mhurhangee/ep-ind-claims huggingface dataset:
A plate type heat exchanger for an oil cooler, comprising: at least two heat exchanger members each enclosing a respective first channel; an inlet port, for feeding a medium to the first channels, and an outlet port, for extracting the medium from the first channels, wherein a second channel is formed between the at least two heat exchanger members, a medium present in the second channel being isolated from a medium present in the first channels, and the second channel being arranged to communicate with a space in which the heat exchanger is enclosed; wherein each of the at least two heat exchanger members presents a respective through hole or through recess (9, 11) spaced from all peripheral edges of the at least two heat exchanger members, characterised in that the through holes or through recesses (9, 11) are extending from one face of a first heat exchanger member of the at least two heat exchanger members, through the first channels, to a second, opposite face of a second heat exchanger member of the at least two heat exchanger members and providing access from outside the heat exchanger to the second channel; and in that said respective through holes or through recesses (9, 11) at least partially overlap each other, thus forming a set of overlapping through holes or through recesses (9, 11); and wherein the plate type heat exchanger further comprises at least one mounting member presenting a mounting hole which is accessible through the overlapping through holes or through recesses (9, 11). at least two heat exchanger members each enclosing a respective first channel; an inlet port, for feeding a medium to the first channels, and an outlet port, for extracting the medium from the first channels, wherein a second channel is formed between the at least two heat exchanger members, a medium present in the second channel being isolated from a medium present in the first channels, and the second channel being arranged to communicate with a space in which the heat exchanger is enclosed; wherein each of the at least two heat exchanger members presents a respective through hole or through recess (9, 11) spaced from all peripheral edges of the at least two heat exchanger members, the through holes or through recesses (9, 11) are extending from one face of a first heat exchanger member of the at least two heat exchanger members, through the first channels, to a second, opposite face of a second heat exchanger member of the at least two heat exchanger members and providing access from outside the heat exchanger to the second channel; and in that said respective through holes or through recesses (9, 11) at least partially overlap each other, thus forming a set of overlapping through holes or through recesses (9, 11); and wherein the plate type heat exchanger further comprises at least one mounting member presenting a mounting hole which is accessible through the overlapping through holes or through recesses (9, 11).
Device for the mounting of facade covering tiles of the type that on their back side have a downwardly directed supporting ledge and on their front side have a lap and a downwardly directed tongue and that are adapted to be arranged the one over the other on a facade of a building with vertically adjacent tiles overlapping each other at their upper and lower edges in such a way that the tongue of each upper tile extends into the lap of the downwards adjacent tile, which device comprises an elongated mounting profile with a substantially plane waist and a pair of flanges, arranged at opposite edges of its long side, each having an inner flange part that is connected to the waist, and a discontinuous outer flange part that extends from the inner flange part along a supporting plane, in parallel with the waist, for supporting the back sides of the facade covering tiles and that present uniformly distributed mounting hooks for carrying the facade covering tiles by their supporting ledges, characterised in that at least one of the outer flange parts comprises locking flanges for locking the facade covering tiles in the horizontal direction and prevent them from moving sideways, wherein the locking flanges extend from the corresponding flange inwards along the supporting plane towards the centre of the waist and comprises an outwardly bent end part that is arranged to bear on an inner side edge of a tile, and wherein the waist and the flanges jointly form a vertical lead channel for leading down any moisture that enters between the inner side edges of two tiles.
An ophthalmologic cassette for removable arrangement in an accommodation means of an ophthalmologic device having control elements for fluid lines, said cassette comprising a housing with a front wall, a back wall, a cover, a base as well as side walls (15, 16), wherein a bearing for pivotably arranging the cassette at the device is provided preferably on the base, characterized in that one of the side walls (15, 16) has provided thereon a support for the fluid lines, said support associating the control elements with the fluid lines, when the cassette has been pivoted into the device.
A headrest assembly for supporting a face of a user of a massage device, the headrest assembly comprising: a resilient assembly that is configured to support the face of the user; a support frame that supports the resilient assembly; a support arm assembly that is secured to the massage device; and an adjuster assembly that can be used to adjust the position of the resilient assembly relative to the support arm assembly, characterized by the adjuster assembly including a first adjuster subassembly that forms a first, four bar type linkage assembly; wherein the first adjuster subassembly includes (i) a first linkage that extends between the support arm assembly and the support frame, (ii) an adjuster beam that extends away from the support arm assembly, and (iii) a second linkage that extends between the adjuster beam and the support frame. a resilient assembly that is configured to support the face of the user; a support frame that supports the resilient assembly; a support arm assembly that is secured to the massage device; and an adjuster assembly that can be used to adjust the position of the resilient assembly relative to the support arm assembly, characterized by the adjuster assembly including a first adjuster subassembly that forms a first, four bar type linkage assembly; wherein the first adjuster subassembly includes (i) a first linkage that extends between the support arm assembly and the support frame, (ii) an adjuster beam that extends away from the support arm assembly, and (iii) a second linkage that extends between the adjuster beam and the support frame.
A method for assembling a system for measurement of a glucose level, comprising: providing a sensor control device including: an electronics housing comprising a shell having an upper surface with a first aperture defined in the upper surface at a first location and a depression defined in the upper surface at a second location spaced apart from the first location, a mount mated to the shell and having an underside with a second aperture defined therein, the second aperture being coaxially aligned with the first aperture, a circuit board within the electronics housing and having a plurality of electronic modules, a glucose sensor electrically coupled with the circuit board and configured to measure a glucose level, and an adhesive patch attached to the underside of the mount and configured to secure the sensor control device on a user's skin; characterised in that the method further includes controlling the electronics housing in at least one degree of freedom using the depression during factory assembly.
A heating cooker comprising: a case comprising a cooking chamber configured to receive an object to be heated; a door configured to open and close the cooking chamber of the case; a ventilation path provided to extend along a wall surface of the cooking chamber in a state of being partitioned from the cooking chamber; a detector installed in the inside of the ventilation path and comprising: one or more sensors (71, 73, 75) configured to detect information on the inside of the cooking chamber through one or more detection holes (41, 43, 45) formed on the wall surface of the cooking chamber, and a sensor unit rotatably installed to be spaced apart from an inner surface of the ventilation path, and to which the one or more sensors (71, 73, 75) is coupled; a shutter installed in the inside of the ventilation path and configured to open and close the one or more detection holes (41, 43, 45); and a cooling fan configured to suck outside air and blow the outside air into the ventilation path to cool the detector and the shutter together, characterized in that the shutter comprises: a fixer fixed to the sensor unit through an insulating member; and an opening and closing portion provided to extend from the fixer and configured to open and close the one or more detection holes (41, 43, 45). a case comprising a cooking chamber configured to receive an object to be heated; a door configured to open and close the cooking chamber of the case; a ventilation path provided to extend along a wall surface of the cooking chamber in a state of being partitioned from the cooking chamber; a detector installed in the inside of the ventilation path and comprising: one or more sensors (71, 73, 75) configured to detect information on the inside of the cooking chamber through one or more detection holes (41, 43, 45) formed on the wall surface of the cooking chamber, and a sensor unit rotatably installed to be spaced apart from an inner surface of the ventilation path, and to which the one or more sensors (71, 73, 75) is coupled; a shutter installed in the inside of the ventilation path and configured to open and close the one or more detection holes (41, 43, 45); and a cooling fan configured to suck outside air and blow the outside air into the ventilation path to cool the detector and the shutter together, characterized in that the shutter comprises: a fixer fixed to the sensor unit through an insulating member; and an opening and closing portion provided to extend from the fixer and configured to open and close the one or more detection holes (41, 43, 45). a fixer fixed to the sensor unit through an insulating member; and an opening and closing portion provided to extend from the fixer and configured to open and close the one or more detection holes (41, 43, 45).
A package comprising a) a container with a mouth, b) a connecting plug removably inserted into said mouth, comprising a centrally located passageway extending through the plug body, the passageway comprising a first opening and second opening, c) a plug seal removably inserted into the first opening of the passageway of the connecting plug, d) a cap overlying said connecting plug and plug seal, comprising a removable portion which can be removed to gain access to said connecting plug and plug seal wherein said removable portion is a removable flip cover comprising a disc overlaying a cover aperture of the cap and wherein said flip cover further comprises legs extending downwardly from the circular disc, being annularly arranged, characterised in that the ends of said legs include slightly bended portions extending between an upper perimetrical rim of said plug body and an underside of a perimetric rim of said cap. a) a container with a mouth, b) a connecting plug removably inserted into said mouth, comprising a centrally located passageway extending through the plug body, the passageway comprising a first opening and second opening, c) a plug seal removably inserted into the first opening of the passageway of the connecting plug, d) a cap overlying said connecting plug and plug seal, comprising a removable portion which can be removed to gain access to said connecting plug and plug seal wherein said removable portion is a removable flip cover comprising a disc overlaying a cover aperture of the cap and wherein said flip cover further comprises legs extending downwardly from the circular disc, being annularly arranged, characterised in that the ends of said legs include slightly bended portions extending between an upper perimetrical rim of said plug body and an underside of a perimetric rim of said cap.
A testing cartridge for detection of an analyte in a test sample, said testing cartridge comprising: an entry port for receiving said test sample into a holding chamber; at least one electrochemical sensor; at least one chromatographic assay: a first conduit comprising said at least one electrochemical sensor; and a second conduit comprising said at least one chromatographic assay, characterized in that the chromatographic assay is a lateral flow test strip and the testing cartridge further comprises a plurality of conductivity sensors configured to determine a position of said test sample in said testing cartridge. an entry port for receiving said test sample into a holding chamber; at least one electrochemical sensor; at least one chromatographic assay: a first conduit comprising said at least one electrochemical sensor; and a second conduit comprising said at least one chromatographic assay, characterized in that the chromatographic assay is a lateral flow test strip and the testing cartridge further comprises a plurality of conductivity sensors configured to determine a position of said test sample in said testing cartridge. a first conduit comprising said at least one electrochemical sensor; and a second conduit comprising said at least one chromatographic assay, characterized in that the chromatographic assay is a lateral flow test strip and the testing cartridge further comprises a plurality of conductivity sensors configured to determine a position of said test sample in said testing cartridge.
Process for the preparation of a polysulfide comprising the step of reacting a bis(2-haloalkyl)formal with either (i) sodium polysulfide or (ii) a combination of sodium hydrosulfide and sulfur, the reaction being performed in the absence of a dihaloalkane and in the presence of a prepolymer according to structure X-(R 2 -O) n -CH 2 -O-(R 1 -O) m -CH 2 -(O-R 2) p -X, wherein R 1 and R 2 can be the same or different and are selected from alkane chains containing 2 - 10 carbon atoms, X is a halogen atom, and n, m, and p are integers that can be the same or different and have a value in the range 1 - 6.
A gas turbine engine comprising: a fan rotor; a low pressure compressor; a turbine rotor driving said fan rotor; and an epicyclic gear reduction (48, 112) positioned between said fan rotor and said turbine rotor, said epicyclic gear reduction (48, 112) including a ring gear and a sun gear, wherein said turbine rotor is configured to drive said sun gear to, in turn, drive said ring gear to, in turn, drive said fan rotor, wherein said sun gear defines a sun gear center axis and a top dead center point is defined at a vertically uppermost location of said ring gear, wherein said epicyclic gear reduction (48, 112) comprises exactly four star gears (116A, 116B, 116C, 116D) that engage said sun gear and said ring gear; characterised in that the turbine rotor directly drives the low pressure compressor; and a center point of a top two of said four star gears (116A, 116C) is at a spacing angle from a line drawn between said top dead center point and said sun gear center axis, and said spacing angle is at least 30 degrees. a fan rotor; a low pressure compressor; a turbine rotor driving said fan rotor; and an epicyclic gear reduction (48, 112) positioned between said fan rotor and said turbine rotor, said epicyclic gear reduction (48, 112) including a ring gear and a sun gear, wherein said turbine rotor is configured to drive said sun gear to, in turn, drive said ring gear to, in turn, drive said fan rotor, wherein said sun gear defines a sun gear center axis and a top dead center point is defined at a vertically uppermost location of said ring gear, wherein said epicyclic gear reduction (48, 112) comprises exactly four star gears (116A, 116B, 116C, 116D) that engage said sun gear and said ring gear; characterised in that the turbine rotor directly drives the low pressure compressor; and a center point of a top two of said four star gears (116A, 116C) is at a spacing angle from a line drawn between said top dead center point and said sun gear center axis, and said spacing angle is at least 30 degrees.
A mold having steel walls for the production of preforms made of PET by injection molding, comprising a coating of ceramic material with a thickness between 90 and 120 nm which coats the walls of the mold, wherein the coating is made of Al 2 O 3 or comprises a first layer made of Al 2 O 3 and a second layer made of TiO 2, adapted for the production of preforms with L/t > 50, when L is greater than or equal to 100 mm or preforms with L/t > 45 when L < 100 mm, where "L" and "t" are the total length of the preform and the wall thickness of the preform, respectively.
An aggregate, comprising a stimuli-responsive magnetic nanoparticle comprising a first stimuli-responsive polymer attached to a magnetic core; and a stimuli-responsive capture conjugate formed of a second stimuli-responsive polymer attached to a capture moiety, wherein the capture moiety is capable of binding to a target; wherein the aggregate is formed through associative interactions between the first stimuli-responsive polymer and the second stimuli-responsive polymer, upon application of an effective stimulus.
A method of testing a dog to determine the susceptibility of the dog to hip dysplasia, comprising detecting in a sample the presence or absence in the genome of the dog of one or more mutations in the following gene or of one or more polymorphisms in linkage disequilibrium with any one or more of said polymorphisms in said gene, wherein the gene is where the mutation is any one or more of the following single nucleotide polymorphisms in the stated gene: Laminin alpha 2 subunit Fragment, wherein a polymorphism that is in linkage disequilibrium with said polymorphism is within 680 kb of and on the same chromosome as said polymorphism and the calculated measure of linkage disequilibrium between the pair of polymorphisms, R 2, is greater than or equal to 0.5.
A solar panel product, comprising a taper with a top side and opposite thereto a base side, where the taper is to be carried by a supporting surface, the taper having a taper wall that extends around an axis from the base side to the top side, the taper wall tapering inwards in the direction from the base side to the top side, wherein at least a part of an outer area of the taper wall is provided with a photovoltaic layer, characterized in that the taper has one or more openings at its top side.
A method for generating a public land mobile network, PLMN, selection procedure, comprising: identifying, by a mobile terminal, a plurality of PLMNs each operably configured to provide coverage within at least a portion of a particular geography; and determining, by the mobile terminal, a supported access technology, and supported frequency bands of the supported access technology, of each of the plurality of PLMNs based on a local resource list stored in the mobile terminal, wherein the local resource list is updated using a network resource list; and generating, by the mobile terminal, the PLMN selection procedure that, when instantiated by the mobile terminal, disables at least one of a software resource and a hardware resource of the mobile terminal to prevent a scan of particular ones of the plurality of PLMNS that exhibit supported access technologies, and supported frequency bands of supported access technologies, incompatible with a preferred operation of the mobile terminal, identifying, by a mobile terminal, a plurality of PLMNs each operably configured to provide coverage within at least a portion of a particular geography; and determining, by the mobile terminal, a supported access technology, and supported frequency bands of the supported access technology, of each of the plurality of PLMNs based on a local resource list stored in the mobile terminal, wherein the local resource list is updated using a network resource list; and generating, by the mobile terminal, the PLMN selection procedure that, when instantiated by the mobile terminal, disables at least one of a software resource and a hardware resource of the mobile terminal to prevent a scan of particular ones of the plurality of PLMNS that exhibit supported access technologies, and supported frequency bands of supported access technologies, incompatible with a preferred operation of the mobile terminal,
A method of estimating the transmission channel of a received multi-carrier signal (y) in a mobile environment, which method comprises - identifying pilots (P1, P2,..., Pk) present on carriers of the received multi-carrier signal (y), which pilots (P1, P2,..., Pk) comprise continual pilots (P1, P2,..., Pk); - performing channel estimation on the received multi-carrier signal (y) using a time domain interpolator (3, 3') to give a first interpolator output; - performing channel estimation on the received multi-carrier signal (y) using a frequency domain interpolator (4, 4') to give a second interpolator output; - detecting a frequency offset in a continual pilot (P1, P2,..., Pk); and - selecting either the first interpolator output or the second interpolator output on the basis of the detected frequency offset, the method being characterized in that - the step of detecting a frequency offset in a continual pilot (P1, P2,..., Pk) comprises filtering the continual pilot (P1, P2,..., Pk) in an offset filter to obtain an offset power value and estimating the frequency offset on the basis of the offset power value. - identifying pilots (P1, P2,..., Pk) present on carriers of the received multi-carrier signal (y), which pilots (P1, P2,..., Pk) comprise continual pilots (P1, P2,..., Pk); - performing channel estimation on the received multi-carrier signal (y) using a time domain interpolator (3, 3') to give a first interpolator output; - performing channel estimation on the received multi-carrier signal (y) using a frequency domain interpolator (4, 4') to give a second interpolator output; - detecting a frequency offset in a continual pilot (P1, P2,..., Pk); and - selecting either the first interpolator output or the second interpolator output on the basis of the detected frequency offset, the method being characterized in that - the step of detecting a frequency offset in a continual pilot (P1, P2,..., Pk) comprises filtering the continual pilot (P1, P2,..., Pk) in an offset filter to obtain an offset power value and estimating the frequency offset on the basis of the offset power value.