mhurhangee/ep-ind-claims huggingface dataset:
An ink-jet recording method for performing recording on a recording medium by attaching ink thereto, the recording medium adhering to a conveyor belt because of electrostatic attraction thereto, wherein: the electrostatic attraction is caused by charging means, the charging means applying AC bias to the conveyor belt so that positive and negative charges are provided on the conveyor belt so as to alternate with each other in a direction in which the conveyor belt moves; the recording medium includes a base body and at least one ink absorbing layer formed on the base body, the base body being a plastic film or sheet, and the base body has a thickness of 40 μm to 250 μm, and a surface of the recording medium which surface comes into contact with the conveyor belt has surface resistivity that falls within a range of 1 x 10 9 to 9 x 10 12 Ω. the electrostatic attraction is caused by charging means, the charging means applying AC bias to the conveyor belt so that positive and negative charges are provided on the conveyor belt so as to alternate with each other in a direction in which the conveyor belt moves; the recording medium includes a base body and at least one ink absorbing layer formed on the base body, the base body being a plastic film or sheet, and the base body has a thickness of 40 μm to 250 μm, and a surface of the recording medium which surface comes into contact with the conveyor belt has surface resistivity that falls within a range of 1 x 10 9 to 9 x 10 12 Ω.
A method of performing data transmission flow control in a system having a computer, a video client unable to be connected with the computer, and an interface between the computer and video client that facilitates audio and video data transmission between the computer and the video client, the interface having a buffer for storing audio and video data frames received from the computer, on a bus using a serial protocol, to be sent to the video client, the buffer when being a variable-size buffer having a size that varies with the amount of audio and video data it stores, or the buffer when being a fixed-size buffer having a buffer size which refers to the fullness of meaningful audio and video data in the fixed-sized buffer, the method comprising: the computer polling the interface a first time to determine the size of the buffer on the interface; receiving a first buffer size value from the interface; sending a plurality of frames of video and audio data, each frame being constructed from a plurality of packets, to the buffer on the interface such that a delay period exists between the sending of each frame; the computer polling the interface a second time to determine the size of the buffer on the interface after the frames are sent to the interface; receiving a second buffer size value from the interface; if the second buffer size value has grown since the first determination of the buffer size, and is larger than the first buffer size value, then increasing the delay period between transmission of frames from the computer to the interface; and if the second buffer size value has decreased since the first determination of the buffer size, and is smaller than the first buffer size value, decreasing the delay period between transmission of frames from the computer to the interface. the computer polling the interface a first time to determine the size of the buffer on the interface; receiving a first buffer size value from the interface; sending a plurality of frames of video and audio data, each frame being constructed from a plurality of packets, to the buffer on the interface such that a delay period exists between the sending of each frame; the computer polling the interface a second time to determine the size of the buffer on the interface after the frames are sent to the interface; receiving a second buffer size value from the interface; if the second buffer size value has grown since the first determination of the buffer size, and is larger than the first buffer size value, then increasing the delay period between transmission of frames from the computer to the interface; and if the second buffer size value has decreased since the first determination of the buffer size, and is smaller than the first buffer size value, decreasing the delay period between transmission of frames from the computer to the interface.
Method of producing jewellery and objet d'art made of precious metal having a precious metal content in order to allow them to be hallmarked precious metal content in order to allow them to be hallmarked in accordance with existing laws and which products are made of a CAD/CAM-controlled process of the type which is described as an FFF (Freeform Fabrication) process and which involves a powder material being added in layers and, by means of control by the CAD/CAM programming of a laser beam or electron beam, undergoing before the next powder layer is added at least partial fusion which results in binding within the layer and with the immediately preceding layer where the desired product is to consist of solid material but leaves the powder material unprocessed there between, wherein use is made, for the production, of a process which involves a stepwise build-up of the product from a precious-metal-containing starting material which is added in layers and is fused or sintered together where solid material is required; wherein the finished product is subjected to mechanical surface treatment, such as blasting or polishing, adapted to the desired aesthetic appearance of the product.
The use of copolymers which consist of monomer building blocks of the general formula I and monomer building blocks of the general formula II, where R 1 represents -(CH 2) n Si(OSi(CH 3) 3) m p (R 5) q, R 2, R 3 and R 4 represent, independently of one another, H or an alkyl group having 1 to 3 C atoms, R 5 represents an alkyl group having 1 to 5 C atoms, n represents a number from 1 to 3, and m, p and q represent, independently of one another, a number from 0 to 3, wherein the sum of m+p+q = 3, for hydrophobic finishing of textile surfaces, in particular textiles made of cotton or having a cotton content. R 1 represents -(CH 2) n Si(OSi(CH 3) 3) m p (R 5) q, R 2, R 3 and R 4 represent, independently of one another, H or an alkyl group having 1 to 3 C atoms, R 5 represents an alkyl group having 1 to 5 C atoms, n represents a number from 1 to 3, and m, p and q represent, independently of one another, a number from 0 to 3, wherein the sum of m+p+q = 3, for hydrophobic finishing of textile surfaces, in particular textiles made of cotton or having a cotton content.
A copper alloy for an electronic device containing Mg in a range of 2.6 atomic % or more and 9.8 atomic % or less and Al in a range of 0.1 atomic % or more and 20 atomic % or less, wherein the alloy optionally further contains at least one or more selected from Zn, Sn, Si, Mn, and Ni in an amount of 0.05 atomic % or more and 10 atomic % or less and optionally further contains at least one or more selected from B, P, Zr, Fe, Co, Cr, and Ag in an amount of 0.01 atomic % or more and 1 atomic % or less; and the balance consisting of Cu and unavoidable impurities, wherein a yield strength σ 0.2 at 0.2% of the alloy is 400MPa or more, and average number of intermetallic compounds having a particle diameter of 0.1 μm or more is 10/μm 2 or less.
Tow bar having a coupling housing, an operating lever, a closing pin which is mounted displaceably in the coupling housing, a pivotably mounted ball socket and a pivotably mounted securing lever which interacts with the closing pin, wherein the securing lever interacts with the closing pin and blocks the latter when the tow bar is open, and wherein the ball socket is designed to be securely carried along by a ball head, when correctly coupled thereto, and to be brought into a rotational position which is provided for the closing and locking engagement and in which the closing pin, which is moved by the operating lever, can be acted upon and applied, characterized in that the ball socket is free in the opening position of the tow bar and is pivotable independently of the securing lever and of the closing pin.
Drive of an espagnolette fitting of a window or a door, consisting of a handle mounted rotatably on the casement frame and a gear which can be arranged in the casement frame comprising a drive pinion which can be actuated by the handle and which is mounted in a housing, which meshes with a drive rack and comprising at least one driven pinion, wherein the at least one driven pinion meshes both with a toothed region of the housing and also with a rack, which for its part can be coupled to at least one espagnolette and is guided in a longitudinally displaceable manner with respect to the housing, characterized in that the axis of rotation of the driven pinion runs obliquely with respect to the axis of the drive pinion running parallel to the plane of displacement of the drive rack and encloses an acute angle α with the plane of displacement on the side facing away from the handle.
A topical cosmetic formulation, comprising: a cosmetically acceptable carrier in combination with a first defensin; wherein the first defensin is selected from the group consisting of alpha-defensin 1, alpha-defensin 5, alpha-defensin 6, neutrophil defensin 2, neutrophil defensin 3, neutrophil defensin 4, a theta-defensin, beta-defensin 1, beta-defensin 3, and beta-defensin 4; and wherein the first defensin is present in the topical cosmetic formulation at a concentration that is ineffective in inhibiting microbial growth, and wherein the topical cosmetic formulation is a ready-to-use topical cosmetic formulation. a cosmetically acceptable carrier in combination with a first defensin; wherein the first defensin is selected from the group consisting of alpha-defensin 1, alpha-defensin 5, alpha-defensin 6, neutrophil defensin 2, neutrophil defensin 3, neutrophil defensin 4, a theta-defensin, beta-defensin 1, beta-defensin 3, and beta-defensin 4; and wherein the first defensin is present in the topical cosmetic formulation at a concentration that is ineffective in inhibiting microbial growth, and wherein the topical cosmetic formulation is a ready-to-use topical cosmetic formulation.
A process for preparing an adipic acid product, the process comprising: reacting, in the presence of a hydrodeoxygenation catalyst and a halogen source, a hydrodeoxygenation substrate and hydrogen to convert at least a portion of the hydrodeoxygenation substrate to an adipic acid product, wherein the adipic acid product is a product of formula II wherein the halogen source includes a hydrohalic acid or mixture thereof, wherein the hydrodeoxygenation substrate comprises a compound of formula I wherein X is independently hydroxyl, oxo, halo, acyloxy or hydrogen provided that at least one X is not hydrogen and R 1 is independently a salt-forming ion, hydrogen, or hydrocarbyl containing 1 to 18 carbon atoms, including branched or unbranched, and saturated or unsaturated species; or a mono- or di-lactone thereof.
A method for controlling the state of charge of a battery power plant which for controlling at least one physical quantity (P, f) of an electric energy distribution network is connected to the energy distribution network, characterized by - determination of the state of charge of the battery power plant, - detection of the physical quantity (P, f) of the energy distribution network with a detection speed and/or detection accuracy which are greater than specified limit values for a minimum detection speed and/or detection accuracy of the physical quantity (P, f), and - control of the electric power transfer between the battery power plant and the energy distribution network by taking account of the difference between the actual and the specified detection speed and/or detection accuracy of the detected physical quantity (P, f). - determination of the state of charge of the battery power plant, - detection of the physical quantity (P, f) of the energy distribution network with a detection speed and/or detection accuracy which are greater than specified limit values for a minimum detection speed and/or detection accuracy of the physical quantity (P, f), and - control of the electric power transfer between the battery power plant and the energy distribution network by taking account of the difference between the actual and the specified detection speed and/or detection accuracy of the detected physical quantity (P, f).
A method for producing a cooling channel piston, wherein a blank of the cooling channel piston, which has a cavity formed as a cooling channel, is provided and wherein an inlet or outlet opening is introduced into the blank in the direction of the cooling channel, and the opening is created in the blank by a CNC-controlled circular milling process using a special milling cutter with end cutting edges arranged in a wave profile, wherein a special milling cutter with a point angle in the range of 170 degrees to 180 degrees, in particular 174 degrees, is used, and wherein the cooling channel is subjected to a high-pressure rinsing process after the opening has been inserted.
A composite for an induction cooking device, said composite comprising in consecutive layered arrangement; a surface layer made of a food-safe material; an induction layer made of a carbon-based material, characterised in that said induction layer is connected to or bonded to said surface layer to form an interface, wherein said induction layer fills pores or grooves in said surface layer; an insulating layer made of an insulating material, wherein said insulating layer contacts said induction layer; and an induction heating element that contacts said insulating layer and heats said induction layer via induction.
A composition for use in preventing or treating diabetes, the composition comprising an oxyntomodulin analog conjugate as an active ingredient wherein the oxyntomodulin analog conjugate comprises an oxyntomodulin analog comprising the amino acid sequence of SEQ ID NO: 23; an immunoglobulin Fc region; and a non-peptidyl polymer, wherein the non-peptidyl polymer links the oxyntomodulin analog to the immunoglobulin Fc region via a covalent bond. an oxyntomodulin analog comprising the amino acid sequence of SEQ ID NO: 23; an immunoglobulin Fc region; and a non-peptidyl polymer, wherein the non-peptidyl polymer links the oxyntomodulin analog to the immunoglobulin Fc region via a covalent bond.
. A coated electrode for use in preparation of a lithium ion battery, comprising: an electrode comprising: a film comprising (i) an electrode active material, (ii) a binder composition, and (iii) a conductive agent; and a current collector; and a polymer coating composition comprising a polyurethane gel polymer electrolyte, wherein the polymer coating composition - substantially covers an outer surface of the electrode, and - is solution-coated on the electrode. an electrode comprising: a film comprising (i) an electrode active material, (ii) a binder composition, and (iii) a conductive agent; and a current collector; and a polymer coating composition comprising a polyurethane gel polymer electrolyte, wherein the polymer coating composition - substantially covers an outer surface of the electrode, and - is solution-coated on the electrode. - substantially covers an outer surface of the electrode, and - is solution-coated on the electrode.
Manual spray device comprising: - a manually actuable dispenser button, the said dispenser button comprising a substantially horizontal upper wall, a substantially cylindrical and vertical skirt portion that extends from a periphery of the upper wall, and a substantially cylindrical housing that extends substantially horizontally along a central axis and terminates outside the skirt portion of the dispenser button, - a spray nozzle firmly engaged in the housing, the said spray nozzle comprising an internal chamber capable of receiving a pressurised, non-gaseous fluid product and bounded on the outside by a perforated front wall, the said front wall being planar and comprising a plurality of calibrated holes extending parallel to the central axis of the housing, - a reservoir for fluid product to be sprayed, and - a distribution device mechanically actuable by the dispenser button and designed to transfer the fluid product from the reservoir to the internal chamber of the nozzle, the said distribution device being capable of supplying the internal chamber of the nozzle with fluid product under a pressure of less than 7 bars, characterised in that each of the calibrated holes has a diameter between 1 and 100 μm, the diameter of each hole not differing by more than 20% from an average value of the diameters of the different holes. - a manually actuable dispenser button, the said dispenser button comprising a substantially horizontal upper wall, a substantially cylindrical and vertical skirt portion that extends from a periphery of the upper wall, and a substantially cylindrical housing that extends substantially horizontally along a central axis and terminates outside the skirt portion of the dispenser button, - a spray nozzle firmly engaged in the housing, the said spray nozzle comprising an internal chamber capable of receiving a pressurised, non-gaseous fluid product and bounded on the outside by a perforated front wall, the said front wall being planar and comprising a plurality of calibrated holes extending parallel to the central axis of the housing, - a reservoir for fluid product to be sprayed, and - a distribution device mechanically actuable by the dispenser button and designed to transfer the fluid product from the reservoir to the internal chamber of the nozzle, the said distribution device being capable of supplying the internal chamber of the nozzle with fluid product under a pressure of less than 7 bars,
Combustion engine provided with: - an exhaust pipe connected to a combustion engine exhaust manifold; - an After treatment system operatively coupled with said exhaust manifold; and - a Waste Heat Recovery System circuit connected to said exhaust manifold for draining thermal energy from exhaust gas produced by said combustion engine in order to produce mechanical energy by exploiting an organic fluid as working medium, wherein the WHR comprises at least a venting pipe (VP2b, VP3, VP4, VP5), operatively connecting said WHR circuit with at least a corresponding liquid tank (WTANK, AdBlue, FUEL, E), with a corresponding relief valve (V2b, V3, V4, V5) operatively arranged thereon to vent an excess of said organic fluid in said liquid tank on the basis of a pressure and/or temperature of said working medium; characterized in that said liquid tank is one of - a (WTANK) dedicated water tank - a (AdBlue) tank arranged to contain a urea-based reducing agent and to supply said After treatment system with said urea-based reducing agent, - a (FUEL) tank arranged to contain fuel and to supply said internal combustion engine with said fuel, - a coolant circuit of said internal combustion engine, - a windscreen washing liquid tank. - an exhaust pipe connected to a combustion engine exhaust manifold; - an After treatment system operatively coupled with said exhaust manifold; and - a Waste Heat Recovery System circuit connected to said exhaust manifold for draining thermal energy from exhaust gas produced by said combustion engine in order to produce mechanical energy by exploiting an organic fluid as working medium, - a (WTANK) dedicated water tank - a (AdBlue) tank arranged to contain a urea-based reducing agent and to supply said After treatment system with said urea-based reducing agent, - a (FUEL) tank arranged to contain fuel and to supply said internal combustion engine with said fuel, - a coolant circuit of said internal combustion engine, - a windscreen washing liquid tank.
A condensation particle counter system comprising: an inlet with a flow control orifice for introducing a sample stream to be analyzed; a saturator for introducing a condensate into said sample stream; wherein said saturator is in fluid communication with a condensate reservoir; a condenser in fluid communication with said saturator for condensing said condensate onto particles contained in said sample stream; a particle counter in fluid communication with said condenser for detecting or characterizing said particles in said sample stream; characterized in that the condensation particle counter further comprises: a first valve positioned between said particle counter and said condenser for isolating said particle counter from said condenser, said saturator and said condensate reservoir; and a second valve positioned between said inlet and said saturator for isolating said flow control orifice from said condenser, said saturator and said condensate reservoir; wherein said first valve and said second valve are configured to automatically close when said particle counter is not operational, said particle counter is powered off and/or there is no flow through said flow orifice. an inlet with a flow control orifice for introducing a sample stream to be analyzed; a saturator for introducing a condensate into said sample stream; wherein said saturator is in fluid communication with a condensate reservoir; a condenser in fluid communication with said saturator for condensing said condensate onto particles contained in said sample stream; a particle counter in fluid communication with said condenser for detecting or characterizing said particles in said sample stream; characterized in that the condensation particle counter further comprises: a first valve positioned between said particle counter and said condenser for isolating said particle counter from said condenser, said saturator and said condensate reservoir; and a second valve positioned between said inlet and said saturator for isolating said flow control orifice from said condenser, said saturator and said condensate reservoir; wherein said first valve and said second valve are configured to automatically close when said particle counter is not operational, said particle counter is powered off and/or there is no flow through said flow orifice. a first valve positioned between said particle counter and said condenser for isolating said particle counter from said condenser, said saturator and said condensate reservoir; and a second valve positioned between said inlet and said saturator for isolating said flow control orifice from said condenser, said saturator and said condensate reservoir; wherein said first valve and said second valve are configured to automatically close when said particle counter is not operational, said particle counter is powered off and/or there is no flow through said flow orifice.