to the refrigerant inlet, and the second channel has a space cross-sectional area gradually increased from the refrigerant inlet to the refrigerant outlet.
Use of a refrigerant composition comprising 35 mass% of difluoromethane (HFC-32) and 65 mass% of 2,3,3,3-tetrafluoropropene (HFO-1234yf) in a refrigerator, wherein the refrigerator is provided with a countermeasure (i) to prevent heat exchange efficiency from decreasing due to the temperature glide in a heat exchanger, wherein the countermeasure (i) is at least one of - eliminating the temperature difference between air and refrigerant by counter-current flow, and - preventing frost formation near an inlet of an evaporator, and wherein the refrigerator is provided with a countermeasure (ii) to reduce the effect of pressure loss, wherein the countermeasure (ii) is at least one of - using an ejector as an expansion mechanism, and - using an economizer cycle. - eliminating the temperature difference between air and refrigerant by counter-current flow, and - preventing frost formation near an inlet of an evaporator, and - using an ejector as an expansion mechanism, and - using an economizer cycle.
A membrane pump, comprising a first membrane, a second membrane, a membrane interior space is formed between said first membrane and said second membrane, said membrane interior space comprising a first element and a second element, and a resistance meter configured to detect a resistance between said first element and said second element arising from a fluid leakage into said membrane interior space due to rupture of said first membrane and/or said second membrane, characterized in that the membrane interior space is formed with vacuum between the first membrane and the second membrane, and the first element and the second element are separated and electrically insulated by said vacuum.
Tissue adhesive containing - a stabilized fibrinogen preparation storable in the liquid and/or frozen state, to which a chaotropic substance has been added, and - a thrombin preparation for use in the reduction or prevention of post-operative tissue adhesions. - a stabilized fibrinogen preparation storable in the liquid and/or frozen state, to which a chaotropic substance has been added, and - a thrombin preparation for use in the reduction or prevention of post-operative tissue adhesions.
A method of pairing a first device with a second device, the first and second devices being adapted for wirelessly communicating with each other, the pairing of devices aiming at ensuring communication only between trusted devices, the method comprising in the first device providing an algorithm comprising at least the following states • A STANDBY state where the first device is in a default state; • A CONNECTED state where wireless communication between the first and second devices has been established; • A PAIRING state comprising a pairing search state used to discover new devices issuing requests for being paired; and providing that when the first device is NOT in the STANDBY or CONNECTED states, the first device is automatically, repeatedly brought in the pairing search state, wherein the method further comprises that a pairing inquiry issued by the first device during a pairing search state comprises a request for identification, ID, of devices receiving the inquiry. • A STANDBY state where the first device is in a default state; • A CONNECTED state where wireless communication between the first and second devices has been established; • A PAIRING state comprising a pairing search state used to discover new devices issuing requests for being paired; and