mhurhangee/ep-ind-claims huggingface dataset:
A plant growth and support module comprising: a. a backing, b. a hydroponic substrate, wherein said hydroponic substrate comprises an array of holes for receiving a plant and/or a growth medium, c. an irrigation layer, wherein said irrigation layer comprises a capillary material, and d. a front, wherein said front is connected to said backing, enclosing the hydroponic substrate and the irrigation layer, said front comprising an array of openings, said array of openings are aligned with the holes of the hydroponic substrate, characterized in that, both the backing and the front comprise glass fibers chosen from the group of alumino-borosilicate glass fibers, alkali-lime glass fibers, alumino-lime silicate glass fibers, borosilicate glass fibers, alumino-silicate glass fibers, or combinations thereof, and which backing and said front are interconnected by means of an infusible stitching. a. a backing, b. a hydroponic substrate, wherein said hydroponic substrate comprises an array of holes for receiving a plant and/or a growth medium, c. an irrigation layer, wherein said irrigation layer comprises a capillary material, and d. a front, wherein said front is connected to said backing, enclosing the hydroponic substrate and the irrigation layer, said front comprising an array of openings, said array of openings are aligned with the holes of the hydroponic substrate, characterized in that, both the backing and the front comprise glass fibers chosen from the group of alumino-borosilicate glass fibers, alkali-lime glass fibers, alumino-lime silicate glass fibers, borosilicate glass fibers, alumino-silicate glass fibers, or combinations thereof, and which backing and said front are interconnected by means of an infusible stitching.
Maintenance and monitoring system for monitoring a gate element, such as a roller or sectional gate, which can be moved by a drive device, wherein a drive control unit is provided for controlling the drive device and at least one detection device is provided for detecting a gate status (21, 22), wherein the detection device is connected to the drive control unit via a first data connection (81a, 81b) for transmitting a status signal (401, 402) representing the gate status (21, 22), wherein a data read-out device (5, 51, 52) is provided, which is capable of reading out the status signal (401, 402) transmitted from the detection device to the drive control unit and of outputting a notification signal (501, 502) as a function of the read-out status signal (401, 402), characterized in that the data read-out device (5, 51, 52) is implemented as a separate component and is connected to a central unit via a second data connection (82a, 82b), wherein the central unit comprises a database memory for storing the notification signals (501, 502), wherein the data read-out device (5, 51, 52) comprises a memory module, wherein the data read-out device (5, 51, 52) comprises a network-compatible, Internet-compatible and/or mobiletelecommunication-compatible communication module (55a, 55b), and wherein the data read-out device (5, 51, 52) is connected to the first data connection (81a, 81b) mechanically or via radio. a data read-out device (5, 51, 52) is provided, which is capable of reading out the status signal (401, 402) transmitted from the detection device to the drive control unit and of outputting a notification signal (501, 502) as a function of the read-out status signal (401, 402), characterized in that the data read-out device (5, 51, 52) is implemented as a separate component and is connected to a central unit via a second data connection (82a, 82b), wherein the central unit comprises a database memory for storing the notification signals (501, 502), wherein the data read-out device (5, 51, 52) comprises a memory module, wherein the data read-out device (5, 51, 52) comprises a network-compatible, Internet-compatible and/or mobiletelecommunication-compatible communication module (55a, 55b), and wherein the data read-out device (5, 51, 52) is connected to the first data connection (81a, 81b) mechanically or via radio.
A method of directly differentiating a human embryonic stem (hES) cell into a cell expressing AQP-1, the method comprising: culturing an undifferentiated hES cell in a renal-specific culture medium that comprises (i) a renal epithelial basal medium or a renal epithelial growth medium, (ii) fetal calf serum and (iii) an epithelial growth factor, in the presence of an extracellular matrix molecule, for a time period and at a temperature and under growth conditions sufficient to induce differentiation of the hES cell to a cell expressing AQP-1, without first forming an embryoid body. culturing an undifferentiated hES cell in a renal-specific culture medium that comprises (i) a renal epithelial basal medium or a renal epithelial growth medium, (ii) fetal calf serum and (iii) an epithelial growth factor, in the presence of an extracellular matrix molecule, for a time period and at a temperature and under growth conditions sufficient to induce differentiation of the hES cell to a cell expressing AQP-1, without first forming an embryoid body.
Memory cell arrangement - in which bars are arranged in the region of a main area of a semiconductor substrate, between which bars in each case an isolation trench with mutually opposite side walls is arranged, wherein the bars have a plurality of memory cells which are arranged in memory cell rows which run essentially parallel; - in which the memory cells each contain at least one MOS transistor having a source, gate and drain; - in which adjacent memory cell rows of adjacent bars are insulated by an isolation trench; - in which adjacent memory cell rows each contain at least one bit line (60, 60', 60") which in each case adjoins one of the side walls of the bars, such that the bit lines (60, 60', 60") of two adjacent memory cell rows between which an isolation trench is arranged face one another; characterized in that the isolation trench penetrates more deeply into the semiconductor substrate than the bit lines (60, 60', 60"), and in that at least one partial region of the source or of the drain is situated below the isolation trench. - in which bars are arranged in the region of a main area of a semiconductor substrate, between which bars in each case an isolation trench with mutually opposite side walls is arranged, - in which the memory cells each contain at least one MOS transistor having a source, gate and drain; - in which adjacent memory cell rows of adjacent bars are insulated by an isolation trench; - in which adjacent memory cell rows each contain at least one bit line (60, 60', 60") which in each case adjoins one of the side walls of the bars, such that the bit lines (60, 60', 60") of two adjacent memory cell rows between which an isolation trench is arranged face one another;
A method of chemically-mechanically polishing a substrate, which method comprises: (i) contacting a substrate comprising at least one layer of single crystal silicon carbide with a chemical-mechanical polishing composition comprising: (a) a liquid carrier, (b) an abrasive suspended in the liquid carrier, wherein the abrasive is alumina and is present in an amount of 3 wt.% or less based on the weight of the liquid carrier and any components dissolved or suspended therein, and (c) an oxidizing agent, wherein the oxidizing agent is present in an amount of 0.001 wt.% to 2.5 wt.% based on the weight of the liquid carrier and any components dissolved or suspended therein, and wherein the oxidizing agent is selected from the group consisting of hydrogen peroxide, oxone, ammonium cerium nitrate, periodates, periodic acid, iodates, persulfates, chromates, chlorates, permanganates, bromates, perbromates, ferrates, perrhenates, perruthenates, and mixtures thereof, and (ii) moving the polishing composition relative to the substrate, and (iii) abrading at least a portion of the silicon carbide of the substrate to polish the substrate. (i) contacting a substrate comprising at least one layer of single crystal silicon carbide with a chemical-mechanical polishing composition comprising: (a) a liquid carrier, (b) an abrasive suspended in the liquid carrier, wherein the abrasive is alumina and is present in an amount of 3 wt.% or less based on the weight of the liquid carrier and any components dissolved or suspended therein, and (c) an oxidizing agent, wherein the oxidizing agent is present in an amount of 0.001 wt.% to 2.5 wt.% based on the weight of the liquid carrier and any components dissolved or suspended therein, and wherein the oxidizing agent is selected from the group consisting of hydrogen peroxide, oxone, ammonium cerium nitrate, periodates, periodic acid, iodates, persulfates, chromates, chlorates, permanganates, bromates, perbromates, ferrates, perrhenates, perruthenates, and mixtures thereof, and (a) a liquid carrier, (b) an abrasive suspended in the liquid carrier, wherein the abrasive is alumina and is present in an amount of 3 wt.% or less based on the weight of the liquid carrier and any components dissolved or suspended therein, and (c) an oxidizing agent, wherein the oxidizing agent is present in an amount of 0.001 wt.% to 2.5 wt.% based on the weight of the liquid carrier and any components dissolved or suspended therein, and wherein the oxidizing agent is selected from the group consisting of hydrogen peroxide, oxone, ammonium cerium nitrate, periodates, periodic acid, iodates, persulfates, chromates, chlorates, permanganates, bromates, perbromates, ferrates, perrhenates, perruthenates, and mixtures thereof, and (ii) moving the polishing composition relative to the substrate, and (iii) abrading at least a portion of the silicon carbide of the substrate to polish the substrate.
A method for traffic steering in a communication network performed by a network element or a terminal utilizing one or more policies, wherein the method further comprises: utilizing the one or more policies for traffic steering in a communication network including at least two technology layers, the one or more policies including a subscription prioritization policy, and the two technology layers including radio access technologies or frequency bands of different technologies; selecting one or more users in a first technology layer according to the utilized policies; and preparing a movement of one or more selected users to a second technology layer. utilizing the one or more policies for traffic steering in a communication network including at least two technology layers, the one or more policies including a subscription prioritization policy, and the two technology layers including radio access technologies or frequency bands of different technologies; selecting one or more users in a first technology layer according to the utilized policies; and preparing a movement of one or more selected users to a second technology layer.
A computer-implemented method for attenuating shadows in an image, comprising: processing multispectral image data that includes a living subject, the multispectral image data comprising visible light image data and near infrared, NIR, image data; detecting live-skin portions of the multispectral image data based at least in part on reflectance properties of human skin when illuminated by light at NIR wavelengths; identifying shadows in the detected live-skin portions of the multispectral image data by calculating a ratio of visible to NIR light for corresponding pixels in the visible and NIR images; and attenuating the identified shadows in the detected live-skin portions of the visible light image data. processing multispectral image data that includes a living subject, the multispectral image data comprising visible light image data and near infrared, NIR, image data; detecting live-skin portions of the multispectral image data based at least in part on reflectance properties of human skin when illuminated by light at NIR wavelengths; identifying shadows in the detected live-skin portions of the multispectral image data by calculating a ratio of visible to NIR light for corresponding pixels in the visible and NIR images; and
A tensioning system for tensioning a tensionable cloth, the tensioning system comprising: - a frame formed by at least one frame profile, preferably several frame profiles coupled together, wherein the one or several frame profiles comprise a means for attaching the cloth; - a lateral tensioning system comprising at least one tensioning profile coupled to at least one frame profile, and comprising at least one stop which is adjustably coupled to a tensioning element, wherein the tensioning profile is configured to slide laterally over the frame, and wherein the lateral displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element; said tensioning system being characterised in that the lateral tensioning system is arranged on an inner side of the frame, and in that the tensioning system comprises - a corner-tensioning system arranged in a corner of the frame, the corner-tensioning system comprising at least one corner plate coupled to at least one frame profile, preferably to two adjoining frame profiles (110b, 110c), and comprising at least one stop which is adjustably coupled to a tensioning element, wherein the corner plate is configured to slide diagonally over the corner of the frame, and wherein the diagonal displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element. - a frame formed by at least one frame profile, preferably several frame profiles coupled together, wherein the one or several frame profiles comprise a means for attaching the cloth; - a lateral tensioning system comprising at least one tensioning profile coupled to at least one frame profile, and comprising at least one stop which is adjustably coupled to a tensioning element, wherein the tensioning profile is configured to slide laterally over the frame, and wherein the lateral displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element; said tensioning system being characterised in that the lateral tensioning system is arranged on an inner side of the frame, and in that the tensioning system comprises - a corner-tensioning system arranged in a corner of the frame, the corner-tensioning system comprising at least one corner plate coupled to at least one frame profile, preferably to two adjoining frame profiles (110b, 110c), and comprising at least one stop which is adjustably coupled to a tensioning element, wherein the corner plate is configured to slide diagonally over the corner of the frame, and wherein the diagonal displacement is adjustable by adjusting the coupling between the tensioning profile and the tensioning element.
A wavelength tunable light source comprising - at least one fiber based partial section formed by a single mode fiber and - at least one delay section, wherein the light source is a periodically wavelength tunable light source, such that for a wavelength λ of at least one portion of a radiation emitted by the light source as a function of the time t the following relation holds: λ t = λ t − τ. wherein τ is the period of the wavelength tuning, and the delay section is formed with at least one oligomode fiber, which has an optical length that is greater than or equal to 10 m and smaller than or equal to 100 km and which is configured to carry, within a wavelength range of the radiation emitted by said light source, between 2 and 20 modes, wherein - the oligomode fiber of said at least one delay section is comprised by a resonator of the light source, or - the oligomode fiber of said at least one delay section is arranged downstream of a resonator of the light source, and a bypass section is connected optically in parallel with the delay section, wherein an optical length of said bypass section is smaller than the optical length of the delay section. - at least one fiber based partial section formed by a single mode fiber and - at least one delay section, - the oligomode fiber of said at least one delay section is comprised by a resonator of the light source, or - the oligomode fiber of said at least one delay section is arranged downstream of a resonator of the light source, and a bypass section is connected optically in parallel with the delay section, wherein an optical length of said bypass section is smaller than the optical length of the delay section.
Packaging machine having one or more workstations (17, 21, 25, 27) for handling and/or conveying and/or packaging and/or palletizing products or blanks made of packaging material for packaging the products, wherein the workstations (17, 21, 25, 27) are mounted on a frame of the packaging machine, and wherein the products are transported in an intended product flow along the workstations (17, 21, 25, 27), and wherein the frame has a basic module, and wherein the frame has at least one expansion module, which is variable in terms of its dimensions parallel to the product flow and is arranged preferably in a manner immediately adjoining the basic module, characterized in that guides for members (36, 37) of the workstations (17, 21, 25, 27) are arranged on one or more carriers, and in that servomotors for driving the members (36, 37), arranged on the guides, of the workstations (17, 21, 25, 27) are integrated into at least some carriers, and in that the servomotors are arranged at the level of the zero line or neutral axis of the respective carrier.
A storage device, comprising a body enclosing an accommodation cavity, a pair of guiding mechanisms and a first partition frame for dividing the accommodation cavity, the body comprising a bottom wall, a pair of first side walls (3 1a) and a pair of second side walls, wherein the pair of guiding mechanisms is arranged at the pair of second side walls respectively, the guiding mechanism comprises a guiding element which slides in a front-rear direction with respect to the body, the guiding element comprises a mounting portion and a limiting portion; the first partition frame comprises a partition element, a pair of fixing portions and limited portions, the partition element extends in a left-right direction, for dividing the accommodation cavity, the fixing portions are provided to be a long rod extending in a front-rear direction, the pair of fixing portions and the limited portions being formed at two ends in the left-right direction of the first partition frame; wherein the fixing portion is fitted and connected with the mounting portion, such that the first partition frame is connected onto the guiding element, and the limiting portion is fitted and connected with the limited portion, such that the first partition frame is limited from moving in the front-rear direction with respect to the guiding element; wherein the guiding element comprises a guiding body, a hook extending out of the guiding body, a mounting groove enclosed by the hook for constituting the mounting portion, and an opening, wherein the mounting groove extends in the front-rear direction, the fixing portion is fastened into the mounting groove through the opening in the first direction, and the first direction is perpendicular to the front-rear direction; wherein the hook is provided to be an elastic structure; characterized in that the fixing portion is provided to be a cylindrical bar with a diameter of D; in the first direction, an aperture of the opening decreases gradually to a minimal value W, wherein W<D. wherein the guiding element comprises a guiding body, a hook extending out of the guiding body, a mounting groove enclosed by the hook for constituting the mounting portion, and an opening, wherein the mounting groove extends in the front-rear direction, the fixing portion is fastened into the mounting groove through the opening in the first direction, and the first direction is perpendicular to the front-rear direction; wherein the hook is provided to be an elastic structure; characterized in that the fixing portion is provided to be a cylindrical bar with a diameter of D; in the first direction, an aperture of the opening decreases gradually to a minimal value W, wherein W<D.
A front or rear vehicle part, in particular a front part or a rear part of a work vehicle, such as a wheel loader, comprising a) a fan, b) a casing forming a portion of the outer surface of the vehicle part, c) a hydraulic tank, d) wherein an outer surface of the wall of the hydraulic tank forms a portion of the outer surface of the vehicle part, and e) wherein the portion of the outer surface of the vehicle part formed by the outer surface of the wall of the hydraulic tank transitions into the casing, f) wherein the outer surface of the wall of the hydraulic tank forms at least a portion of a covering surface and a portion of side surfaces (4, 5) of the outer surface of the vehicle part characterized in that g) the wall of the hydraulic tank is formed from plastic, h) the hydraulic tank has a continuous recess which extends in the direction of the longitudinal axis of the vehicle part and which is open or closed at the edges, i) the fan is disposed in the recess of the hydraulic tank, j) the hydraulic tank extends at least partially around the fan. a) a fan, b) a casing forming a portion of the outer surface of the vehicle part, c) a hydraulic tank, d) wherein an outer surface of the wall of the hydraulic tank forms a portion of the outer surface of the vehicle part, and e) wherein the portion of the outer surface of the vehicle part formed by the outer surface of the wall of the hydraulic tank transitions into the casing, f) wherein the outer surface of the wall of the hydraulic tank forms at least a portion of a covering surface and a portion of side surfaces (4, 5) of the outer surface of the vehicle part g) the wall of the hydraulic tank is formed from plastic, h) the hydraulic tank has a continuous recess which extends in the direction of the longitudinal axis of the vehicle part and which is open or closed at the edges, i) the fan is disposed in the recess of the hydraulic tank, j) the hydraulic tank extends at least partially around the fan.
A method for hydrolytic cleavage of zearalenone and/or at least one zearalenone derivative by means of a hydrolytically cleaving polypeptide, characterized in that the zearalenone and/or at least one zearalenone derivative is hydrolysed by the polypeptide, which is a hydrolase having an amino acid sequence of sequence ID No. 12 or a functional variant thereof, wherein a sequence identity of at least 70 % exists between the functional variant and the amino acid sequence.