mhurhangee/ep-ind-claims huggingface dataset:
An aqueous organic-inorganic hybrid composition characterized by comprising: a metal oxide having a number average particle size of 1 to 400 nm; and a polymer emulsion particle having a number average particle size of 10 to 800 nm, obtained by polymerizing a hydrolyzable silicon compound and a tertiary amide group-containing vinyl monomer in the presence of water and an emulsifier wherein an amount of the tertiary amide group-containing vinyl monomer used for obtaining the polymer emulsion particle is 0.1 or more and 0.5 or less in terms of a mass ratio / of the tertiary amide group-containing vinyl monomer to the polymer emulsion particle to be obtained wherein a mass ratio / of the tertiary amide group-containing vinyl monomer used for obtaining the polymer emulsion particle to the metal oxide is 0.1 or more and 1.0 or less. a metal oxide having a number average particle size of 1 to 400 nm; and a polymer emulsion particle having a number average particle size of 10 to 800 nm, obtained by polymerizing a hydrolyzable silicon compound and a tertiary amide group-containing vinyl monomer in the presence of water and an emulsifier wherein an amount of the tertiary amide group-containing vinyl monomer used for obtaining the polymer emulsion particle is 0.1 or more and 0.5 or less in terms of a mass ratio / of the tertiary amide group-containing vinyl monomer to the polymer emulsion particle to be obtained wherein a mass ratio / of the tertiary amide group-containing vinyl monomer used for obtaining the polymer emulsion particle to the metal oxide is 0.1 or more and 1.0 or less.
Control Entity for setting up a session in a communications network, comprising; - an input device for receiving a request to set up a session in the communications network, - a processor unit for processing the request, and - an output device for sending messages, the control entity further comprising or having access to a memory for storing information, wherein the processor unit is arranged to determine if the request comprises a valid Communication Service Identifier, CSI, identifying the type of communication service of the session that is to be established over the communications network, and if the request does not comprise a valid CSI, execute a default CSI procedure using default CSI information stored in the memory, said default CSI information being based upon subscription information and specific for a user terminal, Characterized in that said default CSI procedure - Decides to allow or to reject the request based on the default CSI information in case the request comprises a CSI that is not recognized or supported by the control entity or the communication network, and - Tests at least one parameter in the request and decides based on the at least one tested parameter and the default CSI information to add a default CSI to the request, where the default CSI is specified by the default CSI information, or not to add a default CSI. - an input device for receiving a request to set up a session in the communications network, - a processor unit for processing the request, and - an output device for sending messages, the control entity further comprising or having access to a memory for storing information, wherein the processor unit is arranged to determine if the request comprises a valid Communication Service Identifier, CSI, identifying the type of communication service of the session that is to be established over the communications network, and if the request does not comprise a valid CSI, execute a default CSI procedure using default CSI information stored in the memory, said default CSI information being based upon subscription information and specific for a user terminal, Characterized in that said default CSI procedure - Decides to allow or to reject the request based on the default CSI information in case the request comprises a CSI that is not recognized or supported by the control entity or the communication network, and - Tests at least one parameter in the request and decides based on the at least one tested parameter and the default CSI information to add a default CSI to the request, where the default CSI is specified by the default CSI information, or not to add a default CSI.
Device for tensioning a flexible band for holding a bony element on an implant, including a rod having a first end provided with means for bearing on a longitudinal bar for fixing the implant, a movable part for attaching the flexible band to a portion of the device and means for adjustably locking the movable part in translation in relation to said portion of the device, characterised in that the rod comprises a gripping sleeve at its second end, in that said portion of the device forms an angle with the rod to which it is fixed rigidly at an intermediate level with angle guides (27, 28) for the band, and in that, said flexible band comprising two free ends (36, 37), said movable part comprises a wheel which is free to rotate in relation to an axis perpendicular to said portion, for guiding the band around its rounded circumference including two separate elements (34, 35) for anchoring the flexible band, namely a first element for one of said ends of the flexible band and a second element for the other end.
An apparatus for slicing food products, in particular a high-performance slicer, comprising: a product feed by which a plurality of food products can simultaneously be supplied in parallel tracks to a cutting plane in which at least one cutting blade moves, in particular in a rotating and/or revolving manner, characterized by a sheet supply in which a material web is present which is in particular wound to form a roll; at least one transport apparatus which transports the material web to the cutting plane; and at least one sheet feed, wherein the sheet feed comprises at least one spreading device, with the spreading device being configured to divide an incoming material web into at least two part webs which extend offset from one another; and wherein the sheet feed is configured to provide, in each track, a respective sheet, which originates from a part web, between individual product slices and/or between portions formed by a plurality of product slices, with a part web in particular being provided for each track. a product feed by which a plurality of food products can simultaneously be supplied in parallel tracks to a cutting plane in which at least one cutting blade moves, in particular in a rotating and/or revolving manner, characterized by a sheet supply in which a material web is present which is in particular wound to form a roll; at least one transport apparatus which transports the material web to the cutting plane; and at least one sheet feed, wherein the sheet feed comprises at least one spreading device, with the spreading device being configured to divide an incoming material web into at least two part webs which extend offset from one another; and wherein the sheet feed is configured to provide, in each track, a respective sheet, which originates from a part web, between individual product slices and/or between portions formed by a plurality of product slices, with a part web in particular being provided for each track.
A computer system (10; 50; 80; 200; 230; 250; 270) comprising: a hard disk drive (14; 90; 208) configured to store a first set of data that includes first boot up data; a non-volatile semiconductor memory (16; 92; 204) that is distinct from semiconductor memory of the hard disk drive and semiconductor memory of a host of the computer system; a turbo boot driver module comprising a boot up timer with a predetermined boot up period, wherein the turbo boot driver module is configured to store, in the non-volatile semiconductor memory, the first boot up data, and during a boot up mode of the host, transfer the first boot up data from the non-volatile semiconductor memory to a file system of the host (12, 12'); and a disk storage driver (210; 210') configured to receive a data access request from the host, wherein the data access request requests second boot up data stored in the hard disk drive, wherein the turbo boot driver module is configured to determine whether the second boot up data is stored in the non-volatile semiconductor memory in response to the data access request, in response to the second boot up data not being stored in the non-volatile semiconductor memory, operate during a learn mode to capture, in the non-volatile semiconductor memory, the second boot up data while loading the second boot up data from the hard disk drive to the file system, and store all or some of the second boot up data, captured from the hard disk drive during the boot up mode, into the non-volatile semiconductor memory until the predetermined boot up period lapses. a hard disk drive (14; 90; 208) configured to store a first set of data that includes first boot up data; a non-volatile semiconductor memory (16; 92; 204) that is distinct from semiconductor memory of the hard disk drive and semiconductor memory of a host of the computer system; a turbo boot driver module comprising a boot up timer with a predetermined boot up period, wherein the turbo boot driver module is configured to store, in the non-volatile semiconductor memory, the first boot up data, and during a boot up mode of the host, transfer the first boot up data from the non-volatile semiconductor memory to a file system of the host (12, 12'); and a disk storage driver (210; 210') configured to receive a data access request from the host, wherein the data access request requests second boot up data stored in the hard disk drive, wherein the turbo boot driver module is configured to determine whether the second boot up data is stored in the non-volatile semiconductor memory in response to the data access request, in response to the second boot up data not being stored in the non-volatile semiconductor memory, operate during a learn mode to capture, in the non-volatile semiconductor memory, the second boot up data while loading the second boot up data from the hard disk drive to the file system, and store all or some of the second boot up data, captured from the hard disk drive during the boot up mode, into the non-volatile semiconductor memory until the predetermined boot up period lapses.
Method for the production of at least one carrier material provided with a print decoration, wherein the print decoration is applied to the at least one carrier material by means of digital printing, wherein the carrier material is at least one base paper, at least one impregnated paper or at least one material board, characterised in that the ink used for digital printing is a water-soluble CRYK ink containing at least one cyan pigment, the red pigment PR207, the yellow pigment PY181 and at least one black carbon pigment, and where the print decor is a wood decor shifted towards orange-red in the colour space. the ink used for digital printing is a water-soluble CRYK ink containing at least one cyan pigment, the red pigment PR207, the yellow pigment PY181 and at least one black carbon pigment, and where the print decor is a wood decor shifted towards orange-red in the colour space.
Fluid meter, specifically heat meter for recording the quantity of cooling energy and/or heat of a fluid, for installation in a feed or return of a fluid line system, comprising a connection housing, a measuring arrangement for flow rate determination that comprises at least one ultrasound transducer (8, 9) and an ultrasound measurement path, a control and evaluation unit and a first temperature sensor, which is intended for installation in the feed and is intended to determine the temperature in the feed, and a second temperature sensor, which is intended for installation in the return and is intended to determine the temperature in the return, wherein a means for determining the temperature of the fluid meter is provided, wherein a temperature difference between the temperature of the fluid meter and at least one of the temperatures of the first and second temperature sensor can be determined, characterized in that with the aid of the temperature difference determined between the temperature of the fluid meter and at least one of the temperatures of the first and second temperature sensor (4, 5), the control and evaluation unit determines which of the temperature sensors (4, 5) is installed in the feed or return, wherein the measuring arrangement for flow rate determination is provided as a means for determining the temperature of the fluid meter, wherein the determination of the temperature of the fluid meter is carried out with the aid of a temperature-dependent time of flight of an ultrasound signal in the fluid, and wherein an assignment of the temperature sensors (4, 5) to the feed or return is carried out automatically. a connection housing, a measuring arrangement for flow rate determination that comprises at least one ultrasound transducer (8, 9) and an ultrasound measurement path, a control and evaluation unit and a first temperature sensor, which is intended for installation in the feed and is intended to determine the temperature in the feed, and a second temperature sensor, which is intended for installation in the return and is intended to determine the temperature in the return, wherein a means for determining the temperature of the fluid meter is provided, wherein a temperature difference between the temperature of the fluid meter and at least one of the temperatures of the first and second temperature sensor can be determined, characterized in that with the aid of the temperature difference determined between the temperature of the fluid meter and at least one of the temperatures of the first and second temperature sensor (4, 5), the control and evaluation unit determines which of the temperature sensors (4, 5) is installed in the feed or return, wherein the measuring arrangement for flow rate determination is provided as a means for determining the temperature of the fluid meter, wherein the determination of the temperature of the fluid meter is carried out with the aid of a temperature-dependent time of flight of an ultrasound signal in the fluid, and wherein an assignment of the temperature sensors (4, 5) to the feed or return is carried out automatically.
A process for preparing sebacic acid by reacting in a first step (i) linoleic acid with water catalyzed by an oleate hydratase to form 10-hydroxy-12-octadecenoic acid, in a second step (ii) pyrolysing the 10-hydroxy-12-octadecenoic acid to 1-octene and 10-oxo-decanoic acid and in a third step(iii) oxidizing the 10-oxo-decanoic acid to sebacic acid.
Hearing aid with a housing, and with a transmitting and/or receiving unit for electromagnetic waves which is arranged in the housing and which is coupled to an antenna element, wherein a grip element is arranged on a housing face of the housing, which housing face is directed outwards when the hearing aid is being worn, and wherein the antenna element is integrated at least in part in the grip element, characterized in that - the antenna element is configured as a dipole antenna, with a first dipole arm integrated in the grip element and with a second dipole arm integrated in the housing face, and - the first and second dipole arms (42, 44) of the antenna element are arranged substantially perpendicularly to each other. - the antenna element is configured as a dipole antenna, with a first dipole arm integrated in the grip element and with a second dipole arm integrated in the housing face, and - the first and second dipole arms (42, 44) of the antenna element are arranged substantially perpendicularly to each other.
A handrail having a generally C-shaped cross-section and defining an internal generally T-shaped slot, the T-shaped slot having a bottom plane defining a bottom of an upper part of the T-shaped slot, the handrail comprising: a) a first layer of thermoplastic material extending around the upper part of the T-shaped slot defining inner walls of semi-circular lip portions, the bottom plane of of the T-shaped slot being coplanar with each of the inner walls of the lips portions; b) a second layer of thermoplastic material extending around the first layer of thermoplastic material and defining an exterior profile of the handrail, the first layer of thermoplastic material being formed from a harder thermoplastic than the second layer of thermoplastic material; c) a slider layer lining the T-shaped slot and bonded to the first layer of thermoplastic material; and d) a cable array for inhibiting stretch, the cable array consisting of a plurality of longitudinal cables disposed generally along a central plane within the first layer of thermoplastic material characterised in that: the first layer of thermoplastic material tapers in thickness around the lip portions, and terminates along the inner walls of the lip portions: and, the first layer of thermoplastic material does not extend below the bottom plane of the T-shaped slot; and, the second layer of thermoplastic material defines generally opposing end walls of the lip portions; and, outside cables of the cable array are offset inwardly in relation to the end walls of the lip portions. a) a first layer of thermoplastic material extending around the upper part of the T-shaped slot defining inner walls of semi-circular lip portions, the bottom plane of of the T-shaped slot being coplanar with each of the inner walls of the lips portions; b) a second layer of thermoplastic material extending around the first layer of thermoplastic material and defining an exterior profile of the handrail, the first layer of thermoplastic material being formed from a harder thermoplastic than the second layer of thermoplastic material; c) a slider layer lining the T-shaped slot and bonded to the first layer of thermoplastic material; and d) a cable array for inhibiting stretch, the cable array consisting of a plurality of longitudinal cables disposed generally along a central plane within the first layer of thermoplastic material the first layer of thermoplastic material tapers in thickness around the lip portions, and terminates along the inner walls of the lip portions: and, the first layer of thermoplastic material does not extend below the bottom plane of the T-shaped slot; and, the second layer of thermoplastic material defines generally opposing end walls of the lip portions; and, outside cables of the cable array are offset inwardly in relation to the end walls of the lip portions.
Skewering device for skewering objects, especially snails, including at least one skewer-like pin, wherein the at least one pin is movable in longitudinal direction of a rod by means of a compression spring from a first preloaded pin position to a second pin position, wherein reaching at least the second pin position is damped by a damping spring, wherein the at least one pin is attached to the rod by a holding plate, wherein the rod is located in a guiding element, wherein the rod is provided at its end with a handle and the rod is slidable into the guiding element by means of the handle so that the rod and the guiding element are slidable relative to each other, and wherein the guiding element is configured as an actuating means so that, via the relative movement between the guiding element and the rod, the at least one pin is preloadable into the first pin position, characterized in that a first fixed stopping element is provided on the rod, which is fixedly attached to the rod and forms a fixed first compression spring stop, and a second fixed stopping element is provided on the rod, which is fixedly attached to the rod and forms a fixed first damping spring stop, and furthermore a stopping element movable relatively to the rod is provided, which is movable from a first stopping element position defining the first pin position to a second stopping element position defining the second pin position and forms a second compression spring stop and a second damping spring stop.
Vehicle having an electrical system, comprising a three-phase machine, a converter and a DC battery, wherein the three-phase machine is electrically conductively connected to the DC battery via the converter, wherein the three-phase machine is able to be operated with a three-phase current and has an electrical star point and machine conductors (U, V, W) for the individual phases of the three-phase current, wherein the machine conductors (U, V, W) are joined together at the star point, wherein the DC battery furthermore stores and emits direct current and wherein the converter carries out an electrical conversion between the current types, wherein the three-phase machine comprises a disconnecting device for disconnecting the star point, wherein the individual machine conductors (U, V, W) are electrically isolated from one another when the star point is disconnected, and wherein the disconnecting device furthermore comprises an arrangement device for arranging charging conductors (L1, L2, L3) of a charging plug of an external three-phase current source in a manner electrically conductively connected to the machine conductors (U, V, W) of the three-phase machine, wherein the disconnecting device is at least partly integrated into a closure element in such a way that the star point of the three-phase machine is closed when the closure element is closed, and is disconnected when the closure element is opened or removed, characterized in that the star point is contained in a star bridge arranged in the closure element, wherein the closure element is a flap accessible from outside the vehicle, a filler cap of the vehicle.