mhurhangee/ep-ind-claims huggingface dataset:
A method for mineralizing wood and wooden material comprising: i) a first impregnation step, comprising a first impregnation of wood or wooden material with an aqueous solution of potassium oxalate, ii) a first drying step, comprising drying of the wood or wooden material, iii) a second impregnation step, comprising a second impregnation of wood or wooden material with an aqueous solution of calcium acetate, iv) a second drying step, comprising drying of the wood or wooden material. i) a first impregnation step, comprising a first impregnation of wood or wooden material with an aqueous solution of potassium oxalate, ii) a first drying step, comprising drying of the wood or wooden material, iii) a second impregnation step, comprising a second impregnation of wood or wooden material with an aqueous solution of calcium acetate, iv) a second drying step, comprising drying of the wood or wooden material.
Solar collector for heating a liquid heat carrier having a dense body with a transparent protective coating and a thermal receiver device for the heat transfer to the heat carrier, which is in the form of a panel consisting of two interconnected elements (3, 4; 4, 30; 30, 40), wherein at least the one element (4, 30) has a developed surface in the manner of a groove upon which the solar thermal radiation impinges, wherein the two elements (3, 4; 4, 30; 30, 40) together form closed channels, which are connected to input and output sides by distribution and mountable channels (7, 8), and wherein further, a selective layer is applied to the outer surface of the elements (4, 30) upon which the solar thermal radiation impinges, characterized in that a vacuum is created in the space between the transparent protective coating and the thermal receiver panel, or this space is filled with argon or special gases containing phosphors that allow a shift of the spectrum of the incident radiation in the infrared region, the optimal distance b between the transparent protective coating and the thermal receiver panel is 35-60 mm, the thermal receiver panel is provided with a sufficiently large number of longitudinal channels, whose number n = 30-100 per 1m 2, the material of the element (4, 30) upon which the solar thermal radiation impinges, has a thickness S 0 = 0.1-0.5 mm and has good absorption capacity and thermal conductivity, and is preferably made of stainless steel, steel of the ferritic class, construction steel with a rust preventive paint or metal plastics, this element (4, 30) has in cross-section a periodic profile with a succession of flat protrusions, which are provided for the mounting, the channels are formed in cross-section with a parabolic generatrix for improved thermal reception, which is described by the following: y x = tgβ B x 2 the heat carrier, which is formed by phosphors, circulates in the formed closed channels of the thermal receiver panels, and converts the given radiation in the infrared by shifting the spectrum of the incident radiation, which is absorbed by the element (4, 30) with the developed surface in the manner of a groove, and upon which the solar thermal radiation impinges, wherein the heating of the element takes place (4, 30), and this element (4, 30) heats the heat transfer carrier by means of thermal conductivity, which transfers heat to the consumer, wherein: b is a thermally insulating air clearance in mm, n is the number of channels per unit of area in St/m 2, S 0 is the initial thickness of the sheet materials in mm, y(x) is the function of the shape of the channel section in mm, B is the channel width in mm, and ß is the form angle in degrees.
A system for determining properties of a sample located exterior to the system, the system comprising: an interface; a reference; one or more light sources that emit a first light and a second light, the first light configured to be directed towards an exterior interface of the system where the sample contacts the system, and the system being configured to reimage and resolve a plurality of optical paths within the sample, and the second light configured to be incident on the reference; one or more first optics (210, 216, 218) configured to collect at least a portion (254, 255) of a reflection of the first light from the sample and change the first light from a first angle to a second angle, the first angle being the angle of incidence of the first light incident on the first optics, and the second angle being the angle of incidence of the first light exiting the first optics; one or more second optics (219, 223, 227) configured to receive the first light from the one or more first optics and focus the first light to a detector array; and the detector array including a plurality of detector pixels (233, 235, 237) that are configured to detect at least a portion of the focused first light from the one or more second optics and at least a portion of the second light reflected from the reference. an interface; a reference; one or more light sources that emit a first light and a second light, the first light configured to be directed towards an exterior interface of the system where the sample contacts the system, and the system being configured to reimage and resolve a plurality of optical paths within the sample, and the second light configured to be incident on the reference; one or more first optics (210, 216, 218) configured to collect at least a portion (254, 255) of a reflection of the first light from the sample and change the first light from a first angle to a second angle, the first angle being the angle of incidence of the first light incident on the first optics, and the second angle being the angle of incidence of the first light exiting the first optics; one or more second optics (219, 223, 227) configured to receive the first light from the one or more first optics and focus the first light to a detector array; and the detector array including a plurality of detector pixels (233, 235, 237) that are configured to detect at least a portion of the focused first light from the one or more second optics and at least a portion of the second light reflected from the reference.
A carrier (200; 300; 400) for carrying a substrate (210; 310) in a deposition chamber, comprising: a frame (240; 250; 260; 270; 340; 350; 360; 370; 440; 450; 460; 470) for vertically holding the substrate (210; 310), wherein the frame has a substantially rectangular shape with a bottom frame part (240; 340; 440); a fixing means (225; 325) for firmly fixing the substrate (210; 310) to the carrier (200; 300; 400), wherein the fixing means (225; 325) is located in a center region of the bottom frame part (240; 340; 440); and one or more support members (220; 230; 320) for supporting but not firmly fixing the substrate (210; 310). a frame (240; 250; 260; 270; 340; 350; 360; 370; 440; 450; 460; 470) for vertically holding the substrate (210; 310), wherein the frame has a substantially rectangular shape with a bottom frame part (240; 340; 440); a fixing means (225; 325) for firmly fixing the substrate (210; 310) to the carrier (200; 300; 400), wherein the fixing means (225; 325) is located in a center region of the bottom frame part (240; 340; 440); and one or more support members (220; 230; 320) for supporting but not firmly fixing the substrate (210; 310).
A method for producing iron and/or steel, the method comprising: introducing a fuel stream comprising a reformable fuel into an anode of a molten carbonate fuel cell, an internal reforming element associated with the anode, or a combination thereof; introducing a cathode inlet stream comprising CO 2 and O 2 into a cathode of the molten carbonate fuel cell; generating electricity within the molten carbonate fuel cell; withdrawing, from an anode exhaust, a first gas stream comprising CO, the anode exhaust having a pressure of 500 kPag or less; and introducing the first gas stream withdrawn from the anode exhaust into a process for production of iron and/or steel, wherein the cathode inlet stream comprises at least a portion of a CO 2 -containing exhaust produced by the process for production of iron and/or steel.
Method for the production of an antibiotic bone cement powder, whereby, in a step A), a bone cement base powder with a water content of less than or equal to 1.0% by weight is being mixed with trometamol-fosfomycin to form a bone cement powder and, in a step X), the bone cement powder is being dried to attain a water content of less than or equal to 1.0% by weight.
A structure for compartmenting a vehicle, the structure comprising a compartmenting fire protection curtain, a curtain roller for storing the fire protection curtain at the top part of the structure in a substantially horizontal position, a weight rod arranged in connection with the fire protection curtain for gravitational lowering of the fire protection curtain down from the curtain roller, and a vertical mechanism on both sides of the structure, wherein the weight rod is at its ends attached to the vertical mechanisms, characterised in that the structure comprises a synchronising mechanism for controlling the curtain roller and vertical mechanisms to move in such a manner that when the curtain roller is rotating, the weight rod moves in the vertical direction while both ends of the weight rod move in the same direction at the same speed and correspondingly when the weight rod moves in the vertical direction the curtain roller rotates.
Arrangement of a window seal of a window of a vehicle, in particular a motor vehicle, comprising: a door and/or a body side element of such a vehicle intended to receive such a window, an extruded profile comprising a first end and a second end, an overmoulding element made of flexible material, in particular arranged at the first end and/or the second end of the extruded profile, a trim, in particular a trim made of stainless steel, in particular of chrome-plated stainless steel, cooperating along the extruded profile in order to be clip-fastened to the extruded profile, the door and/or the body side element comprising a notch for receiving and/or positioning the insert, a means for holding the trim, so as to prevent the trim from moving relative to the extruded profile in the longitudinal direction of the trim (40, characterized in that the arrangement comprises an insert made of rigid material, in particular an insert at least partially overmoulded by the overmoulding element, and in that the insert comprises the means for holding the trim. a door and/or a body side element of such a vehicle intended to receive such a window, an extruded profile comprising a first end and a second end, an overmoulding element made of flexible material, in particular arranged at the first end and/or the second end of the extruded profile, a trim, in particular a trim made of stainless steel, in particular of chrome-plated stainless steel, cooperating along the extruded profile in order to be clip-fastened to the extruded profile, the door and/or the body side element comprising a notch for receiving and/or positioning the insert, a means for holding the trim, so as to prevent the trim from moving relative to the extruded profile in the longitudinal direction of the trim (40, characterized in that the arrangement comprises an insert made of rigid material, in particular an insert at least partially overmoulded by the overmoulding element, and in that the insert comprises the means for holding the trim.
A method for removal of solid contaminants from air-containing, contaminated lubrication oil by leading the oil to the inlet of a pump and pumping it further to the inlet of a filter separating the contaminated lubrication oil into a solid phase, which is retained by the filter, and a liquid phase, which passes the filter and leaves as a filtrate through the outlet of the filter, wherein the filtrate in the outlet of the filter is maintained at a back pressure of at least 0.3 bar (0.03 MPa) by use of a hydraulic resistance downstream from the filter.
A mullion assembly for a refrigerator door, said mullion assembly comprising a mullion portion comprising an elongated mullion body that extends along substantially the entire length of the door onto which the mullion assembly is suitable to be movably attached, the mullion body defining a mullion recess extending from an outer surface of the mullion portion into an interior of the mullion portion, the mullion recess receiving a follower configured to move with respect to the mullion recess; a hinge assembly attached to the mullion portion such that the mullion portion is movable with respect to the hinge assembly between a first position and a second position, the hinge assembly including a cam structure including a first recess for receiving the follower when the mullion portion is in the first position, and a second recess for receiving the follower when the mullion portion is in the second position; the hinge assembly being suitable to be attached to the door; the mullion assembly being characterised by a biasing device received in the mullion recess and that extends in a direction that is substantially transverse to the direction along which the mullion body extends, wherein the biasing device biases the follower in a direction away from the mullion body and towards the hinge assembly.
Dishwasher, in particular a domestic dishwasher, having a washing container which provides a washing chamber and which is used to receive washware to be cleaned, having a fresh water tank as a side tank arranged beside the washing container, which fresh water tank is fluidically connected to the washing container, and having a second fresh water tank which is arranged as a base tank below the washing container, the first and the second fresh water tank (17, 23) being fluidically interconnected, into which connection a pump is integrated, so that fresh water can circulate between the two fresh water tanks (17, 23) in a circulating mode, and having a heat exchanger which is fluidically connected to the washing container, characterised in that the heat exchanger is a fluid-tight container arranged in the second fresh water tank, which container can be supplied with washing solution from the washing container, the fresh water, when circulating between the two fresh water tanks (17, 23) in the circulating mode, washes around the container, and the container comprising through-flow openings through which the fresh water is guided. and having a heat exchanger which is fluidically connected to the washing container, characterised in that the heat exchanger is a fluid-tight container arranged in the second fresh water tank, which container can be supplied with washing solution from the washing container, the fresh water, when circulating between the two fresh water tanks (17, 23) in the circulating mode, washes around the container, and the container comprising through-flow openings through which the fresh water is guided.
A transmission apparatus for a communication system, said system comprising the transmission apparatus and a reception apparatus, the transmission apparatus being configured to multiplex data from M channels, M being a natural number equal to or larger than 2, and transmit the data to the reception apparatus, the transmission apparatus comprising: M timing offset units configured to respectively receive inputs of the data from the different channels and insert designated timing offset values in the input data; a multiplexing unit configured to multiplex the M data subjected to the timing offset and output a multiplexed signal; and a timing-offset calculating unit configured to calculate, based on M in the communication system, M being the number of channels, different timing offset values for the respective M timing offset units in order to reduce a PAPR (peak to average power ratio) value during multichannel transmission, and output the calculated timing offset values to the respective timing offset units, characterized in that the timing-offset calculating unit is configured to set an interval between the different timing offset values to Ts/M, where Ts is a time for one symbol. M timing offset units configured to respectively receive inputs of the data from the different channels and insert designated timing offset values in the input data; a multiplexing unit configured to multiplex the M data subjected to the timing offset and output a multiplexed signal; and a timing-offset calculating unit configured to calculate, based on M in the communication system, M being the number of channels, different timing offset values for the respective M timing offset units in order to reduce a PAPR (peak to average power ratio) value during multichannel transmission, and output the calculated timing offset values to the respective timing offset units, characterized in that the timing-offset calculating unit is configured to set an interval between the different timing offset values to Ts/M, where Ts is a time for one symbol.
An ion-sensitive polymer formed from the following monomers: acrylic acid, butyl acrylate, 2-ethylhexyl acrylate, and an allyl ether of polyethylene-glycol, wherein the polymer comprises from about 35 to about 55 weight% acrylic acid, from about 25 to about 40 weight% butyl acrylate, from about 10 to about 25 weight% 2-ethylhexyl acrylate, and from about 5 to about 20 weight% allyl ether of polyethylene-glycol.
A method of performing a channel access, which is performed by a station, STA, in a wireless communication system, comprising the steps of: receiving a beacon frame containing a traffic indication map, TIM, from an access point, AP; and if the TIM indicates that a traffic for the STA is buffered, transmitting a Power Save-Poll, PS-Poll, frame to the AP during a first restricted access window, RAW, wherein the first RAW is a PS-Poll dedicated RAW, and wherein at least one of EDCA parameters applied for transmitting the PS-Poll frame is equivalent to or smaller than an EDCA parameter applied for transmitting an audio traffic; receiving a data frame from the AP after the end of the first RAW. receiving a beacon frame containing a traffic indication map, TIM, from an access point, AP; and if the TIM indicates that a traffic for the STA is buffered, transmitting a Power Save-Poll, PS-Poll, frame to the AP during a first restricted access window, RAW, wherein the first RAW is a PS-Poll dedicated RAW, and wherein at least one of EDCA parameters applied for transmitting the PS-Poll frame is equivalent to or smaller than an EDCA parameter applied for transmitting an audio traffic;
A method, in a mobile device, comprising: detecting, while associated with a first radio access technology network, an access point of a second radio access technology network; characterized in that it further comprises: utilizing an access point database, in the mobile device, to determine whether the access point has been previously associated with by said mobile device or that the mobile device is associating with said access point for a first time; and scanning the first radio access technology network if the access point was not previously associated with by said mobile station, to detect corresponding cells of said first radio access technology network, corresponding to said access point and adding an entry to the database that includes the access point, a list of any cells detected through said scanning, and information relating to each of said any cells detected. detecting, while associated with a first radio access technology network, an access point of a second radio access technology network; characterized in that it further comprises: utilizing an access point database, in the mobile device, to determine whether the access point has been previously associated with by said mobile device or that the mobile device is associating with said access point for a first time; and scanning the first radio access technology network if the access point was not previously associated with by said mobile station, to detect corresponding cells of said first radio access technology network, corresponding to said access point and adding an entry to the database that includes the access point, a list of any cells detected through said scanning, and information relating to each of said any cells detected. utilizing an access point database, in the mobile device, to determine whether the access point has been previously associated with by said mobile device or that the mobile device is associating with said access point for a first time; and scanning the first radio access technology network if the access point was not previously associated with by said mobile station, to detect corresponding cells of said first radio access technology network, corresponding to said access point and adding an entry to the database that includes the access point, a list of any cells detected through said scanning, and information relating to each of said any cells detected.
An icemaker for a refrigerator, comprising: an ice making compartment having a refrigerant pipe disposed therein; an air duct having a heat insulation member to surround the refrigerant pipe in the ice making compartment; an ice maker having an ice making tray to make contact with the refrigerant pipe in the ice making compartment, an ejector to separate ice from the ice making tray, and a drain duct to guide defrost water of the ice making tray; an ice bucket having an ice storage space, an auger to move the ice stored at the ice storage space to an ice discharging hole and an ice crushing apparatus to crush the ice; and an auger motor assembly having an auger motor to drive the auger, an ice making compartment fan to flow the air at the ice making compartment, a solenoid valve to select whether ice is crushed through the ice crushing apparatus, and a drain hose to guide the water that is guided through the drain duct to an outside of the ice making compartment, wherein the auger motor, the ice making compartment fan, the solenoid valve and the drain hose are all coupled together so as to form a single unit configured to be removable from the icemaker. an ice making compartment having a refrigerant pipe disposed therein; an air duct having a heat insulation member to surround the refrigerant pipe in the ice making compartment; an ice maker having an ice making tray to make contact with the refrigerant pipe in the ice making compartment, an ejector to separate ice from the ice making tray, and a drain duct to guide defrost water of the ice making tray; an ice bucket having an ice storage space, an auger to move the ice stored at the ice storage space to an ice discharging hole and an ice crushing apparatus to crush the ice; and an auger motor assembly having an auger motor to drive the auger, an ice making compartment fan to flow the air at the ice making compartment, a solenoid valve to select whether ice is crushed through the ice crushing apparatus, and a drain hose to guide the water that is guided through the drain duct to an outside of the ice making compartment, wherein the auger motor, the ice making compartment fan, the solenoid valve and the drain hose are all coupled together so as to form a single unit configured to be removable from the icemaker.