mhurhangee/ep-ind-claims huggingface dataset:
Method for connecting two components, namely a screw and a rotary tool, in a rotationally fixed manner with respect to the longitudinal axis of the component designed as a screw, wherein one of the components has an outer driving profile with external drive surfaces at its one free end and wherein the other component has an inner driving profile at its one free end, which inner driving profile is complementary to the outer driving profile and has internal drive surfaces, wherein the driving profiles (5, 9) each define a profile axis (P A, P I) and the profile axis (P A, P I) of the component designed as screw extends coaxially to the longitudinal axis thereof, in which the driving profiles (5, 9) of the components are plugged together axially in order to achieve a positive, rotationally fixed connection of the components by the interaction of the driving profiles (5, 9), wherein a component with an outer driving profile, the drive surfaces of which are inclined relative to the respective profile axis (P A, P I) and approach the respective profile axis (P A, P I) towards the free end of the component, and a component with an inner driving profile, the drive surfaces of which are inclined relative to the respective profile axis (P A, P I) and become averted from the respective profile axis (P A, P I) towards the free end of the component, are used, wherein components are used, whose driving profiles (5, 9) have the cross-sectional contour of a polygon, in particular one with 2, 4 or 6 edges, with edges being rounded or pointed, characterized in that the driving profiles (5, 9) are designed complementary to one another in such a way that their inclined drive surfaces (6, 10) come into contact with one another in a planar manner when being plugged together axially and that they are selected to be complementary to another in such a way that the inclined drive surfaces (6, 10) of the components (1, 8), during the pluggingtogether of the components (1, 8), come into contact with one another in such a way that a force-fit and/or clamping connection is produced between the components (1, 8), via which the components are axially connected to one another, wherein a component with an outer driving profile, in which the inclined drive surfaces that lie between the edges are concave in their cross-section, i.e. inwardly curved, and a component with a complementary inner driving profile are used, wherein a component with an outer driving profile is used, in which the concave drive surfaces are formed curved in the shape of a segment of a circle in cross-section over their entire length or at least substantially over their entire length.
Connector support for windscreen washer liquid distribution devices of motor vehicle windscreen wipers, including fixing means (18; 31) adapted to hold at least one check valve (7, 8), characterized in that it further includes first fixing means adapted to hold removably a first electrical connector (10; 34) and second fixing means adapted to hold removably a second electrical connector (11; 35), the fixing means (18; 31) for the check valve (7, 8), the first removable fixing means for the first electrical connector (10; 34) and the second removable fixing means for the second electrical connector (11; 35) being independent.
A process for preparing a procatalyst composition comprising the steps of (a) reacting a hydrocarbon-soluble organomagnesium compound or complex thereof in a hydrocarbon solvent with an active non-metallic or metallic halide to form a magnesium halide support; (b) contacting the magnesium halide support and a compound containing titanium to form a supported titanium procatalyst; and (c) contacting the supported titanium procatalyst with an electron donor modifier having the formula: wherein: n is from 3 to 12; R is hydrogen or a C 1 -C 20 hydrocarbyl that is optionally substituted with one or more heteroatoms; and X is hydrogen or a C 1 -C 20 hydrocarbyl that is optionally substituted with one or more heteroatoms. (a) reacting a hydrocarbon-soluble organomagnesium compound or complex thereof in a hydrocarbon solvent with an active non-metallic or metallic halide to form a magnesium halide support; (b) contacting the magnesium halide support and a compound containing titanium to form a supported titanium procatalyst; and (c) contacting the supported titanium procatalyst with an electron donor modifier having the formula: wherein: n is from 3 to 12; R is hydrogen or a C 1 -C 20 hydrocarbyl that is optionally substituted with one or more heteroatoms; and X is hydrogen or a C 1 -C 20 hydrocarbyl that is optionally substituted with one or more heteroatoms. n is from 3 to 12; R is hydrogen or a C 1 -C 20 hydrocarbyl that is optionally substituted with one or more heteroatoms; and X is hydrogen or a C 1 -C 20 hydrocarbyl that is optionally substituted with one or more heteroatoms.
A detection system for detecting a loop and/or a knot in a catheter, the detection system comprising: a first coil and a second coil in spaced positions on a catheter body of the catheter; a driver coupled by a wired communication link to the first coil, wherein the driver is configured to transmit a first signal to the first coil; a receiver coupled by a wired communication link to the second coil, wherein the receiver is configured to receive a second signal from the second coil indicative of a proximity of the first coil and the second coil; and a signal analyzer coupled by a wired or wireless communication link to the receiver that is configured to receive the second signal from the receiver and determine whether there is a change in the second signal indicative of a formation of the loop and/or the knot in the catheter. a first coil and a second coil in spaced positions on a catheter body of the catheter; a driver coupled by a wired communication link to the first coil, wherein the driver is configured to transmit a first signal to the first coil; a receiver coupled by a wired communication link to the second coil, wherein the receiver is configured to receive a second signal from the second coil indicative of a proximity of the first coil and the second coil; and a signal analyzer coupled by a wired or wireless communication link to the receiver that is configured to receive the second signal from the receiver and determine whether there is a change in the second signal indicative of a formation of the loop and/or the knot in the catheter.
Plastic or light metal attachment support to an interior rear view mirror for a portable device with a phone or GPS display screen or for generally electronic, electrical or other devices, characterized in that it has a first part with a first means (16,17), for its attachment to an interior rearview mirror of a vehicle and a second part equipped with a second means (11, 12) to receive and maintain the said device below the rear-view mirror centered in relation to the rearview mirror, in which the first means has a sole or cap with a rim to be applied against the lower edge of the rearview mirror, and in that the sole or cap has at least one slide or well (17a,17b) and uses a chain-linking piece with links, characterized in that it is consistent to cooperate with another part of the rearview mirror, its upper edge, situated on either side of the ball joint axis of the rearview mirror to the windshield, by an hanging organ being constituted by two hooks (19, 105), of springs fixed at fixed points to the part to maintain the hooks, or of rubber bands, and of several links articulated by hinges (23c, 24c, 31) of metal watch bracelet type, and of legs (18, 106) constituting a sliding in the wells, the hanging organ being started by a link shaped as a hook in order to constrain the upper edge of the rear mirror, then by links in succession, variable in number, by legs and by springs in order to marry and constrain the rear mirror shape, characterized in that the first means for attaching to an interior rear mirror consists of hooks (19, 105) connected by springs to fixed points of the piece to hold the top of the rear view mirror by constraining it on the low cap, characterized in that the legs (18, 106) located as slides in the first part in the form of slidings or wells of the hanging organ are fixed with locking means of them in the shape of a rider with a tightening button introducing two branches (26a, 26b) inserted into holes provided in the part for immobilizing the slides in the slides or wells, characterized in that the links have each two nipples at the front and two holes in the wings of the link at the rear, the first link of the chain of links having a hook shape (19,105) to stow on the top edge of the rear-view mirror, then by links connected by pins of different types, to marry and constrain the shape of the rearview mirror, the last links cooperating with the legs intended to slide into the corresponding wells or slides (17a, 17b), characterized in that the distance from the upper edge of the rear-view mirror to the sole or cap, is constituted of the whole of the first hook link, of successive links and of the leg foot outside to the slide or well, is adjustable by the leg foot sinking into the slide or well, in a direction perpendicular to the sole or cap, in order to ensure, after assembly, permanent contact of the sole or cap with the lower edge of the rear mirror, constraining and immobilizing the mirror between the hooks and the sole or cap,
A Compound 1 for use in a method for treating pyruvate kinase deficiency in a subject in need thereof, comprising orally administering to the subject a dose of about 10 mg to about 60 mg or about 60 mg to about 200 mg of Compound 1 or a pharmaceutically acceptable salt or hydrate thereof once or twice daily to thereby treat PKD in the subject, wherein Compound 1 is N-(4-(4-(cyclopropylmethyl)piperazine-1-carbonyl)phenyl)quinoline-8-sulfonamide.
A method comprising: determining that a user equipment can support operation on a given radio band combination comprising a first radio band operating with a first radio access technology and a second radio band operating with a second radio access technology, wherein determining that the user equipment can support operation on the given radio band combination comprises receiving from the user equipment a message identifying the given radio band combination and an indicator of a performance capability of the user equipment, where the indicator indicates the performance capability of the user equipment on at least the second radio access technology; using the performance capability of the user equipment to obtain at least a second configuration for the second radio band operating with the second radio access technology; and configuring the user equipment with an interworking configuration, the interworking configuration comprising a first configuration to operate on the first band with the first radio access technology and the second configuration to operate on the second band with the second radio access technology. determining that a user equipment can support operation on a given radio band combination comprising a first radio band operating with a first radio access technology and a second radio band operating with a second radio access technology, wherein determining that the user equipment can support operation on the given radio band combination comprises receiving from the user equipment a message identifying the given radio band combination and an indicator of a performance capability of the user equipment, where the indicator indicates the performance capability of the user equipment on at least the second radio access technology; using the performance capability of the user equipment to obtain at least a second configuration for the second radio band operating with the second radio access technology; and configuring the user equipment with an interworking configuration, the interworking configuration comprising a first configuration to operate on the first band with the first radio access technology and the second configuration to operate on the second band with the second radio access technology.
Ground conductor bushing for installation in a wall or floor element, comprising a metallic ground conductor part, an insulator part and a locking means which is assembled with the insulator part and the ground conductor part, wherein the insulator part forms a passage opening in which the ground conductor part is arranged, wherein the ground conductor part is held in the passage opening of the insulator part in a manner secured against rotation in relation to a revolution about a longitudinal axis of the ground conductor bushing via a form fit, wherein the insulator part and the ground conductor part are assembled as separately produced parts beforehand in each case, and wherein the locking means is pushed with a radial insertion direction, in relation to the longitudinal axis of the ground conductor bushing, into an abutment blocking the rotation between the ground conductor part and the insulator part and forms the form fit, characterized in that the form fit holding the ground conductor part in a manner secured against rotation is formed on an outer wall surface (3.1) of the ground conductor part, and in that the outer wall surface (3.1) of the ground conductor part has, in the region of the form fit, a profile which, as viewed in a section perpendicular to the axis, forms a straight edge against which the locking means bears. a metallic ground conductor part, an insulator part and a locking means which is assembled with the insulator part and the ground conductor part, wherein the insulator part forms a passage opening in which the ground conductor part is arranged, wherein the ground conductor part is held in the passage opening of the insulator part in a manner secured against rotation in relation to a revolution about a longitudinal axis of the ground conductor bushing via a form fit, wherein the insulator part and the ground conductor part are assembled as separately produced parts beforehand in each case, and wherein the locking means is pushed with a radial insertion direction, in relation to the longitudinal axis of the ground conductor bushing, into an abutment blocking the rotation between the ground conductor part and the insulator part and forms the form fit, characterized in that the form fit holding the ground conductor part in a manner secured against rotation is formed on an outer wall surface (3.1) of the ground conductor part, and in that the outer wall surface (3.1) of the ground conductor part has, in the region of the form fit, a profile which, as viewed in a section perpendicular to the axis, forms a straight edge against which the locking means bears.
A method of sterilization and homogenization of liquid products, characterized in that in the first phase the device installation is filled with processed liquid product, yielding a low pressure zone and then processed liquid product is introduced under high pressure into the cavitation process, where moving at a rate of not less than 3 m/s and under pressure of not less than 20 bar the processed liquid product is introduced to the cavitation and rotation location as two separated streams of the processed liquid product, wherein said two separated streams, which are rotating in the further part, in the longitudinal axis of the cavitator, move in the opposite directions, resulting in differential pressure leading to cavitation process with effects characteristic for sterilization and homogenization with heterogeneous parameters, wherein in the next phase a separation takes place into a liquid product, which has a particle size larger than 600 Nm, and a liquid product which has a particle size smaller than 600 Nm, wherein the liquid product of larger particle size is directed to cooling and complementary cavitation reprocessing, and the liquid product of smaller particle size is subjected to particle size analysis control, by which the liquid product, which meets the preset parameters, is directed to finished product acceptance, and the liquid product which does not meet the acceptance criteria is sent to the next reprocessing.
A method for the manufacture of a contact lens, the method comprising providing a first, concave, mould-half having a first concave mould surface to correspond with a convex surface of the contact lens, the first concave mould surface having an optic zone and a peripheral zone, the optic zone corresponding with an optic zone of the contact lens to be manufactured; providing a second, convex, mould-half having a second convex mould surface to correspond with a concave surface of the contact lens, said second mould half configured to engage with the first mould-half to define a first, pre-cure, mould cavity therebetween, which mould cavity is defined by the first, concave, mould surface and second, convex, mould surface said first and second mould surfaces having respective curvatures to correspond with a pre-determined lens power/curvature; disposing into the mould cavity a curable lens-forming fluid composition; curing said composition to form a pre-hydrated lens; and separating the first and second mould halves, characterized in that the first mould surface is defined by an annular ridge formed on the first mould half and in that the engagement between the mould halves is unconstrained whereby relative radial movement and relative axial movement are not prevented and the first mould half has sufficient radial flexibility such that during the curing of said composition the first mould half flexes such as to define between the first and second mould surfaces a second, post-cure, mould cavity which second post-cure mould cavity defines a smaller volume than said first pre-cure mould cavity and whereby during curing the curvature of the first mould surface, including the optic zone of the first mould surface, is allowed to change.
A braided composite spar or preform for a braided composite spar, comprising a plurality of tubular plies of braided fibres, wherein the spar or preform extends lengthwise from a root to a tip, the spar or preform has a tapered portion in which each ply has a height (H1-H3) which reduces and a width (W1-W3) which increases as it extends toward the tip, characterised in that each ply in the tapered portion has a circumference which reduces as it extends toward the tip.
A method for tensioning a mooring arrangement of a floating structure or vessel, said mooring arrangement comprising an anchor, a mooring line, a mooring tensioner and a working line, said mooring tensioner having a tensioning pulley and a chain stopper for tensioning said mooring line or said working line and prevent the same from moving relative to said mooring tensioner, said mooring line being attached at a first end to said anchor and at a second end to said mooring tensioner, said working line being coupled at a first end to a fairlead on said floating structure or vessel and at a second end to an installation wire, a line (5, 8) formed by said working line and said installation wire extending over said tensioning pulley on the mooring tensioner and around a pulley on the fairlead so that said working line having a first flight extending between said fairlead on said floating structure or vessel and said tensioning pulley and a second flight extending between said tensioning pulley and said fairlead on the floating structure said first and second flight being parallel, wherein the method comprising the step of coupling the installation wire to a pulling unit (9, 10) that is remotely arranged from the floating structure, tensioning said line (5, 8) by said pulling unit (9, 10) thereby imposing a tensioning force on said mooring line, directed towards said floating structure or vessel, and which does not pull said mooring line out of a straight line between said anchor and said floating structure or vessel.
Direct plug-in element for making contact with an electrical contact, comprising - a spring-action direct contact which is electrically connected to a cable, - wherein the spring-action direct contact has a first spring region and a second spring region, - wherein the direct contact has a substantially U-shaped form with a first limb and a second limb, - wherein the first spring region is arranged on the first limb and the second spring region is arranged on the second limb, and - wherein at least one of the spring regions (4, 5) is designed as a contact region in order to make electrical contact with the electrical contact, and - wherein the first spring region comprises a first spring bow and the second spring region comprises a second spring bow, wherein the two spring bows are designed as contact regions, - wherein the first and the second spring region (4, 5) are provided symmetrically in relation to a centre plane. - a spring-action direct contact which is electrically connected to a cable, - wherein the spring-action direct contact has a first spring region and a second spring region, - wherein the direct contact has a substantially U-shaped form with a first limb and a second limb, - wherein the first spring region is arranged on the first limb and the second spring region is arranged on the second limb, and - wherein at least one of the spring regions (4, 5) is designed as a contact region in order to make electrical contact with the electrical contact, and - wherein the first spring region comprises a first spring bow and the second spring region comprises a second spring bow, wherein the two spring bows are designed as contact regions, - wherein the first and the second spring region (4, 5) are provided symmetrically in relation to a centre plane.
Method for producing of multi-layer composite pipes, comprising the steps: - Generating of a first circumferential pipe layer of a multi-layer composite pipe by spraying a first material onto a material-receiving surface extending along the circumference of a support unit, wherein the circumference of the support unit is non-destructively adjustable; and - Generating of a second circumferential pipe layer of the multi-layer composite pipe by spraying a second material onto the first circumferential pipe layer; - Adjusting the circumference of the support unit for detaching the first circumferential pipe layer from the material-receiving surface. - Generating of a first circumferential pipe layer of a multi-layer composite pipe by spraying a first material onto a material-receiving surface extending along the circumference of a support unit, wherein the circumference of the support unit is non-destructively adjustable; and - Generating of a second circumferential pipe layer of the multi-layer composite pipe by spraying a second material onto the first circumferential pipe layer; - Adjusting the circumference of the support unit for detaching the first circumferential pipe layer from the material-receiving surface.