mhurhangee/ep-ind-claims huggingface dataset:
A system for detecting, removing, transferring and recovering an incompletely dried material from a material subjected to a drying process comprising: a transfer device (no) transferring the material subjected to the drying process; a load cell measuring a weight of the material transferred through the transfer device; a material receiving unit receiving the measured material from the load cell when the weight of the measured material is higher than weights of other materials or a preset reference weight; a thermal imaging camera photographing the material received by the material receiving unit; an incompletely-dried-material determining unit acquiring temperature information of the material photographed by analyzing image data photographed by the thermal imaging camera, and determining whether the photographed material is an incompletely dried material based on the acquired temperature information; and an incompletely-dried-material receiving unit receiving the material determined as the incompletely dried material by the incompletely-dried-material determining unit from the material receiving unit. a transfer device (no) transferring the material subjected to the drying process; a load cell measuring a weight of the material transferred through the transfer device; a material receiving unit receiving the measured material from the load cell when the weight of the measured material is higher than weights of other materials or a preset reference weight; a thermal imaging camera photographing the material received by the material receiving unit; an incompletely-dried-material determining unit acquiring temperature information of the material photographed by analyzing image data photographed by the thermal imaging camera, and determining whether the photographed material is an incompletely dried material based on the acquired temperature information; and an incompletely-dried-material receiving unit receiving the material determined as the incompletely dried material by the incompletely-dried-material determining unit from the material receiving unit.
A method in a mobile station for transmitting information, said mobile station being arranged for communication in a wireless communication system comprising at least one communication network, at least one network control node and one or more mobile stations, wherein said network control node is configured to control network energy saving in said communication network based on at least one network energy saving information received from said mobile station, wherein the method comprises the step of: - transmitting said at least one network energy saving information to said at least one network control node using the user plane of said wireless communication system via a server, wherein said at least one network energy saving information indicates a preferred or an accepted network energy saving mode for said mobile station, wherein said preferred or accepted network energy saving mode relates to: - whether said mobile station accepts to participate in network energy saving or not; and/or - how much said mobile station would like to contribute to network energy saving. - transmitting said at least one network energy saving information to said at least one network control node using the user plane of said wireless communication system via a server, wherein said at least one network energy saving information indicates a preferred or an accepted network energy saving mode for said mobile station, wherein said preferred or accepted network energy saving mode relates to: - whether said mobile station accepts to participate in network energy saving or not; and/or - how much said mobile station would like to contribute to network energy saving. - whether said mobile station accepts to participate in network energy saving or not; and/or - how much said mobile station would like to contribute to network energy saving.
A method of receiving a downlink signal in narrowband Internet of things, NB-IoT, by a user equipment in a wireless communication system, the method comprising: receiving carrier information regarding a second carrier different from a first carrier on the first carrier; and receiving downlink data for the user equipment on a downlink carrier of the second carrier based on the carrier information, wherein the first carrier operates in one first resource block, RB, within a guard band used in the wireless communication system and the second carrier operates in one second RB within a channel band used in the wireless communication system, wherein the first carrier is a carrier on which an NB-IoT synchronization signal, nSS, and an NB-IoT physical broadcast channel, nPBCH, are received, and the second carrier is a carrier on which the nSS and the nPBCH are not received, and wherein the second carrier includes the downlink carrier and an uplink carrier, and the carrier information includes information regarding the downlink carrier and information regarding the uplink carrier. receiving carrier information regarding a second carrier different from a first carrier on the first carrier; and receiving downlink data for the user equipment on a downlink carrier of the second carrier based on the carrier information, wherein the first carrier operates in one first resource block, RB, within a guard band used in the wireless communication system and the second carrier operates in one second RB within a channel band used in the wireless communication system, wherein the first carrier is a carrier on which an NB-IoT synchronization signal, nSS, and an NB-IoT physical broadcast channel, nPBCH, are received, and the second carrier is a carrier on which the nSS and the nPBCH are not received, and wherein the second carrier includes the downlink carrier and an uplink carrier, and the carrier information includes information regarding the downlink carrier and information regarding the uplink carrier.
A light emitting diode display module comprising: a substrate; a plurality of micro LED devices mounted to a top side of the substrate, each micro LED device having a chip having a size of 10~100μm; an upper circuit pattern formed on the top side of the substrate; a controller device mounted to the top side or a bottom side of the substrate; a lower circuit pattern formed on the bottom side of the substrate; and lateral side wiring electrically connecting the upper circuit pattern and the lower circuit pattern, a connection terminal layer being disposed on a top side and a bottom side of the substrate, respectively, and connecting the upper circuit pattern and the lower circuit pattern through the lateral side wiring, the lateral side wiring comprising a conductive metal thin film layer having a thickness of 2 to 10μm formed by deposition, and the LED display module further comprising a protection layer deposited on the lateral side wiring. a substrate; a plurality of micro LED devices mounted to a top side of the substrate, each micro LED device having a chip having a size of 10~100μm; an upper circuit pattern formed on the top side of the substrate; a controller device mounted to the top side or a bottom side of the substrate; a lower circuit pattern formed on the bottom side of the substrate; and lateral side wiring electrically connecting the upper circuit pattern and the lower circuit pattern, a connection terminal layer being disposed on a top side and a bottom side of the substrate, respectively, and connecting the upper circuit pattern and the lower circuit pattern through the lateral side wiring, the lateral side wiring comprising a conductive metal thin film layer having a thickness of 2 to 10μm formed by deposition, and the LED display module further comprising a protection layer deposited on the lateral side wiring.
Fermenter of a biogas plant comprising at least one fermenter wall and at least one fermenter interior and at least one fermenter roof which is inclined towards the horizontal and in particular is configured to be flexible and comprising at least one stirring device in order to stir a substrate present in the fermenter interior, wherein the stirring device comprises at least one guide unit, at least one support unit (11, 12) and at least one adjustable stirring unit received on the guide unit, wherein the support unit (11, 12) is fastened to the fermenter wall to support the guide unit, wherein the stirring unit is provided to be height-adjustable and wherein at least one adjusting device (13, 14) is provided for adjusting the stirring unit, characterized in that the upper end of the guide unit extends as far as above an upper end of the fermenter wall and ends below the fermenter roof inside the fermenter interior, wherein at least one part of the stirring unit is adjustable as far as above the upper end of the fermenter wall and wherein the adjusting device (13, 14) comprises at least one operating unit (19, 20) arranged outside the fermenter interior and at least one adjusting unit (21, 22) arranged inside the fermenter interior which are coupled by means of at least one gastight feed-through device (23, 24) and wherein the operating unit (19, 20) is arranged underneath the upper end of the guide unit and in particular also underneath the upper end of the fermenter wall and wherein in the fermenter roof at least one gastight closable service opening is provided above the guide unit.
A composition for temporary bonding, comprising: a (meth)acrylate comprising the following (A-1) and (A-2): (A-1) a monofunctional (meth)acrylate whose side chain is an alkyl group having 18 or more carbon atoms and homopolymer has a Tg of -100°C to 60°C, and (A-2) a polyfunctional (meth)acrylate; a polyisobutene copolymer; and a photo radical polymerization initiator, wherein an amount of the component is 0.01 to 5 parts by mass of the component based on 100 parts by mass of the total amount of the components and. a (meth)acrylate comprising the following (A-1) and (A-2): (A-1) a monofunctional (meth)acrylate whose side chain is an alkyl group having 18 or more carbon atoms and homopolymer has a Tg of -100°C to 60°C, and (A-2) a polyfunctional (meth)acrylate; (A-1) a monofunctional (meth)acrylate whose side chain is an alkyl group having 18 or more carbon atoms and homopolymer has a Tg of -100°C to 60°C, and (A-2) a polyfunctional (meth)acrylate; a polyisobutene copolymer; and a photo radical polymerization initiator, wherein an amount of the component is 0.01 to 5 parts by mass of the component based on 100 parts by mass of the total amount of the components and.
A fryer comprising: a cooking chamber for holding a cooking medium; at least one heating element positioned within the cooking chamber; a conveyor for selectively advancing at least one basket configured to contain food product through the cooking chamber along a movement path, the basket including a lid portion hingedly coupled to a bottom portion such that the lid portion is pivotable relative to the bottom portion between an opened position and a closed position; a lid rail catch bar configured to engage the lid portion of the basket; and a bottom rail catch bar configured to engage the bottom portion of the basket, characterized in that the lid portion is biased toward the closed position, and engagement between the lid rail catch bar and the lid portion and engagement between the bottom rail catch bar and the bottom portion during advancement of the conveyor cause the lid portion to pivot relative to the bottom portion toward the opened position for dispensing food product from the at least one basket. a cooking chamber for holding a cooking medium; at least one heating element positioned within the cooking chamber; a conveyor for selectively advancing at least one basket configured to contain food product through the cooking chamber along a movement path, the basket including a lid portion hingedly coupled to a bottom portion such that the lid portion is pivotable relative to the bottom portion between an opened position and a closed position; a lid rail catch bar configured to engage the lid portion of the basket; and a bottom rail catch bar configured to engage the bottom portion of the basket,
A device for calorimetrically measuring sorption processes with - a sorption cell for receiving a sample, wherein the sorption cell has a volume to be filled with a sorption gas, - a reference cell to be filled with the sorption gas, - a measurement gas volume, which is arranged around the sorption cell for receiving a reference gas - and a reference gas volume also provided for receiving the reference gas, wherein the reference gas volume is arranged around the reference cell, - wherein a gas connection is provided between the sorption cell and the reference cell in order to guide sorption gas into the sorption cell and the reference cell so that a sorption reaction with the sample results in the sorption cell, - and wherein a device for measuring the pressure difference between the measurement gas volume and the reference gas volume is provided in order to perform a calorimetric measurement of the sorption process on the sample in the sorption cell from a volume change in the reference gas in the measurement gas volume. - a sorption cell for receiving a sample, wherein the sorption cell has a volume to be filled with a sorption gas, - a reference cell to be filled with the sorption gas, - a measurement gas volume, which is arranged around the sorption cell for receiving a reference gas - and a reference gas volume also provided for receiving the reference gas, wherein the reference gas volume is arranged around the reference cell, - wherein a gas connection is provided between the sorption cell and the reference cell in order to guide sorption gas into the sorption cell and the reference cell so that a sorption reaction with the sample results in the sorption cell, - and wherein a device for measuring the pressure difference between the measurement gas volume and the reference gas volume is provided in order to perform a calorimetric measurement of the sorption process on the sample in the sorption cell from a volume change in the reference gas in the measurement gas volume.
A container comprising a cylindrical pouring spout, which has at least one external thread, and an attachment which can be screwed onto the pouring spout and has at least one internal thread, the external thread of the pouring spout forming an undercut for the internal thread of the attachment via an effective thread portion when the attachment is in a screw-on end position, and the external thread of the pouring spout comprising an additional segment, characterized in that - the effective thread portion is 360 to 720 degrees in the circumferential direction; - the segment length of the additional segment is from 135 to 225 degrees in the circumferential direction, by which segment length a total length of the thread of the pouring spout is greater than a length of the effective thread portion, the additional segment comprising a thread flank having a flank angle that is equal to a flank angle of a thread flank of the effective thread portion. - the effective thread portion is 360 to 720 degrees in the circumferential direction; - the segment length of the additional segment is from 135 to 225 degrees in the circumferential direction, by which segment length a total length of the thread of the pouring spout is greater than a length of the effective thread portion, the additional segment comprising a thread flank having a flank angle that is equal to a flank angle of a thread flank of the effective thread portion.
An eyepiece, for projecting an image from an image plane on one side of the eyepiece to a viewer's eye located at an exit pupil on the opposite side of the eyepiece, comprising - at least one stationary lens group and at least two movable lens groups (11, 12) being movable with respect to the stationary lens group along an optical axis between the image plane and the exit pupil, wherein the lens groups (11, 12, 13) are arranged in positive-negative-positive configuration and the movable lens groups (11, 12) are arranged to move along the optical axis between a first state providing a first field-of-view and a second state providing a second field-of-view smaller than the first field-of-view to the image plane, whereby the length of the eyepiece changes when moving between the first state and second state, and the eyepiece is adapted to provide an image of essentially equally sized area of the image plane at said exit pupil in said first and second states, wherein the lens groups comprise - a first movable positive lens group located closest to the exit pupil, - a third stationary positive lens group located closest to the image plane, - a second movable negative lens group between the first lens group and the third lens group, whereby the first lens group and the second lens group are adapted to move farther from the third lens group and closer to each other when moving from the first state to the second state. - at least one stationary lens group and at least two movable lens groups (11, 12) being movable with respect to the stationary lens group along an optical axis between the image plane and the exit pupil, - a first movable positive lens group located closest to the exit pupil, - a third stationary positive lens group located closest to the image plane, - a second movable negative lens group between the first lens group and the third lens group,
Autoclavable handle with a handle housing and at least one switching element which is mounted in the handle housing, it being possible for the at least one switching element to be pressed in a resilient manner into the handle housing, the switching element being mounted in the handle housing via at least one web which is arranged on the underside of the switching element, and the switching element being sealed with respect to the handle housing via a peripheral seal element, characterized in that the handle housing has a plurality of switching elements which are mounted in in each case one associated trough-shaped depression of the handle housing, an opening for the passage of the at least one web being configured in each depression, and a separate opening being configured in the trough-shaped depression for each web, and the webs of all the switching elements being mounted on a common axle in the handle housing.
An electrochemical process for the synthesis of graphene comprising the steps of: i. dispersing carbon nanotubes (CNTs) in ethanol by sonication followed by deposition onto conducting substrate by dip coating, spin coating or brush coating; ii. oxidizing CNTs as obtained in step (i) selectively in conducting solution by applying a positive potential for period in the range of 4 to 12 hrs to obtain CNT oxide; iii. reducing CNT oxide as obtained in step (ii) completely by applying negative potential for period in the range of 4 to 12 hrs. i. dispersing carbon nanotubes (CNTs) in ethanol by sonication followed by deposition onto conducting substrate by dip coating, spin coating or brush coating; ii. oxidizing CNTs as obtained in step (i) selectively in conducting solution by applying a positive potential for period in the range of 4 to 12 hrs to obtain CNT oxide; iii. reducing CNT oxide as obtained in step (ii) completely by applying negative potential for period in the range of 4 to 12 hrs.
A parking assistance method of a parking control device which executes parking control with respect to a free parking space defined by a frame in the surroundings a host vehicle, the parking assistance method comprising: detecting a first frame line of the free parking space in a direction orthogonal to a vehicle width direction and a second frame line which is parallel with the first frame line; the method characterized by further comprising detecting a length of the first frame line; when the length of the first frame line is longer than a total length of the host vehicle, setting the parking target on a straight line connecting between a near side end of the first frame line in a direction into which the host vehicle enters and a near side end of the second frame line in a direction into which the host vehicle enters; when the length of the first frame line is shorter than a total length of the host vehicle, setting the parking target on a straight line connecting between a far side end of the first frame line in a direction into which the host vehicle enters and a far side end of the second frame line in a direction into which the host vehicle enters; and executing the parking control so that a position of the host vehicle is matched with the parking target. detecting a first frame line of the free parking space in a direction orthogonal to a vehicle width direction and a second frame line which is parallel with the first frame line; the method characterized by further comprising detecting a length of the first frame line; when the length of the first frame line is longer than a total length of the host vehicle, setting the parking target on a straight line connecting between a near side end of the first frame line in a direction into which the host vehicle enters and a near side end of the second frame line in a direction into which the host vehicle enters; when the length of the first frame line is shorter than a total length of the host vehicle, setting the parking target on a straight line connecting between a far side end of the first frame line in a direction into which the host vehicle enters and a far side end of the second frame line in a direction into which the host vehicle enters; and executing the parking control so that a position of the host vehicle is matched with the parking target.
Industrial truck with a battery-electrical drive system having a traction battery and with a secondary coil plate of an inductive charging device for charging the traction battery of the industrial truck, characterized in that the secondary coil plate is movably arranged on the industrial truck by an aligning mechanism which is designed to minimize the stray field of the inductive charging device, wherein the aligning mechanism allows an alignment of the secondary coil plate in relation to a primary coil plate of the inductive charging device in at least one translational axis (x; y; z) and about at least one rotational axis (α; β; y), wherein the aligning mechanism compensates for translational deviations (z) of the secondary coil plate in relation to the primary coil plate of the inductive charging device in the direction of a vertical axis (z) and compensates for rotational deviations (α; β; y) of the secondary coil plate about a longitudinal axis (y) of the industrial truck, about a transverse axis (x) of the industrial truck and about the vertical axis (z).