mhurhangee/ep-ind-claims huggingface dataset:
A tool magazine, comprising: a receiving assembly comprising a bottom plate a shielding cover, and a mounting gate, the shielding cover being assembled to the bottom plate, thereby forming an opening therebetween, the mounting gate sealing the opening; a tool bracket slidably received in the receiving assembly; a driving member connected to the tool bracket and is capable of driving the tool bracket out of the receiving assembly through the opening; and a linking assembly comprising a linking member and a first pushing rod, wherein the linking member is fixed to the mounting gate, and defines a first pushing groove cutting through a periphery of the linking member, an extending direction of the first pushing groove is inclined to the sliding direction of the tool bracket, the first pushing rod is fixed on the tool bracket and slidably received in the first pushing groove, when the tool bracket moves toward the opening, the first pushing rod rotates the linking member, so as to rotate the mounting gate to expose the opening for the tool bracket moving therethrough, when the tool bracket withdraws away from the opening, the first pushing rod rotates the mounting gate to seal the opening. a receiving assembly comprising a bottom plate a shielding cover, and a mounting gate, the shielding cover being assembled to the bottom plate, thereby forming an opening therebetween, the mounting gate sealing the opening; a tool bracket slidably received in the receiving assembly; a driving member connected to the tool bracket and is capable of driving the tool bracket out of the receiving assembly through the opening; and a linking assembly comprising a linking member and a first pushing rod, wherein the linking member is fixed to the mounting gate, and defines a first pushing groove cutting through a periphery of the linking member, an extending direction of the first pushing groove is inclined to the sliding direction of the tool bracket, the first pushing rod is fixed on the tool bracket and slidably received in the first pushing groove, when the tool bracket moves toward the opening, the first pushing rod rotates the linking member, so as to rotate the mounting gate to expose the opening for the tool bracket moving therethrough, when the tool bracket withdraws away from the opening, the first pushing rod rotates the mounting gate to seal the opening.
A composition for use in reducing serum triacylglyceride levels in a patient, said composition comprising an effective amount of a fungal lipase that (i) exhibits at least 50% of its maximum activity over the pH range of 2.0 to 8.0; and (ii) cleaves all three ester sites of a triglyceride, said composition being for use in reducing serum triacylglyceride levels in a human subject having at least 150 mg/dL of serum triacylglycerides, wherein the effective amount of said fungal lipase comprises at least 50,000 FIP units/meal.
Hand-held machine tool with a clamping flange and with an additional handle that may be fastened to it, which may be fixed with its head part orientated to the working axis, in which there is a loop-shaped tension band guided in it, which may be tensioned manually via a means of tensioning, characterised in that at least one cam (11a, 11b) projecting radially inwards is formed on the tension band, which may engage positively in an assigned recess (12a, 12b) of the clamping flange, in which the at least one cam (11a, 11b) projecting radially inwards is arranged in a half of the tension band facing away from the means of tensioning and no cams are arranged in a half of the tension band facing towards the means of tensioning.
An illuminator system, comprising: a dual reflector system comprising a primary cylindrical reflector having a primary focal axis and oriented to collimate light in a first plane, and a secondary cylindrical reflector having a secondary focal axis and oriented to collimate light in a second plane, said primary cylindrical reflector and said secondary cylindrical reflector are orthogonal to each other; and a linear light source having an emission length disposed on the primary focal axis; wherein said primary cylindrical reflector and said secondary cylindrical reflector are oriented relative to each other so that light emitted by the linear light source is reflected and becomes a rectangular shaped beam collimated in both said first plane and said second plane. a dual reflector system comprising a primary cylindrical reflector having a primary focal axis and oriented to collimate light in a first plane, and a secondary cylindrical reflector having a secondary focal axis and oriented to collimate light in a second plane, said primary cylindrical reflector and said secondary cylindrical reflector are orthogonal to each other; and a linear light source having an emission length disposed on the primary focal axis; wherein a primary cylindrical reflector having a primary focal axis and oriented to collimate light in a first plane, and a secondary cylindrical reflector having a secondary focal axis and oriented to collimate light in a second plane, said primary cylindrical reflector and said secondary cylindrical reflector are orthogonal to each other; and a linear light source having an emission length disposed on the primary focal axis; wherein said primary cylindrical reflector and said secondary cylindrical reflector are oriented relative to each other so that light emitted by the linear light source is reflected and becomes a rectangular shaped beam collimated in both said first plane and said second plane.
Tool removal apparatus for a machine tool spindle, having - a housing, - an actuating shaft for moving a tension rod of the machine tool spindle, wherein the actuating shaft is mounted in the housing in an axially movable manner, - a drive device in the housing for driving the actuating shaft in the axial direction and - a control device in the housing or outside the housing for controlling the drive device, as well as - a memory device for storing data relating to the drive device and/or the control device, characterised by - an interface device for providing the data of the memory device for a data network, wherein - the memory device is attached on the outside of the housing or on the inside of the housing and - the interface device is arranged in or on the housing. - a housing, - an actuating shaft for moving a tension rod of the machine tool spindle, wherein the actuating shaft is mounted in the housing in an axially movable manner, - a drive device in the housing for driving the actuating shaft in the axial direction and - a control device in the housing or outside the housing for controlling the drive device, as well as - a memory device for storing data relating to the drive device and/or the control device, - an interface device for providing the data of the memory device for a data network, wherein - the memory device is attached on the outside of the housing or on the inside of the housing and - the interface device is arranged in or on the housing.
A removable adsorbent cartridge for removal of gaseous contaminants comprising: a plurality of parallel, non-wound adsorbent sheets, wherein said adsorbent sheets are stacked to form said cartridge and are mechanically spaced by ribs along the adsorbent sheets so as to allow gas flow between each sheet in the plurality to form a stack of adsorbent sheets, wherein the stack of adsorbent sheets is held together internally by one or more rigid stakes (142, 143) disposed within the adsorbent cartridge, to secure the plurality of said sheets together; wherein the cartridge does not further comprise a rigid shell encasing the cartridge; wherein the stakes (142, 143) enter the plurality of adsorbent sheets from the top or bottom sheet in the stack of adsorbent sheets. a plurality of parallel, non-wound adsorbent sheets, wherein said adsorbent sheets are stacked to form said cartridge and are mechanically spaced by ribs along the adsorbent sheets so as to allow gas flow between each sheet in the plurality to form a stack of adsorbent sheets, wherein the stack of adsorbent sheets is held together internally by one or more rigid stakes (142, 143) disposed within the adsorbent cartridge, to secure the plurality of said sheets together; wherein the cartridge does not further comprise a rigid shell encasing the cartridge; wherein the stakes (142, 143) enter the plurality of adsorbent sheets from the top or bottom sheet in the stack of adsorbent sheets.
Replacement device (12, 12', 12") for at least one replaceable optical element (8, 8', 8", 8a", 8b") mounted at least indirectly in a lithographic projection exposure apparatus and arranged in a mount (9, 9', 9"), comprising at least one receptacle for the replaceable optical element (8, 8', 8", 8a", 8b"), which can be introduced into a housing (10, 10') of an apparatus part (7, 7', 3) of the projection exposure apparatus through at least one opening (17, 17', 17") in said housing, wherein the replaceable optical element (8, 8', 8",8a", 8b") is held in the apparatus part on a separate holding structure, characterized in that the replaceable optical element (8, 8', 8", 8a", 8b") is introduced into a correspondingly sufficiently rigidly designed clamping device for fixing on the separate holding structure by means of the mount (9, 9', 9"), whereby the separate holding structure is at least approximately decoupled from the clamping forces of the clamping device.
Automotive luminous device comprising - a leveller comprising a leveller motor and a leveller shaft configured to be moved by the leveller motor, the leveller shaft comprising a shaft connection - a transmission element with a base bearing two ball socket connections, a first ball socket connection and a second ball socket connection, wherein the first ball socket connection is adapted to match with the shaft connection of the leveller shaft and has a cylindrical shape, wherein the first ball socket connection has a first attachment direction and the second ball socket connection has a second attachment direction - a first lighting module rigidly attached to the transmission element - a second lighting module comprising an adjustment connection configured to match with the second ball socket connection of the transmission element, - characterized in that the transmission element consists in a base plate extending transversally to the first and second attachment directions (d1, d2), each side of the plate bearing one of the first and second ball socket connections (7,8). - a leveller comprising a leveller motor and a leveller shaft configured to be moved by the leveller motor, the leveller shaft comprising a shaft connection - a transmission element with a base bearing two ball socket connections, a first ball socket connection and a second ball socket connection, wherein the first ball socket connection is adapted to match with the shaft connection of the leveller shaft and has a cylindrical shape, wherein the first ball socket connection has a first attachment direction and the second ball socket connection has a second attachment direction - a first lighting module rigidly attached to the transmission element - a second lighting module comprising an adjustment connection configured to match with the second ball socket connection of the transmission element, - characterized in that the transmission element consists in a base plate extending transversally to the first and second attachment directions (d1, d2), each side of the plate bearing one of the first and second ball socket connections (7,8).
A process for the synthesis of conjugates of glycosaminoglycans with biologically active molecules, comprising the following phases: a) derivatization of the GAG with at least one aldehyde group, by reaction of the GAG with a spacer molecule, wherein said spacer molecule comprises, as first functional group, one or more aldehyde groups (SP-CHO), said aldehyde groups (SP-CHO)) being optionally protected and, as second functional group, a nucleophilic group suitable for conjugation with the GAG; a1) hydrolysis of the activated intermediate with aqueous acids when said one or more aldehyde group (s) is protected; b) reaction of the adduct obtained in phase a) or a1) with at least one biologically active molecule characterized in that said biologically active molecule comprises a functional group capable of reacting with the aldehyde group and is selected from the group consisting of polypeptides and proteins, nucleic acids and therapeutic agents containing at least one amine group not fundamental for biological functioning, said therapeutic agent being selected from the group consisting in antitumoral drugs; antiviral agents and antibiotics; protease and polymerase inhibitors; antiinflammatory, analgesic, anesthetic, anti-pain drugs; narcotics; steroids; minoxidyl. a) derivatization of the GAG with at least one aldehyde group, by reaction of the GAG with a spacer molecule, wherein said spacer molecule comprises, as first functional group, one or more aldehyde groups (SP-CHO), said aldehyde groups (SP-CHO)) being optionally protected and, as second functional group, a nucleophilic group suitable for conjugation with the GAG; a1) hydrolysis of the activated intermediate with aqueous acids when said one or more aldehyde group (s) is protected; b) reaction of the adduct obtained in phase a) or a1) with at least one biologically active molecule characterized in that said biologically active molecule comprises a functional group capable of reacting with the aldehyde group and is selected from the group consisting of polypeptides and proteins, nucleic acids and therapeutic agents containing at least one amine group not fundamental for biological functioning, said therapeutic agent being selected from the group consisting in antitumoral drugs; antiviral agents and antibiotics; protease and polymerase inhibitors; antiinflammatory, analgesic, anesthetic, anti-pain drugs; narcotics; steroids; minoxidyl.
An electronic device, comprising: a body; a plurality of supports each of which is coupled to the body through one side thereof; and a holder configured to connect other sides of the plurality of supports having a curved portion corresponding to the shape of the ear of a user and destined to be fitted on the ear of the user, characterized in that at least one of the plurality of supports is rotatable on the body, and a radius of the holder is changed according to rotation of the at least one of the plurality of supports. a body; a plurality of supports each of which is coupled to the body through one side thereof; and a holder configured to connect other sides of the plurality of supports having a curved portion corresponding to the shape of the ear of a user and destined to be fitted on the ear of the user, characterized in that at least one of the plurality of supports is rotatable on the body, and a radius of the holder is changed according to rotation of the at least one of the plurality of supports.
A wound treatment device, comprising: a first body comprising at least one first opening configured for attachment to a reduced pressure source and at least one fluid passage extending at least partially through the first body and in fluid communication with the at least one first opening; wherein the first body comprises a rotatable portion; and wherein the at least one fluid passage passes through the rotatable portion; and characterised in that the device comprises two or more elongated sections and a corresponding number of skin connectors, whereby each elongated section is attached to the first body at one end and to a skin connector at the other end, the said elongated sections extending from the first body in different directions, and having a length that is adjustable with respect to the first body; and wherein the rotatable portion comprises an attachment mechanism for attachment to each of the elongated sections; whereby rotation of the rotatable portion causes a change in the distance that the elongated sections extend from the first body. a first body comprising at least one first opening configured for attachment to a reduced pressure source and at least one fluid passage extending at least partially through the first body and in fluid communication with the at least one first opening; wherein the first body comprises a rotatable portion; and wherein the at least one fluid passage passes through the rotatable portion; and characterised in that the device comprises two or more elongated sections and a corresponding number of skin connectors, whereby each elongated section is attached to the first body at one end and to a skin connector at the other end, the said elongated sections extending from the first body in different directions, and having a length that is adjustable with respect to the first body; and wherein the rotatable portion comprises an attachment mechanism for attachment to each of the elongated sections; whereby rotation of the rotatable portion causes a change in the distance that the elongated sections extend from the first body.
A compound of formula: or pharmaceutically acceptable salt or solvate thereof, wherein: Y is selected from C or N; X is O; bond a is a single or double bond; x is 1 when a is a single bond and x is 0 when a is a double bond; R 1 is selected from hydrogen and methyl; R 2 (when present) is selected from hydrogen and methyl; R 3 is selected from hydrogen, alkyl and alkyl-phenyl, wherein said phenyl is optionally substituted by one or more (for example 1 to 3) substituents each independently selected from hydroxy, alkoxy, alkyl and halo (such as chloro and fluoro). Y is selected from C or N; X is O; bond a is a single or double bond; x is 1 when a is a single bond and x is 0 when a is a double bond; R 1 is selected from hydrogen and methyl; R 2 (when present) is selected from hydrogen and methyl; R 3 is selected from hydrogen, alkyl and alkyl-phenyl, wherein said phenyl is optionally substituted by one or more (for example 1 to 3) substituents each independently selected from hydroxy, alkoxy, alkyl and halo (such as chloro and fluoro).
Drive system for a water vehicle, in particular for an underwater vehicle such as a submarine or an unmanned underwater vehicle, comprising a fuel cell system, at least one operating gas container for supplying the fuel cell system with an operating gas, a turbine arranged between the operating gas container and the fuel cell system for depressurising the operating gas before it enters the fuel cell system and a compressor arranged at a gas outlet for compressing a residual gas from the fuel cell system, wherein the compressor and the turbine have a shared transmission system.
A method for controlling a robot cleaner, the method comprising: an image detecting step of detecting a plurality of images (image_t, image_t+1) by capturing peripheral circumstances; a feature point extracting step of extracting one or more feature points having 2D coordinates information with respect to each of the plurality of images; a similarity calculating step of calculating a similarity between the feature points inside two or more images; a position recognizing step (S500,S510) of recognizing a position of the robot cleaner based on feature points having a maximum similarity therebetween; a matching point creating step of creating a matching point having 3D coordinates information based on a calculating result of the similarity calculating step and storing the created matching point; a position recognizing step of recognizing a position of the robot cleaner based on the created matching point; a position predicting step of predicting a position of a feature point of a previous image on a next image based on the 3D coordinates information of the created matching point; and a position verifying step of verifying the recognized position of the robot cleaner, based on the predicted position calculated by the position predicting step. an image detecting step of detecting a plurality of images (image_t, image_t+1) by capturing peripheral circumstances; a feature point extracting step of extracting one or more feature points having 2D coordinates information with respect to each of the plurality of images; a similarity calculating step of calculating a similarity between the feature points inside two or more images; a position recognizing step (S500,S510) of recognizing a position of the robot cleaner based on feature points having a maximum similarity therebetween; a matching point creating step of creating a matching point having 3D coordinates information based on a calculating result of the similarity calculating step and storing the created matching point; a position recognizing step of recognizing a position of the robot cleaner based on the created matching point; a position predicting step of predicting a position of a feature point of a previous image on a next image based on the 3D coordinates information of the created matching point; and a position verifying step of verifying the recognized position of the robot cleaner, based on the predicted position calculated by the position predicting step.
A CD40 receptor agonist protein comprising a single-chain fusion polypeptide comprising: (i) a first soluble CD40L domain, (ii) a first peptide linker, (iii) a second soluble CD40L domain, (iv) a second peptide linker, and (v) a third soluble CD40L domain, and (vi) an antibody Fc fragment, consisting of the amino acid sequence as shown in SEQ ID NO: 13 or 14 or amino acids 1-217 of SEQ ID NO: 13 or 14, wherein the antibody Fc fragment (vi) is located C-terminally to the third CD40L domain (v), and is fused to the soluble CD40L domain (v) via a hinge-linker of any one of SEQ ID NOs: 16 and 19-24. (i) a first soluble CD40L domain, (ii) a first peptide linker, (iii) a second soluble CD40L domain, (iv) a second peptide linker, and (v) a third soluble CD40L domain, and (vi) an antibody Fc fragment, consisting of the amino acid sequence as shown in SEQ ID NO: 13 or 14 or amino acids 1-217 of SEQ ID NO: 13 or 14,
A display structure comprising; a flexible display having a first viewing surface and a second viewing surface opposed to the first viewing surface; and a mechanical support adapted to at least partially collapse and extend the flexible display and enable interchanging the first viewing surface and the second viewing surface with respect to a viewing direction, wherein the mechanical support comprises a roller for accommodating the flexible display when collapsed, the roller cooperating with an extension body arranged for extending the flexible display from a collapsed state; and wherein the roller comprises an axis, characterised in that the extension body is rotatable about the axis for interchanging the first viewing surface and the second viewing surface with respect to the viewing direction.
A method of operating a first node (200, 210a) in a communication network, comprising: detecting establishment of a new physical communication link with a second node in the communication network; receiving a link layer discovery protocol, LLDP, message from the second node the method being characterised in that the LLDP message comprises a field that identifies a logical interface type that is to be supported over the new physical communication link; identifying a service associated with the identified logical interface type; and activating the identified service. detecting establishment of a new physical communication link with a second node in the communication network; receiving a link layer discovery protocol, LLDP, message from the second node the method being characterised in that the LLDP message comprises a field that identifies a logical interface type that is to be supported over the new physical communication link; identifying a service associated with the identified logical interface type; and activating the identified service.