mhurhangee/patent-ind-claim-en huggingface dataset:
A handle assembly of a stent delivery system, comprising a rear handle portion , a slider and two guide rods , wherein the rear handle portion is in threaded connection with the slider , the slider in slidable connection with the two guide rods , the two guide rods disposed in parallel to an outer sheath for accommodating a stent, and the two guide rods are symmetric to each other with respect to an axis of the slider , the slider in axial connection with the outer sheath , and the slider is provided with an external thread on an exterior surface thereof, which engages an internal thread on an interior surface of the rear handle portion , and wherein when the rear handle portion is rotated, the slider travels along the two guide rods and causes axial movement of the outer sheath , wherein the outer sheath comprises an inner layer , a reinforcing layer and an outer layer which are arranged from inside outward, wherein the reinforcing layer comprises at least one first reinforcing member and at least one second reinforcing member , the first reinforcing member spiraling along an axis of the outer sheath , the second reinforcing member extending parallel to the axis of the outer sheath .
Construction panel for constructing a floor or wall, wherein the construction panel comprises a plurality of layers, wherein the plurality of layers comprise from a rear side to a front side of the construction panel: - a base plate ; - a first cast layer ; - an intermediate plate ; - a heating layer ; and - a second cast layer ; wherein the layers are framed at least partially by an edge profile and wherein the intermediate plate lies at a distance from the edge profile so that the intermediate plate is fully encapsulated in the first and the second cast layer, characterized in that the edge profile has a base which is provided to lie on the base plate, wherein a first leg extends downward from the base so as to lie against a side of the base plate, wherein the base has a second leg which extends upward from the base so that a space is delimited by the base plate and the second leg in which the first cast layer, the intermediate plate, the heating layer and the second cast layer are formed. - a base plate ; - a first cast layer ; - an intermediate plate ; - a heating layer ; and - a second cast layer ;
Safety stepladder comprising: - two parallel uprights connected by cross-members to define a climbing plane ; - two support legs , each articulated in the upper part of one of the uprights to occupy a storage position against the uprights , or a stabilisation position away from the uprights ; - a platform articulated between the two uprights and the two support legs and foldable between a horizontal position of use when the legs are in the stabilisation position, and a folded position against the climbing plane when the legs are in the storage position; - a guardrail articulated at the top of the climbing plane and capable of adopting, under the action of first and second control bars , a folded position against the climbing plane or a horizontal safety position; characterised in that the first control bar receives a gate articulated to open inwards in the direction of the guardrail against an elastic return member of the guardrail in the closed position against the second control bar , the second control bar is rectilinear and has a curved intermediate portion in the direction of the first control bar to directly act as a fixed stop. - two parallel uprights connected by cross-members to define a climbing plane ; - two support legs , each articulated in the upper part of one of the uprights to occupy a storage position against the uprights , or a stabilisation position away from the uprights ; - a platform articulated between the two uprights and the two support legs and foldable between a horizontal position of use when the legs are in the stabilisation position, and a folded position against the climbing plane when the legs are in the storage position; - a guardrail articulated at the top of the climbing plane and capable of adopting, under the action of first and second control bars , a folded position against the climbing plane or a horizontal safety position;
An isolated human IgG1 antibody comprising an antigen-binding region that is specific for GM-CSF comprising (i) a variable heavy chain amino acid sequence of and (ii) a variable light chain amino acid sequence of (i) a variable heavy chain amino acid sequence of and (ii) a variable light chain amino acid sequence of
A solvent-containing composition for a 2K coating system consisting of or comprising a) a binder comprising or consisting of at least one silane-functionalised polyurethane, wherein the silane-functionalised polyurethane is a polyurethane alkyd resin or a polyurethane carbonate, b) at least one aliphatic hydrocarbon liquid at 20 °C as hydrocarbon solvent and c) at least one glycol ether solvent liquid at 20 °C, wherein the weight ratio of hydrocarbon solvent b) to glycol ether solvent c) is at least 1:0.75 and at most 1:0.9. a) a binder comprising or consisting of at least one silane-functionalised polyurethane, wherein the silane-functionalised polyurethane is a polyurethane alkyd resin or a polyurethane carbonate, b) at least one aliphatic hydrocarbon liquid at 20 °C as hydrocarbon solvent and c) at least one glycol ether solvent liquid at 20 °C, wherein
A humeral head implant system , comprising: a head component including a rounded articulating surface configured to articulate in a shoulder cavity, an outer rim , a receiving wall , a first cavity defined by the receiving wall , and a second cavity extending into the head component from the first cavity , the second cavity defining a central second cavity axis , the head component defining a head axis extending through a center of the first rounded articulating surface ; a base component defining a base axis , the base component defining a cavity extending into the base component , the base component including a proximal surface sized and shaped to be received within the first cavity of the head component so that the head component sits flush against the base component ; and an insert member including a first insert portion and a second insert portion , the first insert portion having a proximal end sized to be received within the second cavity of the head component , the second insert portion having a distal end sized to be received within the base cavity of the base component , the insert member being configured such that the head axis can be offset from the base axis based on rotation or orientation of the head axis about an engagement axis of at least one of the first insert portion or the second insert portion , characterised in that the head axis is offset from and parallel to the second cavity axis and in that the base component further includes a plurality of legs . a head component including a rounded articulating surface configured to articulate in a shoulder cavity, an outer rim , a receiving wall , a first cavity defined by the receiving wall , and a second cavity extending into the head component from the first cavity , the second cavity defining a central second cavity axis , the head component defining a head axis extending through a center of the first rounded articulating surface ; a base component defining a base axis , the base component defining a cavity extending into the base component , the base component including a proximal surface sized and shaped to be received within the first cavity of the head component so that the head component sits flush against the base component ; and an insert member including a first insert portion and a second insert portion , the first insert portion having a proximal end sized to be received within the second cavity of the head component , the second insert portion having a distal end sized to be received within the base cavity of the base component , the insert member being configured such that the head axis can be offset from the base axis based on rotation or orientation of the head axis about an engagement axis of at least one of the first insert portion or the second insert portion , characterised in that the head axis is offset from and parallel to the second cavity axis and in that the base component further includes a plurality of legs .
Method for manufacturing bladed rings for radial turbomachines, comprising: ▪ preparing an annular block ; ▪ roughing the annular block by removing material to define a first axial section , a second axial section , a third axial section and a fourth axial section , wherein the first axial section defines a reinforcement ring , wherein the third axial section defines a base ring ; ▪ roughing the second axial section by removing material to delimit a plurality of separate elements , wherein said separate elements axially connect the base ring to the reinforcement ring ; wherein roughing the second axial section comprises: making grooves in the second axial section to form through openings ; wherein making grooves comprises: moving a milling cutter along rectilinear directions; wherein two subsequent through openings delimit between them one of the separate elements and said separate elements are prismatic; ▪ finishing each of the prismatic separate elements by removing material to provide said separate element with the shape of an airfoil blade , wherein a leading edge of said blade and a trailing edge of said blade develop substantially parallel to a central axis (X-X) of the bladed ring . ▪ preparing an annular block ; ▪ roughing the annular block by removing material to define a first axial section , a second axial section , a third axial section and a fourth axial section , wherein the first axial section defines a reinforcement ring , wherein the third axial section defines a base ring ; ▪ roughing the second axial section by removing material to delimit a plurality of separate elements , wherein said separate elements axially connect the base ring to the reinforcement ring ; wherein roughing the second axial section comprises: making grooves in the second axial section to form through openings ; wherein making grooves comprises: moving a milling cutter along rectilinear directions; wherein two subsequent through openings delimit between them one of the separate elements and said separate elements are prismatic; ▪ finishing each of the prismatic separate elements by removing material to provide said separate element with the shape of an airfoil blade , wherein a leading edge of said blade and a trailing edge of said blade develop substantially parallel to a central axis (X-X) of the bladed ring .
A charging station for recharging batteries in a medical environment, comprising: a housing comprising an inlet for batteries at a top of the housing , an outlet for charged batteries below the inlet , and a vertical channel extending between the inlet and outlet ; a wireless power transmitter inside the housing , wherein the wireless power transmitter comprises a transmitting antenna configured to wirelessly charge a plurality of rechargeable batteries simultaneously by transmitting wireless power to a wireless power receiver of each of the plurality of batteries , wherein the transmitting antenna, in operation, is configured to charge the plurality of batteries independent of orientation in the charging station , and wherein the transmitting antenna has a vertical length that is longer than a horizontal width, and wherein the horizontal width increases in a middle section of the transmitting antenna to create a bulged shape, the transmitting antenna sized to charge at least two batteries simultaneously in the different orientations; a status light on the housing ; and a power supply connected to the housing . a housing comprising an inlet for batteries at a top of the housing , an outlet for charged batteries below the inlet , and a vertical channel extending between the inlet and outlet ; a wireless power transmitter inside the housing , wherein the wireless power transmitter comprises a transmitting antenna configured to wirelessly charge a plurality of rechargeable batteries simultaneously by transmitting wireless power to a wireless power receiver of each of the plurality of batteries , wherein the transmitting antenna, in operation, is configured to charge the plurality of batteries independent of orientation in the charging station , and wherein the transmitting antenna has a vertical length that is longer than a horizontal width, and wherein the horizontal width increases in a middle section of the transmitting antenna to create a bulged shape, the transmitting antenna sized to charge at least two batteries simultaneously in the different orientations; a status light on the housing ; and a power supply connected to the housing .
A multilayer structure comprising a base (X) and a layer (Y) stacked on the base (X), wherein the layer (Y) contains an aluminum-containing compound (A) and an organic phosphorus compound (BO), and the organic phosphorus compound (BO) contains a phosphorus atom-containing functional group and at least one metal ion (Z) selected from ions of metals of Groups 1 to 12 of the periodic table, the content of the metal ion (Z) being 0.4 to 8.0 mol% relative to the content of the phosphorus atom-containing functional group, wherein the aluminum-containing compound (A) is a compound (Ab) comprising a reaction product (D) of an aluminum-containing metal oxide (Aa) and an inorganic phosphorus compound (BI).
An impingement insert for a turbomachine , comprising: an insert body including an inner surface , an outer surface spaced apart from the inner surface , and a thickness extending from the inner surface to the outer surface , the insert body defining a first depression extending from one of the inner surface or the outer surface into the insert body , the first depression having a diameter , the insert body further defining an impingement aperture extending from the first depression through the insert body , the impingement aperture having a length and a diameter , wherein the thickness of the insert body is greater than the length of the impingement aperture and the diameter of the first depression is greater than the diameter of the impingement aperture . an insert body including an inner surface , an outer surface spaced apart from the inner surface , and a thickness extending from the inner surface to the outer surface , the insert body defining a first depression extending from one of the inner surface or the outer surface into the insert body , the first depression having a diameter , the insert body further defining an impingement aperture extending from the first depression through the insert body , the impingement aperture having a length and a diameter , wherein the thickness of the insert body is greater than the length of the impingement aperture and the diameter of the first depression is greater than the diameter of the impingement aperture .
A base station comprising: feedback condition control means for controlling, according to a priority of a group call, a feedback condition as a condition for a mobile station to determine whether or not transmission of feedback information is required, depending on said group call priority and a priority of the mobile station , the feedback information including a reception quality of the mobile station and a result of decoding the received call; and control means for controlling communication with the mobile station , based on the feedback information. feedback condition control means for controlling, according to a priority of a group call, a feedback condition as a condition for a mobile station to determine whether or not transmission of feedback information is required, depending on said group call priority and a priority of the mobile station , the feedback information including a reception quality of the mobile station and a result of decoding the received call; and control means for controlling communication with the mobile station , based on the feedback information.
A sliding member comprising a base material and a coating layer that is formed on the base material , the coating layer including a particle aggregate, and the particle aggregate containing two or more kinds of precipitation hardened copper alloy particles having different compositions, wherein at least one kind of the precipitation hardened copper alloy particles that form the particle aggregate, has Vickers hardness of from 150 Hv to 250 Hv, wherein a difference in hardness between the two or more kinds of the precipitation hardened copper alloy particles is 60 Hv to 200 HV, wherein the Vickers hardness is measured in accordance with "Vickers hardness test JIS Z 2244". the coating layer including a particle aggregate, and the particle aggregate containing two or more kinds of precipitation hardened copper alloy particles having different compositions, wherein at least one kind of the precipitation hardened copper alloy particles that form the particle aggregate, has Vickers hardness of from 150 Hv to 250 Hv, wherein a difference in hardness between the two or more kinds of the precipitation hardened copper alloy particles is 60 Hv to 200 HV, wherein the Vickers hardness is measured in accordance with "Vickers hardness test JIS Z 2244".
Motor vehicle, comprising at least one linear lighting means for the direct and/or indirect illumination of a vehicle interior, which extends at least in sections horizontally along at least one component of the motor vehicle , wherein the lighting means is divided horizontally into several light segments , which have in each case a fixedly predetermined radiation profile, wherein the motor vehicle comprises a position determining device for determining an ego position of the motor vehicle , wherein the light segments are able to be controlled separately by a control device of the motor vehicle depending on a distance information for the specification of a light intensity and/or a light colour of the light segments , wherein by means of the control device a first light intensity and/or light colour can be predetermined for at least one group of horizontally adjacent light segments and a different second light intensity and/or light colour for at least one light segment horizontally adjacent to the group , characterised in that the distance information describes a spatial or a projected temporal distance between the ego position and a predetermined target location, wherein the number of the light segments in the group is predetermined depending on the distance information, and that by means of the control device , depending on an operating input and/or a target parameter concerning the target location, a horizontal position of the group is predetermined on the one lighting means or a plurality of lighting means .
An implantable stimulation lead configured to be implanted subcutaneously or substernally, the lead comprising: an elongate insulative body having an outer surface ; a non-conductive filament extending along a length of the outer surface of the insulative body, the filament including a plurality of fixation projections , the filament being secured to the outer surface of the body such that the projections protrude outward from the outer surface and are spaced apart from one another along the length of the outer surface; characterized in that the insulative body comprises an open-work member forming at least a portion of the length of the outer surface along which the filament extends; wherein the non-conductive filament is interlaced with the open-work member. an elongate insulative body having an outer surface ; a non-conductive filament extending along a length of the outer surface of the insulative body, the filament including a plurality of fixation projections , the filament being secured to the outer surface of the body such that the projections protrude outward from the outer surface and are spaced apart from one another along the length of the outer surface; characterized in that the insulative body comprises an open-work member forming at least a portion of the length of the outer surface along which the filament extends; wherein the non-conductive filament is interlaced with the open-work member.
A dental prosthesis comprising a first, inner partial region, which has a first organically polymerised material, and a second, outer partial region, which has a second organically polymerised material being an organically modified and organically polymerised silica (hetero)polycondensate, characterised in that the first, inner partial region has a bending strength of more than 80 MPa according to DIN EN ISO 4049: 2009 and has a smaller modulus of elasticity than the second, outer partial region, while the second, outer partial region has a flexural strength of at least 100 MPa according to DIN EN ISO 4049: 2009.
An apparatus comprising: a memory; and a processor coupled to the memory, the processor configured to: generate a user interface, the user interface including one or more virtual objects for authenticating a user; detect a user input; change, in response to the detected user input, a configuration of the one or more virtual objects, the configuration including at least a color of a particular virtual object of the one or more virtual objects; and monitor, whilst the user interface has the changed configuration, a mannerism of the user of the apparatus, the mannerism affected by the change in configuration of the one or more virtual objects, wherein monitoring the mannerism comprises monitoring a pupil color of the user to verify whether a real-life user is operating the user interface by determining whether the reflection color from the pupil matches the color of the at least one virtual object. a memory; and a processor coupled to the memory, the processor configured to: generate a user interface, the user interface including one or more virtual objects for authenticating a user; detect a user input; change, in response to the detected user input, a configuration of the one or more virtual objects, the configuration including at least a color of a particular virtual object of the one or more virtual objects; and monitor, whilst the user interface has the changed configuration, a mannerism of the user of the apparatus, the mannerism affected by the change in configuration of the one or more virtual objects, wherein monitoring the mannerism comprises monitoring a pupil color of the user to verify whether a real-life user is operating the user interface by determining whether the reflection color from the pupil matches the color of the at least one virtual object. generate a user interface, the user interface including one or more virtual objects for authenticating a user; detect a user input; change, in response to the detected user input, a configuration of the one or more virtual objects, the configuration including at least a color of a particular virtual object of the one or more virtual objects; and monitor, whilst the user interface has the changed configuration, a mannerism of the user of the apparatus, the mannerism affected by the change in configuration of the one or more virtual objects, wherein monitoring the mannerism comprises monitoring a pupil color of the user to verify whether a real-life user is operating the user interface by determining whether the reflection color from the pupil matches the color of the at least one virtual object.