mhurhangee/ep-ind-claims huggingface dataset:
An apparatus configured for use with an electronic device, the apparatus comprising: a case configured to protect at least a portion of the electronic device, the case comprising: - a first portion comprising a pair of corners and configured to cover a first portion of a back side and first and second corner areas of the electronic device when fully installed on the electronic device; - a second portion comprising another pair of corners and configured to cover a remaining portion of the back side and third and fourth corner areas of the electronic device when fully installed on the electronic device; wherein the first portion and the second portion comprise a rigid layer and a flexible layer; and - a hinge that connects the first portion of the case to the second portion of the case, the hinge being formed using the flexible layer only and comprising: a groove formed in the flexible layer; and characterised in that it further comprises at least one elongated opening disposed through the flexible layer within the groove. a case configured to protect at least a portion of the electronic device, the case comprising: - a first portion comprising a pair of corners and configured to cover a first portion of a back side and first and second corner areas of the electronic device when fully installed on the electronic device; - a second portion comprising another pair of corners and configured to cover a remaining portion of the back side and third and fourth corner areas of the electronic device when fully installed on the electronic device; - a first portion comprising a pair of corners and configured to cover a first portion of a back side and first and second corner areas of the electronic device when fully installed on the electronic device; - a second portion comprising another pair of corners and configured to cover a remaining portion of the back side and third and fourth corner areas of the electronic device when fully installed on the electronic device; wherein the first portion and the second portion comprise a rigid layer and a flexible layer; and - a hinge that connects the first portion of the case to the second portion of the case, the hinge being formed using the flexible layer only and comprising: a groove formed in the flexible layer; and characterised in that it further comprises at least one elongated opening disposed through the flexible layer within the groove. - a hinge that connects the first portion of the case to the second portion of the case, the hinge being formed using the flexible layer only and comprising: a groove formed in the flexible layer; and characterised in that it further comprises at least one elongated opening disposed through the flexible layer within the groove. a groove formed in the flexible layer; and characterised in that it further comprises at least one elongated opening disposed through the flexible layer within the groove.
A controller unit for a switching device, the controller unit comprising a body part; an operating axle, which is turnable between a closed position and an open position in relation to the body part and which is arranged to be functionally connectable to contacts of the switching device to change their state between the closed position and the open position; a control axle characterised by the control axle comprising a first axle part and a second axle part, the first axle part being arranged to be turned by a user and being turnable between an off-position and an on-position in relation to the body part, the second axle part being turnable between an off-position and an on-position in relation to the body part and being functionally connected to the operating axle to turn it between the open position and the closed position; the controller unit further comprising a tripping assembly which has a trip state and a tensioned state and which, in a tensioning event, is arranged to transfer from the trip state to the tensioned state and, in a tripping event, from the tensioned state to the trip state, the tripping assembly being functionally connected to the operating axle in such a manner that the tripping event of the tripping assembly is able to turn the operating axle from the closed position to the open position; whereby the controller unit comprises connecting means, which have a first mode, in which the connecting means functionally connect the first axle part to the tripping assembly in such a manner that the tensioning event of the tripping assembly may be achieved by turning the first axle part from the off-position to the on-position, and functionally separate the first axle part from the second axle part; and a second mode, in which the connecting means functionally connect the first axle part to the second axle part in such a manner that the turning of the first axle part from the off-position to the on-position makes the operating axle turn from the open position to the closed position, and functionally separate the first axle part from the tripping assembly.
Entropy encoding apparatus comprising a decomposer configured to convert a sequence of syntax elements having a value range which is sub-divided into a sequence of N partitions (140 1-3) into a sequence of source symbols by individually decomposing at least a subgroup of the syntax elements into a respective number n of source symbols s i with i=1...n, the respective number n of source symbols depending on as to which of the sequence of N partitions (140 1-3) a value z of the respective syntax elements falls into, so that a sum of values of the respective number of source symbols s i yields z, and, if n>1, for all i=1...n-1, the value of s i corresponds to a range of the i th partition; a subdivider configured to subdivide the sequence of source symbols into a first subsequence of source symbols and a second subsequence of source symbols such that all source symbols s x with x being member of a first subset of {1...N} are contained within the first subsequence and all source symbols s y with y being member of a second subset of {1...N} being disjoint to the first subset, are contained within the second subsequence; a VLC encoder configured to symbol-wisely encode the source symbols of the first subsequence; and an arithmetic encoder configured to encode the second subsequence of source symbols, characterised in that the subgroup of the syntax elements encompass absolute transform coefficient levels of absolute transform coefficients of transform blocks of a picture with the absolute transform coefficient levels of a respective transform block representing a prediction residual and being arranged within the sequence of syntax elements in accordance with a scan path leading through the absolute transform coefficients of the respective transform blocks, wherein the decomposer is configured to adapt one or more of limits between the partitions during decomposing the absolute transform coefficient levels of the absolute transform coefficients of a respective transform block depending on already encoded absolute transform coefficient levels of absolute transform coefficients of the respective transform blocks preceding in the scan order or depending on a position of the absolute transform coefficient level currently to be decomposed in the scan order, or based on an evaluation of the already reconstructed absolute transform coefficient levels of transform coefficients neighboring - either spatially or in scan order - the position of the absolute transform coefficient level currently to be decomposed.
Filter device comprising a housing with an end part and a cylindrical side wall and containing an axially arranged array of filter elements, an inlet for supplying fluid to the filter elements and an outlet for transporting filtered fluid from the housing, characterised in that the side wall of the filter device is provided with a cleaning duct for supplying cleaning fluid to the filter elements via the side wall, the cleaning duct comprising a distal channel portion having a relatively small diameter D1 and a proximal portion adjacent the side wall having a relatively large diameter D2, a number of partitions (21,22,23,24) extending in the proximal portion from a position at or near the sidewall towards the distal channel portion at an angle (β) to a centre line of the cleaning duct, wherein said partitions in the direction towards the distal channel portion extend in a direction towards said centre line.
A method for intra- or inter-prediction processing of a video frame, the method comprising the steps of: obtaining a set of reference samples; obtaining a 1/32 fractional sample position p in a range from 0 to 31; and filtering, using a subpixel interpolation filter, the set of reference samples to obtain a predicted sample value, wherein filter coefficients of the subpixel interpolation filter satisfy a linear combination of p and a filter strength parameter S, wherein the linear combination includes c 0 = − S c 1 = 64 − p ≪ 1 + S c 2 = p ≪ 1 + S c 3 = − S wherein c 0, c 1, c 2, c 3 are the filter coefficients, and the filter strength parameter S is defined as follows: S = 48 − 3 p − 48 8. obtaining a set of reference samples; obtaining a 1/32 fractional sample position p in a range from 0 to 31; and filtering, using a subpixel interpolation filter, the set of reference samples to obtain a predicted sample value, wherein filter coefficients of the subpixel interpolation filter satisfy a linear combination of p and a filter strength parameter S, wherein the linear combination includes c 0 = − S c 1 = 64 − p ≪ 1 + S c 2 = p ≪ 1 + S c 3 = − S wherein c 0, c 1, c 2, c 3 are the filter coefficients, and the filter strength parameter S is defined as follows: S = 48 − 3 p − 48 8.
A low water content soft lens for eye, comprising a base material, a layer made of an acidic polymer and a basic polymer being formed on at least a part of a surface of the base material, wherein the water content is 10% by weight or less, and wherein the layer made of an acidic polymer and a basic polymer includes one or more layers made of an acidic polymer, and one or more layers made of a basic polymer.
A piezoelectric assembly comprising: a piezoelectric substrate having at least a top surface and a bottom surface; a top electrode defined on the top surface; a first aperture defined in the top electrode; a bottom electrode defined on the bottom surface; and a first thick film bond pad disposed in the first aperture, characterised in that the first thick film bond pad is in electrical contact with the top electrode. a piezoelectric substrate having at least a top surface and a bottom surface; a top electrode defined on the top surface; a first aperture defined in the top electrode; a bottom electrode defined on the bottom surface; and a first thick film bond pad disposed in the first aperture, characterised in that the first thick film bond pad is in electrical contact with the top electrode.
A controller for use in an optical wireless charging and data transmission system, the system comprising a plurality of transmitter nodes (102, 202) operable to perform a first function of emitting a beam of light to charge a receiver device where no data is embedded and a second function of emitting a beam of light to transmit data to the receiver device wherein the data is embedded by modulating the intensity of the light emitted by a light source dependent on the data; the controller configured, for each of the transmitter nodes, to perform a selection by selecting between performing the first function and the second function; wherein the controller is configured to perform the selection for each of the plurality of transmitter nodes based on the spatial configuration of the system and the location of the receiver device relative to the system, by selecting a first transmitter node of the plurality of transmitter nodes (102, 202) for transmitting data to the receiver device and selecting a second transmitter node of the plurality of transmitter nodes for charging the receiver device.
A reaction control method in which, with supplying reaction components continuously into a liquid phase reaction system, subjecting continuously part of the reaction product in the reaction system to a separation step and circulating the separated component that has been separated in the separation step to said reaction system, wherein the temperature of said reaction system is controlled by controlling or regulating the heat quantity of the circulated separated component in association with the circulation rate of the separated component from said separation step.
A downforce controller for an agricultural implement, comprising: a double-acting hydraulic cylinder having a first chamber and a second chamber, said cylinder coupled to a first agricultural row unit and an agricultural toolbar for transmitting a net downforce between said agricultural toolbar and said first agricultural row unit, a first pressure in said first chamber and a second pressure in said second chamber having counteracting effects on said net downforce; characterised in that: a manifold is coupled to said cylinder, said manifold being in fluid communication with said first chamber; and a pressure control valve is supported by said manifold, said pressure control valve being in fluid communication with said manifold and with said first chamber; wherein said pressure control valve comprises a supply port, a return port, and a control port, and wherein said pressure control valve is configured to establish and maintain a desired pressure at said control port. a double-acting hydraulic cylinder having a first chamber and a second chamber, said cylinder coupled to a first agricultural row unit and an agricultural toolbar for transmitting a net downforce between said agricultural toolbar and said first agricultural row unit, a first pressure in said first chamber and a second pressure in said second chamber having counteracting effects on said net downforce; characterised in that: a manifold is coupled to said cylinder, said manifold being in fluid communication with said first chamber; and a pressure control valve is supported by said manifold, said pressure control valve being in fluid communication with said manifold and with said first chamber; wherein said pressure control valve comprises a supply port, a return port, and a control port, and wherein said pressure control valve is configured to establish and maintain a desired pressure at said control port. a manifold is coupled to said cylinder, said manifold being in fluid communication with said first chamber; and a pressure control valve is supported by said manifold, said pressure control valve being in fluid communication with said manifold and with said first chamber; wherein said pressure control valve comprises a supply port, a return port, and a control port, and wherein said pressure control valve is configured to establish and maintain a desired pressure at said control port.
A device for improving the adjustability of a diver's harness webbing associated with a backplate, the backplate having a pair of angled slots (502, 504) each side of the backplate near a bottom area of the backplate, said device comprising: a body member configured to be secured to a diver's backplate adjacent to one or more of a pair of angled slots of said backplate, characterized by the body member comprising a first and a second slot and being configured such that, in use, harness webbing received through a first slot of a first pair of angled slots is raised before being received through a second slot of the pair of angled slots, wherein, when said body member is attached to said backplate, said body member extends upward form said backplate and is disposed over the pair of angled slots (502, 504) of said backplate such that said first slot and said second slot of the body member are substantially aligned with the first slot and the second slot of the first pair of angled slots on one side of the backplate. a body member configured to be secured to a diver's backplate adjacent to one or more of a pair of angled slots of said backplate, characterized by the body member comprising a first and a second slot and being configured such that, in use, harness webbing received through a first slot of a first pair of angled slots is raised before being received through a second slot of the pair of angled slots, wherein, when said body member is attached to said backplate, said body member extends upward form said backplate and is disposed over the pair of angled slots (502, 504) of said backplate such that said first slot and said second slot of the body member are substantially aligned with the first slot and the second slot of the first pair of angled slots on one side of the backplate.
Rear hatch of a motor vehicle comprising: - an outer panel, - a liner, and - a cavity provided between the outer panel and the liner, the cavity being accessible from a mobile trap door capable of closing an opening provided in the outer panel, characterized in that the rear opening comprises means adapted to vary a volume of the cavity, the liner comprising a movable bottom. - an outer panel, - a liner, and - a cavity provided between the outer panel and the liner,
A method for analyzing positional deviation of head modules (A, B, 72-i) of an inkjet head, in which a plurality of head modules (A, B, 72-i) each having a plurality of nozzles ejecting a liquid arranged therein are connected and joined with each other, and adjacent head modules have overlapping regions, the method comprising: a division pattern creation step of dividing a printing pattern by the head modules and thereby creating division patterns; a conversion factor calculation step of obtaining conversion factors of the nozzles of each division pattern; a standard error calculation step of changing the number of nozzles used in calculation and thereby obtain a minimum value of a standard error of a positional deviation shift amount of the head modules; a repetition step of changing the number of divisions of the division patterns and performing the conversion factor calculation step and the standard error calculation step with the changed division patterns; a determination step of determining the number of divisions and the number of nozzles with which the value of the standard error is minimal; and a shift amount calculation step of creating an analysis chart with the number of divisions determined in the determination step and calculating the positional deviation shift amount of the head modules based upon an average value of the positional deviation shift amounts of nozzles corresponding to the number of nozzles determined in the determination step. a division pattern creation step of dividing a printing pattern by the head modules and thereby creating division patterns; a conversion factor calculation step of obtaining conversion factors of the nozzles of each division pattern; a standard error calculation step of changing the number of nozzles used in calculation and thereby obtain a minimum value of a standard error of a positional deviation shift amount of the head modules; a repetition step of changing the number of divisions of the division patterns and performing the conversion factor calculation step and the standard error calculation step with the changed division patterns; a determination step of determining the number of divisions and the number of nozzles with which the value of the standard error is minimal; and a shift amount calculation step of creating an analysis chart with the number of divisions determined in the determination step and calculating the positional deviation shift amount of the head modules based upon an average value of the positional deviation shift amounts of nozzles corresponding to the number of nozzles determined in the determination step.
A protective sheath assembly for covering an ultrasound transducer, comprising: a sheath comprising: a tubular portion formed of a first flexible material and having a first end and a second end; and a planar portion secured to the first end of the tubular portion to close the first end of the tubular portion, wherein the planar portion is formed of a second flexible material that is different from the first flexible material, wherein the second flexible material comprises: a substrate layer; and characterized in that the flexible material comprises at least one hydrophilic coating layer applied to a surface of the substrate material, wherein the at least one hydrophilic coating layer is configured to be activated by water or saline during use to provide acoustic coupling between the ultrasound transducer and the patient. a tubular portion formed of a first flexible material and having a first end and a second end; and a planar portion secured to the first end of the tubular portion to close the first end of the tubular portion, wherein the planar portion is formed of a second flexible material that is different from the first flexible material, wherein the second flexible material comprises: a substrate layer; and characterized in that the flexible material comprises at least one hydrophilic coating layer applied to a surface of the substrate material, wherein the at least one hydrophilic coating layer is configured to be activated by water or saline during use to provide acoustic coupling between the ultrasound transducer and the patient. a substrate layer; and characterized in that the flexible material comprises at least one hydrophilic coating layer applied to a surface of the substrate material, wherein the at least one hydrophilic coating layer is configured to be activated by water or saline during use to provide acoustic coupling between the ultrasound transducer and the patient.
Tool carrier for a clinching installation, having a housing having a longitudinal axis, in which housing - a hold-down which is impinged by a first compression spring, - an outer die which is impinged by a second compression spring, and - an inner die which is rigidly connected to the housing (5.1) are disposed coaxially within one another so as to be routed out of the housing (5.1) by way of their free ends, characterized in that the first compression spring is disposed so as to be coaxial within the second compression spring. - a hold-down which is impinged by a first compression spring, - an outer die which is impinged by a second compression spring, and - an inner die which is rigidly connected to the housing (5.1) are disposed coaxially within one another so as to be routed out of the housing (5.1) by way of their free ends,
A composition comprising a) 25 percent or greater of one or more isocyanate functional polyether based prepolymers; b) 1 to 5 percent of one or more isocyanate functional polyester prepolymers, wherein the one or more polyesters used to prepare the prepolymers have melting points of from 40 to 59°C; c) 0.9 to 8 percent of one or more polyisocyanates having a nominal functionality of 3 or greater; d) 5 to 35 percent of one or more nonconductive carbon blacks; e) 0.005 to 2 percent of one or more catalysts for the reaction of isocyanate moieties with hydroxyl groups; and f) 1 to 5 percent of one or more isocyanate functional polyester prepolymers, wherein the one or more polyesters used to prepare the prepolymers have melting points of 60 to 90°C; wherein the percentages are based on the weight of the composition. a) 25 percent or greater of one or more isocyanate functional polyether based prepolymers; b) 1 to 5 percent of one or more isocyanate functional polyester prepolymers, wherein the one or more polyesters used to prepare the prepolymers have melting points of from 40 to 59°C; c) 0.9 to 8 percent of one or more polyisocyanates having a nominal functionality of 3 or greater; d) 5 to 35 percent of one or more nonconductive carbon blacks; e) 0.005 to 2 percent of one or more catalysts for the reaction of isocyanate moieties with hydroxyl groups; and f) 1 to 5 percent of one or more isocyanate functional polyester prepolymers, wherein the one or more polyesters used to prepare the prepolymers have melting points of 60 to 90°C;