mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a degradation product of a water-insoluble protein comprising the following steps: bringing a water-insoluble protein into contact with a cation exchange resin, heating the resulting mixture, and recovering a supernatant; following Step, adding an aqueous medium to the cation exchange resin, agitating and heating the resulting mixture, and recovering a supernatant; following Step, washing the cation exchange resin with an aqueous medium and recovering a wash solution; mixing the supernatant recovered in Step, the supernatant recovered in Step, and the wash solution recovered in Step and obtaining a fraction that has not adsorbed to the cation exchange resin; and following Step, eluting the adsorbed fraction from the cation exchange resin and recovering an eluate, so as to obtain a fraction that has adsorbed to the cation exchange resin. bringing a water-insoluble protein into contact with a cation exchange resin, heating the resulting mixture, and recovering a supernatant; following Step, adding an aqueous medium to the cation exchange resin, agitating and heating the resulting mixture, and recovering a supernatant; following Step, washing the cation exchange resin with an aqueous medium and recovering a wash solution; mixing the supernatant recovered in Step, the supernatant recovered in Step, and the wash solution recovered in Step and obtaining a fraction that has not adsorbed to the cation exchange resin; and following Step, eluting the adsorbed fraction from the cation exchange resin and recovering an eluate, so as to obtain a fraction that has adsorbed to the cation exchange resin.
An electrical device that includes a sub-circuit, said sub-circuit including first connecting means (12,13) configured for connecting the sub-circuit to at least one electronic transformer and second connecting means (14,15) whereby the sub-circuit is connected to at least one powered circuit (3,4), said sub-circuit forming part of an electronic circuit (21,22) with the power circuit (3,4); wherein said sub-circuit includes: at least one sub-circuit rectifier (1a,1b,1c,1d) that is connectable to the electronic transformer via the first connecting means (12,13) and that is configured to supply DC to the second connecting means (14,15); a constant current regulator connected to the second connecting means (14,15); and a sub-circuit capacitor that is connected parallel to the constant current regulator; characterised in that said electronic circuit (21,22) includes a buffer capacitor connected parallel to the powered circuit (3,4); further characterised in that said said electronic circuit includes at least one anti reverse-current diode (1a, 1b, 8) connected between the sub-circuit and the powered circuit (3,4). at least one sub-circuit rectifier (1a,1b,1c,1d) that is connectable to the electronic transformer via the first connecting means (12,13) and that is configured to supply DC to the second connecting means (14,15); a constant current regulator connected to the second connecting means (14,15); and a sub-circuit capacitor that is connected parallel to the constant current regulator; characterised in that said electronic circuit (21,22) includes a buffer capacitor connected parallel to the powered circuit (3,4); further characterised in that said said electronic circuit includes at least one anti reverse-current diode (1a, 1b, 8) connected between the sub-circuit and the powered circuit (3,4).
A method for manufacturing lamella packets for a rotor or stator, in which at least one adhesive is applied to lamellae (5, 6, 18) with at least one application head, and the lamellae (5, 6, 18) provided with the adhesive are stacked into a lamella packet, characterized in that the lamella (5, 6) in an annular design is turned around its axis for applying the adhesive in the application area of the application head and/or the application head is moved around the axis of the lamella (5, 6) or the lamella in a non-annular design is designed as a ring section and transported by a matrix rotatable around its central axis around this axis and into the application area of the application head, and that the lamella (5, 6) and/or the application head are moved around the axis, if the lamella (5, 6) has an annular design, or the lamella is moved around the central axis at a defined product-dependent angle of rotation if the lamella has a non-annular design.
Control valve for mounting on a motor vehicle engine, having a housing which comprises an inlet opening and an outlet opening, between which a valve seat is arranged which interacts with a valve closure body in such a way that a fluidic connection between the inlet opening and the outlet opening can be separated or provided, wherein the valve closure body adjoins a valve stem which is mounted in a valve guide member in the housing and can be moved by an actuator device, wherein a heating device having at least one heating member (28, 34) is provided in the region of the valve guide member, wherein the at least one heating member (28, 34) is provided in the valve guide member, wherein a PTC heating element, which forms the valve guide member, is provided as the heating member.
A data exchange system for exchanging data between a data containing device and at least one server, the data exchange system comprising: a device detecting unit configured to detect the device and obtain from the device a corresponding device identifier; an authentication database configured to store therein a mapping between the device identifier and at least one data type, and to store for each data type of the at least one data type a corresponding data destination, wherein the at least one data type is representative of the type of data that is stored on the device and the data destination is representative of a destination server to which the corresponding data type is to be sent; an authentication obtaining unit configured to obtain from the authentication database the at least one data type and corresponding data destination based on the obtained device identifier; a data obtaining unit configured to obtain the data from the device based on the obtained data type; and a data sending unit configured to direct the data to the corresponding destination server based on the obtained data destination. a device detecting unit configured to detect the device and obtain from the device a corresponding device identifier; an authentication database configured to store therein a mapping between the device identifier and at least one data type, and to store for each data type of the at least one data type a corresponding data destination, wherein the at least one data type is representative of the type of data that is stored on the device and the data destination is representative of a destination server to which the corresponding data type is to be sent; an authentication obtaining unit configured to obtain from the authentication database the at least one data type and corresponding data destination based on the obtained device identifier; a data obtaining unit configured to obtain the data from the device based on the obtained data type; and a data sending unit configured to direct the data to the corresponding destination server based on the obtained data destination.
Method for automatically filling a transport box with a bunch of individual articles (12.1, 12.2, 12.3, 12.4) which have been grouped together by means of an article ring to form the bunch, comprising the steps of: - automatically gripping the article ring by means of a gripping tool of an automatically controllable manipulator apparatus such that the article ring is held in place by the gripping tool, - automatically moving the gripping tool along a first movement path by automatically controlling the manipulator apparatus in such a way that, while the article ring is being held and moved by means of the gripping tool, the individual articles (12.1, 12.2, 12.3, 12.4) hanging at the bunch are guided across a restraining device such that the individual articles (12.1, 12.2, 12.3, 12.4) become oriented counter to the movement direction of the article ring along the first movement path, - subsequently automatically pushing the bunch into the transport box along a second movement path by means of the gripping tool by automatically controlling the manipulator apparatus in such a way that the bunch is pushed into the transport box with its article ring in front and the individual articles (12.1, 12.2, 12.3, 12.4) grouped together at the bunch follow the article ring into the transport box in the movement direction of the article ring, characterized in that the automatic movement of the gripping tool along the first movement path is a pivoting movement about a horizontal pivot axis or about an at least substantially horizontal pivot axis, wherein the article ring is positioned above an open opening of the transport box at the end of the first movement path. - automatically gripping the article ring by means of a gripping tool of an automatically controllable manipulator apparatus such that the article ring is held in place by the gripping tool, - automatically moving the gripping tool along a first movement path by automatically controlling the manipulator apparatus in such a way that, while the article ring is being held and moved by means of the gripping tool, the individual articles (12.1, 12.2, 12.3, 12.4) hanging at the bunch are guided across a restraining device such that the individual articles (12.1, 12.2, 12.3, 12.4) become oriented counter to the movement direction of the article ring along the first movement path, - subsequently automatically pushing the bunch into the transport box along a second movement path by means of the gripping tool by automatically controlling the manipulator apparatus in such a way that the bunch is pushed into the transport box with its article ring in front and the individual articles (12.1, 12.2, 12.3, 12.4) grouped together at the bunch follow the article ring into the transport box in the movement direction of the article ring,
A coating composition for forming a plastic film used as a substitute for glass, comprising a tri- to hexafunctional acrylate-based monomer, a thermosetting prepolymer composition, a photoinitiator, an inorganic fine particle and an organic solvent, wherein the thermosetting prepolymer composition includes a polyester-based polyurethane oligomer, polyol and polyisocyanate, and wherein the inorganic fine particle includes one or more selected from the group consisting of a silica nanoparticle, an aluminum oxide fine particle, a titanium oxide fine particle, and a zinc oxide fine particle.
A channel measurement method, comprising: configuring, for each frequency band of N frequency bands having a same carrier frequency, according to a measurement demand, reference signal information corresponding to each frequency band, so that reference signal densities comprised in configured reference signal information of at least two frequency bands of the N frequency bands are different, wherein N is a positive integer greater than or equal to 2, the reference signal information refers to information required to generate a reference signal, the reference signal density refers to a distribution density on a time domain or a distribution density on a frequency domain of the reference signal; notifying a user equipment of the reference signal information, so that the user equipment performs channel measurement according to the reference signal information; characterized in that the reference signal is a reference signal for performing either one of channel quality measurement and interference level measurement; wherein the measurement demand comprises a demand for different measurement purposes to configure whether the reference signal is used for channel quality measurement or for interference measurement. configuring, for each frequency band of N frequency bands having a same carrier frequency, according to a measurement demand, reference signal information corresponding to each frequency band, so that reference signal densities comprised in configured reference signal information of at least two frequency bands of the N frequency bands are different, wherein N is a positive integer greater than or equal to 2, the reference signal information refers to information required to generate a reference signal, the reference signal density refers to a distribution density on a time domain or a distribution density on a frequency domain of the reference signal; notifying a user equipment of the reference signal information, so that the user equipment performs channel measurement according to the reference signal information;
A method of controlling an access node, the method comprising: transmitting data using a number of transmit paths; receiving at the access node, an uplink signal, a transmit power and an available transmit power of a wireless device; monitoring at the access node the received transmit power and the received available transmit power over a period of time; determining at the access node the received transmit power meets a first criteria and the received available transmit power meets a second criteria; determining, from a transmission angle or timing advance of the uplink signal, a distance of the wireless device from the access node when the received transmit power meets the first criteria and the received available transmit power meets the second criteria; determining that the distance of the wireless device from the access node meets a distance criteria; and reducing the number of transmit paths from the access node in response to determining the distance of the wireless device meets the distance criteria.
Apparatus for mounting a building pipe on a holding element, characterised in that the apparatus has a bending gauge and a plug-on frame having at least two fastening rails and at least one guide rail which, in a mounted state, is releasably connected to the fastening rails and the bending gauge, wherein the bending gauge forms, on the side facing away from the guide rail, a bearing and a bending element for the building pipe.
A method for bonding a fiber of a resin material containing an oxymethylene-based polymer and a fiber of a resin material to each other by heat treatment, comprising: preparing as the fiber of the resin material a fiber of an oxymethylene-based polymer having a melting point lower than the melting point of the oxymethylene-based polymer by 5 to 50 °C; and heating the fibers of the resin materials; wherein the heat treatment is performed at a temperature lower than the melting point of the oxymethylene-based polymer and equal to or higher than a temperature obtained by subtracting 20 °C from the melting point of the oxymethylene-based polymer; and wherein the oxymethylene-based polymer comprises a repeating unit represented by the following general formula and is a copolymerized product of trioxane and one or more kinds of comonomers in an amount of 0.5 to 10.0 parts by mass with respect to 100 parts by mass of trioxane; and the oxymethylene-based polymer comprises a repeating unit represented by the following general formula and is a copolymerized product of trioxane and one or more kinds of comonomers in an amount of 10.0 to 50.0 parts by mass with respect to 100 parts by mass of trioxane; where R 1 and R 2 each independently represent a hydrogen atom, an alkyl group, an organic group having an alkyl group, a phenyl group, or an organic group having a phenyl group, and m represents an integer of 1 to 6. preparing as the fiber of the resin material a fiber of an oxymethylene-based polymer having a melting point lower than the melting point of the oxymethylene-based polymer by 5 to 50 °C; and heating the fibers of the resin materials; wherein the heat treatment is performed at a temperature lower than the melting point of the oxymethylene-based polymer and equal to or higher than a temperature obtained by subtracting 20 °C from the melting point of the oxymethylene-based polymer; and wherein the oxymethylene-based polymer comprises a repeating unit represented by the following general formula and is a copolymerized product of trioxane and one or more kinds of comonomers in an amount of 0.5 to 10.0 parts by mass with respect to 100 parts by mass of trioxane; and the oxymethylene-based polymer comprises a repeating unit represented by the following general formula and is a copolymerized product of trioxane and one or more kinds of comonomers in an amount of 10.0 to 50.0 parts by mass with respect to 100 parts by mass of trioxane; where R 1 and R 2 each independently represent a hydrogen atom, an alkyl group, an organic group having an alkyl group, a phenyl group, or an organic group having a phenyl group, and m represents an integer of 1 to 6.
A combination comprising at least (i) fisetin, and (ii) docosahexaenoic acid, or a derivative thereof, selected in the form of a glyceride or a phospholipid, for use in the treatment and/or the prevention of disorders associated with a bone loss and/or an imbalance of the ratio between the bone formation and resorption. (i) fisetin, and (ii) docosahexaenoic acid, or a derivative thereof, selected in the form of a glyceride or a phospholipid,
A crane having a boom at which at least one load receiving means (9, 11) is arranged in a raisable and lowerable manner, wherein an overload protection device has detection means (15, 16) for detecting the outreach and the load on the at least one load receiving means (9, 11) and is configured to compare the detected load and the detected outreach with a stored load curve und to switch off and/or slow down a crane drive on a reaching or exceeding of the load curve, and wherein a monitoring device for monitoring the overload protection device is provided and has determination means for determining a tensioning force holding the boom and/or induced in a guy cable, wherein the monitoring device is configured to determine a lifting torque (F G+S x I G+S + F* G+S x I FJ) from the detected outreach (I G+S, I FJ) and the detected load (F G+S, F* G+S), characterized in that the monitoring device is configured to determine online in crane operation a tensioning torque (F N x I N) from the determined tensioning force (F N), to determine a dead torque (F A x I A) while making use of stored crane data, to compare the sum of the named lifting torque (F G+S x I G+S + F* G+S x I FJ) and the named dead torque (F A x I A) with the tensioning torque (F N x I N) and then, if a difference of the tensioning torque from said sum of lifting torque and dead torque exceeds a tolerance threshold, to emit an error signal and/or shutdown signal.
An inorganic board, comprising, in a solid content ratio, 30 to 70 mass% of hydraulic material, 5 to 15 mass% of reinforcing fiber, and 1 to 30 mass% of wollastonite having a wet volume (after being allowed to stand for 30 minutes) of 15 to 45 ml.
A method performed by a mobile device (306; 406) for reestablishment of emergency calls, comprising: communicating, using the mobile device, in an emergency call in progress over a connection via a first cell; detecting, by the mobile device, a radio link failure at the mobile device for the emergency call in connection via the first cell; reestablishing, by the mobile device, the connection for the emergency call via a second cell without considering whether the second cell could offer normal service to the mobile device, wherein the re-establishing comprises searching and camping on an acceptable cell as the second cell, and sending a reestablishment request message to a base station operating the second cell, wherein the reestablishment request message includes indicating in the reestablishment request message the emergency call as a cause of the reestablishment request message. communicating, using the mobile device, in an emergency call in progress over a connection via a first cell; detecting, by the mobile device, a radio link failure at the mobile device for the emergency call in connection via the first cell; reestablishing, by the mobile device, the connection for the emergency call via a second cell without considering whether the second cell could offer normal service to the mobile device, wherein the re-establishing comprises searching and camping on an acceptable cell as the second cell, and sending a reestablishment request message to a base station operating the second cell, wherein the reestablishment request message includes indicating in the reestablishment request message the emergency call as a cause of the reestablishment request message. searching and camping on an acceptable cell as the second cell, and sending a reestablishment request message to a base station operating the second cell, wherein the reestablishment request message includes indicating in the reestablishment request message the emergency call as a cause of the reestablishment request message.
Bearing element with roller rotatably mounted therein, in particular in a drive of a pump piston of a high-pressure fuel pump, wherein the bearing element has a concavely curved recess in which the at least approximately circular-cylindrical roller is rotatably mounted, wherein, in a cross section perpendicular to the axis of rotation of the roller, the recess has, at least in a central region, an at least approximately circular segment-shaped curvature, and the radius of said recess is equal to or only slightly greater than the radius (r) of the roller, wherein the recess extends over the circumference of the roller over an angle range of more than 180°, wherein the central region of the recess extends over the circumference of the roller over an angle range of at most approximately 180°, and wherein the recess has edge regions (248, 348) which adjoin the central region in a circumferential direction and in which the recess runs at a greater radial distance from the roller than in the central region, characterized in that the radial distance between the edge regions (248, 348) of the recess and the roller increases with increasing distance from the central region, in that the edge regions are adjoined, in a circumferential direction, by at least one further edge region of the recess, and in that the at least one further edge region is formed so as to be convexly curved toward the roller.
A method for producing a watch glass with at least one gemstone, comprising the following steps: - providing a carrier glass, - providing a cover glass, - making at least one recess in the carrier glass, - providing at least one gemstone, - inserting the at least one gemstone into the at least one recess of the carrier glass, - placing the cover glass on the carrier glass, and - fixing the entire arrangement of the carrier glass and the cover glass by means of a holding element enclosing a circumference of the entire arrangement, characterized in that a material connection between the holding element and the circumference of the entire arrangement is produced from the carrier glass and the cover glass, the material connection extending over an entire contact area between the holding element and the circumference of the entire arrangement. - providing a carrier glass, - providing a cover glass, - making at least one recess in the carrier glass, - providing at least one gemstone, - inserting the at least one gemstone into the at least one recess of the carrier glass, - placing the cover glass on the carrier glass, and - fixing the entire arrangement of the carrier glass and the cover glass by means of a holding element enclosing a circumference of the entire arrangement, characterized in that a material connection between the holding element and the circumference of the entire arrangement is produced from the carrier glass and the cover glass, the material connection extending over an entire contact area between the holding element and the circumference of the entire arrangement.