mhurhangee/ep-ind-claims huggingface dataset:
An aqueous antimicrobial composition comprising coniferous resin acids, a dispersing agent and an aqueous medium, wherein an amount of the coniferous resin acids of the composition is in the range of 1 to 100 ppm, the coniferous resin acids comprise 7β-hydroxydehydroabietic acid, 7α-hydroxydehydroabietic acid, 15-hydroxydehydroabietic acid, 7β,15-dihydroxydehydroabietic acid, 7α,15-dihydroxydehydroabietic acid, 18-hydroxydehydroabietic acid, further hydroxylated derivates of dehydroabietic acid or a mixture thereof, and provided as or derived from resin of coniferous trees or are provided as or derived from a resin acid fraction of tall oil obtained from kraft pulping of coniferous trees, and the dispersing agent is selected from a group consisting of polyhydric alicyclic alcohol, polyhydric aliphatic alcohol, dimethyl sulfoxide, acetone, protein-containing aqueous liquid, sugar-containing aqueous liquids, serum, plasma, liquid used in cell and tissue cultures and a mixture thereof.
Method for measuring the output currents of a vector controlled frequency converter comprising a mains bridge connectable to an alternating-current network and a load bridge connectable to an alternating-current load and between these a direct-voltage intermediate circuit, by using current samples obtained from a current measuring sensor disposed in the intermediate voltage circuit, wherein the load bridge comprises upper and lower switch pairs switches, wherein when a switch of one of the upper and lower switch pairs is turned off in response to a change of the output voltage vector, the other switch of said upper and lower switch pairs is turned on after a dead-time delay, characterized in that a first sample is taken from the signal of the current measuring sensor substantially simultaneously with the point of change of the output voltage vector and a second sample is taken from the signal of the current measuring sensor upon the lapse of a predetermined delay after the other switch of said upper and lower switch pairs is turned on.
System for transmitting data via a power line comprising: a first communications device and a second communications device, the first communications device including a transmit unit adapted to generate OFDM symbols to be transmitted using sub-carriers; a roll-off interval indication unit adapted to generate a transmit message indicating that no roll-off interval before and/or after the OFDM symbols is used when transmitting the data; the first communication device configured to insert the roll-off Interval before and/or after the OFDM symbol, the transmit unit being further adapted to transmit the transmit message; the second communications device including a receive unit adapted to generate the data from the transmitted OFDM symbols by taking into account the received transmit message. a first communications device and a second communications device, the first communications device including a transmit unit adapted to generate OFDM symbols to be transmitted using sub-carriers; a roll-off interval indication unit adapted to generate a transmit message indicating that no roll-off interval before and/or after the OFDM symbols is used when transmitting the data; a transmit unit adapted to generate OFDM symbols to be transmitted using sub-carriers; a roll-off interval indication unit adapted to generate a transmit message indicating that no roll-off interval before and/or after the OFDM symbols is used when transmitting the data; the first communication device configured to insert the roll-off Interval before and/or after the OFDM symbol, the transmit unit being further adapted to transmit the transmit message; the transmit unit being further adapted to transmit the transmit message; the second communications device including a receive unit adapted to generate the data from the transmitted OFDM symbols by taking into account the received transmit message.
An operation section structure of an treatment instrument for endoscopic use comprising: a distal end mechanism i; - a wire having a distal end connected to the distal end mechanism; a tubular flexible sheath provided to an outer periphery of the wire; a main unit having a distal end connected to the sheath; a sliding member made of a conductive material, a proximal end of the wire being connected to the sliding member, the sliding member being capable of sliding on the main unit in a longitudinal direction; an operating member attached to the sliding member, the operating member being capable of rotating relative to the sliding member in circumferential direction; and a current-carrying section provided to the operating member, the current-carrying section having a conductive section formed by a conductive material providing conductivity by making contact with the sliding member. a distal end mechanism i; - a wire having a distal end connected to the distal end mechanism; a tubular flexible sheath provided to an outer periphery of the wire; a main unit having a distal end connected to the sheath; a sliding member made of a conductive material, a proximal end of the wire being connected to the sliding member, the sliding member being capable of sliding on the main unit in a longitudinal direction; an operating member attached to the sliding member, the operating member being capable of rotating relative to the sliding member in circumferential direction; and a current-carrying section provided to the operating member, the current-carrying section having a conductive section formed by a conductive material providing conductivity by making contact with the sliding member.
An enamel for coating surfaces which contains a polymer comprising a base polymer and modifying moieties that are incompatible with the base polymer after the polymer is cured, wherein the modifying moieties are bonded covalently with the base polymer and wherein the modifying moieties are polysiloxanes, characterized in that combinations or mixtures of polymers with multiple different modifying moieties having different chain lengths, in particular a different number of Si units, are used, that the modifying moieties are polydialkylsiloxanes having 50 to 200 Si units, and that the enamel includes a first polymer which comprises polysiloxanes having 60 to 80 Si units as modifying moieties and a second polymer which comprises polysiloxanes having 120 to 140 Si units as modifying moieties.
Connector (103, 403) for electrically connecting two pins (409, 451) in a subsea environment, the connector comprising: a conductive sleeve for sliding in the two pins from opposite sides and for electrically contacting the two pins with each other; for each pin (109, 409, 451), a rubber ring (113, 114) surrounding a portion of the respective pin axially outside the conductive sleeve; an elastomer moulding surrounding the conductive sleeve; a casing providing an internal space fillable with oil, wherein the elastomer moulding, the rubber rings (113, 114) and the conductive sleeve are located within the internal space, characterized in that the connector (103, 403) comprises a diaphragm in a wall of the casing allowing compensation of the pressure in the internal space with an outside pressure, wherein the elastomer moulding surrounds the two rubber rings (113, 114), and wherein the rubber rings are configured to at least partly transmit a pressure applied to the elastomer moulding towards radially inwards. a conductive sleeve for sliding in the two pins from opposite sides and for electrically contacting the two pins with each other; for each pin (109, 409, 451), a rubber ring (113, 114) surrounding a portion of the respective pin axially outside the conductive sleeve; an elastomer moulding surrounding the conductive sleeve; a casing providing an internal space fillable with oil, wherein the elastomer moulding, the rubber rings (113, 114) and the conductive sleeve are located within the internal space, characterized in that the connector (103, 403) comprises a diaphragm in a wall of the casing allowing compensation of the pressure in the internal space with an outside pressure, wherein the elastomer moulding surrounds the two rubber rings (113, 114), and wherein the rubber rings are configured to at least partly transmit a pressure applied to the elastomer moulding towards radially inwards.
An ID reading device comprising: a recording medium housed in each of a plurality of cells; an ID display part which is provided on a surface of the recording medium and is optically readable; an accessor that is movable to a position, which faces the ID display part, in a direction along which the cells are arranged; an optical reading unit which is provided integrally with the accessor and optically reads an ID displayed in the ID display part; and a control unit that controls the optical reading unit, wherein if the ID has not been read while the reading is tried a predetermined number of times or during a predetermined period of time, the control unit is configured to perform reading control that replaces an exposure value of the optical reading unit with another value and makes the optical reading unit read the ID again; and if the ID has not been read even though the exposure value was replaced a predetermined number of times, the control unit is configured to relatively move the optical reading unit with respect to the cell which is a target of the reading and to perform the reading control again. a recording medium housed in each of a plurality of cells; an ID display part which is provided on a surface of the recording medium and is optically readable; an accessor that is movable to a position, which faces the ID display part, in a direction along which the cells are arranged; an optical reading unit which is provided integrally with the accessor and optically reads an ID displayed in the ID display part; and a control unit that controls the optical reading unit, wherein if the ID has not been read while the reading is tried a predetermined number of times or during a predetermined period of time, the control unit is configured to perform reading control that replaces an exposure value of the optical reading unit with another value and makes the optical reading unit read the ID again; and if the ID has not been read even though the exposure value was replaced a predetermined number of times, the control unit is configured to relatively move the optical reading unit with respect to the cell which is a target of the reading and to perform the reading control again.
A method of fabricating labeling sleeves made from at least one film or at least one sheath of stretchable plastics material, each sleeve being for enraging via an inlet edge (1 1) on at least one article, the method being characterized in that it comprises the hollowing steps: · fabricating a series of labels for personalizing the sleeves, each presenting at least one sheet to constitute a self-adhesive label with an area greater than or equal to 20% and less than or equal to 80% of the area of the sleeve onto which the label is to be fastened; and · fabricating a series of sleeves with at least one personalization label fastened on the film or the sheath of each sleeve so that each label extends without being covered over the outer wall of the sleeve and away from a grip margin defined between the inlet edge (1 1) of the sleeves and the neighboring edge (3 1) of the label. · fabricating a series of labels for personalizing the sleeves, each presenting at least one sheet to constitute a self-adhesive label with an area greater than or equal to 20% and less than or equal to 80% of the area of the sleeve onto which the label is to be fastened; and · fabricating a series of sleeves with at least one personalization label fastened on the film or the sheath of each sleeve so that each label extends without being covered over the outer wall of the sleeve and away from a grip margin defined between the inlet edge (1 1) of the sleeves and the neighboring edge (3 1) of the label.
An arrangement with an electrical contact element, which has at least two pins (1, 2) for the connection to an electrical device and to which at least two flat conductors (10, 11) of an electrical flat conductor-strip line are connected, in which each of the pins (1, 2) is integrally extended by a planar plate (3, 4) having two flat sides lying parallel to one another, in which the plates (3, 4) of the two pins (1, 2) lying in the same plane insulated from one another, are arranged side by side so that they run spaced apart parallel to one another, and in which the plates (3, 4) while leaving the pins (1, 2) free are embedded in a casing made of insulating material such that their surfaces are exposed for making contact, that the casing constituting an insulator fills an air gap between the plates (3, 4), that the insulator has at least on one flat side of the plates (3, 4) three openings (7, 8, 9) partially leaving free the same, the clear dimensions of which on at least one side of the insulator correspond to the width of ends of the flat conductors (10, 11) to be connected to the plates (3,4), that the flat conductors arranged in the openings (7, 8, 9) of the insulator on the plates (3, 4) run in a first position of the flat-conductor-strip line in the direction of the pins (1, 2), characterized in, - that the plates (3, 4) of the two pins (1, 2) have different geometrical forms, - that the flat conductors (10, 11) arranged in the openings (7, 8, 9) of the insulator on the plates (3, 4) are connected electrically conductively to the plates (3, 4) in a second position offset by 90° to the direction of the pins (1, 2) running in each case in two of the three openings, wherein one of the three openings is used for both positions of the two connection possibilities. - that the plates (3, 4) of the two pins (1, 2) have different geometrical forms, - that the flat conductors (10, 11) arranged in the openings (7, 8, 9) of the insulator on the plates (3, 4) are connected electrically conductively to the plates (3, 4) in a second position offset by 90° to the direction of the pins (1, 2) running in each case in two of the three openings, wherein one of the three openings is used for both positions of the two connection possibilities.
Getter pump comprising a casing (21, 21'; 31), whose shape is a solid of revolution with a revolution axis, and a plurality of getter cartridges (10; 22, 23; 32, 33, 34; 320, 330, 340) mounted within said getter pump casing (21, 21'; 31), each cartridge comprising a linear central support (11; 221, 231) and spaced getter elements (12, 12',..., 12 n) mounted on said linear central support (11; 221, 231), a plane containing a linear central support (11; 221, 231) and parallel to the revolution axis being defined a getter cartridge orientation plane, and a plane orthogonal to the revolution axis and intersecting the midpoint of a linear central support (11; 221, 231) being defined a getter cartridge positioning plane (222, 232), characterized in that the angles (α, α') formed by said positioning planes (222, 232) with the linear central supports (11; 221, 231) are equal to or less than 30°, preferably equal to or less than 10°.
A razor cartridge comprising: a housing, one or more blades disposed in the housing, and an elastomeric guard member disposed on the housing and positioned to contact the skin prior to the blades, the guard member comprising a plurality of fins extending from a common base, the fins being arcs of concentric circles, characterised in that the height of at least some of the fins above the common base increases with increasing proximity of the fin to the blades. a housing, one or more blades disposed in the housing, and an elastomeric guard member disposed on the housing and positioned to contact the skin prior to the blades, the guard member comprising a plurality of fins extending from a common base, the fins being arcs of concentric circles, characterised in that the height of at least some of the fins above the common base increases with increasing proximity of the fin to the blades.
A non-light-emitting variable transmission device, comprising: an active stack; a first transparent conductive layer overlying the active stack; a second transparent conductive layer, wherein the active stack is disposed between the first and second transparent conductive layers; an intermediate layer overlying the first transparent conductive layer and defining a first hole and a second hole; characterized in that the second hole extends through the first conductive layer and the active stack to the second transparent conductive layer; wherein the non-light-emitting device further comprising a first bus bar comprising a first conductive tape that extends into the first hole and contacts the first transparent conductive layer, a second bus bar comprising a second conductive tape, the second conductive tape of the second bus bar extending into the second hole and contacting a second transparent conductive layer, wherein the first hole is spaced apart from the second hole. an active stack; a first transparent conductive layer overlying the active stack; a second transparent conductive layer, wherein the active stack is disposed between the first and second transparent conductive layers; an intermediate layer overlying the first transparent conductive layer and defining a first hole and a second hole; characterized in that the second hole extends through the first conductive layer and the active stack to the second transparent conductive layer; wherein the non-light-emitting device further comprising a first bus bar comprising a first conductive tape that extends into the first hole and contacts the first transparent conductive layer, a second bus bar comprising a second conductive tape, the second conductive tape of the second bus bar extending into the second hole and contacting a second transparent conductive layer, wherein the first hole is spaced apart from the second hole.
A method for producing a multilayer tube of plastic, comprising the application of at least one plastic band onto a carrier component made of plastic, wherein the at least one plastic band is welded to the carrier component after the application, wherein a cylindrical tube core, to which at least one reinforcement layer comprising the at least one plastic band is applied, serves as carrier component, said plastic band consisting of a plastic, which has a negative heat expansion coefficient, wherein the at least one plastic band is wound at an angle of 45° to the tube axis or flatter onto the cylindrical tube core, and the at least one plastic band has received an orientation in at least one direction by means of stretching, wherein the degree of stretching of the at least one applied oriented plastic band and the angle, in which the at least one plastic band is wound onto the cylindrical tube core, are chosen such that the axial stress component of the reinforcement layer or the sum of the axial stress components of the reinforcement layers at least partially compensate the axial stress component of the tube core layer or the sum of the axial stress components of the tube core layer and, if applicable, further tube layers in response to heating, wherein the at least one plastic band comprises at least one layer of a plastic, which is oriented highly in at least one direction, and the at least one plastic band and the cylindrical tube core consist of a chemically similar plastic.
A navigation assistance system for assisting in navigating an interventional instrument within a subject, the navigation assistance system comprising: - an interventional image data set providing unit for providing an interventional image data set showing an implanted object with an opening and a vessel with an opening, - a position providing unit for providing the position of the interventional instrument in a frame of reference, - a model generation unit for generating an implanted object opening model and a vessel opening model based on the provided interventional image data set, wherein the implanted object opening model defines the position, shape and dimension of the opening of the implanted object in the frame of reference and wherein the vessel opening model defines the position, shape and dimension of the opening of the vessel in the frame of reference, - a graphical representation generation unit for generating a graphical representation of the implanted object opening model, the vessel opening model and the provided position of the interventional instrument. - an interventional image data set providing unit for providing an interventional image data set showing an implanted object with an opening and a vessel with an opening, - a position providing unit for providing the position of the interventional instrument in a frame of reference, - a model generation unit for generating an implanted object opening model and a vessel opening model based on the provided interventional image data set, wherein the implanted object opening model defines the position, shape and dimension of the opening of the implanted object in the frame of reference and wherein the vessel opening model defines the position, shape and dimension of the opening of the vessel in the frame of reference, - a graphical representation generation unit for generating a graphical representation of the implanted object opening model, the vessel opening model and the provided position of the interventional instrument.
An electronic device comprising: a camera (200, 300, 400) including: a lens unit (210, 310, 410), at least one autofocus, AF, actuator (240, 340, 430) configured for moving the lens unit in a first direction, and at least one optical image stabilization, OIS, stabilizer (220, 320, 420) configured for moving the lens unit in a second direction, wherein the at least one OIS stabilizer is connected with the at least one AF actuator, characterised in that the at least one AF actuator (240, 340, 430) and the at least one OIS stabilizer (220, 320, 420) are arranged in parallel along a side surface of the lens unit (210, 310, 410). a lens unit (210, 310, 410), at least one autofocus, AF, actuator (240, 340, 430) configured for moving the lens unit in a first direction, and at least one optical image stabilization, OIS, stabilizer (220, 320, 420) configured for moving the lens unit in a second direction, wherein the at least one OIS stabilizer is connected with the at least one AF actuator, characterised in that the at least one AF actuator (240, 340, 430) and the at least one OIS stabilizer (220, 320, 420) are arranged in parallel along a side surface of the lens unit (210, 310, 410).
A touch panel, comprising: a substrate; a black matrix layer over the substrate; and an insulating layer over the black matrix layer; wherein: the touch panel further comprises a protecting layer over the insulating layer, a connection line connecting each outer edge vertex of the protecting layer, the insulating layer and the black matrix layer and an outer edge vertex of the substrate is inclined inward relative to an outer edge of the substrate; the edge of the protecting layer, the edge of the insulating layer, and the edge of the black matrix layer together form a step-shaped structure. a substrate; a black matrix layer over the substrate; and an insulating layer over the black matrix layer; wherein: the touch panel further comprises a protecting layer over the insulating layer, a connection line connecting each outer edge vertex of the protecting layer, the insulating layer and the black matrix layer and an outer edge vertex of the substrate is inclined inward relative to an outer edge of the substrate; the edge of the protecting layer, the edge of the insulating layer, and the edge of the black matrix layer together form a step-shaped structure. the touch panel further comprises a protecting layer over the insulating layer, a connection line connecting each outer edge vertex of the protecting layer, the insulating layer and the black matrix layer and an outer edge vertex of the substrate is inclined inward relative to an outer edge of the substrate; the edge of the protecting layer, the edge of the insulating layer, and the edge of the black matrix layer together form a step-shaped structure.