mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the replication of a patterned surface relief microstructure, comprising the steps of - generating a first layer on top of a second layer , wherein the first layer comprises a patterned surface relief microstructure with at least two areas which differ in their microstructure, the first layer comprising a first material and the second layer comprising a second material, wherein the thickness of the second layer is larger than 60 nm, - copying the microstructure of the first layer into the second layer, either in a single etching step or by two etching steps, which transforms the second layer into an original master, - bringing the microstructure of the original master into contact with a replica material, such that due to the contact with the replica material the microstructure of the original master is reproduced in the replica material with an inverse surface relief profile as compared to that of the original master. - generating a first layer on top of a second layer , wherein the first layer comprises a patterned surface relief microstructure with at least two areas which differ in their microstructure, the first layer comprising a first material and the second layer comprising a second material, wherein the thickness of the second layer is larger than 60 nm, - copying the microstructure of the first layer into the second layer, either in a single etching step or by two etching steps, which transforms the second layer into an original master, - bringing the microstructure of the original master into contact with a replica material, such that due to the contact with the replica material the microstructure of the original master is reproduced in the replica material with an inverse surface relief profile as compared to that of the original master.
A method for correcting trapezoidal distortion of a projection plane, comprising: determining an included angle between a projector and a horizontal plane and an included angle between an upper projection boundary of the projector and the horizontal plane, measuring, when the included angle between the projector and the horizontal plane is greater than a preset first included angle threshold and the included angle between the upper projection boundary of the projector and the horizontal plane is less than a preset second included angle threshold, a trend of change in a distance between the projector and a projection plane by using a rotatable range finder, determining a relationship between the projection plane and the horizontal plane according to the obtained trend of change, the relationship comprising the projection plane being perpendicular to or in parallel with the horizontal plane, and determining a correction included angle according to the relationship; and correcting trapezoidal distortion of the projection plane according to the determined correction included angle. determining an included angle between a projector and a horizontal plane and an included angle between an upper projection boundary of the projector and the horizontal plane, measuring, when the included angle between the projector and the horizontal plane is greater than a preset first included angle threshold and the included angle between the upper projection boundary of the projector and the horizontal plane is less than a preset second included angle threshold, a trend of change in a distance between the projector and a projection plane by using a rotatable range finder, determining a relationship between the projection plane and the horizontal plane according to the obtained trend of change, the relationship comprising the projection plane being perpendicular to or in parallel with the horizontal plane, and determining a correction included angle according to the relationship; and correcting trapezoidal distortion of the projection plane according to the determined correction included angle.
A kit for intervertebral disc repair comprising: a spacer having an oblique hole for receiving a bone screw configured to be secured to a vertebra and a channel extending along at least one of a superior surface and an inferior surface of the spacer and configured for slideably receiving an anchor configured to be secured to a vertebra; a first plate configured to attach to the spacer, the first plate having a hole extension that aligns with the oblique hole of the spacer when the first plate is attached to the spacer; and a second plate configured to attach to the spacer, the second plate having a channel extension that aligns with the channel of the spacer when the second plate is attached to the spacer, wherein the first and the second plates interchangeably attach to the spacer. a spacer having an oblique hole for receiving a bone screw configured to be secured to a vertebra and a channel extending along at least one of a superior surface and an inferior surface of the spacer and configured for slideably receiving an anchor configured to be secured to a vertebra; a first plate configured to attach to the spacer, the first plate having a hole extension that aligns with the oblique hole of the spacer when the first plate is attached to the spacer; and a second plate configured to attach to the spacer, the second plate having a channel extension that aligns with the channel of the spacer when the second plate is attached to the spacer, wherein the first and the second plates interchangeably attach to the spacer.
A transistor circuit comprising: a power transistor comprising a gate terminal (G), a drain and a source terminal (D,S), wherein the power transistor is a depletion mode transistor configured to amplify an RF input signal (RF INPUT); a first circuit configured to convert the RF input signal (RF INPUT) of the transistor circuit to a negative gate bias voltage and to apply the negative gate bias voltage to the gate terminal of the power transistor , the first circuit comprising an RF coupler having an input coupled to the gate terminal (G) of the power transistor , a rectifier having an input coupled to an output of the RF coupler , and a voltage regulator coupled between a node and ground, the node being coupled to an output of the rectifier and to the gate (G) of the power transistor , the voltage regulator being configured to limit the negative gate bias voltage by establishing a fixed voltage on the node ; a second circuit configured to convert the RF input signal (RF INPUT) of the transistor circuit to a control voltage; and a switching circuit configured to apply a drain bias voltage to the drain terminal (D) of the power transistor in response to the control voltage, wherein the first and second circuits and the switching circuit are configured to apply the negative gate bias voltage to the gate terminal (G) of the power transistor before the drain bias voltage is applied to the drain terminal (D) of the power transistor, wherein the second circuit has a longer time constant than the first circuit . a power transistor comprising a gate terminal (G), a drain and a source terminal (D,S), wherein the power transistor is a depletion mode transistor configured to amplify an RF input signal (RF INPUT); a first circuit configured to convert the RF input signal (RF INPUT) of the transistor circuit to a negative gate bias voltage and to apply the negative gate bias voltage to the gate terminal of the power transistor , the first circuit comprising an RF coupler having an input coupled to the gate terminal (G) of the power transistor , a rectifier having an input coupled to an output of the RF coupler , and a voltage regulator coupled between a node and ground, the node being coupled to an output of the rectifier and to the gate (G) of the power transistor , the voltage regulator being configured to limit the negative gate bias voltage by establishing a fixed voltage on the node ; a second circuit configured to convert the RF input signal (RF INPUT) of the transistor circuit to a control voltage; and a switching circuit configured to apply a drain bias voltage to the drain terminal (D) of the power transistor in response to the control voltage,
Apparatus for transmitting power supply signals and data signals between a position measuring device and downstream electronics , wherein the position measuring device has two power supply connections and two data transmission connections for bidirectional, differential data transmission, and the power supply signals and the data signals are transmitted via a main transmission path in the form of a mixed signal using a single line pair , wherein the apparatus comprises a four-wire/two-wire converter which has, on the measuring device side, two power supply connections and two data transmission connections which can be connected to the corresponding connections of the position measuring device , to which the mixed signal is supplied by the downstream electronics , and is configured to remove the power supply signals and those data signals which arrive at the four-wire/two-wire converter from the downstream electronics from the mixed signal and to output them to the position measuring device via the power supply connections and the data transmission connections and to insert data signals which are transmitted from the position measuring device to the downstream electronics into the mixed signal, characterized in that the four-wire/two-wire converter comprises a high-pass filter in order to couple the data signals into the mixed signal and out of the mixed signal and a low-pass filter in order to separate the power supply signals from the data signals, and wherein the connection to the position measuring device is effected via a first plug connector which can be connected to a corresponding counterpart on the position measuring device , and wherein the four-wire/two-wire converter is arranged in the housing of the first plug connector and outside the position measuring device .
A device for carrying out cleansing efficacy tests of a sample of a sheet material (F), in particular a sheet of tissue paper or nonwoven, comprising in combination: a test surface adapted to receive a predetermined dose of a test substance that must be removed from the test surface; a support adapted to retain the sample (F) of sheet material to be tested, wherein the test surface and the support are movable one with respect to the other in a direction of movement (f9) parallel to the test surface , at a mutual distance so that the sample (F) applied to the support slides on the test surface in contact therewith; and an information acquisition system adapted to acquire information relating to the effect of the passage of the sample on the test surface; characterized by a first weighing member positioned downstream of the test surface with respect to the direction of feed of the support with respect to the test surface and adapted to receive the sample (F) from the support after the passage on the test surface . a test surface adapted to receive a predetermined dose of a test substance that must be removed from the test surface; a support adapted to retain the sample (F) of sheet material to be tested, wherein the test surface and the support are movable one with respect to the other in a direction of movement (f9) parallel to the test surface , at a mutual distance so that the sample (F) applied to the support slides on the test surface in contact therewith; and an information acquisition system adapted to acquire information relating to the effect of the passage of the sample on the test surface; characterized by a first weighing member positioned downstream of the test surface with respect to the direction of feed of the support with respect to the test surface and adapted to receive the sample (F) from the support after the passage on the test surface .
A method for transacting information for a device-to-device, D2D, operation in a wireless communication system including a user equipment, UE, and a network, the method comprising: receiving, by the UE, a message from the network via broadcast signaling while in a radio resource control, RRC, idle mode, wherein the message includes information that the network supports the D2D operation and a request of the information for the D2D operation; transmitting, by the UE, an RRC connection request message including the information for the D2D operation to the network upon receiving the message, wherein the information for the D2D operation informs that the UE wants to perform the D2D operation; configuring, by the network, D2D radio resources based on how many UEs in a cell are interested in the D2D operation, wherein how many UEs in a cell are interested in the D2D operation is determined by polling UEs in the cell including the information for the D2D operation transmitted from the UE; receiving, by the UE, the D2D radio resources from the network; and performing, by the UE, the D2D operation based on the D2D radio resources, wherein the information for the D2D operation is included in the RRC connection request message via a new cause value of the RRC connection request message, and wherein the D2D operation includes transmission of a D2D discovery signal or transmission of D2D communication data. receiving, by the UE, a message from the network via broadcast signaling while in a radio resource control, RRC, idle mode, wherein the message includes information that the network supports the D2D operation and a request of the information for the D2D operation; transmitting, by the UE, an RRC connection request message including the information for the D2D operation to the network upon receiving the message, wherein the information for the D2D operation informs that the UE wants to perform the D2D operation; configuring, by the network, D2D radio resources based on how many UEs in a cell are interested in the D2D operation, wherein how many UEs in a cell are interested in the D2D operation is determined by polling UEs in the cell including the information for the D2D operation transmitted from the UE; receiving, by the UE, the D2D radio resources from the network; and performing, by the UE, the D2D operation based on the D2D radio resources, wherein the information for the D2D operation is included in the RRC connection request message via a new cause value of the RRC connection request message, and wherein the D2D operation includes transmission of a D2D discovery signal or transmission of D2D communication data.
Exterior rear view device light assembly comprising at least one light module for the light assembly and at least one printed circuit board, with the light module comprising • a light source unit (20, 220, 2200-2204) with at least one wire for an electric connection with said printed circuit board of the light assembly, with the light source unit (20, 220, 2200-2204) comprising a radiation surface and a light source housing , • a housing unit (21, 200, 2000-2003) supporting the light source unit (20, 220, 2200-2204) and being provided with connecting and/or holding means for the attachment to at least one part, in particular a housing part, of the rear view device, and • sealing means for water and dustproof of the connection between the light module and the at least one part, characterized in that • the printed circuit board is remote from the light module and the wire(s) of the light module is/are soldered to the printed circuit board providing a soldering pad pattern , • the sealing means forms the perimeter of the housing unit in the region supporting the light source unit , and • the housing unit is formed together with the light source housing and the sealing means by 2-K injection molding. • a light source unit (20, 220, 2200-2204) with at least one wire for an electric connection with said printed circuit board of the light assembly, with the light source unit (20, 220, 2200-2204) comprising a radiation surface and a light source housing , • a housing unit (21, 200, 2000-2003) supporting the light source unit (20, 220, 2200-2204) and being provided with connecting and/or holding means for the attachment to at least one part, in particular a housing part, of the rear view device, and • sealing means for water and dustproof of the connection between the light module and the at least one part, • the printed circuit board is remote from the light module and the wire(s) of the light module is/are soldered to the printed circuit board providing a soldering pad pattern , • the sealing means forms the perimeter of the housing unit in the region supporting the light source unit , and • the housing unit is formed together with the light source housing and the sealing means by 2-K injection molding.
Cyanamide-containing solution comprising a) 15 to 60 wt.% cyanamide, b) 0.01 to 4 wt.% of a stabiliser containing one or more compounds from the group of phosphorus-containing acids or the salts thereof, c) 0.01 to 4 wt.% of a non-ionic surfactant containing one or more compounds selected from the group of ethoxylates according to formula (I), the fatty alcohol glucosides according to formula (II), or mixtures thereof, wherein the following applies for formula (I) and formula (II), R 1 -O-(CH 2 CH 2 O) n -H Formula (I) wherein the following applies for the functional groups R 1 , R 2 and the indices n, m, simultaneously or independently: R 1 = a linear or branched alkyl or alkenyl group having 6 to 24 carbon atoms, a partially or completely fluorinated alkyl group having 6 to 18 carbon atoms, a phenyl group, an alkyl-substituted phenyl group, a mono- or polyfunctional siloxane group, R 2 = a linear or branched alkyl or alkenyl group having 6 to 24 carbon atoms, n = a number from 2 to 20, m = a number from 1 to 5, d) remainder water, wherein components a) and c) are present in a weight ratio of cyanamide to non-ionic surfactant in the range of 500:1 to 5:1. a) 15 to 60 wt.% cyanamide, b) 0.01 to 4 wt.% of a stabiliser containing one or more compounds from the group of phosphorus-containing acids or the salts thereof, c) 0.01 to 4 wt.% of a non-ionic surfactant containing one or more compounds selected from the group of ethoxylates according to formula (I), the fatty alcohol glucosides according to formula (II), or mixtures thereof, wherein the following applies for formula (I) and formula (II), R 1 -O-(CH 2 CH 2 O) n -H Formula (I) wherein the following applies for the functional groups R 1 , R 2 and the indices n, m, simultaneously or independently: R 1 = a linear or branched alkyl or alkenyl group having 6 to 24 carbon atoms, a partially or completely fluorinated alkyl group having 6 to 18 carbon atoms, a phenyl group, an alkyl-substituted phenyl group, a mono- or polyfunctional siloxane group, R 2 = a linear or branched alkyl or alkenyl group having 6 to 24 carbon atoms, n = a number from 2 to 20, m = a number from 1 to 5, R 1 = a linear or branched alkyl or alkenyl group having 6 to 24 carbon atoms, a partially or completely fluorinated alkyl group having 6 to 18 carbon atoms, a phenyl group, an alkyl-substituted phenyl group, a mono- or polyfunctional siloxane group, R 2 = a linear or branched alkyl or alkenyl group having 6 to 24 carbon atoms, n = a number from 2 to 20, m = a number from 1 to 5, d) remainder water,
Bacillus amyloliquefaciens QV15 deposited as CECT 9371, a microorganism from the group of Gram + bacteria, genus Bacillus, characterized by its capacity to stimulate the secondary metabolism of phenolic compounds in plant species, namely, flavonoids, anthocyanins, catechins and its capacity to increase the Brix degrees.
Filament structure having filament bundles ; ; (2ʺ, 3ʺ, 4ʺ) that have been laid directionally parallel to one another and are composed of individual filaments and have been laid in a mutually crossing manner to form spacings from the respectively adjacent filament bundle that are formed transverse to their respective laying direction, wherein only the filament bundles ; ; (2ʺ, 3ʺ, 4ʺ) have been provided with a thermoplastic matrix to leave the spacings in between clear in the manner of a composite material, characterized in that each filament bundle ; ; (2ʺ, 3ʺ, 4ʺ) has individual filaments laid in multiple plies and in that a sufficient number of plies of individual filaments and a sufficient amount of thermoplastic matrix have been provided on each filament bundle ; ; (2ʺ, 3ʺ, 4ʺ) that, when the filament structure is pressed under the known parameters of pressure, temperature and time, the original spacings between the individual filament bundles ; ; (2ʺ, 3ʺ, 4ʺ) are filled by flow of the individual filaments into the adjacent, originally clear spacings . each filament bundle ; ; (2ʺ, 3ʺ, 4ʺ) has individual filaments laid in multiple plies and in that a sufficient number of plies of individual filaments and a sufficient amount of thermoplastic matrix have been provided on each filament bundle ; ; (2ʺ, 3ʺ, 4ʺ) that, when the filament structure is pressed under the known parameters of pressure, temperature and time, the original spacings between the individual filament bundles ; ; (2ʺ, 3ʺ, 4ʺ) are filled by flow of the individual filaments into the adjacent, originally clear spacings .
A container cascade for use in a distilling apparatus for spirits, comprising at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) that are arranged one above the other and connected together for media transfer, wherein each of the at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) comprises a lower port and an upper port , wherein the containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) are connected to one another and spaced apart from one another via pipe sections , preferably statically supporting pipe sections, for transferring alcohol-containing fluid between interior spaces of the containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210), wherein the at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) comprise channels in the interior spaces for passing a process fluid, wherein the at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) are arranged as an ellipsoid , in particular as an rotational ellipsoid, wherein the at least two ellipsoids are preferably vertically aligned with their short main axis and arranged one above the other, and wherein the container cascade comprises at least one string with three or more containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210) that are arranged one above the other and/or two strings that are oriented parallel to each other, with each string comprising at least two containers (102, 104, 106, 108, 110; 202, 204, 206, 208, 210).
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information on a reference signal; determining whether the terminal is capable of beam switching within resource regions, the resource regions used for transmitting the reference signal; and characterized in that the method further comprises measuring, in the case that the terminal is not capable of the beam switching within the resource regions, the reference signal for a first subset of the resource regions and the reference signal for a second subset of the resource regions, based on the configuration information, wherein the first subset is included in a first measurement period and the second subset is included in a second measurement period which is next to the first measurement period . receiving, from a base station, configuration information on a reference signal; determining whether the terminal is capable of beam switching within resource regions, the resource regions used for transmitting the reference signal; and characterized in that the method further comprises measuring, in the case that the terminal is not capable of the beam switching within the resource regions, the reference signal for a first subset of the resource regions and the reference signal for a second subset of the resource regions, based on the configuration information, wherein the first subset is included in a first measurement period and the second subset is included in a second measurement period which is next to the first measurement period .