mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of removing water by phase-changing water contained in a gaseous material to a frost phase, comprising: a gas inflow unit which is equipped with a first cooling unit which phase-changes the water in inflow gas which includes water at one side of the main body; a main body which collects the frost generated in the gas inflow unit and provides a space for moving the gas from which moisture is removed; a discharging unit which discharges the gas from which the moisture is removed and is connected to the main body; and a frost discharging unit which communicates with the main body to discharge frost collected in the space, characterized in that the gas inflow unit further includes a heating unit configured to adjust the gas which contains water to 60°C to 150°C, wherein the first cooling unit is configured to adjust the gas which has passed through the heating unit to be -10°C or lower, further characterized in that the cooling unit comprises a tapered portion at the side of the first cooling unit that is connected to the main body, wherein in the tapered portion an inner diameter gradually reduces or increases in the direction towards the main body. a gas inflow unit which is equipped with a first cooling unit which phase-changes the water in inflow gas which includes water at one side of the main body; a main body which collects the frost generated in the gas inflow unit and provides a space for moving the gas from which moisture is removed; a discharging unit which discharges the gas from which the moisture is removed and is connected to the main body; and a frost discharging unit which communicates with the main body to discharge frost collected in the space, characterized in that the gas inflow unit further includes a heating unit configured to adjust the gas which contains water to 60°C to 150°C, wherein the first cooling unit is configured to adjust the gas which has passed through the heating unit to be -10°C or lower, further characterized in that the cooling unit comprises a tapered portion at the side of the first cooling unit that is connected to the main body, wherein in the tapered portion an inner diameter gradually reduces or increases in the direction towards the main body.
A method for determining a beam quality factor of a beam of light having a transverse electric field that may be scalar, vector, or a combination thereof, wherein the VQF is a measure of the degree of vectorness of the beam of light varying between pure scalar and pure vector, wherein the method comprises: receiving a beam of light; splitting the received beam of light into two orthogonal components (14.1, 14.2) travelling in two optical paths; detecting a predetermined number of modes or states per orthogonal component by means of a match filter arrangement intersecting the two optical paths, wherein the predetermined number of modes or states detected are the same or substantially similar for each orthogonal component (14.1, 14.2); measuring an on-axis intensity of each mode or state detected; and calculating the VQF in terms of the measured on-axis intensities using at least one quantum mechanical entanglement measure. receiving a beam of light; splitting the received beam of light into two orthogonal components (14.1, 14.2) travelling in two optical paths; detecting a predetermined number of modes or states per orthogonal component by means of a match filter arrangement intersecting the two optical paths, wherein the predetermined number of modes or states detected are the same or substantially similar for each orthogonal component (14.1, 14.2); measuring an on-axis intensity of each mode or state detected; and calculating the VQF in terms of the measured on-axis intensities using at least one quantum mechanical entanglement measure.
A medium or high voltage electrical device comprising a sealed chamber, said sealed chamber comprising electrical components; a gas mixture ensuring electrical insulation and/or extinguishing of electrical arcs produced in this chamber, wherein the gas mixture comprises at least one insulating gas and at least one dilution gas; and a receptacle, said receptacle comprising an opening and at least one wall (22,24), wherein the at least one wall (22,24) is a heatable wall, and wherein said receptacle is positioned within the sealed chamber to collect the gas mixture as liquefied gas; a heating element for heating the heatable receptacle wall; and characterized in that the medium or high voltage electrical device further comprises a dielectrically and thermally insulating layer located between the heatable receptacle wall and the chamber such that the heatable receptacle wall is isolated from a chamber wall. electrical components; a gas mixture ensuring electrical insulation and/or extinguishing of electrical arcs produced in this chamber, wherein the gas mixture comprises at least one insulating gas and at least one dilution gas; and a receptacle, said receptacle comprising an opening and at least one wall (22,24), wherein the at least one wall (22,24) is a heatable wall, and wherein said receptacle is positioned within the sealed chamber to collect the gas mixture as liquefied gas; a heating element for heating the heatable receptacle wall; and characterized in that the medium or high voltage electrical device further comprises a dielectrically and thermally insulating layer located between the heatable receptacle wall and the chamber such that the heatable receptacle wall is isolated from a chamber wall.
A method of operation of a memory, wherein the memory includes an array of memory cells, the method comprising: receiving a first activate command and a first address corresponding to a first page (411, 412) within the memory; in response to the first activate command: retrieving first page data corresponding to the first page from the array of memory cells based on the first address; and storing the first page data in a first cache on the memory, the first cache serving as an active cache for read and/or write operations; transferring the first page data from the first cache to a second cache, the second cache serving as a temporary cache for the first page data for which write-back has not yet occurred; after receiving the first activate command, receiving a second activate command and a second address corresponding to a second page within the memory; in response to the second activate command: retrieving second page data corresponding to the second page from the array of memory cells based on the second address; and storing the second page data in the first cache; and writing the first page data from the second cache into the array of memory cells at a location corresponding to the first address. receiving a first activate command and a first address corresponding to a first page (411, 412) within the memory; in response to the first activate command: retrieving first page data corresponding to the first page from the array of memory cells based on the first address; and storing the first page data in a first cache on the memory, the first cache serving as an active cache for read and/or write operations; retrieving first page data corresponding to the first page from the array of memory cells based on the first address; and storing the first page data in a first cache on the memory, the first cache serving as an active cache for read and/or write operations; transferring the first page data from the first cache to a second cache, the second cache serving as a temporary cache for the first page data for which write-back has not yet occurred; after receiving the first activate command, receiving a second activate command and a second address corresponding to a second page within the memory; retrieving second page data corresponding to the second page from the array of memory cells based on the second address; and storing the second page data in the first cache; and writing the first page data from the second cache into the array of memory cells at a location corresponding to the first address.
A system for obtaining information relating to an idle mobile station in a cellular network, the system comprising a Network Operations System NOS being in communication with a radio access network, the radio access network including a radio network controller of the cellular network, the system is configured for: generating and sending by said Network Operations System at least one input signal comprising a Cell Camping Threshold, CCT, value which defines a threshold for camping on a cell, through said radio network controller to said radio access network; wherein the input signal is sent to a specific cell operating within said radio access network, which broadcasts the CCT value to all the idle mobile stations in the cell and activates any idle mobile station camping on the specific cell that is not in compliance with the CCT value; and wherein said Network Operations System is configured for identifying in data outputted by said radio network controller an output signal resulting from said input signal, said output signal including information relating to at least one activated idle mobile station, wherein said Network Operations System is further configured for utilizing said information relating to at least one activated idle mobile station to determine a load state of at least one cell. generating and sending by said Network Operations System at least one input signal comprising a Cell Camping Threshold, CCT, value which defines a threshold for camping on a cell, through said radio network controller to said radio access network; wherein the input signal is sent to a specific cell operating within said radio access network, which broadcasts the CCT value to all the idle mobile stations in the cell and activates any idle mobile station camping on the specific cell that is not in compliance with the CCT value; and wherein said Network Operations System is configured for identifying in data outputted by said radio network controller an output signal resulting from said input signal, said output signal including information relating to at least one activated idle mobile station,
A process for producing a mesoporous carbon nanofiber wherein the non-micropore size distribution is centered around a pore diameter of 20 nm to 50 nm, the process comprising: a. electrospinning a fluid stock to produce a nanofiber, the fluid stock comprising a first polymer component and a second polymer component, the electrospinning being gas-assisted; and b. thermally treating the nanofiber to produce a mesoporous carbon nanofiber. a. electrospinning a fluid stock to produce a nanofiber, the fluid stock comprising a first polymer component and a second polymer component, the electrospinning being gas-assisted; and b. thermally treating the nanofiber to produce a mesoporous carbon nanofiber.
Method for stacking layers of articles with a stacking device, characterized in that loose and downwardly open slip-on containers are handled and laterally displaced and stacked by a handling device of the stacking device, wherein the slip-on containers receive a layer of articles in their interior and carry them along while they are being transported in a sliding manner, and wherein the slip-on containers form the supporting surface for the next layer of articles by way of their upwardly pointing container bottom.
A method for producing a solid state solar cell (1, 1.1, 1.2, 1.3, 1.4, 1.5), the method comprising the steps of: - providing a layer comprising a current collector; - applying a metal oxide layer, wherein said metal oxide layer is applied on one selected from: (a) said current collector; (b) an optional compact metal oxide underlayer; and (c) on an optional nanoporous scaffold layer; - applying a sensitizer layer directly on and immediately after said metal oxide layer, said sensitizer layer comprising an organic-inorganic perovskite; - applying a hole transporting layer; and - providing a counter electrode; characterized in that the metal oxide layer has a thickness of 200 nm or less and a surface area per gram ratio of ≤ 60 m 2 /g and in that the temperature is kept at less than 300°C during and following the step of applying said metal oxide layer up to the step of applying the sensitizer layer. - providing a layer comprising a current collector; - applying a metal oxide layer, wherein said metal oxide layer is applied on one selected from: (a) said current collector; (b) an optional compact metal oxide underlayer; and (c) on an optional nanoporous scaffold layer; - applying a sensitizer layer directly on and immediately after said metal oxide layer, said sensitizer layer comprising an organic-inorganic perovskite; - applying a hole transporting layer; and - providing a counter electrode;
A method for a channel sounding in a wireless local area network, WLAN, the method comprising: receiving, by a device, at least one of null data packet announcement, NDPA, frames through four sub-channels each having a 20MHz bandwidth, wherein the NDPA frames are transmitted by an access point, AP, based on a duplicate frame structure; receiving, by the device, a null data packet, NDP, following the NDPA frames over the four sub-channels; and transmitting, by the device, a feedback frame over a transmission bandwidth, wherein the transmission bandwidth is smaller than or equal to a total bandwidth through which the NDPA frames and the NDP frame are transmitted, and wherein each of the NDPA frames comprises bandwidth information related to a bandwidth used for the NDPA frames. receiving, by a device, at least one of null data packet announcement, NDPA, frames through four sub-channels each having a 20MHz bandwidth, wherein the NDPA frames are transmitted by an access point, AP, based on a duplicate frame structure; receiving, by the device, a null data packet, NDP, following the NDPA frames over the four sub-channels; and transmitting, by the device, a feedback frame over a transmission bandwidth, wherein the transmission bandwidth is smaller than or equal to a total bandwidth through which the NDPA frames and the NDP frame are transmitted, and wherein each of the NDPA frames comprises bandwidth information related to a bandwidth used for the NDPA frames.
Cartridge with a housing and at least one reaction well for a chemical or a biological assay arranged in an outside surface of said housing, said at least one reaction well having a bottom surface, preferably coated with at least one chemical or biological binding agent suitable to bind to a component to assay the presence of a component in a probe, said cartridge further comprising at least one storage vessel (5, 6) arranged in said housing, wherein said at least one storage vessel (5, 6) comprises a reagent solution, wash solution and/or dilution solution in a quantity which is sufficient to carry out the assay in said at least one reaction well, the number of storage vessels (5, 6) of said cartridge being chosen such that all reagent solutions, wash solutions and/or dilution solutions needed to carry out the assay in said at least one reaction well are present in said cartridge, wherein said cartridge further comprises a waste tank arranged beneath said at least one reaction well, said at least one reaction well comprising at least one opening on the bottom surface with which the reaction well may be selectively brought into fluid communication with said waste tank, preferably through actuation means, characterized in that said at least one opening is connected to a duct leading towards or protruding into said at least one waste tank, said duct having an outflow allowing the discharge of a liquid into said at least one waste tank, wherein a diameter of said duct increases from the opening towards said outflow.
Silane-treated forsterite microparticles, characterized in that the forsterite microparticles have a specific surface area of 5 to 100 m 2 /g, and 1 to 5 silyl groups are bound to 1 nm 2 of the surface area thereof.
A web conveying apparatus configured to convey a web for an absorbent article folded into two in a cross direction orthogonal to the machine direction with reference to a folding fine parallel with the machine direction on a crotch portion, the absorbent article including: paired waistline portions which are continuous in the machine direction along a flow direction of a manufacturing process for an absorbent article; and crotch portions which are discontinuous in the machine direction and located between the paired waistline portions, the web conveying apparatus comprising: a hold mechanism configured to hold the web in a conveyable manner with the web stretched in a direction in which the crotch portions get away from the waistline portions; and a conveying mechanism configured to convey the web and hands over the web to a downstream apparatus provided downstream in the machine direction, while the crotch portions are being held by the hold mechanism, the hold mechanism includes a rod-like member extending in the machine direction, and a distance in the web from an edge of the waistline portions in the cross direction to an outer edge of the rod-like member in the cross direction is longer when the hold mechanism hands over the web to the downstream apparatus than when the web is conveyed, wherein the hold mechanism includes a restricting unit provided within an area from the rod-like member to the waistline portions, and configured to restrict a displacement of the rod-like member in the cross direction. paired waistline portions which are continuous in the machine direction along a flow direction of a manufacturing process for an absorbent article; and crotch portions which are discontinuous in the machine direction and located between the paired waistline portions, a hold mechanism configured to hold the web in a conveyable manner with the web stretched in a direction in which the crotch portions get away from the waistline portions; and a conveying mechanism configured to convey the web and hands over the web to
Sanitary fitting, comprising - a water conduit channel, - an insertion duct extending transversely into the water conduit channel and including a user-accessible insertion opening, and - an insertion body including at least one sanitary utility element and having flow-through capability in a flow-through region from one side to an opposite side, and being insertable into the insertion duct and extractable from the insertion duct via the insertion opening, - wherein the insertion duct remains stationary in an operating position, when the insertion body is inserted or extracted, and the insertion opening remains user-accessible in the stationary operating position of the insertion duct, and - wherein the insertion body has its flow-through region positioned in the water conduit channel, and the utility element is in contact with the water conduit channel, when the insertion body is located in its operating position completely inserted in the insertion duct, characterized in that - the insertion body is an insertion plate which in its flow-through region has flow-through capability from its one to its other plate main side and exhibits a smaller plate thickness (P D) as compared to its lateral plate dimension (P L) and is insertable in a lateral insertion direction (S L) into the insertion duct and extractable from the insertion duct counter the insertion direction (S L). - a water conduit channel, - an insertion duct extending transversely into the water conduit channel and including a user-accessible insertion opening, and - an insertion body including at least one sanitary utility element and having flow-through capability in a flow-through region from one side to an opposite side, and being insertable into the insertion duct and extractable from the insertion duct via the insertion opening, - wherein the insertion duct remains stationary in an operating position, when the insertion body is inserted or extracted, and the insertion opening remains user-accessible in the stationary operating position of the insertion duct, and - wherein the insertion body has its flow-through region positioned in the water conduit channel, and the utility element is in contact with the water conduit channel, when the insertion body is located in its operating position completely inserted in the insertion duct, characterized in that - the insertion body is an insertion plate which in its flow-through region has flow-through capability from its one to its other plate main side and exhibits a smaller plate thickness (P D) as compared to its lateral plate dimension (P L) and is insertable in a lateral insertion direction (S L) into the insertion duct and extractable from the insertion duct counter the insertion direction (S L).
A camera module comprising: a lens barrel having at least one lens; a holder coupled to the lens barrel; a printed circuit board coupled to a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the printed circuit board to each other; an opening configured to open a portion of a first space which is defined via coupling of the printed circuit board and the holder; and a housing coupled to the holder, wherein the housing accommodates the printed circuit board, characterized in that the opening is provided as a first through-hole formed in one side of the adhesive element. a lens barrel having at least one lens; a holder coupled to the lens barrel; a printed circuit board coupled to a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the printed circuit board to each other; an opening configured to open a portion of a first space which is defined via coupling of the printed circuit board and the holder; and a housing coupled to the holder, wherein the housing accommodates the printed circuit board, characterized in that the opening is provided as a first through-hole formed in one side of the adhesive element.
A method performed by data processing apparatus of a dialysis machine, the method comprising: receiving a first signal from a conductivity detector connected to a line (20a-d, 30a-f, 56, 104, 122) through which a solution of salt concentrate and fluid flows; determining a first conductivity of the solution based on the first signal; receiving a second signal from the conductivity detector at a time after receiving the first signal; determining a second conductivity of the solution based on the second signal; determining whether the second conductivity is less than the first conductivity by at least a threshold amount. receiving a first signal from a conductivity detector connected to a line (20a-d, 30a-f, 56, 104, 122) through which a solution of salt concentrate and fluid flows; determining a first conductivity of the solution based on the first signal; receiving a second signal from the conductivity detector at a time after receiving the first signal; determining a second conductivity of the solution based on the second signal; determining whether the second conductivity is less than the first conductivity by at least a threshold amount.