mhurhangee/ep-ind-claims huggingface dataset:
A method of ordering a product or service at a point of service, the method comprising: receiving at a customer's personal mobile communication terminal a set of product or service parameters from a local processing unit of the point of service, the product or service parameters defining various qualities and/or quantities of a specific product or service; transmitting at least some of the product or service parameters from the mobile communication terminal to a remote processing centre; receiving at the mobile communication terminal personal customer preference values for the product or service parameters from the remote processing centre; and transmitting the personal customer preference values from the mobile communication terminal to the local processing unit, for placing a personalized order for a product or service at the point of service. receiving at a customer's personal mobile communication terminal a set of product or service parameters from a local processing unit of the point of service, the product or service parameters defining various qualities and/or quantities of a specific product or service; transmitting at least some of the product or service parameters from the mobile communication terminal to a remote processing centre; receiving at the mobile communication terminal personal customer preference values for the product or service parameters from the remote processing centre; and transmitting the personal customer preference values from the mobile communication terminal to the local processing unit, for placing a personalized order for a product or service at the point of service.
A method for arranging transmissions on a downlink carrier c spanning a frequency range F c in a mobile radio communications system, wherein a bandwidth of the frequency range F c belongs to a set of predefined channel bandwidths in the mobile radio communications system, and wherein the downlink carrier c comprises a reference signal defined in the mobile radio communications system, the method comprising: providing a configurable frequency range F RS comprising a set of time-frequency resources for comprising the reference signal of the downlink carrier c, wherein the configurable frequency range F RS is adjusted over an available frequency range F that is smaller than the frequency range F c and within the frequency range F c; scheduling data transmissions on the downlink carrier c within the available frequency range F; and signaling information associated with a configuration of the configurable frequency range F RS to a receiver in the mobile radio communications system, characterized in that: signaling information associated with the configuration of the configurable frequency range F RS to the receiver in the mobile radio communications system comprises signaling the bandwidth of the configurable frequency range F RS of the reference signal and an offset value from a predetermined frequency of the downlink carrier c. providing a configurable frequency range F RS comprising a set of time-frequency resources for comprising the reference signal of the downlink carrier c, wherein the configurable frequency range F RS is adjusted over an available frequency range F that is smaller than the frequency range F c and within the frequency range F c; scheduling data transmissions on the downlink carrier c within the available frequency range F; and signaling information associated with a configuration of the configurable frequency range F RS to a receiver in the mobile radio communications system, characterized in that: signaling information associated with the configuration of the configurable frequency range F RS to the receiver in the mobile radio communications system comprises signaling the bandwidth of the configurable frequency range F RS of the reference signal and an offset value from a predetermined frequency of the downlink carrier c.
A method (300,500) of 3D printing a photopolymer composite material, the method (300,500) comprising: a) providing a resin premix material including: at least one of an acrylate monomer and an acrylate oligomer in the range between about 10.0-30.0 w% of a photopolymer composite resin; an inorganic hydrate in the range between about 5.0 - 30.0 w% of the photopolymer composite resin; a reinforcing filler in the range between about 50.0 - 80.0 w% of the photopolymer composite resin; an ultraviolet initiator in the range between about 0.001 - 0.2 w% of the photopolymer composite resin; and a co-initiator in the range between about 0.001 - 0.05 w% of the photopolymer composite resin; b) mixing a thermal initiator in the range between about 0.001 - 0.05 w% of the photopolymer composite resin with the resin premix material to form the photopolymer composite resin; c) extruding a layer of the photopolymer composite resin using a 3D printer onto a support (804,810); d) at least partially curing the layer using light irradiation; and e) repeating steps c) and d) onto each subsequent layer to create the photopolymer composite material; wherein partial curing of the layer in step d) and activation of the thermal initiator by the co-initiator induces polymerization and a release of heat, which induces an autocatalytic polymerization reaction at and above an autocatalytic threshold temperature. a) providing a resin premix material including: at least one of an acrylate monomer and an acrylate oligomer in the range between about 10.0-30.0 w% of a photopolymer composite resin; an inorganic hydrate in the range between about 5.0 - 30.0 w% of the photopolymer composite resin; a reinforcing filler in the range between about 50.0 - 80.0 w% of the photopolymer composite resin; an ultraviolet initiator in the range between about 0.001 - 0.2 w% of the photopolymer composite resin; and a co-initiator in the range between about 0.001 - 0.05 w% of the photopolymer composite resin; at least one of an acrylate monomer and an acrylate oligomer in the range between about 10.0-30.0 w% of a photopolymer composite resin; an inorganic hydrate in the range between about 5.0 - 30.0 w% of the photopolymer composite resin; a reinforcing filler in the range between about 50.0 - 80.0 w% of the photopolymer composite resin; an ultraviolet initiator in the range between about 0.001 - 0.2 w% of the photopolymer composite resin; and a co-initiator in the range between about 0.001 - 0.05 w% of the photopolymer composite resin; b) mixing a thermal initiator in the range between about 0.001 - 0.05 w% of the photopolymer composite resin with the resin premix material to form the photopolymer composite resin; c) extruding a layer of the photopolymer composite resin using a 3D printer onto a support (804,810); d) at least partially curing the layer using light irradiation; and e) repeating steps c) and d) onto each subsequent layer to create the photopolymer composite material;
Commercial vehicle assembly with a tarpaulin sliding roof which contains a sliding mechanism with roller carriages (RW1; RW2), which are movable along roof struts, and scissor-type brackets connecting adjacent roller carriages (RW1; RW2), and is shiftable between a closed position, with a flat profile of the tarpaulin and with scissor-type brackets extended on one side, and an open position, with scissor-type brackets set upright and a folded tarpaulin profile, wherein the scissor-type brackets each contain two bracket legs which are connected in an articulated manner to each other and to adjacent roller carriages (RW1; RW2), characterized in that the scissor-type brackets contain locking means for making it difficult to reach through between roof strut and scissor-type brackets in the closed position, wherein the locking means of a scissor-type bracket have extensions (F1, F21, F22; F31, F32) on both bracket legs, said extensions projecting downwards in the closed position of the bracket legs and overlapping with the roof strut in a direction of projection pointing in the direction of the scissor joint axes (G1, G2) of the scissor-type brackets, and overlapping each other in the direction of projection in the open position.
Packaging device which is designed for applying bale packaging to a compacted compressed bale, wherein the packaging device has a transport apparatus which is designed for removing a compacted compressed bale from a press (3, 3') and which has a movable bale receptacle for holding a compacted compressed bale on two opposite sides, wherein the bale receptacle has a plurality of spaced-apart and elongate supporting elements on the regions provided for holding the compressed bale, characterized in that the packaging device is assigned a press, in particular a final press, for compacting the compressed bale held in the bale receptacle.
A fluid control valve having a valve supported in a state in which it is biased by a spring against a tip of a valve shaft that moves reciprocally back and forth in a direction orthogonal to a valve seat, wherein a gently sloping annular convex portion (32, 34, 36) is provided on the portion of the valve which is seated against the valve seat, to minimize the length of a constricted portion of a fluid passage defined by the valve and the valve seat, and wherein a gently sloping concave portion is formed on a part of the valve that is seated against the valve seat to widen an area that receives pressure of a flow of fluid through the fluid control valve, and characterized in that multiple outwardly radiating grooves are formed in the annular convex portion (32, 34, 36) at predetermined intervals to form a passage that communicates between upstream and downstream sides of the valve.
A scalp washing device comprising: a base; and projections for washing made of elastomer resin and projected from a brush surface of the base, wherein each of the projections includes a root portion on a side of the base having a circular shape in cross-section, a middle portion including a tip surface having a flattened shape in cross-section, and at least a pair of conical tip projections, each having a tip chamfered to have a curved surface and provided on the tip surface of the middle portion, and the middle portion has a cross-sectional shape changing from a circular shape to a flattened shape from a side of the root portion of the middle portion to a side of the tip surface. a base; and projections for washing made of elastomer resin and projected from a brush surface of the base, wherein each of the projections includes a root portion on a side of the base having a circular shape in cross-section, a middle portion including a tip surface having a flattened shape in cross-section, and at least a pair of conical tip projections, each having a tip chamfered to have a curved surface and provided on the tip surface of the middle portion, and a root portion on a side of the base having a circular shape in cross-section, a middle portion including a tip surface having a flattened shape in cross-section, and at least a pair of conical tip projections, each having a tip chamfered to have a curved surface and provided on the tip surface of the middle portion, and the middle portion has a cross-sectional shape changing from a circular shape to a flattened shape from a side of the root portion of the middle portion to a side of the tip surface.
A scanning system that processes scanning data based on settings corresponding to a user authenticated by a first user authentication after the scanner executes a first user authentication process comprises: a scanner configured to execute a first process of scanning a document without the scanner executing the first user authentication, and storing the generated scanning data in storage; characterized in that the scanning system further comprises: a management device configured to, when a second user authentication is performed at a client of the management device after the first process has been executed by the scanner, execute a second process of identifying target scanning data stored in the storage for processing, and a third process of processing the target scanning data according to settings related to the user authenticated by the second user authentication.
A liquid crystal display device comprising: first and second opposing substrates; a liquid crystal layer comprising a liquid crystal composition between the first and second substrates; a plurality of gate lines and data lines arranged in a matrix on the first substrate; thin-film transistors disposed at intersections of the gate lines and the data lines; and pixel electrodes that are driven by the transistors and that comprise a transparent conductive material, each thin-film transistor comprising a gate electrode, an oxide semiconductor layer disposed over the gate electrode with an insulating layer therebetween, and source and drain electrodes electrically connected to the oxide semiconductor layer, wherein the liquid crystal composition comprises: at least one compound selected from the group consisting of compounds represented by general formulas and: wherein R LC11 and R LC21 are each independently an alkyl group of 1 to 15 carbon atoms, wherein one or more -CH 2 - groups in the alkyl group are optionally replaced with -O-, -CH=CH-, - CO-, -OCO-, -COO-, or -C=C- such that no oxygen atoms are directly adjacent to each other, and one or more hydrogen atoms in the alkyl group are optionally replaced with halogen; A LC11 and A LC21 are each independently any of the following structures: (wherein one or more -CH 2 - groups in the cyclohexylene group are optionally replaced with oxygen; one or more -CH= groups in the 1,4-phenylene group are optionally replaced with nitrogen; and one or more hydrogen atoms in the structures are optionally replaced with fluorine, chlorine, -CF 3, or - OCF 3); X LC11, X LC12, and X LC21 to X LC23 are each independently hydrogen, chlorine, fluorine, -CF 3, or -OCF 3; Y LC11 and Y LC21 are each independently hydrogen, chlorine, fluorine, cyano, -CF 3, -OCH 2 F, -OCHF 2, or -OCF 3; Z LC11 and Z LC21 are each independently a single bond, -CH=CH-, -CF=CF-, -C≡C-, - CH 2 CH 2 -, -(CH 2) 4 -, -OCH 2 -, -CH 2 O-, -OCF 2 -, -CF 2 O-, -COO-, or - OCO-; and m LC11 and m LC21 are each independently an integer of 1 to 4, wherein each occurrence of A LC11, A LC21, Z LC11, and Z LC21, if present, may be the same or different; and at least one compound selected from the group consisting of compounds represented by general formulas (II-a) to (II-f): wherein R 19 to R 30 are each independently an alkyl group of 1 to 10 carbon atoms, an alkoxy group of 1 to 10 carbon atoms, or an alkenyl group of 2 to 10 carbon atoms; and X 21 is hydrogen or fluorine. first and second opposing substrates; a liquid crystal layer comprising a liquid crystal composition between the first and second substrates; a plurality of gate lines and data lines arranged in a matrix on the first substrate; thin-film transistors disposed at intersections of the gate lines and the data lines; and pixel electrodes that are driven by the transistors and that comprise a transparent conductive material,
Device for applying top sheets to palletised loads, comprising at least one support for at least one palletised load, feeding means for supplying top sheets to be applied to palletised loads, suitable for unwinding at least one film reel from which a plurality of said sheets can be obtained, and at least one applicator member suitable for arranging individually each of the top sheets obtained from said reel over the top of the corresponding palletised loads, characterized in that said applicator member comprises at least one robotic arm, having at least one operating end, and at least a winding and unwinding member associated with said operating end, said winding and unwinding member being suitable for winding said sheet, taken from said reel, on a wrapping surface, so as to take on a substantially tube-shaped configuration and then to unwind it over the top of the palletised load in a stretched configuration.
A charging integration system (1, 53), comprising: a vehicle seat structure (3, 55); a charging system carrier (34, 78) pivotably connected to said vehicle seat structure (3, 55), wherein the charging integration system (1, 53) forms at least a portion of a seat surface (23, 75) of a seat rest structure (21, 73) in a folded position; and a charging station structure (33, 77) movably connected to said charging system carrier (34, 78). a vehicle seat structure (3, 55); a charging system carrier (34, 78) pivotably connected to said vehicle seat structure (3, 55), wherein the charging integration system (1, 53) forms at least a portion of a seat surface (23, 75) of a seat rest structure (21, 73) in a folded position; and a charging station structure (33, 77) movably connected to said charging system carrier (34, 78).
Cooled component for a gas turbine which, in order to cool a wall thermally loaded on the front side, comprises a plurality of pins protruding from the wall and distributed superficially on the back of the wall, and means (14, 16) for creating jets of a cooling medium which are directed onto the back of the wall in the region of the pins and serve for impingement cooling, wherein the means for generating the jets onto the back of the wall comprises an impingement cooling plate with impingement cooling holes arranged in distributed fashion, and the density of the impingement cooling holes correlates with the density of the pins, wherein the distribution of the pins within critical zones (Ac) of the component has a higher density than in the other regions of the component, characterised in that in the regions in which the density of the pins is higher, the density of the impingement cooling holes is also higher and vice versa.
An electronic musical instrument comprising: musical performance data input means (5, P11-P12, N4) for inputting musical performance data in accordance with user's operation for musical performance; chord detection timing setting means (7, P3) for setting a chord detection timing (T1-T3) in relation to a chord detection reference position; chord detection means for detecting a chord when the chord detection timing ends on the basis of musical performance data inputted during the chord detection timing (T1-T3); chord application instruction means for instructing to apply the detected chord; time limit setting means (7, P3) for setting a time limit during which the instruction to apply the detected chord is allowed, the time limit ending after the end of the chord detection timing; and chord application means (C6-C7) for applying the detected chord if the chord application instruction means instructs chord application before the end of the time limit, wherein the chord application means (C6-C7) generates at least one of automatic accompaniment notes or harmony notes on the basis of the applied chord. musical performance data input means (5, P11-P12, N4) for inputting musical performance data in accordance with user's operation for musical performance; chord detection timing setting means (7, P3) for setting a chord detection timing (T1-T3) in relation to a chord detection reference position; chord detection means for detecting a chord when the chord detection timing ends on the basis of musical performance data inputted during the chord detection timing (T1-T3); chord application instruction means for instructing to apply the detected chord; time limit setting means (7, P3) for setting a time limit during which the instruction to apply the detected chord is allowed, the time limit ending after the end of the chord detection timing; and chord application means (C6-C7) for applying the detected chord if the chord application instruction means instructs chord application before the end of the time limit, wherein the chord application means (C6-C7) generates at least one of automatic accompaniment notes or harmony notes on the basis of the applied chord.
Method for protecting and/or anonymizing a user identity and/or user data of a subscriber of a data protection service, wherein the data protection service is accessed, via a telecommunications network, by means of a computing device of the subscriber of the data protection service, the computing device being connected to the telecommunications network, wherein in case that a third party service is accessed by the computing device via the telecommunications network, the third party service receives user related data, the user related data being data related to the user identity and/or user data, wherein accessing the third party service via the data protection service involves a transmission of the user related data such that the user identity and/or the user data are at least partly protected and/or anonymized with respect to the third party service -- by means of at least partly avoiding the transmission of the plaintext of the user identity and/or the user data to the third party service, or -- by means of the user related data - transmitted to the third party service - being modified data with respect to the user identity and/or user data of the subscriber, characterized in that the data protection service creates a digital passport depending on the user identity and/or user data of the subscriber and further depending on authorization information of the subscriber, wherein the subscriber provides the authorization information for the third party service. -- by means of at least partly avoiding the transmission of the plaintext of the user identity and/or the user data to the third party service, or -- by means of the user related data - transmitted to the third party service - being modified data with respect to the user identity and/or user data of the subscriber, characterized in that the data protection service creates a digital passport depending on the user identity and/or user data of the subscriber and further depending on authorization information of the subscriber, wherein the subscriber provides the authorization information for the third party service.
Method for detecting objects enclosed in a medium, in which a measurement signal (U M) correlated with an enclosed object is measured and is used to generate a second signal which represents the measured signal strength of the measurement signal (U M) in a segmented manner by assigning individual segment units of the second signal to intervals of the signal strength of the measurement signal (U M), characterized in that the threshold values (U Sn) of the individual segment units of the second signal are varied by a control routine on the basis of the measured signal strength of the measurement signal (U M).
A fitting for fire-protection gate system, consisting of a metal protective element for an edge (2, 3) of a leaf of the fire-protection gate, characterised in that the fitting is provided with two thermal protection elements arranged at the front side in the edge (2, 3) of the leaf of the fire-protection gate, wherein the metal protective element is, in the area of the thermal protection elements, formed in such a way that the metal protective element extends, at the front side, perpendicularly to the interior of the edge (2, 3) of the leaf of the fire-protection gate and is interrupted.