mhurhangee/ep-ind-claims huggingface dataset:
Method for production of an auto-adhesively bonded, light, porous, pressure-resistant molding made from comminuted lignocellulosic fibrous materials that are processed at temperatures between 120°C and 180°C and a pressure between 2 bar and 8 bar to yield a fiber suspension that is subsequently chemically and/or physically foamed and filled without the addition of a synthetic binder into a mold or applied to a carrier and dried, wherein the fiber suspension has between 5%-50% of fibers having a fiber length between 1000 μm and 2500 μm.
A head-up display apparatus comprising: a casing including a top surface in which a first opening and a second opening are formed continuously from a front side toward a rear side; a combiner supported by a pair of guide members so that it is capable of moving between an accommodated position in the casing and a projecting position at which the combiner projects upward through the first opening; a light-emitting unit that is configured to irradiate the combiner at the projecting position with display light from a light-projecting portion, which is disposed in the casing, through the second opening; a first cover capable of opening and closing the first opening; a second cover capable of opening and closing the second opening; and drive means that is configured to operate the combiner, the first cover, and the second cover,wherein the first cover is capable of being retracted into the casing by moving forward from a closing position at which the first cover closes the first opening, and the second cover is capable of being retracted into the casing by moving forward from a closing position at which the second cover closes the second opening into the casing through a space between the pair of guide members, and is accommodated in the casing so that at least a portion of the second cover overlaps a space that is occupied by the combiner when the combiner is at the accommodated position, wherein the apparatus is configured to start to open the second cover after the combiner has been moved upward by a predetermined distance from the accommodated position. a casing including a top surface in which a first opening and a second opening are formed continuously from a front side toward a rear side; a combiner supported by a pair of guide members so that it is capable of moving between an accommodated position in the casing and a projecting position at which the combiner projects upward through the first opening; a light-emitting unit that is configured to irradiate the combiner at the projecting position with display light from a light-projecting portion, which is disposed in the casing, through the second opening; a first cover capable of opening and closing the first opening; a second cover capable of opening and closing the second opening; and drive means that is configured to operate the combiner, the first cover, and the second cover,wherein the first cover is capable of being retracted into the casing by moving forward from a closing position at which the first cover closes the first opening, and the second cover is capable of being retracted into the casing by moving forward from a closing position at which the second cover closes the second opening into the casing through a space between the pair of guide members, and is accommodated in the casing so that at least a portion of the second cover overlaps a space that is occupied by the combiner when the combiner is at the accommodated position, wherein the apparatus is configured to start to open the second cover after the combiner has been moved upward by a predetermined distance from the accommodated position.
A compound with the following formula: wherein n is an integer selected from 0 to 6; R 1 is selected from the group consisting of and when R 1 is R 1 ', R 2 ', R 3 ', R 4 ', and R 5 ' are independently selected from the group consisting of OH, NH 2, SH, CN, H, OAc, and OMe, when R 1 is A, B, X, Y, and Z are independently C or N, when R 1 is R 1 ', R 2 ', R 3 ', R 4 ', and R 5 ' are independently selected from the group consisting of OH, NH 2, SH, H, OAc, and OMe, when R 1 is A, X, Y, or Z=CHn' (n'=1-2), O, N, S, whenever appropriate, individually or in combination; R 2, R 3, and R 4 are independently selected from the group consisting of H, methyl, ethyl, propyl, isopropyl, phenyl, OH, NH 2, SH, and CN; R 5, R 6, R 7, and R 8 are independently selected from the group consisting of methyl, ethyl, propyl, isopropyl, phenyl, OH, NH 2, SH, and CN; R 9, R 10, R 11, and R 12 are independently selected from the group consisting of hydrogen and methyl; R 13 and R 14 are independently selected from the group consisting of OH, NH 2, SH, CN, and hydrogen; " - - - " represents a double bond with E or Z configuration; and the amino acids with residues 1 to 4 are selected from the group consisting of, and or residue 1, 2, 3, or 4 together with the adjacent nitrogen form n is an integer selected from 0 to 6; R 1 is selected from the group consisting of and when R 1 is R 1 ', R 2 ', R 3 ', R 4 ', and R 5 ' are independently selected from the group consisting of OH, NH 2, SH, CN, H, OAc, and OMe, when R 1 is A, B, X, Y, and Z are independently C or N, when R 1 is R 1 ', R 2 ', R 3 ', R 4 ', and R 5 ' are independently selected from the group consisting of OH, NH 2, SH, H, OAc, and OMe, when R 1 is A, X, Y, or Z=CHn' (n'=1-2), O, N, S, whenever appropriate, individually or in combination; R 2, R 3, and R 4 are independently selected from the group consisting of H, methyl, ethyl, propyl, isopropyl, phenyl, OH, NH 2, SH, and CN; R 5, R 6, R 7, and R 8 are independently selected from the group consisting of methyl, ethyl, propyl, isopropyl, phenyl, OH, NH 2, SH, and CN; R 9, R 10, R 11, and R 12 are independently selected from the group consisting of hydrogen and methyl; R 13 and R 14 are independently selected from the group consisting of OH, NH 2, SH, CN, and hydrogen; " - - - " represents a double bond with E or Z configuration; and the amino acids with residues 1 to 4 are selected from the group consisting of, and or residue 1, 2, 3, or 4 together with the adjacent nitrogen form
Arrangement for or in an electrical connector comprising two connector portions which can be folded relative to each other and of which one is provided with an insulation displacement contact and the other with a cable pressing face which faces the insulation displacement contact, and having a fitting sleeve for fitting over the two connector portions in a fitting direction, outer faces of the connector portions being inclined towards each other counter to the fitting direction, characterized in that the inner faces of the fitting sleeve are inclined towards each other counter to the fitting direction, and the angle between the outer faces of the connector portions is greater than the angle between the inner faces of the fitting sleeve.
A scroll compressor in which a motor and a compressing mechanism are accommodated in a container, the compressing mechanism comprises an orbiting scroll formed by uprightly standing a spiral lap on a panel, a fixed scroll which is combined with the orbiting scroll and which is formed by uprightly standing a spiral lap (11 b) on a panel, and a main bearing member which has the orbiting scroll disposed between the fixed scroll and the main bearing member and which holds a sealing member, a compression chamber is formed between the orbiting scroll and the fixed scroll, the sealing member is disposed on a back surface of the orbiting scroll, and the sealing member defines an inner side of the sealing member into a high pressure region and defines an outer side of the sealing member into a back pressure chamber, wherein the scroll compressor includes a back pressure chamber oil-supply path through which lubricating oil is supplied from the high pressure region to the back pressure chamber, and a compression chamber oil-supply path through which lubricating oil is supplied from the back pressure chamber to the compression chamber, the compression chamber with which a compression chamber-side opening of the compression chamber oil-supply path is in communication is a compression chamber after working fluid is trapped, and one of openings of the back pressure chamber oil-supply path reciprocates and comes into and comes out from the sealing member, wherein the high pressure region is provided with a drive shaft oil-supply path having an opening, characterized in that the drive shaft oil-supply path is inclined with respect to an axial direction of a drive shaft, wherein an end of the drive shaft on a side of the orbiting scroll includes an eccentric shaft, a portion of the drive shaft at a boundary between the eccentric shaft and the drive shaft is notched by a flat surface having an angle with respect to the axial direction of the drive shaft, and the opening of the drive shaft oil-supply path is formed in the flat surface.
A method comprising: receiving, by a computing device, multiple user touch inputs from a user via a touch surface; determining, by the computing device, that each of the multiple user touch inputs from the user remained on the touch surface for less than a predetermined amount of time; and based on determining that each of the multiple user touch inputs remained on the touch surface for less than the predetermined amount of time, storing, in a memory, data regarding each of the multiple user touch inputs for a predetermined period of time; receiving, by the computing device, a tool touch input from an input tool via the touch surface; analyzing, based on the data regarding each of the multiple user touch inputs in the memory, the multiple user touch inputs from the user to determine whether the user is employing the input tool with a left-hand or a right-hand, the analyzing being based at least in part on multiple locations of the multiple user touch inputs from the user on the touch surface relative to a location of the tool touch input from the input tool on the touch surface; and wherein the analyzing further is based on a ratio of a number of user touch inputs on one side of the tool touch input relative to a number of user touch inputs on another side of the tool touch input. receiving, by a computing device, multiple user touch inputs from a user via a touch surface; determining, by the computing device, that each of the multiple user touch inputs from the user remained on the touch surface for less than a predetermined amount of time; and based on determining that each of the multiple user touch inputs remained on the touch surface for less than the predetermined amount of time, storing, in a memory, data regarding each of the multiple user touch inputs for a predetermined period of time; receiving, by the computing device, a tool touch input from an input tool via the touch surface; analyzing, based on the data regarding each of the multiple user touch inputs in the memory, the multiple user touch inputs from the user to determine whether the user is employing the input tool with a left-hand or a right-hand, the analyzing being based at least in part on multiple locations of the multiple user touch inputs from the user on the touch surface relative to a location of the tool touch input from the input tool on the touch surface; and wherein the analyzing further is based on a ratio of a number of user touch inputs on one side of the tool touch input relative to a number of user touch inputs on another side of the tool touch input.
A method for performing fraud detection at a workstation (230, 330), the method comprising: monitoring call activity of a call session conducted by an agent, the call activity comprising: i) a monitored verbal communication between the agent and a third party; and ii) a log of agent activity, said agent activity performed by the agent and responsive to the verbal communication; converting the monitored verbal communication to a textual representation thereof; analyzing the log of agent activity using a behavior engine, comprising: parsing the textual representation to identify one or more words or phrases; performing a keyword search on the one or more identified words or phases from the textual representation; referencing a behavior model to determine appropriate actions corresponding to one or more results from the keyword search; and comparing the appropriate actions to the log of agent activity; detecting an inconsistency between the monitored verbal communication and the log of agent activity based on the behavior engine; and performing one or more security actions in response to detecting the inconsistency. monitoring call activity of a call session conducted by an agent, the call activity comprising: i) a monitored verbal communication between the agent and a third party; and ii) a log of agent activity, said agent activity performed by the agent and responsive to the verbal communication; i) a monitored verbal communication between the agent and a third party; and ii) a log of agent activity, said agent activity performed by the agent and responsive to the verbal communication; converting the monitored verbal communication to a textual representation thereof; analyzing the log of agent activity using a behavior engine, comprising: parsing the textual representation to identify one or more words or phrases; performing a keyword search on the one or more identified words or phases from the textual representation; referencing a behavior model to determine appropriate actions corresponding to one or more results from the keyword search; and comparing the appropriate actions to the log of agent activity; parsing the textual representation to identify one or more words or phrases; performing a keyword search on the one or more identified words or phases from the textual representation; referencing a behavior model to determine appropriate actions corresponding to one or more results from the keyword search; and comparing the appropriate actions to the log of agent activity; detecting an inconsistency between the monitored verbal communication and the log of agent activity based on the behavior engine; and performing one or more security actions in response to detecting the inconsistency.
A method for operation of a bi-directional communication system making use of a relay node, said method comprising: receiving, by said relay node, a first signal including first data in a first time slot of a first channel; receiving, by said relay node, a second signal including second data in a second time slot of a second channel, wherein said first signal and said second signal are exchanged between a source node and a destination node communicating with each other via said relay node; determining, by said relay node, a first pre-coding matrix; characterized in that the method further comprises determining, by said relay node, a second pre-coding matrix; applying, by said relay node, said first pre-coding matrix to said first data to produce pre-coded first data; applying, by said relay node, said second pre-coding matrix to said second data to produce pre-coded second data; generating, by said relay node, a third signal by combining said pre-coded first data and said pre-coded second data; and transmitting, by said relay node, said third signal on said first channel and said second channel. receiving, by said relay node, a first signal including first data in a first time slot of a first channel; receiving, by said relay node, a second signal including second data in a second time slot of a second channel, wherein said first signal and said second signal are exchanged between a source node and a destination node communicating with each other via said relay node; determining, by said relay node, a first pre-coding matrix; determining, by said relay node, a second pre-coding matrix; applying, by said relay node, said first pre-coding matrix to said first data to produce pre-coded first data; applying, by said relay node, said second pre-coding matrix to said second data to produce pre-coded second data; generating, by said relay node, a third signal by combining said pre-coded first data and said pre-coded second data; and transmitting, by said relay node, said third signal on said first channel and said second channel.
A vehicle steering column adjustment arrangement comprising: a housing; an adjustment element to which a steering wheel column may be connected so that the steering wheel column pivots with the adjustment element; and a retaining member, attached to the adjustment element; and a moveable support element (4, 25) included in a shoulder and attached to a side plate 1 which may move with respect to said plate to a first position, in which the moveable support element (4, 25) presents a first support surface (6, 32), wherein the adjustment element may be placed in a first easy-entry position, in which the steering wheel column is rotated away from the normal driving position, in which the retaining member engages the first support surface (6, 32), to hold the adjustment element in the first easy-entry position; and the adjustment element may be placed in a second easy-entry position, in which the steering wheel column is rotated away from the normal driving position, in which the retaining member engages the first support surface (6, 32) in a different position, and a further support surface, to hold the adjustment element in the second easy-entry position. a housing; an adjustment element to which a steering wheel column may be connected so that the steering wheel column pivots with the adjustment element; and a retaining member, attached to the adjustment element; and a moveable support element (4, 25) included in a shoulder and attached to a side plate 1 which may move with respect to said plate to a first position, in which the moveable support element (4, 25) presents a first support surface (6, 32), wherein the adjustment element may be placed in a first easy-entry position, in which the steering wheel column is rotated away from the normal driving position, in which the retaining member engages the first support surface (6, 32), to hold the adjustment element in the first easy-entry position; and the adjustment element may be placed in a second easy-entry position, in which the steering wheel column is rotated away from the normal driving position, in which the retaining member engages the first support surface (6, 32) in a different position, and a further support surface, to hold the adjustment element in the second easy-entry position.
An apparatus comprising: means for running a computer program that is a game; means for receiving, simultaneously with running the computer program, control information embedded in an audio content signal encoded using frequency elements, audio fingerprinting techniques or steganography causing the encoded control information to be essentially inaudible to humans; means for determining whether the control information conforms to a criterion defined by the computer program running in the apparatus, wherein said determining comprises determining whether the computer program stores or is associated with the identifier, and means for modifying execution of the computer program in dependence of the determination, wherein said modifying comprises modifying a set of available functionalities in the computer program, characterized in that said control information comprising at least one of an identifier of the computer program, an identifier of a manufacturer of the computer program, an identifier of a type of the computer program and an identifier associated with a set of computer programs, the computer program being comprised in the set of computer programs. means for running a computer program that is a game; means for receiving, simultaneously with running the computer program, control information embedded in an audio content signal encoded using frequency elements, audio fingerprinting techniques or steganography causing the encoded control information to be essentially inaudible to humans; means for determining whether the control information conforms to a criterion defined by the computer program running in the apparatus, wherein said determining comprises determining whether the computer program stores or is associated with the identifier, and means for modifying execution of the computer program in dependence of the determination, wherein said modifying comprises modifying a set of available functionalities in the computer program, characterized in that said control information comprising at least one of an identifier of the computer program, an identifier of a manufacturer of the computer program, an identifier of a type of the computer program and an identifier associated with a set of computer programs, the computer program being comprised in the set of computer programs.
Filter element, in particular blood filter element, which is configured in the form of a pocket or tube with an inner space extending in a longitudinal direction and has a multilayer structure which comprises a permeable outer layer, a permeable inner layer and at least one intermediate layer which is arranged between the outer layer and the inner layer and is configured as a fine-pored filter element, wherein the filter element has a predetermined axial length and the outer layer and the inner layer have the predetermined axial length, characterized in that the intermediate layer is formed axially shorter than the outer layer and the inner layer along with the formation of an overflow region which is arranged at an axial upper end area of the filter element, wherein an upper edge of the intermediate layer is axially spaced downwards from the upper edge of the outer layer and the inner layer, in that the outer layer, the inner layer and the intermediate layer are firmly connected to one another along at least one longitudinal edge along with the formation of a longitudinal connecting seam, and in that the outer layer and the inner layer are firmly connected to one another along their upper edge along with the formation of an upper transverse connecting seam, wherein the upper edge of the intermediate layer is arranged free and unconnected between the outer layer and the inner layer. the intermediate layer is formed axially shorter than the outer layer and the inner layer along with the formation of an overflow region which is arranged at an axial upper end area of the filter element, wherein an upper edge of the intermediate layer is axially spaced downwards from the upper edge of the outer layer and the inner layer, in that the outer layer, the inner layer and the intermediate layer are firmly connected to one another along at least one longitudinal edge along with the formation of a longitudinal connecting seam, and in that the outer layer and the inner layer are firmly connected to one another along their upper edge along with the formation of an upper transverse connecting seam, wherein the upper edge of the intermediate layer is arranged free and unconnected between the outer layer and the inner layer.