mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device comprising: a housing extending around a volume, wherein a cross-sectional profile of the housing conforms to a polygon other than any rectangle; an antenna panel disposed in the volume, the antenna panel including one or more holographic antenna elements configured to participate in a communication via a first side of the communication device ; hardware interfaces (340a-340d) each disposed on a respective side of the housing , the hardware interfaces (340a-340d) to couple the communication device to a power supply; one or more pass through-interconnects (360a-360d) each coupled between a respective pair of the hardware interfaces (340a-340d); and control logic comprising circuitry coupled to operate the antenna panel based on a voltage provided by the power supply. a housing extending around a volume, wherein a cross-sectional profile of the housing conforms to a polygon other than any rectangle; an antenna panel disposed in the volume, the antenna panel including one or more holographic antenna elements configured to participate in a communication via a first side of the communication device ; hardware interfaces (340a-340d) each disposed on a respective side of the housing , the hardware interfaces (340a-340d) to couple the communication device to a power supply; one or more pass through-interconnects (360a-360d) each coupled between a respective pair of the hardware interfaces (340a-340d); and control logic comprising circuitry coupled to operate the antenna panel based on a voltage provided by the power supply.
Sanitary insertion cartridge having a cartridge housing which is insertable into a water line or the water outlet of a sanitary outlet fitting and which has at least one water inlet and at least one water discharge , wherein the insertion cartridge is assembled from at least two adjacent components which abut each other and/or are connected to each other and which, in their relative position to each other, are secured in a circumferential direction by a rotation prevention means , wherein the at least one first component and the at least one adjacent second component each have, at their mutually adjacent front faces, axially intermeshing front tooth arrangements as rotation prevention means , and wherein at least one of these adjacent components is designed as an insertion part insertable into the cartridge housing, characterized in that an annular shoulder is provided on the housing inner circumference of the cartridge housing , which annular shoulder serves as a sliding stop as the at least one component, designed as the insertion part , slides into the housing interior of the cartridge housing , and in that at least one projection , oriented axially parallel to the longitudinal axis of the housing, projects from the annular shoulder and projects into a tooth base between two adjacent teeth of the front tooth arrangement provided on an external ring of an adjacent insertion part , and in that the circumferential external ring is provided on the outer circumference of the at least one first component designed as insertion part and/or of the at least one adjacent second insertion part of the insertion cartridge, which circumferential external ring carries, on at at least one of its front faces, the or a first or second front tooth arrangement of the intermeshing front tooth arrangements .
A method for networked scheduling, the method comprising: providing a gateway ; a plurality of channels assigned to a color reuse scheme comprising colors, wherein some of the plurality of channels assigned to one of the colors comprise a set of co-channels; associating the set of co-channels with the gateway ; generating a traffic pattern for the set of co-channels for an upcoming allocation slot ; determining a channel state of each co-channel in the set of co-channels per the traffic pattern ; and setting a Modulation and Coding scheme of each co-channel in the set of co-channels based on the respective channel state. providing a gateway ; a plurality of channels assigned to a color reuse scheme comprising colors, wherein some of the plurality of channels assigned to one of the colors comprise a set of co-channels; associating the set of co-channels with the gateway ; generating a traffic pattern for the set of co-channels for an upcoming allocation slot ; determining a channel state of each co-channel in the set of co-channels per the traffic pattern ; and setting a Modulation and Coding scheme of each co-channel in the set of co-channels based on the respective channel state.
Reinforcing assembly , with a reinforcing body having mutually crossing reinforcing elements , with at least one retaining anchor unit which is arranged on the reinforcing body and has a foot portion arranged on the reinforcing body and a retaining portion adjoining the foot portion , wherein the retaining portion is movable between a function position (W) and a storage position (A), and wherein the retaining portion in the storage position (A) extends along the reinforcing body and in the function position (W) protrudes obliquely or at right angles away from the reinforcing body , wherein the at least one retaining anchor unit in the storage position (A) is loaded with a preload force (F) and/or a preload moment (M) such that the retaining portion is forced in the direction of the function position (W), characterised in that each reinforcing element and each retaining anchor comprises at least one fibre bundle in which a matrix is embedded, and that each retaining anchor unit comprises two retaining anchors , each of which has a foot part and a retaining part extending at right angles or obliquely to the foot part .
A computer-implemented method comprising: laying out one or more floating objects in a layout space for Hypertext Markup Language, HTML, and Cascading Style Sheets, CSS, flow layout including computing a bottom edge property for individual floating objects, wherein each floating object of the one or more floating objects has a float property utilized to indicate a particular flow the floating object is part of, wherein the float property is a left float property or a right float property, wherein objects whose float property is a left float property are left-floating objects residing on a left side of the layout space, and wherein objects whose float property is a right float property are right-floating objects residing on a right side of the layout space, wherein each floating object of the one or more floating objects has a bottom edge property utilized to indicate whether a bottom edge associated with the floating object is lower than or equal to all other bottom edges associated with preceding floating objects that are part of the same particular left or right flow as the floating object, and wherein the bottom edge properties are computed as the one or more floating objects are placed in the layout space in time; computing one or more flow contours associated with the one or more floating objects; and enabling use of the one or more flow contours in layout processing of content in the layout space. laying out one or more floating objects in a layout space for Hypertext Markup Language, HTML, and Cascading Style Sheets, CSS, flow layout including computing a bottom edge property for individual floating objects, wherein each floating object of the one or more floating objects has a float property utilized to indicate a particular flow the floating object is part of, wherein the float property is a left float property or a right float property, wherein objects whose float property is a left float property are left-floating objects residing on a left side of the layout space, and wherein objects whose float property is a right float property are right-floating objects residing on a right side of the layout space, wherein each floating object of the one or more floating objects has a bottom edge property utilized to indicate whether a bottom edge associated with the floating object is lower than or equal to all other bottom edges associated with preceding floating objects that are part of the same particular left or right flow as the floating object, and wherein the bottom edge properties are computed as the one or more floating objects are placed in the layout space in time; computing one or more flow contours associated with the one or more floating objects; and enabling use of the one or more flow contours in layout processing of content in the layout space.
Radial turbine having a housing which has a housing channel for the inflow of working fluid and comprises a diffuser having a channel for the outflow of working fluid, an impeller accommodated on an impeller shaft which is rotatable about an axis of rotation being positioned in the housing , a plurality of vanes being arranged on the impeller and forming vane channels which have a vane channel opening facing the axis of rotation for the flow-through of working fluid to the channel for the outflow of working fluid, the channel having an impeller-side opening for the outflow of working fluid, the working fluid being led through an intermediate region which extends from the vane channel opening of the vane channels to the impeller-side opening in the channel for the outflow of working fluid, and a guiding body (3, 3', 3") being provided for deflecting working fluid flowing through the intermediate region , which guiding body extends from the intermediate region into the channel for the outflow of working fluid, the housing channel for the inflow of working fluid having a constriction and being expanded on the impeller side such that the inflowing working fluid can reach supersonic speeds and the guiding body is arranged coaxially with the axis of rotation of the impeller , characterized in that the diffuser is connected downstream of the guiding body , the guiding body being designed as an impeller cone of the impeller which extends in portions into the channel of the diffuser to a channel portion of which the flow cross section increases in the direction of the axis of rotation of the impeller shaft as the distance from the impeller increases.
Polymer network composition comprising a semi-crystalline covalently crosslinked polymer network including exchangeable covalent bonds and crosslinking bonds and at least a catalyst capable of promoting the exchange reaction, wherein the number of crosslinking bonds is sufficient for the polymer network to be beyond the gel point, and the number of exchangeable bonds is sufficient for the network to relax stresses and/or flow when conditioned at an appropriate temperature, characterized in that there exists a temperature noted T1, at or above which , when submitted to a constant strain at constant temperature, the polymer composition is able to relax at least 90% of stresses in less than 72 hours, and at or above which the viscosity of the polymer network composition is inferior or equal to 10 11 Pa.s, and wherein the measure of viscosity and the quantitative evaluation of stress relaxation is performed through torque measurements in isothermal conditions using a rheometer operating in the Ø = 25 mm parallel planes geometry in the shear stress relaxation mode, the viscosity η, expressed in Pa.s, is determined from stress relaxation experiments by using the formula: η = σ 0 × τ 0.5 / γ where γ, a dimensionless number is the value of the applied strain, preferably equal to 0.01, σ 0 , expressed in pascals (Pa), is the value of stress measured within 1 second after application of the strain, τ 0.5 , expressed in seconds (s) is a value of time, measured from the instant when the strain has been applied for which the value of stress is equal to 50% (±2%) the value of the initial stress σ 0 . γ, a dimensionless number is the value of the applied strain, preferably equal to 0.01, σ 0 , expressed in pascals (Pa), is the value of stress measured within 1 second after application of the strain, τ 0.5 , expressed in seconds (s) is a value of time, measured from the instant when the strain has been applied for which the value of stress is equal to 50% (±2%) the value of the initial stress σ 0 .
A device for accessing the vasculature of a patient, comprising: a catheter tube ; and a conical diffuser tip having a first end and a second end , wherein the first end is attached to an end of the catheter tube ; whereby the catheter tube and diffuser tip are in fluid communication such that an infusant may pass through the catheter tube into the diffuser tip and then exit the device , characterised in that , the tube wall of the diffuser tip is tapered such that a thickness of the tube wall decreases from the first end to the second end . a catheter tube ; and a conical diffuser tip having a first end and a second end , wherein the first end is attached to an end of the catheter tube ; whereby the catheter tube and diffuser tip are in fluid communication such that an infusant may pass through the catheter tube into the diffuser tip and then exit the device , characterised in that , the tube wall of the diffuser tip is tapered such that a thickness of the tube wall decreases from the first end to the second end .
A composition comprising (a) a silyl hydride, (b) an alkenyl silicone compound, (c) a platinum compound, (d) a cyclodiene additive, and (e) a cure inhibitor, where the cyclodiene additive (d) is a compound of the formula: wherein R 1 -R 8 , R 3' , R 4' , R 7' , and R 8' are independently hydrogen; an alkyl or aryl group optionally containing at least one heteroatom; an alkoxy; and a halogen radical; optionally R 1 -R 2 and/or R 5 -R 6 taken together may form a saturated or unsaturated ring structure, and wherein the ratio of total moles of cyclodiene additive to moles of platinum is less than 2:1. wherein R 1 -R 8 , R 3' , R 4' , R 7' , and R 8' are independently hydrogen; an alkyl or aryl group optionally containing at least one heteroatom; an alkoxy; and a halogen radical; optionally R 1 -R 2 and/or R 5 -R 6 taken together may form a saturated or unsaturated ring structure, and wherein the ratio of total moles of cyclodiene additive to moles of platinum is less than 2:1.
Tape sealer for winding adhesive tape around an object such that two adhesive portions of the tape contact each other, comprising: a housing with a passage for passing the object there through in a transport direction (T), wherein the passage defines a plane (P1) parallel to the transport direction(T), the plane having a first side and an opposite second side ; a tape supply , arranged at the first side of the plane (P1) and adapted for supplying tape with an adhesive side thereof facing the transport direction (T); a support (38; 838,839) and a clamping element (40; 840) arranged at the second side of the plane (P1) and adapted for clamping therebetween a first portion of the tape supplied by the tape supply, characterized in that the clamping element (40; 840) is moveable towards and away from the support (38; 838,839); the tape sealer further comprising: a push element (36; 836) with a contact surface (48; 860), adapted for moving between a first position in which the contact surface (48; 860) is located on the first side of the plane (P1) and a second position in which the contact surface (48; 860) is located on the second side of the plane (P1) and is arranged for pressing the adhesive side of the first portion of the tape against an adhesive side of a second portion of the tape. a housing with a passage for passing the object there through in a transport direction (T), wherein the passage defines a plane (P1) parallel to the transport direction(T), the plane having a first side and an opposite second side ; a tape supply , arranged at the first side of the plane (P1) and adapted for supplying tape with an adhesive side thereof facing the transport direction (T); a support (38; 838,839) and a clamping element (40; 840) arranged at the second side of the plane (P1) and adapted for clamping therebetween a first portion of the tape supplied by the tape supply, characterized in that the clamping element (40; 840) is moveable towards and away from the support (38; 838,839); the tape sealer further comprising: a push element (36; 836) with a contact surface (48; 860), adapted for moving between a first position in which the contact surface (48; 860) is located on the first side of the plane (P1) and a second position in which the contact surface (48; 860) is located on the second side of the plane (P1) and is arranged for pressing the adhesive side of the first portion of the tape against an adhesive side of a second portion of the tape.
A method for forming cellulose products in a forming mould system (S) from an air-formed cellulose blank structure , wherein the forming mould system (S) comprises one or more forming moulds , wherein each forming mould comprises a first mould part and a second mould part configured for cooperating with each other during the forming of the cellulose products , wherein the method comprises the steps: providing the cellulose blank structure , and in the cellulose blank structure defining one or more product sections and a residual section surrounding or arranged in connection to the one or more product sections ; compressing at least a portion of the residual section to a first degree of compression (D C1 ) higher than a degree of compression (D C ) of the one or more product sections ; feeding the cellulose blank structure in a feeding direction (D F ) to a forming position (F POS ) in the forming mould system (S), wherein in the forming position (F POS ) each product section is arranged between a corresponding first mould part and second mould part ; forming the cellulose products from the cellulose blank structure between the first mould part and the second mould part by heating the cellulose blank structure to a forming temperature (T F ) in the range of 100-300 °C; and pressing the cellulose blank structure with a forming pressure (P F ) in the range of 1-100 MPa, preferably 4-20 MPa. providing the cellulose blank structure , and in the cellulose blank structure defining one or more product sections and a residual section surrounding or arranged in connection to the one or more product sections ; compressing at least a portion of the residual section to a first degree of compression (D C1 ) higher than a degree of compression (D C ) of the one or more product sections ; feeding the cellulose blank structure in a feeding direction (D F ) to a forming position (F POS ) in the forming mould system (S), wherein in the forming position (F POS ) each product section is arranged between a corresponding first mould part and second mould part ; forming the cellulose products from the cellulose blank structure between the first mould part and the second mould part by heating the cellulose blank structure to a forming temperature (T F ) in the range of 100-300 °C; and pressing the cellulose blank structure with a forming pressure (P F ) in the range of 1-100 MPa, preferably 4-20 MPa.
A light emitting structure comprising: a light emitting diode (LED) die comprising: a growth substrate having a first surface and a second surface opposite the first surface ; semiconductor layers , including an active layer that emits light, epitaxially grown over the first surface of the growth substrate, the active layer having a third surface facing the growth substrate ; a bottom surface; and reflective anode and cathode electrodes that cover a significant portion of the bottom surface of the LED die and that are configured to be directly connected to electrodes in a package, wherein the second surface of the growth substrate has formed in it at least one optical feature that redirects at least a portion of the light emitted from the third surface of the active layer to exit the LED die through sidewalls of the growth substrate , such that the sidewalls of the growth substrate emit a majority of light generated by the active layer , wherein the at least one optical feature is covered with a reflective layer that reflects the portion of the light emitted from the third surface of the active layer to exit the LED die through the sidewalls of the growth substrate , wherein the light emitting structure further comprises a reflective cup in which the LED die is mounted; and a wavelength conversion material in the cup covering a top and sides of the LED die . a growth substrate having a first surface and a second surface opposite the first surface ; semiconductor layers , including an active layer that emits light, epitaxially grown over the first surface of the growth substrate, the active layer having a third surface facing the growth substrate ; a bottom surface; and reflective anode and cathode electrodes that cover a significant portion of the bottom surface of the LED die and that are configured to be directly connected to electrodes in a package, wherein the second surface of the growth substrate has formed in it at least one optical feature that redirects at least a portion of the light emitted from the third surface of the active layer to exit the LED die through sidewalls of the growth substrate , such that the sidewalls of the growth substrate emit a majority of light generated by the active layer , wherein the at least one optical feature is covered with a reflective layer that reflects the portion of the light emitted from the third surface of the active layer to exit the LED die through the sidewalls of the growth substrate , wherein the light emitting structure further comprises a reflective cup in which the LED die is mounted; and a wavelength conversion material in the cup covering a top and sides of the LED die .
An aerosol generator comprising a wire mesh heating element connected to a power supply and a composite conduit comprising a wick for transporting multiple liquids from a liquid supply to the wire mesh heating element at flow rates such that the liquids arrive at the heating element in desirable concentrations, the heating element being embedded in a downstream end of the wick .