mhurhangee/ep-ind-claims huggingface dataset:
A mounter comprising: a mounting head configured to mount components on a board; means for head identification information provided on the mounting head, the head identification information being for identifying a type of the mounting head; a component holding section configured to hold the component and exchangeably attached to the mounting head; a storage section configured to store an exchange-use component holding section; a base section on which the storage section is removably loaded; and a detection section configured to detect information in accordance with a height of at least one of the exchange-use component holding section and the storage section loaded on the base section; and a control section configured to determine whether the mounting head and the storage section will interfere based on the head identification information and a detection result of the detection section, and control operation of the mounting head in accordance with a result of the determination. a mounting head configured to mount components on a board; means for head identification information provided on the mounting head, the head identification information being for identifying a type of the mounting head; a component holding section configured to hold the component and exchangeably attached to the mounting head; a storage section configured to store an exchange-use component holding section; a base section on which the storage section is removably loaded; and a detection section configured to detect information in accordance with a height of at least one of the exchange-use component holding section and the storage section loaded on the base section; and a control section configured to determine whether the mounting head and the storage section will interfere based on the head identification information and a detection result of the detection section, and control operation of the mounting head in accordance with a result of the determination.
A method for determining a degree of damage to a component of a mechatronic system, which system comprises a compensation device for compensating for the effect of the damage to the component, so that an actual function of the mechatronic system can be maintained even when the degree of damage to the component is less than a failure damage level, wherein the compensation device is configured to influence an actuation of the component and to detect an actual function (Fi) of the system and to store an actuation parameter corresponding to the actuation, in order to influence the actuation of the component in such a manner that, in the event of a deviation of the actual function (Fi) from a target function (Fs), which deviation is caused by increasing damage to the component and exceeds a predefined tolerance, the actual function (Fi) again corresponds to the target function (Fs), and subsequently to store the modified actuation in the actuation parameter, wherein this actuation parameter forms the basis for subsequent actuations, wherein the degree of damage is determined by means of the actuation parameter.
A plastic optical fiber comprising a core and at least one layer of cladding, wherein the innermost layer of said cladding is being composed of a copolymer which contains as copolymerizing ingredients: 17 to 25% by weight of hexafluoropropylene 49 to 70% by weight of tetrafluoroethylene 14 to 30% by weight of vinylidene fluoride, and 2 to 7% by weight of a perfluoroalkylvinylether, characterized in that the bending elastic modulus of the innermost layer of said cladding is 20 to 70 MPa and in that the innermost layer of said cladding has a proportion of the weight of hexafluoropropylene of 0.250 to 0.360 with respect to the total weight of tetrafluoroethylene and vinylidene fluoride. 17 to 25% by weight of hexafluoropropylene 49 to 70% by weight of tetrafluoroethylene 14 to 30% by weight of vinylidene fluoride, and 2 to 7% by weight of a perfluoroalkylvinylether, characterized in that the bending elastic modulus of the innermost layer of said cladding is 20 to 70 MPa and in that the innermost layer of said cladding has a proportion of the weight of hexafluoropropylene of 0.250 to 0.360 with respect to the total weight of tetrafluoroethylene and vinylidene fluoride.
Device for heating a fluid, comprising: a heating body having a through passageway (6, 8) for the fluid and provided with at least one groove on its outer surface, said passageway comprising a plurality of parallel longitudinal channels formed by drilling; at least one electrical resistance housed in the at least one groove of the heating body; at least one closure plate of the at least one groove overlying the at least one resistance; characterized in that the passageway (6, 8) passing through the heating body comprises a transverse channel on at least one or both ends of the parallel longitudinal channels, ensuring a connection of said channels. a heating body having a through passageway (6, 8) for the fluid and provided with at least one groove on its outer surface, said passageway comprising a plurality of parallel longitudinal channels formed by drilling; at least one electrical resistance housed in the at least one groove of the heating body; at least one closure plate of the at least one groove overlying the at least one resistance;
A method of controlling the operation of a fractionator and hydrocracker reaction loop, wherein said method comprises: providing a fractionator for receiving a hydrocracker effluent yielded from a hydrocracker reactor as a fractionator feed, wherein said fractionator defines a distillation zone that includes a bottom zone, an upper zone, and an intermediate zone between said bottom zone and said upper zone, wherein said intermediate zone has a sidedraw tray; introducing said fractionator feed into said bottom zone of said fractionator; collecting on said sidedraw tray a liquid level of hydrocarbons having a desired boiling range; withdrawing a sidedraw stream of said hydrocarbon from said sidedraw tray; separating said sidedraw stream into a first stream and a product stream; introducing said first stream to said distillation zone; responsive to a difference between a measured flow of said first stream and a desired flow of said first stream, controlling the flow of said first stream; responsive to a difference between a measured liquid level on said sidedraw tray and a desired liquid level on said sidedraw tray, controlling the flow of said product stream; passing said product stream downstream of said fractionator; and a bottom stream from the fractionator is recycled as a feed in the hydrocracker reactor; monitoring a bottoms yield of said fractionator; and adjusting in response to changes in said bottoms yield said hydrocracker reactor conditions. providing a fractionator for receiving a hydrocracker effluent yielded from a hydrocracker reactor as a fractionator feed, wherein said fractionator defines a distillation zone that includes a bottom zone, an upper zone, and an intermediate zone between said bottom zone and said upper zone, wherein said intermediate zone has a sidedraw tray; introducing said fractionator feed into said bottom zone of said fractionator; collecting on said sidedraw tray a liquid level of hydrocarbons having a desired boiling range; withdrawing a sidedraw stream of said hydrocarbon from said sidedraw tray; separating said sidedraw stream into a first stream and a product stream; introducing said first stream to said distillation zone; responsive to a difference between a measured flow of said first stream and a desired flow of said first stream, controlling the flow of said first stream; responsive to a difference between a measured liquid level on said sidedraw tray and a desired liquid level on said sidedraw tray, controlling the flow of said product stream; passing said product stream downstream of said fractionator; and a bottom stream from the fractionator is recycled as a feed in the hydrocracker reactor;
An artificial bone comprising substantially unidirectionally-oriented pores, which has a marker showing the orientation direction of said pores, wherein the marker comprises a line symbol, a protrusion or a pit marked on the surface of the artificial bone, and the diameter of the section vertical to the long axis of said pores is 10 - 500 μm. the marker comprises a line symbol, a protrusion or a pit marked on the surface of the artificial bone, and the diameter of the section vertical to the long axis of said pores is 10 - 500 μm.
A disc brake assembly for a heavy commercial vehicle, the disc brake assembly comprising: first and second brake pads (103a, 103b) arranged to face opposing faces of a brake rotor; a brake carrier arranged to receive at least the first brake pad; a caliper arranged to slide with respect to the brake carrier for clamping and release of the rotor by the brake pads (103a, 103b) along a first longitudinal axis (A-A); and characterised by an actuating arrangement configured to selectively move the caliper and the brake carrier relative to each other generally transverse to the first longitudinal axis so as to lock or inhibit the sliding of the caliper relative to the carrier. first and second brake pads (103a, 103b) arranged to face opposing faces of a brake rotor; a brake carrier arranged to receive at least the first brake pad; a caliper arranged to slide with respect to the brake carrier for clamping and release of the rotor by the brake pads (103a, 103b) along a first longitudinal axis (A-A); and characterised by an actuating arrangement configured to selectively move the caliper and the brake carrier relative to each other generally transverse to the first longitudinal axis so as to lock or inhibit the sliding of the caliper relative to the carrier.
A spray can having a can body for receiving a substance to be sprayed, a spray head that is placed onto a can valve arranged at the upper side of the can body and that is provided with a discharge tube, wherein an adapter connects the spray head to the discharge tube, wherein the discharge tube is connected to the adapter via a screw connection, characterized by a securing device that secures the discharge tube at the adapter and is releasable to separate the discharge tube from the adapter and that comprises a cap nut that is supported at the adapter and that cooperates with a counter-piece that is arranged at the discharge tube.
A method of determining weld quality, characterized in comprising the steps of: providing a fault analysis duration threshold; providing a reference weld signature having a first shape; capturing a weld signature of a welding parameter, wherein the weld signature of the welding parameter has a second shape; determining a welding duration from the weld signature of the welding parameter; comparing the welding duration to the fault analysis duration threshold; when the welding duration for the weld bead is greater than the fault analysis duration threshold, performing a parameter value-based fault analysis routine including comparing at least one welding parameter value to a predetermined limit value; and when the welding duration for the weld bead is less than the fault analysis duration threshold, performing a signature shape-based fault analysis routine including comparing the shape of the weld signature to a reference weld signature shape, wherein the weld signature comprises three states, namely a starting routine, an ending routine, and a welding portion, wherein during the welding portion the welding parameter does not reach a steady state; and determining a weld signature shape difference between the shape of the weld signature and the reference weld signature shape; and determining a weld fault condition based on the weld signature shape difference. providing a fault analysis duration threshold; providing a reference weld signature having a first shape; capturing a weld signature of a welding parameter, wherein the weld signature of the welding parameter has a second shape; determining a welding duration from the weld signature of the welding parameter; comparing the welding duration to the fault analysis duration threshold; when the welding duration for the weld bead is greater than the fault analysis duration threshold, performing a parameter value-based fault analysis routine including comparing at least one welding parameter value to a predetermined limit value; and when the welding duration for the weld bead is less than the fault analysis duration threshold, performing a signature shape-based fault analysis routine including comparing the shape of the weld signature to a reference weld signature shape, wherein the weld signature comprises three states, namely a starting routine, an ending routine, and a welding portion, wherein during the welding portion the welding parameter does not reach a steady state; and determining a weld signature shape difference between the shape of the weld signature and the reference weld signature shape; and determining a weld fault condition based on the weld signature shape difference.
A composition comprising: (a) at least one recombinant protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 226, 224 and 228 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 2-174, said composition having the ability to elicit bactericidal antibodies to multiple neisserial strains. (a) at least one recombinant protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 226, 224 and 228 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 2-174,
A unit of packaged product, comprising a package (2, 22) with an inner cavity formed by a pocket portion containing a product and communicating with an elongated portion in which a straw (3, 23) is housed, the straw (3, 23) having a proximal end (3a, 23a) leading into the pocket portion and a distal end (3b, 23b) closed by a cap portion of the package (2, 22), the straw being completely inserted into the elongated portion, the outer wall of the straw (3, 23) being welded perimetrically to the package (2, 22) in a proximal sealing area at the proximal end (3a, 23a) of the straw (3, 23) so as to form a sealing ring that extends from the proximal end (3a, 23a) of the straw along a certain length, to prevent leakage of the product from the pocket portion along the outer surface of the straw (3, 23), characterized in that the package (2, 22) is formed by two opposing shells (2a, 2b) welded to each other along a continuous sealing incorporating the proximal sealing area.
A method of printing using an inkjet printing system having plurality of linear arrays of nozzles, the method comprising: detecting a defective nozzle in a first array of nozzles; disabling a nozzle in a second array of nozzles, wherein a location of said defective nozzle along said first array, and a location of said disabled nozzle along said second array of nozzles, are within 0 to 5 array pitch units from each other; dispensing a first material formulation from nozzles of said first array, other than said defective nozzles; and dispensing a second material formulation from nozzles of said second array, other than said disabled nozzle. detecting a defective nozzle in a first array of nozzles; disabling a nozzle in a second array of nozzles, wherein a location of said defective nozzle along said first array, and a location of said disabled nozzle along said second array of nozzles, are within 0 to 5 array pitch units from each other; dispensing a first material formulation from nozzles of said first array, other than said defective nozzles; and dispensing a second material formulation from nozzles of said second array, other than said disabled nozzle.
System for processing food products by at least partial freezing or chilling, comprising an endless conveying belt having a first upper run and a first lower run being drivable by at least one first drive drum, said conveying belt defining an inner space which is delimited by the first upper run and the first lower run, an endless supporting belt being provided within the inner space, being drivable by at least one second drive drum, said supporting belt having a second upper run and a second lower run, wherein the first upper run of the conveying belt has a first side for receiving the food products and a second side being opposite to the first side, said second side being oriented towards the second upper run of the supporting belt, whereas the conveying belt and the supporting belt are at least in part situated within a tunnel, said system further comprising at least one cooling agent inlet for providing a cooling agent into the tunnel, wherein the supporting belt comprises a multitude of cross-rods each defining a local rise oriented towards the conveying belt, wherein the first upper run of the conveying belt is supported by the cross-rods in the second upper run of the supporting belt. an endless conveying belt having a first upper run and a first lower run being drivable by at least one first drive drum, said conveying belt defining an inner space which is delimited by the first upper run and the first lower run, an endless supporting belt being provided within the inner space, being drivable by at least one second drive drum, said supporting belt having a second upper run and a second lower run, wherein the first upper run of the conveying belt has a first side for receiving the food products and a second side being opposite to the first side, said second side being oriented towards the second upper run of the supporting belt, whereas the conveying belt and the supporting belt are at least in part situated within a tunnel, said system further comprising at least one cooling agent inlet for providing a cooling agent into the tunnel, wherein the supporting belt comprises a multitude of cross-rods each defining a local rise oriented towards the conveying belt, wherein the first upper run of the conveying belt is supported by the cross-rods in the second upper run of the supporting belt.
A rechargeable battery comprising: an electrode assembly; a case accommodating the electrode assembly; a cap plate covering the case and including an injection hole sealed by a ball; and a terminal plate covering the injection hole and the ball, characterized in that the cap plate includes a first surface that is planar and faces the electrode assembly, a second surface that is planar, is located opposite to the first surface, and faces the terminal plate, a first protrusion part protruding from the first surface towards the electrode assembly, and a second protrusion part protruding from the second surface towards the terminal plate, the injection hole includes a throughhole centrally formed in the first protrusion part, and a recess formed in the second surface and connected to the throughhole, the ball is coupled to the throughhole, and the terminal plate includes a planar first region contacting a bottom surface of the recess, a slanted second region extending from the first region and contacting side surfaces of the recess, a planar third region extending from the second region and contacting the second surface of the cap plate, a slanted fourth region extending away from the third region and the second surface of the cap plate, a planar fifth region extending from the fourth region and welded to a bus bar, a planar sixth region extending from the fifth region and towards the second surface of the cap plate, and a planar seventh region extending from the sixth region and contacting the second surface of the cap plate. an electrode assembly; a case accommodating the electrode assembly; a cap plate covering the case and including an injection hole sealed by a ball; and a terminal plate covering the injection hole and the ball, characterized in that the cap plate includes a first surface that is planar and faces the electrode assembly, a second surface that is planar, is located opposite to the first surface, and faces the terminal plate, a first protrusion part protruding from the first surface towards the electrode assembly, and a second protrusion part protruding from the second surface towards the terminal plate, the injection hole includes a throughhole centrally formed in the first protrusion part, and a recess formed in the second surface and connected to the throughhole, the ball is coupled to the throughhole, and the terminal plate includes a planar first region contacting a bottom surface of the recess, a slanted second region extending from the first region and contacting side surfaces of the recess, a planar third region extending from the second region and contacting the second surface of the cap plate, a slanted fourth region extending away from the third region and the second surface of the cap plate, a planar fifth region extending from the fourth region and welded to a bus bar, a planar sixth region extending from the fifth region and towards the second surface of the cap plate, and a planar seventh region extending from the sixth region and contacting the second surface of the cap plate.
A method for filling a transport tray for transferring pharmaceutical portions into a machine tray of an automatic discharge station, the transport tray having a plurality of receptacles for pharmaceutical portions, wherein a) a target filling of a plurality of receptacles of the transport tray is transmitted to a controller, wherein the target filling comprises information at least about the at least one pharmaceutical type to be filled and the number of pharmaceutical portions per pharmaceutical type and receptacle, b) at least one filling pattern is generated on the basis of the target filling and a filling regimen and is displayed by means of a display device (400, 450), c) pharmaceutical portions corresponding to the filling pattern are then transferred into the receptacles of the transport tray to be filled according to the filling pattern, d) an image at least of the receptacles to be filled according to the target filling is generated by means of an optical capturing device, and the actual filling, comprising the quantity and quality of the pharmaceutical portions placed therein, is ascertained using the image and is compared with the target filling, and, e) if no deviation from target is ascertained, the transport tray is released in order to transfer the pharmaceutical portions to the machine tray. a) a target filling of a plurality of receptacles of the transport tray is transmitted to a controller, wherein the target filling comprises information at least about the at least one pharmaceutical type to be filled and the number of pharmaceutical portions per pharmaceutical type and receptacle, b) at least one filling pattern is generated on the basis of the target filling and a filling regimen and is displayed by means of a display device (400, 450), c) pharmaceutical portions corresponding to the filling pattern are then transferred into the receptacles of the transport tray to be filled according to the filling pattern, d) an image at least of the receptacles to be filled according to the target filling is generated by means of an optical capturing device, and the actual filling, comprising the quantity and quality of the pharmaceutical portions placed therein, is ascertained using the image and is compared with the target filling, and, e) if no deviation from target is ascertained, the transport tray is released in order to transfer the pharmaceutical portions to the machine tray.