mhurhangee/ep-ind-claims huggingface dataset:
Device for nailing cast in place anchors, comprising - a housing, which has an anchor receptacle for receiving a cast in place anchor, - a nail gun abutment for abutting against a nail gun, and - a ram, which extends into the housing towards the anchor receptacle, and which is axially displaceable with respect to the housing, wherein the ram has a striking surface facing the anchor receptacle for striking the cast in place anchor disposed in the anchor receptacle, and wherein the ram further has a striker abutment for abutting against a striker of the nail gun that is positioned at the nail gun abutment. - a housing, which has an anchor receptacle for receiving a cast in place anchor, - a nail gun abutment for abutting against a nail gun, and - a ram, which extends into the housing towards the anchor receptacle, and which is axially displaceable with respect to the housing, wherein the ram has a striking surface facing the anchor receptacle for striking the cast in place anchor disposed in the anchor receptacle, and wherein the ram further has a striker abutment for abutting against a striker of the nail gun that is positioned at the nail gun abutment.
A method for producing a polycarbonate/polyethylene terephthalate composite resin composition comprising a step of fusing and kneading: a resin component of 100 parts by weight; and a phosphite compound or a phosphate compound employed as a phosphorus thermal stabilizer of 0.01 to 0.5 parts by weight and/or a hindered phenol thermal stabilizer of 0.01 to 1 parts by weight, the resin component containing a polycarbonate resin of 95 to 30 weight% and a polyethylene terephthalate resin of 5 to 70 weight%, wherein the polyethylene terephthalate resin contains a deactivated polycondensation catalyst; the catalyst being germanium catalyst or a titanium catalyst, wherein the polyethylene terephthalate resin containing the deactivated polycondensation catalyst has an intrinsic viscosity [η] of 0.6 to 1.5 dl/g, wherein the germanium catalyst is deactivated as a result of subjecting the polyethylene terephthalate resin to hot-water vapor treatment, and wherein the titanium catalyst is deactivated by adding a phosphorous compound to the polyethylene terephthalate resin, the phosphorous compound being a phosphonate compound represented by the following formula: R 1 OC XP (OR 2) 2... wherein R 1 and R 2 are each an alkyl group having one to four carbon atoms, X represents -CH 2 - or -CH -, Y represents a phenyl group, and R 1 and R 2 may be the same or different, wherein the intrinsic viscosity is calculated from the relative viscosities of solutions of a frozen and crushed PET specimen in a mixture of phenol and tetrachloroethane (weight ratio 1/1) at concentrations of 1.0 g/dl, 0.5 g/dl, 0.2 g/dl and 0.1 g/dl, the relative viscosities being measured with an Ubbelohde viscosimeter at a temperature of 30°C. wherein R 1 and R 2 are each an alkyl group having one to four carbon atoms, X represents -CH 2 - or -CH -, Y represents a phenyl group, and R 1 and R 2 may be the same or different, wherein the intrinsic viscosity is calculated from the relative viscosities of solutions of a frozen and crushed PET specimen in a mixture of phenol and tetrachloroethane (weight ratio 1/1) at concentrations of 1.0 g/dl, 0.5 g/dl, 0.2 g/dl and 0.1 g/dl, the relative viscosities being measured with an Ubbelohde viscosimeter at a temperature of 30°C.
A source of optical supercontinuum generation, the source comprising a microstructured optical fiber and a pump laser source adapted to generate pump radiation at a pump wavelength and to launch said pump radiation into said microstructured optical fiber at an input end thereof, wherein the microstructured optical fiber has a length and a longitudinal axis along its length and comprising a core region and a cladding region surrounding the core region, said cladding region comprising a cladding background material and a plurality of cladding features (21, 26) within the cladding background material, said cladding features being arranged around the core region, wherein said cladding region in at least a length section of the fiber comprises an inner cladding region comprising an inner ring of cladding features having a first characteristic diameter (d 1), and an outer cladding region comprising three outer rings of outer cladding features having an average diameter (d 2), said inner cladding region being adjacent to the core region and said outer cladding region being adjacent to the inner cladding region, wherein each ring of cladding features comprises bridges of cladding background material separating said adjacent cladding features (21,26) of the ring, wherein the bridges of the inner ring have an average minimum width (w 1), wherein the minimum width of each bridge is the shortest distance between two of said adjacent cladding features (21,26) of the ring, wherein the average minimum width (w 2) of the bridges of the three outer rings is at least 10% larger than the average minimum width (w 1) of the bridges of the inner ring, the inner ring comprising a ring of cladding features closest to the core region, wherein the minimum width (w 2) of all the outer ring bridges are substantially equal, and wherein the core region is substantially circular and has a diameter of at least 2 μm, wherein the microstructured optical fiber is arranged to provide supercontinuum radiation including light at short wavelengths below 500 nm upon launch of said pump radiation into said microstructured optical fiber.
A variable vane system for a gas turbine engine, the variable vane system, comprising: an actuator; a harmonic drive driven by the actuator; a drive gear driven by the harmonic drive; a geared unison ring (160; 190) driven by the drive gear; and a vane gear (164, 168; 194) mounted to a variable vane, the vane gear (164, 168; 194) driven by the geared unison ring (160; 190), wherein the vane gear (164, 168; 194) is mounted to an outer trunion of a variable vane. an actuator; a harmonic drive driven by the actuator; a drive gear driven by the harmonic drive; a geared unison ring (160; 190) driven by the drive gear; and a vane gear (164, 168; 194) mounted to a variable vane, the vane gear (164, 168; 194) driven by the geared unison ring (160; 190), wherein the vane gear (164, 168; 194) is mounted to an outer trunion of a variable vane.
A line camera comprising a scintillator panel on an output board having a photoelectric conversion layer, the scintillator panel comprising a substrate and a scintillator layer containing phosphors, wherein the phosphors contain gadolinium oxysulfide; wherein the scintillator layer comprises a binder resin having a π-conjugated structure composed of seven or more atoms; wherein the binder resin has in its backbone the structure represented by the following general formula or: wherein in the general formulae and, X 1, X 2, Y 1, and Y 2 each independently represent a divalent organic group; Ar represents an aromatic hydrocarbon group; and t represents an integer of 1 or 2 wherein the glass transition temperature of the binder resin is from 30 to 430°C; and the thickness of the scintillator layer is from 50 to 800 μm. wherein the phosphors contain gadolinium oxysulfide; wherein the scintillator layer comprises a binder resin having a π-conjugated structure composed of seven or more atoms; wherein the binder resin has in its backbone the structure represented by the following general formula or: wherein in the general formulae and, X 1, X 2, Y 1, and Y 2 each independently represent a divalent organic group; Ar represents an aromatic hydrocarbon group; and t represents an integer of 1 or 2 wherein the glass transition temperature of the binder resin is from 30 to 430°C; and the thickness of the scintillator layer is from 50 to 800 μm.
A centrifugally cast composite roll comprising an outer layer made of cast iron having a chemical composition consisting of, by mass, 2.7-3.5% of C, 1.5-2.5% of Si, 0.4-1.0% of Mn, 3.7-5.1% of Ni, 0.8-2.2% of Cr, 1.5-4.5% of Mo, 2.0-4.5% of V, 0.5-2.0% of Nb, optionally further comprising, at least one selected from the group consisting of 0.1-5.0% of W, 0.01-5.0% of Ti, 0.01-2.0% of Al, 0.01-0.5% of Zr, 0.001-0.5% of B, and 0.1-10.0% of Co, the balance being Fe and inevitable impurities, a mass ratio of Nb/V being 0.18-0.65, a mass ratio of Mo/V being 0.7-2.5, V + 1.2 Nb being 2.7-4.5% by mass, and a structure comprising, by area, 15-45% of a cementite phase and 1-10% of a graphite phase, and an inner layer made of cast iron having excellent mechanical strength and metallurgically bonded to said outer layer; a usable region of said outer layer as deep as 10 mm or more from the surface containing no speck-like-segregated dendrites of bainite and/or martensite having diameters of 1.5 mm or more.
Device for packaging at least one product and dispensing at least said product on a surface and comprising at least one container delimiting a product cavity containing said at least one product and having a dispensing closure designed to be separated from the container for first use of said device in order to open a first dispensing orifice in flow communication with the product cavity, characterized in that: said device comprises an application member mounted on the at least one container having at least two rows (44b. 44d) of elastically deformable application teeth arranged on both side of the dispensing closure and extending outwardly from said at least one container, said application teeth being each inclined towards the longitudinal axis (X-X') of the first dispensing orifice, and at least a plurality of teeth of the said rows (44b, 44d) of teeth are deformed in a stressed position by the contact with the dispensing closure and configured to return elastically in a rest position when the dispensing closure is removed, in said rest position, the teeth are more inclined towards the longitudinal axis (X-X') of the first dispensing orifice than in the stressed position.
Electrically conductive pigment, comprising a dielectric flake-form substrate and an electrically conductive layer surrounding the substrate, characterised in that it has a volume average particle size d 95 < 25 μm and the ratio of the volume average particle size d 95 to a volume average size of the pigments d 5 is greater than 5.
Use of an effective amount of spinosad or a physiologically acceptable salt thereof for the preparation of a medicament for controlling sea lice in an aquaculture raised fish.
A method for operating a capacitive sensor, comprising: providing a sensor electrode; exciting the sensor electrode and thereby generating an electric field about the sensor electrode; periodically determining the capacitance (Cp) from the sensor electrode to a reference potential; transforming a rolling sample of capacitance data from the time domain to the sequency domain using a Walsh-Hadamard Transform; analyzing the data in at least one of the sequency bins resulting from the transformation; and determining whether a touch event has occurred based on the analysis; wherein the rolling sample is an n-point rolling sample including a current sample and the n-1 samples immediately preceding the current sample, and wherein n is an integer corresponding to a size of a Walsh matrix used in performance of the Walsh-Hadamard Transform. providing a sensor electrode; exciting the sensor electrode and thereby generating an electric field about the sensor electrode; periodically determining the capacitance (Cp) from the sensor electrode to a reference potential; transforming a rolling sample of capacitance data from the time domain to the sequency domain using a Walsh-Hadamard Transform; analyzing the data in at least one of the sequency bins resulting from the transformation; and determining whether a touch event has occurred based on the analysis; wherein the rolling sample is an n-point rolling sample including a current sample and the n-1 samples immediately preceding the current sample, and wherein n is an integer corresponding to a size of a Walsh matrix used in performance of the Walsh-Hadamard Transform.
A method implemented by an eNB, comprising: calculating a number of Resource Block Groups, RBG, subsets available within a bandwidth for the eNB, the number of RBG subsets available being used to transmit information to a Machine Type Communication, MTC, UE; calculating a logical RBG index for the MTC UE based on a Radio Network Temporary Identifier, RNTI, for the MTC UE and the number of RBG subsets available; mapping the logical RBG index to a number of physical RBG using a mapping function; and using at least a subset of the number of physical RBG, the at least a subset of the number of physical RBG being used to transmit information to the MTC UE. calculating a number of Resource Block Groups, RBG, subsets available within a bandwidth for the eNB, the number of RBG subsets available being used to transmit information to a Machine Type Communication, MTC, UE; calculating a logical RBG index for the MTC UE based on a Radio Network Temporary Identifier, RNTI, for the MTC UE and the number of RBG subsets available; mapping the logical RBG index to a number of physical RBG using a mapping function; and using at least a subset of the number of physical RBG, the at least a subset of the number of physical RBG being used to transmit information to the MTC UE.
User equipment for transmitting and receiving radio signals to/from a base station (200; 201; 202), comprising: a capability information indication unit configured to indicate capability information of the user equipment to the base station; and characterised by comprising: an inter-frequency measurement unit configured to perform, upon receiving a small gap measurement applied inter-frequency measurement indication from the base station, a small gap measurement applied inter-frequency measurement in accordance with a small gap period for causing communication with the base station to be interrupted and an inter-frequency measurement period wherein the small gap period and the inter-frequency measurement period correspond to a measurement gap pattern ID indicated in the inter-frequency measurement indication, and measurement gap pattern IDs are predefined each corresponding to small gap periods and inter-frequency measurement periods. a capability information indication unit configured to indicate capability information of the user equipment to the base station; and characterised by comprising: an inter-frequency measurement unit configured to perform, upon receiving a small gap measurement applied inter-frequency measurement indication from the base station, a small gap measurement applied inter-frequency measurement in accordance with a small gap period for causing communication with the base station to be interrupted and an inter-frequency measurement period wherein the small gap period and the inter-frequency measurement period correspond to a measurement gap pattern ID indicated in the inter-frequency measurement indication, and measurement gap pattern IDs are predefined each corresponding to small gap periods and inter-frequency measurement periods.
A resistive random-access memory comprising: a first electrode; a second electrode; and a switching region that is between the first and second electrodes and comprises a multiplicity of enhanced mobility pathway structures that extend at respective locations in the switching region and are configured to provide enhanced mobility of charged species and have respective electrical resistances that vary with a switching voltage applied between the first and second electrodes across the pathway structures; wherein said enhanced mobility pathway structures comprise damage in the switching region caused by directed energy beamed into, passing through, and extending beyond the switching region; wherein the enhanced mobility pathway structures comprise damage to the switching region caused by ion implantation into the switching region; wherein a majority of the ions of the ion implantation have passed through the switching region; and wherein the enhanced mobility pathway structures are formed at least in part by collision events that are distributed substantially uniformly in the switching region. a first electrode; a second electrode; and a switching region that is between the first and second electrodes and comprises a multiplicity of enhanced mobility pathway structures that extend at respective locations in the switching region and are configured to provide enhanced mobility of charged species and have respective electrical resistances that vary with a switching voltage applied between the first and second electrodes across the pathway structures; wherein said enhanced mobility pathway structures comprise damage in the switching region caused by directed energy beamed into, passing through, and extending beyond the switching region; wherein the enhanced mobility pathway structures comprise damage to the switching region caused by ion implantation into the switching region; wherein a majority of the ions of the ion implantation have passed through the switching region; and wherein the enhanced mobility pathway structures are formed at least in part by collision events that are distributed substantially uniformly in the switching region.
Paper product dispenser, comprising a box-shaped container, defining an inner compartment for housing the paper products and suitable to internally house a pack of napkins or tissues, to be picked up one after the other in succession, said container provided with one opening for picking up the products contained in the inner compartment, and a base designed to be in contact with any supporting surface, said container comprising a lower portion and an upper portion enclosing said inner compartment, said lower portion comprising a front element that is affected by said opening for picking up said products, said dispenser comprising swivelling coupling means interposed between said lower portion of said container and said base, for allowing said container to be freely rotated with respect to said base, making it possible to turn said opening in the desired direction toward a particular user who intends to pick up a product, wherein said swivelling coupling means comprise a female element and a male element, said male element being rotatably coupled inside said female element, characterized in that said female element comprises a circular seat, formed in said lower portion of said container, and in that said male element comprises an annular protrusion, integral with the upper surface of said base in use, and suitable to engage with said circular seat.
A method for determining a body fluid glucose level of a patient from a continuous signal of a glucose sensor element of a continuous body fluid glucose monitoring device in a data processing unit, comprising: - receiving measurement data representing a continuous sensor signal provided by a glucose sensor element of a continuous body fluid glucose monitoring device in the data processing unit, - receiving calibration data representing a time-dependent zero-signal level of the glucose sensor element in the data processing unit, - determining a body fluid glucose level by processing at least the measurement data and the calibration data in the data processing unit, the processing comprising subtraction of the time dependent zero-signal level from the continuous sensor signal, and - providing result data indicative of the continuous body fluid glucose level in the processing unit, characterized in that the receiving calibration data comprises receiving calibration data representing a time-dependent zero-signal level comprising time-dependent interferent signal contributions representing a presence of an interferent in the body fluid for which the body fluid glucose level is determined, wherein the interferent is a substance different from glucose and the sensor element is responsive to the interferent in the body fluid. - receiving measurement data representing a continuous sensor signal provided by a glucose sensor element of a continuous body fluid glucose monitoring device in the data processing unit, - receiving calibration data representing a time-dependent zero-signal level of the glucose sensor element in the data processing unit, - determining a body fluid glucose level by processing at least the measurement data and the calibration data in the data processing unit, the processing comprising subtraction of the time dependent zero-signal level from the continuous sensor signal, and - providing result data indicative of the continuous body fluid glucose level in the processing unit,
A sander comprising: a housing; a motor housed in the housing; a platen configured to be driven by the motor; a dust chute; and a dust container; characterized in that the dust chute contains a one-way valve which allows air to flow in a direction towards the dust container; and wherein the one-way valve comprises a flap held at a location away from edges of the flap. a housing; a motor housed in the housing; a platen configured to be driven by the motor; a dust chute; and a dust container; characterized in that the dust chute contains a one-way valve which allows air to flow in a direction towards the dust container; and wherein the one-way valve comprises a flap held at a location away from edges of the flap.
Floor cleaning machine, comprising locomotion means for moving on the floor, at least one processing and control unit operatively interlocked with said locomotion means, and at least one operator group suitable to carry out a washing treatment, and/or cleaning treatment and/or the like on the floor itself, said operator group comprising at least one cleaning member in form of a band wound in a first reel, winding means for winding said cleaning member, unwound from said first reel, in a second reel, and an operating head suitable to hold a portion of said cleaning member, interposed between said first reel and said second reel, in contact with the floor, said processing and control unit comprising automatic driving means operatively interlocked with said locomotion means, characterized in that said operating head holds said portion in contact with floor by exerting a certain amount of pressure which can vary in relation to the different types of floor itself.