mhurhangee/ep-ind-claims huggingface dataset:
A method of automatically reframing a moving image sequence of video material by enlarging an image in the sequence by a factor; characterised in that the factor (Z B) depends on a measure of the speed v of motion of background pixels in said image and the image is increasingly enlarged as speed of motion decreases.
Process for the production of a ready-to-use epoxy composition having a filler content of at least 55 vol.-%, relative to the complete ready-to-use epoxy composition, which comprises: - providing a liquid A, which comprises at least one epoxy resin, - providing a liquid B, which comprises at least one curing agent, - providing a solid component C, which comprises at least one filler selected from the ferrites, - wherein in a first step one of the liquids A or B is filled in a mixing container, - in a second step the solid component C is deposited on top of the liquid in the mixing container, - in a third step the remaining liquid A or B is deposited on top of the solid component C, and - in a fourth step the components are mixed to obtain the ready-to-use epoxy composition, characterized in that the solid component C consists of particles having an average particle size from 0.5 to 1000 micrometer. - providing a liquid A, which comprises at least one epoxy resin, - providing a liquid B, which comprises at least one curing agent, - providing a solid component C, which comprises at least one filler selected from the ferrites, - wherein in a first step one of the liquids A or B is filled in a mixing container, - in a second step the solid component C is deposited on top of the liquid in the mixing container, - in a third step the remaining liquid A or B is deposited on top of the solid component C, and - in a fourth step the components are mixed to obtain the ready-to-use epoxy composition, characterized in that the solid component C consists of particles having an average particle size from 0.5 to 1000 micrometer.
A method for determining if a subject has an increased like lihood of high grade dysplasia oresophagaladeno carcinoma, the method comprising; a) assaying a sample provided from an AFI positive patch of said subject's oesophagus for (i) aneuploidy, and (ii) abnormal p53, wherein assaying for p53 comprises immune histochemical staining of the sample for p53, and scoring the stain as normal or abnormal wherein either a strong, dark stain compared to background stain or an absence of stain compared to background stain is an abnormal stain; and (iii) abnormal Cyclin A, wherein Cyclin A is assayed by immune histochemical staining of the sample for Cyclin A, determining the percentage of Cyclin A positive epithelial surface cells compared to Cyclin A negative epithelial surface cells, wherein a percentage of 1% or more Cyclin A positive epithelial surface cells is an abnormal stain; b) wherein if said sample shows the presence of at least two of (i), (ii) and (iii), then said subject is determined as having an increased like lihood of high grade dysplasia oresophagaladeno carcinoma. a) assaying a sample provided from an AFI positive patch of said subject's oesophagus for (i) aneuploidy, and (ii) abnormal p53, wherein assaying for p53 comprises immune histochemical staining of the sample for p53, and scoring the stain as normal or abnormal wherein either a strong, dark stain compared to background stain or an absence of stain compared to background stain is an abnormal stain; and (iii) abnormal Cyclin A, wherein Cyclin A is assayed by immune histochemical staining of the sample for Cyclin A, determining the percentage of Cyclin A positive epithelial surface cells compared to Cyclin A negative epithelial surface cells, wherein a percentage of 1% or more Cyclin A positive epithelial surface cells is an abnormal stain; (i) aneuploidy, and (ii) abnormal p53, wherein assaying for p53 comprises immune histochemical staining of the sample for p53, and scoring the stain as normal or abnormal wherein either a strong, dark stain compared to background stain or an absence of stain compared to background stain is an abnormal stain; and (iii) abnormal Cyclin A, wherein Cyclin A is assayed by immune histochemical staining of the sample for Cyclin A, determining the percentage of Cyclin A positive epithelial surface cells compared to Cyclin A negative epithelial surface cells, wherein a percentage of 1% or more Cyclin A positive epithelial surface cells is an abnormal stain; b) wherein if said sample shows the presence of at least two of (i), (ii) and (iii), then said subject is determined as having an increased like lihood of high grade dysplasia oresophagaladeno carcinoma.
An opto-electric device comprising an opto-electric element that is enclosed by a barrier structure for inhibiting a transmission of moisture from an environment towards the opto-electric element, the barrier structure including a stack of layers comprising at least an inorganic layer and a moisture getter material in a layer arranged between the inorganic layer and the opto-electric element, wherein the stack includes a lateral diffusion layer, being an organic layer having anisotropic particles that are aligned with the layer, characterized in that the getter material is present in a separate getter layer arranged between the opto-electric element and the lateral diffusion layer.
A method for wireless communication, characterized by comprising: receiving an assignment of a frequency bandwidth for an uplink transmission of a station, the assigned frequency bandwidth comprising more than one basic channels; wherein the assignment further includes an instruction for the station to transmit the uplink transmission using an uplink multiple user multiple-input multiple-output, MU-MIMO, transmission or an uplink multiple user frequency division multiple access, MU-FDMA, transmission; determining whether a portion of the assigned frequency bandwidth is unavailable for the uplink transmission for being busy; and selectively transmitting the uplink transmission based on whether the portion of the assigned frequency bandwidth is unavailable; wherein the uplink transmission includes transmitting a physical layer data unit, PPDU, having a preamble; wherein the preamble includes a short training field that is duplicated on each basic channel transmitted from the station, and a signal field that is duplicated on each basic channel transmitted from the station and indicates the bandwidth used for transmission. receiving an assignment of a frequency bandwidth for an uplink transmission of a station, the assigned frequency bandwidth comprising more than one basic channels; wherein the assignment further includes an instruction for the station to transmit the uplink transmission using an uplink multiple user multiple-input multiple-output, MU-MIMO, transmission or an uplink multiple user frequency division multiple access, MU-FDMA, transmission; determining whether a portion of the assigned frequency bandwidth is unavailable for the uplink transmission for being busy; and selectively transmitting the uplink transmission based on whether the portion of the assigned frequency bandwidth is unavailable; wherein the uplink transmission includes transmitting a physical layer data unit, PPDU, having a preamble; wherein the preamble includes a short training field that is duplicated on each basic channel transmitted from the station, and a signal field that is duplicated on each basic channel transmitted from the station and indicates the bandwidth used for transmission.
High strength hot dip galvanised steel strip consisting, in mass percent, of the following elements: 0.10 - 0.21 % C 1.45 - 2.20 % Mn max 1.50 % Si 0.1 - 1.50 % Al 0.001 - 0.04 % P 0.0005 - 0.005 % B 0.005 - 0.30 % V max. 0.015 % N max. 0.05 % S and, optionally, one or more elements selected from: max. 0.004 % Ca max. 0.10 % Nb max. 0.50 % Cr max. 0.20 % Mo max. 0.20 %, Ni max. 0.20 % Cu max. 0.20 % Ti wherein the amount of A1 + Si is 0.70 - 1.60 mass %, the balance of the composition consisting of Fe and inevitable impurities. 0.10 - 0.21 % C 1.45 - 2.20 % Mn max 1.50 % Si 0.1 - 1.50 % Al 0.001 - 0.04 % P 0.0005 - 0.005 % B 0.005 - 0.30 % V max. 0.015 % N max. 0.05 % S and, optionally, one or more elements selected from: max. 0.004 % Ca max. 0.10 % Nb max. 0.50 % Cr max. 0.20 % Mo max. 0.20 %, Ni max. 0.20 % Cu max. 0.20 % Ti
An atomizing device, comprising an atomizer, a puff sensor, and an airflow passage; wherein, a transfer passage is defined in the atomizer, and two end portions of the airflow passage are respectively fluidly communicated with the transfer passage and the puff sensor; the airflow passage comprises a bending section, which is configured to prevent liquid in the atomizer from flowing to the puff sensor; the airflow passage comprises a first segment, a second segment and a third segment which are sequentially and fluidly connected; wherein each adjacent two segments of the first segment, the second segment and the third segment are arranged at an angle; one end portion of the first segment is fluidly communicated with the transfer passage, and one end portion of the third segment is fluidly communicate with the puff sensor; two end portions of the second segment are respectively fluidly communicated with one end portion of the first segment which is away from the atomizer and one end portion of the third segment which is away from the puff sensor; and the extending direction of the first segment is parallel to that of the third segment; the atomizing device further comprises a suction nozzle arranged at an end of the transfer passage which is away from the first segment; the puff sensor is arranged at an end of the third segment which is proximate to the suction nozzle. a transfer passage is defined in the atomizer, and two end portions of the airflow passage are respectively fluidly communicated with the transfer passage and the puff sensor; the airflow passage comprises a bending section, which is configured to prevent liquid in the atomizer from flowing to the puff sensor; the airflow passage comprises a first segment, a second segment and a third segment which are sequentially and fluidly connected; wherein each adjacent two segments of the first segment, the second segment and the third segment are arranged at an angle; one end portion of the first segment is fluidly communicated with the transfer passage, and one end portion of the third segment is fluidly communicate with the puff sensor; two end portions of the second segment are respectively fluidly communicated with one end portion of the first segment which is away from the atomizer and one end portion of the third segment which is away from the puff sensor; and the extending direction of the first segment is parallel to that of the third segment; the atomizing device further comprises a suction nozzle arranged at an end of the transfer passage which is away from the first segment; the puff sensor is arranged at an end of the third segment which is proximate to the suction nozzle.
A polymer substrate for producing polymer papers of value or polymer security papers, characterized in that the polymer substrate comprises a polymer carrier layer and at least one security element, wherein the security element is applied onto and/or into the polymer carrier layer, and wherein a primer is applied onto a first substrate side and/or a second substrate side of the polymer substrate at least in some sections, wherein the primer is configured to be diffusely scattering, which primer is arranged, at least in some sections, between the polymer carrier layer and the security element, and/or which primer covers the security element and/or the polymer carrier layer at least in some sections, wherein regions of the security elements covered by the primer are not as well visible as regions of the security element not covered by the primer and/or as regions of the polymer carrier layer not covered by the primer. which primer is arranged, at least in some sections, between the polymer carrier layer and the security element, and/or which primer covers the security element and/or the polymer carrier layer at least in some sections, wherein regions of the security elements covered by the primer are not as well visible as regions of the security element not covered by the primer and/or as regions of the polymer carrier layer not covered by the primer.
A tank container (100, 100') for the transport and storage of cryogenic liquefied gas, comprising a framework (120, 120') and an insulated cylindrical vessel connected to the framework (120, 120') characterized in that the vessel is covered by a superinsulation arrangement based on an aerogel composition and an outer cover sheet, wherein the superinsulation arrangement consists of: - at least one set of nanostructure insulation layers based on an aerogel composition and each insulation layer is provided with a thermal radiation shield layer whereby each insulation layer together with the thermal radiation shield layer is compressed by a tape and each set is covered by a thermo shrinkable film serving as a vapor barrier: - a gap between adjoining insulation layers and/or radiation shield layers is bridged by at least one of the insulation layer, a radiation shield layer or a sealing tape; and the vessel is connected to the framework (120, 120') with a clamping device. - at least one set of nanostructure insulation layers based on an aerogel composition and each insulation layer is provided with a thermal radiation shield layer whereby each insulation layer together with the thermal radiation shield layer is compressed by a tape and each set is covered by a thermo shrinkable film serving as a vapor barrier: - a gap between adjoining insulation layers and/or radiation shield layers is bridged by at least one of the insulation layer, a radiation shield layer or a sealing tape;
A compound represented by formula or a salt thereof: wherein, in formula, R 1 represents a methyl group, R 2 represents a chlorine atom, R 3 represents a methoxy group, R 4 represents a methyl group, and X represents a methylene group. R 1 represents a methyl group, R 2 represents a chlorine atom, R 3 represents a methoxy group, R 4 represents a methyl group, and X represents a methylene group.
A device for tensioning the fabric of a device for renovating a removable panel, comprising at least one structure, a thermal chamber arranged inside said structure and able to heat said flexible fabric, an internal frame resiliently secured to said thermal chamber, and at least one actuator secured to the structure and able to move the thermal chamber so as to move the thermal chamber between a "fabric at rest" position and a "fabric tensioned" position, the device being characterised in that a) the actuator is further able to move the internal frame between a "fabric at rest" position and an intermediate position situated between said "fabric at rest" and "fabric tensioned" position, the flexible fabric being in abutment on a part of the thermal chamber and held by its peripheral edge between the internal frame and the structure, in that (b) the thermal chamber comprises a hollow chamber with a roughly parallelepipedal shape containing at least one heat generator and comprising at least one bottom face and one top face provided with a plurality of emerging orifices intended to allow the heat generated by the heat generator to pass uniformly, and in that c) the thermal chamber comprises an external frame arranged on the top of its top face and serving as an abutment for the fabric, so as to create a residual space between the fabric and said top face, when the flexible fabric is tensioned. a) the actuator is further able to move the internal frame between a "fabric at rest" position and an intermediate position situated between said "fabric at rest" and "fabric tensioned" position, the flexible fabric being in abutment on a part of the thermal chamber and held by its peripheral edge between the internal frame and the structure, in that (b) the thermal chamber comprises a hollow chamber with a roughly parallelepipedal shape containing at least one heat generator and comprising at least one bottom face and one top face provided with a plurality of emerging orifices intended to allow the heat generated by the heat generator to pass uniformly, and in that c) the thermal chamber comprises an external frame arranged on the top of its top face and serving as an abutment for the fabric, so as to create a residual space between the fabric and said top face, when the flexible fabric is tensioned.
A golf ball comprising a spherical core, a mid layer positioned outside the core and a cover positioned outside the mid layer, wherein the mid layer has a thickness of 0.2 to 2.5 mm, wherein the golf ball has a large number of dimples on a surface thereof, wherein the ratio So of the sum of spherical surface areas of all the dimples to the surface area of the phantom sphere of the golf ball is equal to or greater than 0.780, wherein the contour of each dimple is circular, and the golf ball meets the following mathematical formula: Su ≤ 9.0 * So − 6.04 where Su represents the standard deviation (mm 2) of the spherical surface areas of all the dimples, wherein the number of types of dimples of the golf ball is equal to or greater than 3.
An evaporating mask plate, comprising a mask pattern plate; the mask pattern plate comprises an evaporating area and a test area located around the evaporating area; the test area is provided with at least two test element groups located in different regions of the test area, and each test element group comprises at least one test hole for alignment, characterized in that the mask pattern plate further comprises a grasping area, a partially-etched area and a fully-etched area, wherein the partially-etched area does not go through the mask pattern plate; the fully-etched area goes through the mask pattern plate; with respect to the partially-etched area, the fully-etched area is close to a central region of the mask pattern plate. the mask pattern plate comprises an evaporating area and a test area located around the evaporating area; the test area is provided with at least two test element groups located in different regions of the test area, and each test element group comprises at least one test hole for alignment, characterized in that the mask pattern plate further comprises a grasping area, a partially-etched area and a fully-etched area, wherein the partially-etched area does not go through the mask pattern plate; the fully-etched area goes through the mask pattern plate; with respect to the partially-etched area, the fully-etched area is close to a central region of the mask pattern plate.
A strike plate for spring-latch locks, of the type comprising a spring latch that engages a latch bore, particularly with a magnetic spring latch, to be associated with a support constituted by a frame of a door or window or by a leaf, said strike plate comprising a body, which forms an accommodation seat for the spring latch of the lock and at least two longitudinally opposite engagement seats for means for fixing said body, such as screws or the like, and defining fixing directions that are inclined with respect to an axis of extension of said latch bore in said support in a mutually diverging manner, said body is being provided by mating two parts: - a first substantially tray-like part to be fixed to said support and provided with a protrusion with said at least two engagement seats, - a second part, which closes the first one part and is substantially hollow in order to form said accommodation seat and is provided with a slot, in a manner that corresponds to each engagement seat, for the insertion of said fixing means, said slot being wider than the opening of said engagement seat for the lateral sliding of said second part on said first part, with respect to a longitudinal axis of extension of the latter, said second part having two spacers (25a, 25b) of different thicknesses that delimit laterally said accommodation seat so as to form it optionally in an asymmetric manner in said first part with respect to said longitudinal axis. - a first substantially tray-like part to be fixed to said support and provided with a protrusion with said at least two engagement seats, - a second part, which closes the first one part and is substantially hollow in order to form said accommodation seat and is provided with a slot, in a manner that corresponds to each engagement seat, for the insertion of said fixing means, said slot being wider than the opening of said engagement seat for the lateral sliding of said second part on said first part, with respect to a longitudinal axis of extension of the latter, said second part having two spacers (25a, 25b) of different thicknesses that delimit laterally said accommodation seat so as to form it optionally in an asymmetric manner in said first part with respect to said longitudinal axis.
Spray booth for applying paint on basically flat parts, said spray booth having a plenum and comprising a conveying system for conveying the flat parts to be painted, at least a device for applying paint on said moving parts, and at least a suction system, characterized in that the plenum of spray booth has a semi-cylindrical shape, having its axis perpendicular to the direction of the advancing part.
A desmodromic valve actuation mechanism comprising an actuating member in the form of a rocker (92; 192; 392; 400; 500) and an assembly for coupling a valve stem (50; 150; 250; 402; 502) to the rocker (92; 192; 392; 400; 500), the assembly comprising: a spherical bearing (68; 168; 268; 408; 508) having two portions (70, 71; 170, 171; 430, 432) each of which defines a respective bearing surface which is complementary to the bearing surface defined by the other portion, at least one of the surfaces being part spherical, one of the portions being arranged to be coupled to the rocker (92; 192; 392; 400; 500) and the other portion being arranged to be coupled to the valve stem; characterised in that the assembly includes a resilient arrangement (60; 160; 260; 442; 542) which exerts a biasing force on one of the bearing portions and provides resilience in the coupling provided by the assembly between the valve stem (50; 150; 250; 402; 502) and rocker (92; 192; 392; 400; 500). a spherical bearing (68; 168; 268; 408; 508) having two portions (70, 71; 170, 171; 430, 432) each of which defines a respective bearing surface which is complementary to the bearing surface defined by the other portion, at least one of the surfaces being part spherical, one of the portions being arranged to be coupled to the rocker (92; 192; 392; 400; 500) and the other portion being arranged to be coupled to the valve stem; characterised in that the assembly includes a resilient arrangement (60; 160; 260; 442; 542) which exerts a biasing force on one of the bearing portions and provides resilience in the coupling provided by the assembly between the valve stem (50; 150; 250; 402; 502) and rocker (92; 192; 392; 400; 500).
Plug connector having a main body which has a plurality of openings, for receiving a conductor, wherein at least one locking flap, is arranged on the main body in order to fix the at least one conductor in position in the main body, and furthermore latching means are provided for fixing the plug connector in position in the plugged-in state, wherein the latching means are arranged in a region on the main body, which region is averted from the openings,, and the latching means are arranged in a resilient manner on the main body, characterized in that at least the one locking flap which extends over the width of the main body and is arranged in the region of the latching means has, at its end, a continuous latching hook which extends over at least two of the openings,.