mhurhangee/patent-ind-claim-en huggingface dataset:
Vascular access device , comprising a vascular cannula having a catheter portion for insertion into a blood vessel, in particular a vein, of a patient and a fixing portion for fixing the vascular cannula to a skin of a patient, characterized in that the fixing portion and/or a plaster used to fix the fixing portion to the skin comprises at least one local reception coil element for receiving magnetic resonance signals.
A radio wave watch comprising: an exterior case ; a dial plate disposed within the exterior case ; a substrate disposed on a rear side of the dial plate within the exterior case ; a conductive ground layer disposed on or within the substrate ; a first ground layer defined by a first region of the conductive ground layer ; an antenna that has a planar emitting electrode disposed between a central axis line (X1) which is the center of the exterior case and an inner side wall surface of the exterior case and opposed to the first ground layer , characterized by a planar short-circuit part electrically connecting an end part of the emitting electrode to the first ground layer , and a connecting part connecting the emitting electrode to a receiving circuit on the substrate ; and a second ground layer defined by a second region of the conductive ground layer disposed on an opposite side to the emitting electrode side across the short-circuit part on the substrate and having a width (WG) equal to or greater than a width (WS) of the short-circuit part . an exterior case ; a dial plate disposed within the exterior case ; a substrate disposed on a rear side of the dial plate within the exterior case ; a conductive ground layer disposed on or within the substrate ; a first ground layer defined by a first region of the conductive ground layer ; an antenna that has a planar emitting electrode disposed between a central axis line (X1) which is the center of the exterior case and an inner side wall surface of the exterior case and opposed to the first ground layer , characterized by a planar short-circuit part electrically connecting an end part of the emitting electrode to the first ground layer , and a connecting part connecting the emitting electrode to a receiving circuit on the substrate ; and a second ground layer defined by a second region of the conductive ground layer disposed on an opposite side to the emitting electrode side across the short-circuit part on the substrate and having a width (WG) equal to or greater than a width (WS) of the short-circuit part .
Measurement system for measuring a sample in an automatic analysis device , the measurement system comprising a measurement apparatus for recording measured values of a measured variable and a first and a second controller for processing the measured values, wherein the measurement apparatus and the first controller are able to be moved relative to the second controller and wherein the measured values are able to be transmitted from the measurement apparatus to the first controller , and wherein the measurement system has a sliding contact system, wherein the sliding contact system comprises sliding contacts, and wherein the measured values are transmitted from the first controller to the second controller via the sliding contacts, characterized in that , in order to monitor the sliding contacts, the measurement system has a fault counter for recording faults that occur when transmitting measured values from the first controller to the second controller via the sliding contacts.
A method for producing an erythropoietic composition comprising sialylated erythropoiesis-stimulating glycoproteins, comprising the steps of: growing a manganese-responsive host cell which produces an erythropoiesis stimulating glycoprotein in a culture medium containing an amount of manganese effective to increase the sialylation of said erythropoietic composition produced by said manganese-responsive host cell, wherein the concentration of manganese in said culture medium ranges from 0.4 to 40 μM, and wherein the erythropoiesis-stimulating glycoprotein is erythropoietin, darbepoetin, or functional analogs thereof, and wherein the manganese-responsive host cell is a mammalian cell.
A by-wire steering assembly comprising: - a column comprising a base which can be fixed inside a cabin of a vehicle and a pair of uprights extending from said base , - a body carried by said uprights and mobile with respect to them, and - a hub carried by said body and mobile with respect to itself, said hub being provided with gripping means , characterized in that said steering assembly is reconfigurable to modify the space occupied by it inside said cabin by means of the relative movement of said body , of said hub and of said gripping means reciprocally and with respect to said column , wherein said body is slidingly mobile relative to said column , said hub is rotationally supported free around a longitudinal axis (A) of said body and can tilt, within a given angular interval, with respect to an axis (B) perpendicular to the axis (A) of said body and wherein said gripping means can rotate around respective horizontal and vertical axes (C, D) with respect to said hub to position themselves respectively in a closed position on said hub and an open position with respect to said hub . - a column comprising a base which can be fixed inside a cabin of a vehicle and a pair of uprights extending from said base , - a body carried by said uprights and mobile with respect to them, and - a hub carried by said body and mobile with respect to itself, said hub being provided with gripping means , characterized in that said steering assembly is reconfigurable to modify the space occupied by it inside said cabin by means of the relative movement of said body , of said hub and of said gripping means reciprocally and with respect to said column , wherein said body is slidingly mobile relative to said column , said hub is rotationally supported free around a longitudinal axis (A) of said body and can tilt, within a given angular interval, with respect to an axis (B) perpendicular to the axis (A) of said body and wherein said gripping means can rotate around respective horizontal and vertical axes (C, D) with respect to said hub to position themselves respectively in a closed position on said hub and an open position with respect to said hub .
A combination of a clip for an item holder to a clothing or a belt and an item holder, for the item selected from the group of a firearm, a cold weapon or a flashlight, comprising a clamping wall and connecting elements for the holder which comprise an attachment element, said clamping wall comprising a space to insert said attaching element of the item holder, said space is outlined by a partition on the backside of the clamping wall as well as by opposing guiding plates ended with a circular landing and lateral surfaces extending from the clamping wall , and further comprising a turning catch between said lateral surfaces , the catch being in the form of a double-arm lever with a controlling upper arm , a lower arm and a spring , characterized in that the catch is turning on a pin inserted into openings in said lateral surfaces and , and the catch is pushed by the spring on its lower arm on the inner side of the guiding plates .
Photovoltaic system for generating solar power, having a large number of photovoltaic modules , - wherein the photovoltaic modules are combined to form at least one photovoltaic module row (R1, R2, R3), wherein each photovoltaic module row comprises at least three photovoltaic modules arranged in series, - wherein the photovoltaic modules of each photovoltaic module row are connected to each other such that the angle between adjacent photovoltaic modules is at least partially less than 180° and the photovoltaic module row therefore has an arcuate cross section, characterized - in that the photovoltaic modules are connected to each other by a plurality of connecting elements , which each connect at least two photovoltaic modules to each other and are additionally connected to at least one of the other connecting elements, and - in that at least photovoltaic modules of the same photovoltaic module row (R1, R2, R3) are connected to each other by way of the connecting elements . - wherein the photovoltaic modules are combined to form at least one photovoltaic module row (R1, R2, R3), wherein each photovoltaic module row comprises at least three photovoltaic modules arranged in series, - wherein the photovoltaic modules of each photovoltaic module row are connected to each other such that the angle between adjacent photovoltaic modules is at least partially less than 180° and the photovoltaic module row therefore has an arcuate cross section, - in that the photovoltaic modules are connected to each other by a plurality of connecting elements , which each connect at least two photovoltaic modules to each other and are additionally connected to at least one of the other connecting elements, and - in that at least photovoltaic modules of the same photovoltaic module row (R1, R2, R3) are connected to each other by way of the connecting elements .
Transport system for a handling device with at least one guide means , with at least one carriage body which can be moved by at least one guide means in at least one plane of movement and above or on which at least one handling device can be fixed or is fixed, with at least one drive means through which the carriage body can be driven for movement at least along the guide means , and with at least one cable guide which is connected to the carriage body which comprises a cable guide housing which is formed from a plurality of housing chain-link like housing links joined together, each of which two adjacent housing members can be rotated relative to one another and about a common axis of rotation , and in which at least one cable can be arranged or is arranged, which can be connected or is connected at one end to the handling device , whereby the common axis of rotation of the housing members of the cable guide runs perpendicular or oblique to the plane of travel of the carriage body , characterised in that the cable guide and/or the at least one cable arranged in the cable guide housing is arranged at least in sections on a first side of the carriage body parallel to the direction of travel of the carriage body and that the cable guide and/or the at least one cable arranged in the cable guide housing is connected or connectible on a second side of the carriage body with the slide body or the handling device .
Roof window for mounting in a roof opening of a roof, comprising a blind frame and a sash frame pivotable with respect to the blind frame , the blind frame having two parallel vertical beams and two horizontal beams which each interconnect the two vertical beams , characterised in that installation angle brackets for fastening the roof window to a roof construction of the roof are attached at least to the vertical beams , a support element of a support element pair being fastened to each of the vertical beams , and in that the support elements are each formed as a support loop, holding straps of the support loops each being fastened to the corresponding one of the vertical beams , and a distance of the support elements from an imaginary centre-of-gravity plane, which includes a centre of gravity of the roof window and is perpendicular to the vertical beams , being selected depending on a size of the roof window in such a way that when suspended on the support elements the roof window is at a window inclination angle, corresponding to at least a roof inclination angle of the roof, as a result of a gravitational influence.
A contact mechanism comprising: a movable contact terminal ; a movable contact plate having one end connected to the movable contact terminal and the other end supporting a movable contact integrally fixed thereto, and the movable contact plate being adapted to be drivingly moved in a thickness-wise direction of the movable contact plate by an engagement at a distal end of the movable contact plate with a card to make and break contact with a stationary contact , wherein the movable contact plate includes three stacked conductive thin plate springs , one conductive thin plate spring of the conductive thin plate springs having a driving elastic tongue at a distal end thereof, characterised by another conductive thin plate spring of the conductive thin plate springs having a pair of returning elastic tongues at a distal end thereof; and said card having a driving hole provided on one side and an engaging hole provided on the other side, and the card having driving projections provided on one end of the card and projected in the opposite directions so that it has a substantially T-shape, one driving projection having a greater thickness than the other driving projection so as to prevent the pair of returning elastic tongues of the movable contact plate do not contact with the card simultaneously, thereby only one of the returning elastic tongues makes a contact with the card while the movable contact plate is being moved toward a condition where the movable contacts and stationary contacts are disconnected. a movable contact terminal ; a movable contact plate having one end connected to the movable contact terminal and the other end supporting a movable contact integrally fixed thereto, and the movable contact plate being adapted to be drivingly moved in a thickness-wise direction of the movable contact plate by an engagement at a distal end of the movable contact plate with a card to make and break contact with a stationary contact , wherein the movable contact plate includes three stacked conductive thin plate springs , one conductive thin plate spring of the conductive thin plate springs having a driving elastic tongue at a distal end thereof, characterised by another conductive thin plate spring of the conductive thin plate springs having a pair of returning elastic tongues at a distal end thereof; and said card having a driving hole provided on one side and an engaging hole provided on the other side, and the card having driving projections provided on one end of the card and projected in the opposite directions so that it has a substantially T-shape, one driving projection having a greater thickness than the other driving projection so as to prevent the pair of returning elastic tongues of the movable contact plate do not contact with the card simultaneously, thereby only one of the returning elastic tongues makes a contact with the card while the movable contact plate is being moved toward a condition where the movable contacts and stationary contacts are disconnected.
A switch circuit comprising: a first circuit including a first switch (SW1); and a second circuit including a second switch (SW2), wherein the first circuit and the second circuit are connected in series, the first circuit has a circuit configuration in which a combination of resistors in a signal path between output terminals of the first circuit differs depending on an electrical conduction state of the first switch (SW1), and the second circuit has a circuit configuration in which a combination of resistors in a signal path between output terminals of the second circuit differs depending on an electrical conduction state of the second switch (SW2), characterized in that the first switch (SW1)and the second switch (SW2)are arranged side by side to each other, the switch circuit further comprises an operation member of each of the first switch (SW1) and the second switch (SW2), wherein the electrical conduction state of the first switch (SW1) and the electrical conduction state of the second switch (SW2) simultaneously change in response to an operation of the operation member of the first switch (SW1) and the second switch (SW2) at the same time. a first circuit including a first switch (SW1); and a second circuit including a second switch (SW2), wherein the first circuit and the second circuit are connected in series, the first circuit has a circuit configuration in which a combination of resistors in a signal path between output terminals of the first circuit differs depending on an electrical conduction state of the first switch (SW1), and the second circuit has a circuit configuration in which a combination of resistors in a signal path between output terminals of the second circuit differs depending on an electrical conduction state of the second switch (SW2), characterized in that the first switch (SW1)and the second switch (SW2)are arranged side by side to each other, the switch circuit further comprises an operation member of each of the first switch (SW1) and the second switch (SW2), wherein the electrical conduction state of the first switch (SW1) and the electrical conduction state of the second switch (SW2) simultaneously change in response to an operation of the operation member of the first switch (SW1) and the second switch (SW2) at the same time.
A method performed in mobile user equipment, comprising: monitoring said mobile user equipment with respect to a rule, wherein the rule comprises at least one rule selected from usage limit or usage parameters; and applying at least one consequence to said mobile user equipment when the rule is at least one of followed or violated, wherein the at least one consequence comprises at least one of a reward or a punishment, and wherein the at least one consequence pertains to use of the mobile user equipment, wherein the at least one consequence comprises placing an inviolable restriction on the mobile user equipment, wherein the inviolable restriction comprises usage parameters, further comprising providing a warning to a user of the mobile user equipment when an inviolable restriction is immanent; and wherein the rule further comprises at least one restriction selected from the following: distance from a family member, distance from a home, distance from a vehicle, or departure from a predefined path. monitoring said mobile user equipment with respect to a rule, wherein the rule comprises at least one rule selected from usage limit or usage parameters; and applying at least one consequence to said mobile user equipment when the rule is at least one of followed or violated, wherein the at least one consequence comprises at least one of a reward or a punishment, and wherein the at least one consequence pertains to use of the mobile user equipment, wherein the at least one consequence comprises placing an inviolable restriction on the mobile user equipment, wherein the inviolable restriction comprises usage parameters, further comprising providing a warning to a user of the mobile user equipment when an inviolable restriction is immanent; and wherein the rule further comprises at least one restriction selected from the following: distance from a family member, distance from a home, distance from a vehicle, or departure from a predefined path.
Method for carrying out a process for amplification of nucleic acids , wherein sample nucleic acids (31; 51; 61; 71) and reference nucleic acids (32-35; 52-54; 62-64, 72-73) are amplified in separate reactions, wherein signals from the amplification are observed in real time and the number of amplification cycles and/or the duration of the amplification process are dynamically adjusted according to signals from the amplification, characterized in that the method is used for total genome amplification, wherein at least a first comparative sample having a defined concentration of nucleic acid of a reference genome is run at the same time and the amount of the reference genome used corresponds to the maximum usable amount of DNA for total genome amplification systems.
Spindle arrangement for a machine tool, comprising a spindle housing , which is able to be placed and secured in the machine tool, in which a spindle shaft is accommodated, and a spindle head , projecting from the spindle housing , having a coupling device for coupling a tool to the spindle shaft, at least one optical element , which is able to be arranged at the spindle head and is embodied to emit light in the region of the spindle head and/or to optically capture a region near the spindle head , characterized in that at least one recess , in which the optical element is able to be placed, is provided at the spindle head , wherein the optical element is able to be screwed into the recess at the spindle head and to be secured therein, wherein the optical element is provided, at its end that is able to be screwed into the recess , with at least two contacts , which are arranged on the front face at different radial levels or in different axial regions with respect to the screw-in axis (B). at least one recess , in which the optical element is able to be placed, is provided at the spindle head , wherein the optical element is able to be screwed into the recess at the spindle head and to be secured therein, wherein the optical element is provided, at its end that is able to be screwed into the recess , with at least two contacts , which are arranged on the front face at different radial levels or in different axial regions with respect to the screw-in axis (B).
A composition comprising an alcohol ethoxylate of formula (I): wherein R is selected from a saturated or unsaturated, linear or branched, C 8 -C 20 alkyl group, 0 ≤ n ≤ 10, and the average value of n is 1, wherein less than 7% by weight of the alcohol ethoxylate are ethoxylates having n ≥ 3 and less than 35% by weight of the alcohol ethoxylate are ethoxylates having n=0; wherein the composition further comprises from 1% to 10% by weight of the composition of methane sulfonic acid.
Regulation assembly for a cigarette manufacturing machine wherein the cigarette manufacturing machine has an air-permeable conveying medium for transporting the cigarette filler material , more particularly tobacco or a tobacco product, and an air conveying device wherein the conveying medium is impermeable for the major part of the cigarette filler material, characterised in that the regulation assembly comprises a quantity flow regulation for an air flow which is passing through the conveying medium and which transports the cigarette filler to the conveying medium .
A hybrid C-profile for a C-arm of a C-arm X-ray apparatus , in which the C-arm is guided displaceably along its circumference on a support profile in a bearing unit , comprising - a circular-arc-shaped lightweight profile as a basic body, and - a circular-arc-shaped steel profile as a supporting profile with a cylinder-shell-shaped section, on the convex side of which first running surfaces and on the concave side of which second running surfaces for supporting rollers are formed, and the first side edge and second side edge of which are formed as guide rails for guide rollers of the bearing unit , wherein the lightweight profile and the steel profile are connected to each other by connecting means. - a circular-arc-shaped lightweight profile as a basic body, and - a circular-arc-shaped steel profile as a supporting profile with a cylinder-shell-shaped section, on the convex side of which first running surfaces and on the concave side of which second running surfaces for supporting rollers are formed, and the first side edge and second side edge of which are formed as guide rails for guide rollers of the bearing unit ,