mhurhangee/patent-ind-claim-en huggingface dataset:
A laminated glazing comprising: • a first glass sheet ; • at least one interlayer sheet made of thermoplastic polymer; • optionally a "solar-protection" sheet or functional metal layer having reflective properties in the infrared region and/or in the solar radiation region, • at least two sheets of pressure-sensitive adhesive , in direct contact with a heat-sensitive functional sheet based on liquid crystals encapsulated, or dispersed in a polymer matrix (PDLC), electrophoretic particles dispersed in a medium, particles dispersed in an electrophoretic fluid or comprising a suspended particle device (SPD) film or a laminate of such a film, or an electrochrome system; • a second glass sheet ; said first glass sheet being in direct contact with said interlayer sheet ; said second glass sheet being in direct contact with said sheet of pressure-sensitive adhesive ; said sheet of pressure-sensitive adhesive and said second glass sheet being in direct contact at the internal face of this second glass sheet and the laminated glazing comprising successively • a first sheet of pressure-sensitive adhesive , • a heat-sensitive functional sheet , • a second sheet of pressure-sensitive adhesive . • a first glass sheet ; • at least one interlayer sheet made of thermoplastic polymer; • optionally a "solar-protection" sheet or functional metal layer having reflective properties in the infrared region and/or in the solar radiation region, • at least two sheets of pressure-sensitive adhesive , in direct contact with a heat-sensitive functional sheet based on liquid crystals encapsulated, or dispersed in a polymer matrix (PDLC), electrophoretic particles dispersed in a medium, particles dispersed in an electrophoretic fluid or comprising a suspended particle device (SPD) film or a laminate of such a film, or an electrochrome system; • a second glass sheet ; said first glass sheet being in direct contact with said interlayer sheet ; said second glass sheet being in direct contact with said sheet of pressure-sensitive adhesive ; said sheet of pressure-sensitive adhesive and said second glass sheet being in direct contact at the internal face of this second glass sheet and the laminated glazing comprising successively • a first sheet of pressure-sensitive adhesive , • a heat-sensitive functional sheet , • a second sheet of pressure-sensitive adhesive .
A linear low density polyethylene composition for use in food packaging applications comprising a linear low density polyethylene having a melt flow index of 1.5-2.5, a phenolic antioxidant, a processing stabilizer and ZnO, wherein the composition is free or substantially free of tris(nonylphenyl) phosphite (TNPP), wherein further the total amount of the phenolic antioxidant, the processing stabilizer and ZnO is 1300 ppm to 4000 ppm based on the composition..
Automated system for the storage and movement of heavy material comprising: a first and a second classifier mainly extended along a longitudinal direction (Y-Y) and side by side to each other, wherein each classifier comprises a respective group of frames arranged in as many seats for the support of said heavy material , wherein said first classifier comprises a selector carriage sliding below its own group of frames and movable along said longitudinal direction (Y-Y), wherein said selector carriage of said first classifier is engageable with a single frame selected from the group of frames of said first classifier in order to shift it along an orthogonal direction (Z-Z) with respect to said longitudinal direction (Y-Y) and transfer it from the seat of said first classifier to the seat of said second classifier , the automated system being characterized in that each frame of said second classifier can be moved away from an adjacent frame along said longitudinal direction (Y-Y) so as to create a space for the creation of said seat intended to receive said frame from said first classifier , wherein said second classifier comprises its own selector carriage sliding below its own group of frames and movable along said longitudinal direction (Y-Y), wherein said selector carriage of said second classifier is engageable with said frame to grasp it and transfer it from the seat of said first classifier to the seat of said second classifier , and wherein the selector carriages of said first and second classifier engage said frame at the same time.
A shower floor former assembly comprising: a shower floor former having a non-circular waste-plate receiver , a centre point (C WPR ) of the waste-plate receiver being offset from a centre point (C SFF ) of the shower floor former ; and a drain waste plate which is dimensioned to be receivable in the waste-plate receiver , the drain waste plate having a drainage aperture therethrough, a centre point (C DA ) of the drainage aperture being offset from a centre point (C DWP ) of the drain waste plate ; wherein the drain waste plate is receivable in the waste-plate receiver in a first condition in which the centre point (C DA ) of the drainage aperture is offset relative to the centre point (C SFF ) of the shower floor former ; and wherein the drain waste plate is receivable in the waste-plate receiver in a second condition in which the centre point (C DA ) of the drainage aperture is coincident with the centre point (C SFF ) of the shower floor former . a shower floor former having a non-circular waste-plate receiver , a centre point (C WPR ) of the waste-plate receiver being offset from a centre point (C SFF ) of the shower floor former ; and a drain waste plate which is dimensioned to be receivable in the waste-plate receiver , the drain waste plate having a drainage aperture therethrough, a centre point (C DA ) of the drainage aperture being offset from a centre point (C DWP ) of the drain waste plate ; wherein the drain waste plate is receivable in the waste-plate receiver in a first condition in which the centre point (C DA ) of the drainage aperture is offset relative to the centre point (C SFF ) of the shower floor former ; and wherein the drain waste plate is receivable in the waste-plate receiver in a second condition in which the centre point (C DA ) of the drainage aperture is coincident with the centre point (C SFF ) of the shower floor former .
A process for producing a hard material layer on a substrate , wherein a TiCNB hard material layer is deposited by chemical vapor deposition (CVD) from a gas system comprising a titanium source, a boron source, a nitrogen source and a carbon source, characterized in that the titanium source is TiCl 4 , the boron source is BCl 3 and the nitrogen source is N 2 and the gas system comprises H 2 as balance gas and the carbon source is ethane and wherein the boron content in the gas system is adjusted such that the TiCNB hard material layer on the substrate has a boron content of up to 5 at%, but at least 0.01 at%, measured with the GDOES method, wherein at a reaction temperature from 750°C to 930°C the carbon to nitrogen ratio in the TiC x N y B 1-x-y system deposited on the substrate is adjusted to 0.75 ≤ X ≤ 0.85.
Disinfection device using a pulsed light in the ultraviolet range comprising at least one disinfection chamber (CHD), a high-voltage generator (GI), an ultraviolet lamp (L) comprising an anode (AN) and a cathode (CAT) placed in a tube (T) containing a specific gas (GZ) capable of producing ultraviolet radiation by excitation of the gas (GZ), a device for triggering a pulse between anode (AN) and cathode (CAT) and a coaxial setup (EL) for feeding the ultraviolet lamp (L) arranged between the generator (GI) and the ultraviolet lamp (L), this coaxial setup (EL) comprising a feed line (FL) linked to the anode (AN) and a return line (RL) linked to the cathode (CAT), characterized in that an array of capacitors (CD) is distributed along the coaxial setup (EL) between the feed line (FL) and the return line (RL) over a length of at least the length of the lamp (L), this array of capacitors contributing to the generation of the pulse by production of electrical voltage between the anode (AN) and the cathode (CAT) of the lamp (L) in combination with the trigger device, for which the characteristics of the array of capacitors (CD) are optimized to enhance the surface current density supplied to the lamp (L) and thus reduce the scattering of the ultraviolet spectrum in the wavelengths outside of the wavelengths of the ultraviolet range C having germicidal properties.
A pharmaceutical composition comprising: (a) compound A-7 or a pharmaceutically acceptable salt, hydrate, or solvate thereof; (b) sorbitan laurate; (c) polysorbate 20; and (d) an aqueous vehicle; wherein the ratio of components (b) to (c) is within the range of 3 to 1 - 2 to 1 by weight; and wherein the composition forms an aqueous, flocculated, injectable suspension. (a) compound A-7 or a pharmaceutically acceptable salt, hydrate, or solvate thereof; (b) sorbitan laurate; (c) polysorbate 20; and (d) an aqueous vehicle; wherein the ratio of components (b) to (c) is within the range of 3 to 1 - 2 to 1 by weight; and wherein the composition forms an aqueous, flocculated, injectable suspension.
A method executed by a first device for providing a service to a user, comprising: generating context information of the first device indicating a state of the first device ; transmitting, to a server , the context information of the first device and a request for a list of services provided by one or more second devices and that are accessible by the first device ; receiving, from the server , the list of services provided by one or more second devices and that are accessible by the first device in response to the request; determining at least one service from the received list of services; and communicating with at least one second device that corresponds to the determined at least one service to control the at least one second device to provide the determined at least one service, wherein the received list of services comprises services determined by the server based on the context information of the first device . generating context information of the first device indicating a state of the first device ; transmitting, to a server , the context information of the first device and a request for a list of services provided by one or more second devices and that are accessible by the first device ; receiving, from the server , the list of services provided by one or more second devices and that are accessible by the first device in response to the request; determining at least one service from the received list of services; and communicating with at least one second device that corresponds to the determined at least one service to control the at least one second device to provide the determined at least one service, wherein the received list of services comprises services determined by the server based on the context information of the first device .
A cell separation apparatus for isolating living cells, encompassing a cell culture container for reception of a cell suspension and a conduit connected to the cell culture container for the conveyance of cell suspension out of the cell culture container , the conduit extending along a notional conduit path (L) passing centrally through the conduit , the conduit path (L) defining in the conduit an axial direction (A) proceeding along the conduit path (L), a radial direction (R) orthogonal to the conduit path (L), and a circumferential direction (U) proceeding around the conduit path (L), at least a segment of the conduit , constituting a turbulent flow segment , comprising a flow configuration that generates a turbulent cell suspension flow, characterized in that the flow configuration comprises at least two axial configuration segments located axially behind one another, one of which is embodied to accelerate a cell suspension, flowing through the conduit axially away from the cell culture container , in a circumferential direction (U) in a first directional orientation, and the respective other of which is embodied to accelerate the cell suspension in a circumferential direction (U) in a second directional orientation opposite to the first directional orientation.
Inductive sensor device comprising: a scale comprising at least a first track with a plurality of first scale elements arranged along a first axis (X1) extending in a measuring direction (x), a sensor unit moveable relative to the scale in the measuring direction (x) and comprising a transmitter circuit and a receiver circuit , wherein the transmitter circuit comprises a first transmitter coil and a second transmitter coil , wherein the first scale elements provide a first flux modulating property for a first magnetic field (B1) of the first transmitter coil and a second flux modulating property for a second magnetic field (B2) of the second transmitter coil , wherein the first and second flux modulating properties vary position dependent in the measuring direction (x) different from each other, a control unit is provided that is communicatively connected with the transmitter circuit and the receiver circuit , wherein the control unit is adapted to: operate the first transmitter coil and the receiver circuit to create a first receiver signal (S11(x), C11(x)), operate the second transmitter coil and the receiver circuit to create a second receiver signal (S21(x), C21(x)), calculate the position of the sensor unit in measuring direction (x) depending at least from the first and the second receiver signals (S11(x), C11(x), S21(x), C21(x)). a scale comprising at least a first track with a plurality of first scale elements arranged along a first axis (X1) extending in a measuring direction (x), a sensor unit moveable relative to the scale in the measuring direction (x) and comprising a transmitter circuit and a receiver circuit , wherein the transmitter circuit comprises a first transmitter coil and a second transmitter coil , wherein the first scale elements provide a first flux modulating property for a first magnetic field (B1) of the first transmitter coil and a second flux modulating property for a second magnetic field (B2) of the second transmitter coil , wherein the first and second flux modulating properties vary position dependent in the measuring direction (x) different from each other, a control unit is provided that is communicatively connected with the transmitter circuit and the receiver circuit , wherein the control unit is adapted to: operate the first transmitter coil and the receiver circuit to create a first receiver signal (S11(x), C11(x)), operate the second transmitter coil and the receiver circuit to create a second receiver signal (S21(x), C21(x)), calculate the position of the sensor unit in measuring direction (x) depending at least from the first and the second receiver signals (S11(x), C11(x), S21(x), C21(x)). operate the first transmitter coil and the receiver circuit to create a first receiver signal (S11(x), C11(x)), operate the second transmitter coil and the receiver circuit to create a second receiver signal (S21(x), C21(x)), calculate the position of the sensor unit in measuring direction (x) depending at least from the first and the second receiver signals (S11(x), C11(x), S21(x), C21(x)).
A blank comprising: - a chassis of corrugated cardboard having a series of four first parallel crease lines (12a-d), and a second and a third crease line intersecting said four first parallel crease lines (12a-d), wherein said first, second and third crease lines (12a-d, 14a, 14b) individuate a series of a quadrangular closure flap , a quadrangular cover panel , a first quadrangular lateral panel , a quadrangular bottom panel and a second quadrangular lateral panel , wherein said second crease line individuates a respective left quadrangular flap of each panel and wherein said third crease line individuates a respective right quadrangular flap of each panel , each flap being separated from the adjacent flaps by cuts which extend along a prolongation of the respective first crease line (12b-d), characterized in that - two compression members of corrugated cardboard are glued to an internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the second crease line joining the first and second quadrangular lateral panel to the respective left flap , and - two compression members of corrugated cardboard are glued to the internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the third crease line joining the first and second quadrangular lateral panel to the respective right flap . - a chassis of corrugated cardboard having a series of four first parallel crease lines (12a-d), and a second and a third crease line intersecting said four first parallel crease lines (12a-d), wherein said first, second and third crease lines (12a-d, 14a, 14b) individuate a series of a quadrangular closure flap , a quadrangular cover panel , a first quadrangular lateral panel , a quadrangular bottom panel and a second quadrangular lateral panel , wherein said second crease line individuates a respective left quadrangular flap of each panel and wherein said third crease line individuates a respective right quadrangular flap of each panel , each flap being separated from the adjacent flaps by cuts which extend along a prolongation of the respective first crease line (12b-d), - two compression members of corrugated cardboard are glued to an internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the second crease line joining the first and second quadrangular lateral panel to the respective left flap , and - two compression members of corrugated cardboard are glued to the internal face of the chassis in correspondence of areas at least bordering on both sides at least a part of a respective length of the third crease line joining the first and second quadrangular lateral panel to the respective right flap .
A grinder for beans of plant-based products, whose powder is adapted for use in the preparation of beverages, comprising a grinding chamber defined by a first cylindrical wall extending between a bottom and a top , a pair of opposed grinding wheels , at least one whereof rotates, and which are located in said grinding chamber , an electric motor for driving the rotating grinding wheel , a hopper for loading the beans to be ground within the grinding chamber , an outlet channel for unloading the ground product out of said chamber, a first cooling duct extending around said first cylindrical wall between a first inlet and a first outlet , a temperature sensor located in said first cooling duct, a first tubular circuit (T1) extending between said first inlet and said first outlet , said first tubular circuit (T1) being in hydraulic communication with said first cooling duct and having a heat dissipating fluid flowing therethrough, said first tubular circuit (T1) comprising a motor pump for circulating the fluid in said first circuit (T1) and in said first cooling duct, heat dissipating means , at least one valve member , an electronic control unit (ECU), for actuating said motor pump and for turning on said heat dissipating means according to the value of temperature sensed by said temperature sensor , characterized in that said first cooling duct extending around said cylindrical wall is formed within the thickness of the wall and in that said first cooling duct comprises a series of pairs of axial recesses formed in the thickness of the cylindrical wall , connected together by circumferential passageways and separated by axial ribs , said circumferential passageways being closed by plate-like members , with the interposition of seal elements.
A nozzle for the even distribution of a multi-phase fluid mixture, the nozzle comprising: (a) a nozzle body comprising a proximal body portion , an intermediate body portion , and a distal body portion , wherein: (b) the proximal body portion defines a substantially cylindrical proximal void, (c) the proximal body portion having at least one gas inlet configured for the passage of gas therethrough into the proximal body portion, (d) the intermediate body portion defines a substantially cylindrical intermediate void in fluid communication with the proximal void, (e) the distal body portion having a body wall and at least one liquid inlet configured for the passage of liquid therethrough into the distal body portion, and (f) the distal body portion defining a substantially cylindrical distal void, wherein the at least one liquid inlet is disposed tangentially to an inner surface of the distal body portion; characterized in that the at least one liquid inlet comprises a curved liquid inlet channel or a linear liquid inlet having a liquid inlet length, IL, to liquid inlet width, IW, ratio (IL:IW) in the range from 2:1 to 5:1, wherein IL represents a minimum length of the linear liquid inlet; wherein the at least one liquid inlet is configured for forming a film of liquid on the inner surface of the distal body portion; wherein the at least one liquid inlet is configured to promote spiral flow of liquid on the inner surface of the distal body portion; and wherein the flow of liquid is in a direction distal to the liquid inlet. (a) a nozzle body comprising a proximal body portion , an intermediate body portion , and a distal body portion , wherein: (b) the proximal body portion defines a substantially cylindrical proximal void, (c) the proximal body portion having at least one gas inlet configured for the passage of gas therethrough into the proximal body portion, (d) the intermediate body portion defines a substantially cylindrical intermediate void in fluid communication with the proximal void, (e) the distal body portion having a body wall and at least one liquid inlet configured for the passage of liquid therethrough into the distal body portion, and (f) the distal body portion defining a substantially cylindrical distal void, wherein the at least one liquid inlet is disposed tangentially to an inner surface of the distal body portion;