mhurhangee/ep-ind-claims huggingface dataset:
Clamp for key duplicating machines, comprising: - a support connected to an underlying structure of the duplicating machine, - a pin emerging upwards from said support and having its upper end threaded and engagable by a clamping knob, the base of said support presenting on its upper surface a pair of parallel projections positioned on opposite sides of said pin, - a lower jaw of square plan, positioned on said support and having a central hole thereof engaged by said pin such as to be able to rotate about the axis thereof; said lower jaw being provided in its lower surface with four grooves disposed parallel to the jaw sides and engagable in pairs with said projections for each of the four angular positions of said jaw rotated 90° apart about the axis of said pin, - an upper jaw of square plan, having a central hole thereof engaged by said pin such as to be able to rotate about the axis thereof, said upper jaw cooperating with the lower jaw to clamp a key interposed between the two jaws, characterised in that: - said pair of projections is in the form of cylindrical pegs housed in depressed parallel seats defined in the upper surface of the support such that at least one portion of each peg emerges from the upper surface of the support, and - when the clamp is active, its lower jaw rests only by two grooves on the two projections of the support, while for the remaining part the lower surface is spaced from the upper surface of the support. - a support connected to an underlying structure of the duplicating machine, - a pin emerging upwards from said support and having its upper end threaded and engagable by a clamping knob, the base of said support presenting on its upper surface a pair of parallel projections positioned on opposite sides of said pin, - a lower jaw of square plan, positioned on said support and having a central hole thereof engaged by said pin such as to be able to rotate about the axis thereof; said lower jaw being provided in its lower surface with four grooves disposed parallel to the jaw sides and engagable in pairs with said projections for each of the four angular positions of said jaw rotated 90° apart about the axis of said pin, - an upper jaw of square plan, having a central hole thereof engaged by said pin such as to be able to rotate about the axis thereof, said upper jaw cooperating with the lower jaw to clamp a key interposed between the two jaws, - said pair of projections is in the form of cylindrical pegs housed in depressed parallel seats defined in the upper surface of the support such that at least one portion of each peg emerges from the upper surface of the support, and - when the clamp is active, its lower jaw rests only by two grooves on the two projections of the support, while for the remaining part the lower surface is spaced from the upper surface of the support.
A method comprising jetting onto a substrate ink that includes (a) a pigment and (b) a wax using an inkjet printing system, and heating the jetted ink on the substrate to fire the pigment on the substrate, and characterized by cooling the ink in the inkjet printing system by cooling equipment to effect a phase change of the wax from liquid to solid when the inkjet system is not jetting.
A computer-program for determining a 2D-view within an acquired 3D-image-dataset of a patient, which, when running on a computer, causes the computer to perform the following steps: - a representation of at least one anatomical structure of interest is identified in the 3D-image-dataset and registered with the at least one anatomical structure; - the spatial position and spatial orientation of the at least one anatomical structure and the spatial position and spatial orientation of a predetermined section, particularly a tip, of a medical instrument are determined in real space; - the 2D-view is determined within the 3D-image-dataset, wherein the view-plane of the 2D-view is defined by the spatial position and spatial orientation of the medical instrument, wherein the view-centre of the 2D-view is defined on the basis of the relative spatial position of the predetermined section of the medical instrument and the at least one anatomical structure, and wherein the 2D-view is centred to the at least one anatomical structure; the computer-program being characterized by the following step: - the relative position of the defined view-centre with respect to the predetermined section of the medical instrument is maintained in the 2D-view when the spatial orientation of the medical instrument is changed while the tip of the instrument is left in the same position at a distance (d) from the view-centre. - a representation of at least one anatomical structure of interest is identified in the 3D-image-dataset and registered with the at least one anatomical structure; - the spatial position and spatial orientation of the at least one anatomical structure and the spatial position and spatial orientation of a predetermined section, particularly a tip, of a medical instrument are determined in real space; - the 2D-view is determined within the 3D-image-dataset, wherein the view-plane of the 2D-view is defined by the spatial position and spatial orientation of the medical instrument, wherein the view-centre of the 2D-view is defined on the basis of the relative spatial position of the predetermined section of the medical instrument and the at least one anatomical structure, and wherein the 2D-view is centred to the at least one anatomical structure; the computer-program being characterized by the following step: - the relative position of the defined view-centre with respect to the predetermined section of the medical instrument is maintained in the 2D-view when the spatial orientation of the medical instrument is changed while the tip of the instrument is left in the same position at a distance (d) from the view-centre. - the relative position of the defined view-centre with respect to the predetermined section of the medical instrument is maintained in the 2D-view when the spatial orientation of the medical instrument is changed while the tip of the instrument is left in the same position at a distance (d) from the view-centre.
A measurement cavity comprising: a cylindrical chamber having a first open end and a second open end; a first cap covering the first open end of the cylindrical chamber and a second cap covering the second open end of the cylindrical chamber, wherein the first and second caps hermetically seal the cylindrical chamber and wherein the first cap is rigidly coupled to the second cap; and a wafer holder positioned within and coupled to the cylindrical chamber, the wafer holder having a first transmissibility x F of an input force F at 60 Hz, wherein x is the displacement of the wafer in the direction of an axis extending between the first open end and the second open end; characterised in that the cylindrical chamber has a mass m, a stiffness k, and a damping constant c configured such that a second transmissibility x F of the input force F at 60 Hz originating from outside of the measurement cavity through the measurement cavity is a factor of at least 10 less than the first transmissibility x F, and wherein the measurement cavity has a natural frequency of greater than 300 Hz. a cylindrical chamber having a first open end and a second open end; a first cap covering the first open end of the cylindrical chamber and a second cap covering the second open end of the cylindrical chamber, wherein the first and second caps hermetically seal the cylindrical chamber and wherein the first cap is rigidly coupled to the second cap; and a wafer holder positioned within and coupled to the cylindrical chamber, the wafer holder having a first transmissibility x F of an input force F at 60 Hz, wherein x is the displacement of the wafer in the direction of an axis extending between the first open end and the second open end; characterised in that the cylindrical chamber has a mass m, a stiffness k, and a damping constant c configured such that a second transmissibility x F of the input force F at 60 Hz originating from outside of the measurement cavity through the measurement cavity is a factor of at least 10 less than the first transmissibility x F, and wherein the measurement cavity has a natural frequency of greater than 300 Hz.
A system for operating a host vehicle, said system comprising: a perception sensor operable to determine a slope of an area proximate to the host vehicle; vehicle controls operable to control movement of the host vehicle; and a controller circuit in communication with the perception sensor and the vehicle controls, said controller circuit configured to determine a first slope of a first site to pick-up or drop-off a client of the host vehicle; compare the first slope to a slope threshold; in response to a determination that the first slope is steeper than the slope threshold, select a second site to pick-up or drop-off the client, said second site characterized by a second slope that is not steeper than the slope threshold; and operate the vehicle controls to move the host vehicle to the second site. a perception sensor operable to determine a slope of an area proximate to the host vehicle; vehicle controls operable to control movement of the host vehicle; and a controller circuit in communication with the perception sensor and the vehicle controls, said controller circuit configured to determine a first slope of a first site to pick-up or drop-off a client of the host vehicle; compare the first slope to a slope threshold; in response to a determination that the first slope is steeper than the slope threshold, select a second site to pick-up or drop-off the client, said second site characterized by a second slope that is not steeper than the slope threshold; and operate the vehicle controls to move the host vehicle to the second site.
A tool assembly, comprising: a drilling deflector; and a completion deflector coupled to the drilling deflector characterised in that the coupling between the drilling deflector and the completion deflector comprises a portion of the drilling deflector nesting within a portion of the completion deflector, and wherein an interior of the completion deflector defines a first recess and wherein the drilling deflector comprises a catch that engages the first recess in a run-in state of the tool assembly and that releases from the first recess when in a completion state of the tool assembly. a drilling deflector; and a completion deflector coupled to the drilling deflector characterised in that the coupling between the drilling deflector and the completion deflector comprises a portion of the drilling deflector nesting within a portion of the completion deflector, and wherein an interior of the completion deflector defines a first recess and wherein the drilling deflector comprises a catch that engages the first recess in a run-in state of the tool assembly and that releases from the first recess when in a completion state of the tool assembly.
Projectile (8, 9) having at least one projectile body (7, 10) which has a projectile tip and a projectile tail, and an active substance, the active substance being at least one non-detonative pyrotechnic composition and the projectile (8, 9) being configured so as to be free of an explosive and detonator, characterized by a core (6, 14) in the projectile body which encloses and seals the non-detonative pyrotechnic active substance.
Motor vehicle on-board electrical system comprising: - an electrical cable with a metallic conductor and an electrical insulation surrounding the conductor, - an optical waveguide guided in the insulation, the optical waveguide bearing directly against the conductor at least in some areas - an optical measuring device arranged for coupling a light signal into the optical waveguide and for measuring a conductor temperature using the coupled light signal by means of reflectometry, the measuring device measuring the conductor temperature along a longitudinal direction of the optical waveguide at a plurality of positions, wherein the measuring device puts out a control signal as a function of the measurement, and - an electrical load is connected to the conductor, characterized in that - the electrical load is operatively connected to the measuring device and the electrical load changes a power consumption of the conductor as a function of the control signal, wherein, - the measuring device outputs the control signal only when a limit value is exceeded at a plurality of positions along the conductor. - an electrical cable with a metallic conductor and an electrical insulation surrounding the conductor, - an optical waveguide guided in the insulation, the optical waveguide bearing directly against the conductor at least in some areas - an optical measuring device arranged for coupling a light signal into the optical waveguide and for measuring a conductor temperature using the coupled light signal by means of reflectometry, the measuring device measuring the conductor temperature along a longitudinal direction of the optical waveguide at a plurality of positions, wherein the measuring device puts out a control signal as a function of the measurement, and - an electrical load is connected to the conductor, characterized in that - the electrical load is operatively connected to the measuring device and the electrical load changes a power consumption of the conductor as a function of the control signal, wherein, - the measuring device outputs the control signal only when a limit value is exceeded at a plurality of positions along the conductor.
A user equipment, UE, to control Wireless Fidelity, WiFi, uplink, UL, traffic in an integrated WiFi and Long Term Evolution, LTE, network, the UE comprising a WiFi modem and an LTE modem, the UE conforming to a 3 rd Generation Partnership Project, 3GPP specification, wherein a default radio bearer is established according to the 3GPP specification; wherein UL transmissions from the UE take place using both the default radio bearer and a WiFi radio bearer, characterized by the UE to receive a radio resource control, RRC, connection reconfiguration message to create the WiFi radio bearer for wireless transmissions to a WiFi Access Point, AP, and wherein the WiFi radio bearer is programmed as a downlink only radio bearer.
A two-step method for amplifying multiple nucleic acid sequence targets contained in a sample comprising: (a) a first multiplex amplification step for boosting the copy number of nucleic acid sequence targets by combining more than two primer pairs, which are in low concentration such that the primers are exhausted before a reaction plateau is reached and wherein the primers to be multiplexed are optimized for the simplex amplification step (b) and wherein said multiplex amplification step is limited to an initial amplification round that results in a 100-1000 fold increase in target, and (b) a second simplex amplification step, wherein the amplified sample of (a) is divided into separate samples; and adding a single primer pair to the divided samples to be further amplified, wherein the single primer pair added in the second amplification step is equal to a primer pair used in the first amplification step, wherein the first multiplex amplification step (a) is selected from the group consisting of PCR, RT-PCR, NASBA, SDA, TMA, CRCA, and Ligase chain reaction. (a) a first multiplex amplification step for boosting the copy number of nucleic acid sequence targets by combining more than two primer pairs, which are in low concentration such that the primers are exhausted before a reaction plateau is reached and wherein the primers to be multiplexed are optimized for the simplex amplification step (b) and wherein said multiplex amplification step is limited to an initial amplification round that results in a 100-1000 fold increase in target, and (b) a second simplex amplification step, wherein the amplified sample of (a) is divided into separate samples; and adding a single primer pair to the divided samples to be further amplified, wherein the single primer pair added in the second amplification step is equal to a primer pair used in the first amplification step,
A support frame for solar reflectors comprising: struts, at least one strut being one piece; a first segmented chord that is an extrusion; a second segmented chord that is an extrusion and which is separate and distinct from the first segmented chord; and a plurality of nodes; at least one of the nodes having a plurality of fins that extend radially outwards, one of the nodes removably attaching the first segmented chord and the second segmented chord together; each node comprising an elongate portion, which is a one piece extrusion, characterized in that: at least one strut has a separate and distinct strut end piece, both being one piece; in that the one of the fins removably attaches to the strut end piece which is attached to the at least one strut; and in that at least one node has a circle size that allows the at least one node to be extruded on a 25.4cm (10 inch) diameter extrusion press. struts, at least one strut being one piece; a first segmented chord that is an extrusion; a second segmented chord that is an extrusion and which is separate and distinct from the first segmented chord; and a plurality of nodes; at least one of the nodes having a plurality of fins that extend radially outwards, one of the nodes removably attaching the first segmented chord and the second segmented chord together; each node comprising an elongate portion, which is a one piece extrusion, characterized in that: at least one strut has a separate and distinct strut end piece, both being one piece; in that the one of the fins removably attaches to the strut end piece which is attached to the at least one strut; and in that at least one node has a circle size that allows the at least one node to be extruded on a 25.4cm (10 inch) diameter extrusion press. at least one strut has a separate and distinct strut end piece, both being one piece; in that the one of the fins removably attaches to the strut end piece which is attached to the at least one strut; and in that at least one node has a circle size that allows the at least one node to be extruded on a 25.4cm (10 inch) diameter extrusion press.
A fire-retardant mattress comprising: - a polyurethane foam prepared from a composition comprising at least a polyol, an organic polyisocyanate and a fire retardant; and - an outer layer encapsulating the polyurethane foam, wherein the outer layer comprises a waterproof membrane of silicone rubber and a fire-resistant barrier layer disposed between the waterproof membrane and the polyurethane foam; - wherein the fire-resistant barrier layer comprises a woven cloth, and the woven cloth comprises glass fibers. - a polyurethane foam prepared from a composition comprising at least a polyol, an organic polyisocyanate and a fire retardant; and - an outer layer encapsulating the polyurethane foam, wherein the outer layer comprises a waterproof membrane of silicone rubber and a fire-resistant barrier layer disposed between the waterproof membrane and the polyurethane foam; - wherein the fire-resistant barrier layer comprises a woven cloth, and the woven cloth comprises glass fibers.
Method for removing impurities comprising at least one pyrrolizidine alkaloid from a plant preparation, said method comprising the following steps: Step 1: providing a plant preparation in liquid form, Step 2: contacting the plant preparation with a bentonite, Step 3: separating the bentonite with the impurities bound thereto from the herbal preparation, and thereby obtaining a purified plant preparation. Step 1: providing a plant preparation in liquid form, Step 2: contacting the plant preparation with a bentonite, Step 3: separating the bentonite with the impurities bound thereto from the herbal preparation, and thereby obtaining a purified plant preparation.
A separator with - a separator wheel having separator wheel paddles and an air guidance system having guide vanes for the supply of separating air, while an annular separating space is arranged between the separator wheel and the air guidance system, wherein the guide vanes are guide plates (76, 77a, b) protruding into the separating space and extending in the vertical direction, characterized in that the guide plates (76, 77a, b) are curved in the direction of the separator wheel. - a separator wheel having separator wheel paddles and an air guidance system having guide vanes for the supply of separating air, while an annular separating space is arranged between the separator wheel and the air guidance system, wherein the guide vanes are guide plates (76, 77a, b) protruding into the separating space and extending in the vertical direction, characterized in that the guide plates (76, 77a, b) are curved in the direction of the separator wheel. the guide vanes are guide plates (76, 77a, b) protruding into the separating space and extending in the vertical direction, characterized in that the guide plates (76, 77a, b) are curved in the direction of the separator wheel.
A method for manufacturing a semi-finished product having at least one micro-component using a multi-component injection molding process in which at least one mold chamber of an injection mold is provided with at least one lost part made of a first material, more particularly an injection-molded plastic material, and in another step for producing the micro-component, a second material, which is different from the first material and is elastomer-based, more particularly silicone-based, is injected, as a result of which a firm and form-fitting connection forms between the micro-component and the lost part, characterized in that the lost part is embodied as a macroscopic object holder for the micro-component for manipulating the semi-finished product and the mold chamber is provided with this lost part.