mhurhangee/ep-ind-claims huggingface dataset:
A Free Space Optical communication unit, comprising: co-boresighted beam steering unit configured to transmit and receive optical beams along a coincident path external to the FSO communication unit; a separator to direct the transmit optical beam and the receive optical beam along separate paths; a transmit beam source for transmitting the transmit optical beam towards a direction; a receiver beam detector configured to determine a position of the receive optical beam on the receiver beam detector; and a Pointing, Acquisition, and Tracking control system, wherein the PAT control system controls a direction of the transmit optical beam, and directs the transmit optical beam based on the position of the receive optical beam by driving the transmit optical beam to be directed parallel to the receive optical beam based on the position of the receive optical beam minus an offset command value, the offset command value being calculated for the FSO communication unit based on an error between the position of the receive optical beam and the direction of the transmit optical beam, the error caused by an optical misalignment of at least one optical component of the FSO communication unit. co-boresighted beam steering unit configured to transmit and receive optical beams along a coincident path external to the FSO communication unit; a separator to direct the transmit optical beam and the receive optical beam along separate paths; a transmit beam source for transmitting the transmit optical beam towards a direction; a receiver beam detector configured to determine a position of the receive optical beam on the receiver beam detector; and a Pointing, Acquisition, and Tracking control system, wherein the PAT control system controls a direction of the transmit optical beam, and directs the transmit optical beam based on the position of the receive optical beam by driving the transmit optical beam to be directed parallel to the receive optical beam based on the position of the receive optical beam minus an offset command value, the offset command value being calculated for the FSO communication unit based on an error between the position of the receive optical beam and the direction of the transmit optical beam, the error caused by an optical misalignment of at least one optical component of the FSO communication unit. wherein the PAT control system controls a direction of the transmit optical beam, and directs the transmit optical beam based on the position of the receive optical beam by driving the transmit optical beam to be directed parallel to the receive optical beam based on the position of the receive optical beam minus an offset command value, the offset command value being calculated for the FSO communication unit based on an error between the position of the receive optical beam and the direction of the transmit optical beam, the error caused by an optical misalignment of at least one optical component of the FSO communication unit.
A chromatographic separation method of separating and recovering xylose from a xylose containing sulphite spent liquors produced under acidic conditions, comprising - performing the separation in a chromatographic separation system, which comprises one or more weak base anion exchange resins; and one or more strong acid cation exchange resins, by passing the solution through the separation system, wherein the separation comprises first a separation with said one or more strong acid cation exchange resins and then a separation with said one or more weak base anion exchange resins; and - recovering at least one fraction enriched in xylose, wherein the eluent is water. - performing the separation in a chromatographic separation system, which comprises one or more weak base anion exchange resins; and one or more strong acid cation exchange resins, by passing the solution through the separation system, wherein the separation comprises first a separation with said one or more strong acid cation exchange resins and then a separation with said one or more weak base anion exchange resins; and - recovering at least one fraction enriched in xylose,
A method of preparing a filter medium, comprising the steps of: thermally binding a first spunbonded nonwoven fabric layer to a first side of a silver-coated spunbonded nonwoven fabric; thermally binding a first side of a second spunbonded nonwoven fabric layer to a second side of the silver-coated spunbonded fabric; thermally binding a first side of a pathogen-retaining filter layer to a second side of the second spunbonded nonwoven fabric; thermally binding a first side of a third spunbonded nonwoven fabric layer to a second side of the pathogen-retaining filter layer; wherein said silver-coated spunbonded nonwoven fabrics are prepared through depositing a silver film onto spunbonded nonwoven fabrics. thermally binding a first spunbonded nonwoven fabric layer to a first side of a silver-coated spunbonded nonwoven fabric; thermally binding a first side of a second spunbonded nonwoven fabric layer to a second side of the silver-coated spunbonded fabric; thermally binding a first side of a pathogen-retaining filter layer to a second side of the second spunbonded nonwoven fabric; thermally binding a first side of a third spunbonded nonwoven fabric layer to a second side of the pathogen-retaining filter layer;
An electronic device comprising: a housing having an opening to access a card holder; an access panel coupled to the housing to cover the opening, the access panel to slide laterally and rotate relative to the housing when the access panel moves between an open position to allow access to the opening and a closed position to cover the opening, wherein the access panel further comprises a hinge, and wherein the hinge comprises a pin coupled to the access panel; a biasing assembly arranged to automatically and continuously bias the access panel in a first lateral direction and a first rotational direction; the biasing assembling comprising a first biasing element including a wave-like profile, a second end attached to the hinge and a first end attached to the housing, the first biasing element to bias the access panel laterally relative to the housing; and a second biasing element coupled to the access panel arranged to rotatably bias the access panel relative to the housing to cause the access panel to rotate in the first rotational direction relative to the housing; and wherein the housing includes a slot to receive the pin, the slot to enable a longitudinal axis of the pin to shift between the first lateral position and the second lateral positon to move the access panel between the open positon and the closed position. a housing having an opening to access a card holder; an access panel coupled to the housing to cover the opening, the access panel to slide laterally and rotate relative to the housing when the access panel moves between an open position to allow access to the opening and a closed position to cover the opening, wherein the access panel further comprises a hinge, and wherein the hinge comprises a pin coupled to the access panel; a biasing assembly arranged to automatically and continuously bias the access panel in a first lateral direction and a first rotational direction; the biasing assembling comprising a first biasing element including a wave-like profile, a second end attached to the hinge and a first end attached to the housing, the first biasing element to bias the access panel laterally relative to the housing; and a first biasing element including a wave-like profile, a second end attached to the hinge and a first end attached to the housing, the first biasing element to bias the access panel laterally relative to the housing; and a second biasing element coupled to the access panel arranged to rotatably bias the access panel relative to the housing to cause the access panel to rotate in the first rotational direction relative to the housing; and wherein the housing includes a slot to receive the pin, the slot to enable a longitudinal axis of the pin to shift between the first lateral position and the second lateral positon to move the access panel between the open positon and the closed position.
Device for the mounting of an outboard motor at the stem of a boat, in particular an inflatable boat, comprising drive means designed to move said outboard motor from a vertical position, in sailing trim, to an inclined position, in storage trim, with reduction in its vertical overall dimensions, characterised in that said drive means are mounted integral inside a boxed assembly whereto the outboard motor is restrained, said boxed assembly being mounted rotatably around the axis of a solid shaft fixed to said stem, in such a way that the entire assembly constituted by the boxed assembly, by the outboard motor and by the drive means can rotate around said axis.
A boom mount device for mounting a boom on an upper frame in a construction machine including the upper frame for supporting the boom to allow rising and falling, and a boom cylinder that expands and contracts to cause the boom to rise and fall, the boom mount device comprising: a center section to be provided on the upper frame and including a bottom plate and one pair of left-and-right vertical plates (43L, 43R) erected on the bottom plate; and an adapter that is configured to pivotably connect each of the boom and the boom cylinder to the center section, wherein the adapter includes an adapter body that is configured to pivotably support a base end of the boom and a base end of the boom cylinder around rotation central axes each extending in a left-and-right direction, and the left-and-right vertical plates (43L, 43R) each include an outside surface facing outside of the left-and-right direction, characterized in that the adapter further includes one pair of left-and-right guide pins (75L, 75R) each extending downward from the adapter body, and the left-and-right vertical plates (43L, 43R) each further include a guide part (431L, 431R) disposed on the outside surface and including an upper surface part, a guide hole (430L, 430R) capable of receiving each of the guide pins (75L, 75R) along a downward direction when the boom is attached to the upper frame being open on the upper surface part of the guide part (431L, 431R). a center section to be provided on the upper frame and including a bottom plate and one pair of left-and-right vertical plates (43L, 43R) erected on the bottom plate; and an adapter that is configured to pivotably connect each of the boom and the boom cylinder to the center section, wherein the adapter includes an adapter body that is configured to pivotably support a base end of the boom and a base end of the boom cylinder around rotation central axes each extending in a left-and-right direction, and the left-and-right vertical plates (43L, 43R) each include an outside surface facing outside of the left-and-right direction, characterized in that the adapter further includes one pair of left-and-right guide pins (75L, 75R) each extending downward from the adapter body, and the left-and-right vertical plates (43L, 43R) each further include a guide part (431L, 431R) disposed on the outside surface and including an upper surface part, a guide hole (430L, 430R) capable of receiving each of the guide pins (75L, 75R) along a downward direction when the boom is attached to the upper frame being open on the upper surface part of the guide part (431L, 431R).
A modular radius conveyor belt comprising: a series of rows of one or more belt modules (24, 25) hingedly linked together at hinge joints extending transverse to a direction of belt travel from a first side edge of the rows to an opposite second side edge; magnetic material (42, 46, 48) disposed in selected rows; wherein at least some of the selected rows are magnet rows in which the magnetic material in each magnet row comprises a first magnet, characterized in that the first magnet has a polar axis parallel to the direction of the belt travel to attract the magnetic material in an adjacent selected row. a series of rows of one or more belt modules (24, 25) hingedly linked together at hinge joints extending transverse to a direction of belt travel from a first side edge of the rows to an opposite second side edge; magnetic material (42, 46, 48) disposed in selected rows; wherein at least some of the selected rows are magnet rows in which the magnetic material in each magnet row comprises a first magnet, characterized in that the first magnet has a polar axis parallel to the direction of the belt travel to attract the magnetic material in an adjacent selected row.
A method of fabricating an electronic device comprising: providing a first substrate (328, 428, 528, 728) having at least one cavity (302, 402, 502, 702) and a surface surrounding the at least one cavity; depositing a solder barrier layer (304, 404, 504b, 704b) of titanium material on the first substrate; forming a first seal structure (324, 424, 524, 724) on a portion of the first substrate to form a ring around a perimeter of the at least one cavity, wherein the solder barrier layer of titanium material is formed on the first substrate and around a perimeter of the first seal structure such that the solder barrier layer of titanium is deposited only up to the very edge of the perimeter of the first seal structure; activating the solder barrier layer of titanium material in a vacuum environment to function as a getter; providing a second substrate (310, 410, 510, 710), the second substrate comprising at least one device (308, 408, 508, 708) attached thereto and a second seal structure (326, 426, 526, 726), the second seal structure forming a ring around a perimeter of the at least one device; aligning the first seal structure to the second seal structure, such that the at least one cavity of the first substrate is positioned over the at least one device; and bonding the first substrate to the second substrate using solder (316, 416, 516, 716), wherein the solder barrier layer prevents the solder from contacting the first substrate during the bonding. providing a first substrate (328, 428, 528, 728) having at least one cavity (302, 402, 502, 702) and a surface surrounding the at least one cavity; depositing a solder barrier layer (304, 404, 504b, 704b) of titanium material on the first substrate; forming a first seal structure (324, 424, 524, 724) on a portion of the first substrate to form a ring around a perimeter of the at least one cavity, wherein the solder barrier layer of titanium material is formed on the first substrate and around a perimeter of the first seal structure such that the solder barrier layer of titanium is deposited only up to the very edge of the perimeter of the first seal structure; activating the solder barrier layer of titanium material in a vacuum environment to function as a getter; providing a second substrate (310, 410, 510, 710), the second substrate comprising at least one device (308, 408, 508, 708) attached thereto and a second seal structure (326, 426, 526, 726), the second seal structure forming a ring around a perimeter of the at least one device; aligning the first seal structure to the second seal structure, such that the at least one cavity of the first substrate is positioned over the at least one device; and bonding the first substrate to the second substrate using solder (316, 416, 516, 716), wherein the solder barrier layer prevents the solder from contacting the first substrate during the bonding.
A video predictive encoding device comprising: input means which accepts input of a plurality of pictures constituting a video sequence; encoding means which encodes each of the input pictures by a method of either intra-frame prediction or inter-frame prediction to generate compressed picture data including a random access picture serving as a picture of random access, and which encodes data providing display order information of each of the pictures; restoration means which decodes the generated compressed picture data to restore a reproduced picture; picture storage means which stores the restored reproduced picture as a reference picture to be used for encoding of a subsequent picture; and memory management means which controls the picture storage means, wherein the restoration means decodes the compressed picture data including reference picture information, the reference picture information indicating that no reference picture used when encoding a picture that follows the random access picture in display order, precedes the random access picture in encoding order or in display order, wherein after completion of an encoding process to generate the random access picture, the memory management means refreshes the picture storage means by setting every reference picture stored in the picture storage means except for the random access picture as not used as reference pictures immediately before encoding a picture having display order information larger than display order information of the random access picture. input means which accepts input of a plurality of pictures constituting a video sequence; encoding means which encodes each of the input pictures by a method of either intra-frame prediction or inter-frame prediction to generate compressed picture data including a random access picture serving as a picture of random access, and which encodes data providing display order information of each of the pictures; restoration means which decodes the generated compressed picture data to restore a reproduced picture; picture storage means which stores the restored reproduced picture as a reference picture to be used for encoding of a subsequent picture; and memory management means which controls the picture storage means, wherein the restoration means decodes the compressed picture data including reference picture information, the reference picture information indicating that no reference picture used when encoding a picture that follows the random access picture in display order, precedes the random access picture in encoding order or in display order, wherein after completion of an encoding process to generate the random access picture, the memory management means refreshes the picture storage means by setting every reference picture stored in the picture storage means except for the random access picture as not used as reference pictures immediately before encoding a picture having display order information larger than display order information of the random access picture.
Use of phase segregated block-copolymers based on repeating structural elements represented by formula I wherein PHA represents at least one block based on one or more α-hydroxy acids, PDAS represents a central block based on a dialkylsiloxane, the PDAS block has a weight average molecular weight in the range of from 2000 to 20000, the blocks PHA have a weight average molecular weight in the range of from 1000 to 20 000, the phase segregated block copolymer has a weight average molecular weight of from 20 000 to 200 000, wherein the weight average molecular weight is measured as indicated in the specification and wherein R is a divalent organic radical for the coating of substrates. wherein PHA represents at least one block based on one or more α-hydroxy acids, PDAS represents a central block based on a dialkylsiloxane, the PDAS block has a weight average molecular weight in the range of from 2000 to 20000, the blocks PHA have a weight average molecular weight in the range of from 1000 to 20 000, the phase segregated block copolymer has a weight average molecular weight of from 20 000 to 200 000, wherein the weight average molecular weight is measured as indicated in the specification and wherein R is a divalent organic radical for the coating of substrates.
A regenerated cellulose fibre in the form of a solid viscose flat fibre having the following properties: - The fibre consists of cellulose by more than 98%. - The ratio of width B to thickness D of the fibre is 10:1 or higher. - The fibre surface is essentially smooth. - The fibre is essentially transparent. - The fibre consists of cellulose by more than 98%. - The ratio of width B to thickness D of the fibre is 10:1 or higher. - The fibre surface is essentially smooth. - The fibre is essentially transparent.
A bioresorbable polymer of Formula I wherein: R is: or or or wherein: m is between 4 and 90; n is between 5 and 200; x is between 1 and 200; and y is between 0 and 200, where TEA is triethylamine m is between 4 and 90; n is between 5 and 200; x is between 1 and 200; and y is between 0 and 200, where TEA is triethylamine
A stabilizer pole unit for a sunshade for releasable locking to a strut of the sunshade, comprising a pole having a lower end on the ground side and an opposite upper end on the strut side, a connecting part for a form-fitting releasable fastening to the strut, a coupling piece by means of which the connecting part can be mounted to the upper fastening end, and an angle adjustment device by means of which the angle of the connecting part in relation to the pole can be changed, and wherein a plug connection is provided, by means of which the connecting part can be released from and coupled to the pole without a tool, the plug connection being in the form of a bayonet connection, and/or wherein the angle adjustment device is a joint which includes a horizontal pivot pin, and the pivot pin is at the same time configured as a plug connection, for releasing and uncoupling the pole from the connecting part without a tool, the pivot pin being formed by a transverse pin which is adapted to be inserted laterally into a T-slot.
An organic-inorganic perovskite based solar cell comprising a conductive substrate, an ETL/active layer/HTL component, and a negative electrode, wherein the ETL/active layer/HTL component comprises a mesoporous inorganic P-I-N metal oxides framework being a triple-layer scaffold of n-type semiconductor layer (N-layer), insulating layer (I-layer), p-type semiconductor layer (P-layer), characterized in that the n-type semiconductor layer, the insulating layer, and the p-type semiconductor layer are mesoporous and filled by an organic-inorganic perovskite light absorbing material.