mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the manufacture of a plastics moulded part for the kitchen or sanitary sector with an optically structured surface region, comprising the introduction of a casting compound, which comprises a binder with a polymerisable monomer and a proportion of 40-85% by weight of at least one inorganic filler, into a multiple-part moulding tool, curing the casting compound in the moulding tool and removal of the manufactured plastics moulded part from the moulding tool, characterised in that before the introduction of the casting compound into the moulding tool directly on at least one partial region of the interior thereof there is applied a coating compound in an amount of 0.02-0.03 grams/cm 2 of the appertaining inner surface of the moulding tool, which comprises a binder with a polymerisable monomer and a particulate filler, wherein the casting compound is introduced directly after the application of the coating compound in the moulding tool, wherein the particulate filler of the coating compound is different from the inorganic filler of the casting compound, and wherein the fillers are so selected that there is an optical contrast between the casting compound and the coating compound. characterised in that before the introduction of the casting compound into the moulding tool directly on at least one partial region of the interior thereof there is applied a coating compound in an amount of 0.02-0.03 grams/cm 2 of the appertaining inner surface of the moulding tool, which comprises a binder with a polymerisable monomer and a particulate filler, wherein the casting compound is introduced directly after the application of the coating compound in the moulding tool, wherein the particulate filler of the coating compound is different from the inorganic filler of the casting compound, and wherein the fillers are so selected that there is an optical contrast between the casting compound and the coating compound.
A depth camera including a depth data encoder for deriving a depth value for a pixel of a 3D image and adaptively representing depth information of the 3D image, the depth data encoder comprising: a distance section division processing unit to receive the 3D image including a depth value ranging from 0 to a measured limit distance which is a fixed value for a specification of the camera capturing the 3D image, and divide the measured limit distance into plural sections, wherein the section is an interval having a uniform step size; a section determination unit to determine which one of the plural sections a depth value for the pixel of the 3D image falls within; and an adaptive quantization unit to generate section information indicating the determined section, and quantize the depth value based on the uniform step size of the determined section, wherein section information is represented by a fixed number of bits, wherein a step size for the section near 0 is smaller than a step size for the section near the measured limit distance; wherein the measured limit distance for the 3D image is determined by the depth camera and the step sizes are predefined according to a resolution capability of the depth camera. a distance section division processing unit to receive the 3D image including a depth value ranging from 0 to a measured limit distance which is a fixed value for a specification of the camera capturing the 3D image, and divide the measured limit distance into plural sections, wherein the section is an interval having a uniform step size; a section determination unit to determine which one of the plural sections a depth value for the pixel of the 3D image falls within; and an adaptive quantization unit to generate section information indicating the determined section, and quantize the depth value based on the uniform step size of the determined section, wherein section information is represented by a fixed number of bits, wherein a step size for the section near 0 is smaller than a step size for the section near the measured limit distance; wherein the measured limit distance for the 3D image is determined by the depth camera and the step sizes are predefined according to a resolution capability of the depth camera.
An integrated system comprising: a central electronic control and monitoring, CECM, unit; a twin chamber wall unit, TCWU, and a master control unit, MCU, wherein the CECM is configured to control and monitor all electronic functions of the system, the TCWU is configured to regulate the flow of air in and out of an environmental zone in a room and the MCU is configured as a programming device to the CECM, characterized in that the TCWU comprises two external or internal wall columns A and B, each fitted with top and bottom vents at the top and the bottom of the external or internal wall columns A and B, respectively, wherein the CECM is configured to open the top vent in column B to extract warm air out and to simultaneously open the bottom vent in column A to introduce cool air into the room, to regulate and maintain the temperature in warm conditions, and wherein the CECM is configured to open the bottom vent in column B to extract cool air out and to simultaneously open the top vent in column A to introduce warm air into the room, to regulate and maintain the temperature in cool conditions. a central electronic control and monitoring, CECM, unit; a twin chamber wall unit, TCWU, and a master control unit, MCU, wherein the CECM is configured to control and monitor all electronic functions of the system, the TCWU is configured to regulate the flow of air in and out of an environmental zone in a room and the MCU is configured as a programming device to the CECM, characterized in that the TCWU comprises two external or internal wall columns A and B, each fitted with top and bottom vents at the top and the bottom of the external or internal wall columns A and B, respectively, wherein the CECM is configured to open the top vent in column B to extract warm air out and to simultaneously open the bottom vent in column A to introduce cool air into the room, to regulate and maintain the temperature in warm conditions, and wherein the CECM is configured to open the bottom vent in column B to extract cool air out and to simultaneously open the top vent in column A to introduce warm air into the room, to regulate and maintain the temperature in cool conditions.
A door frame structure enabling air circulation in such a structure, the structure comprises - a door frame , - at least one molding , wherein room is left between the molding and the door frame and/or the molding and the wall for air to circulate in the structures, the molding being arranged to the door frame so that air circulates through the lower end of the molding into the room between the molding and the door frame and/or the molding and the wall, and wherein the air flows through the upper end of the molding out of the structure, characterized in that the structure further comprises - a door frame protective cover , the protective cover forming a skirt between the door frame and the threshold by extending beyond the lower end of the door frame so that when the door frame is installed in a door opening, room is left underneath the skirt of the protective cover in order to allow air to circulate in the room between the molding and the door frame and/or the molding and the wall. - a door frame , - at least one molding , wherein room is left between the molding and the door frame and/or the molding and the wall for air to circulate in the structures, the molding being arranged to the door frame so that air circulates through the lower end of the molding into the room between the molding and the door frame and/or the molding and the wall, and wherein the air flows through the upper end of the molding out of the structure, characterized in that the structure further comprises - a door frame protective cover , the protective cover forming a skirt between the door frame and the threshold by extending beyond the lower end of the door frame so that when the door frame is installed in a door opening, room is left underneath the skirt of the protective cover in order to allow air to circulate in the room between the molding and the door frame and/or the molding and the wall.
A method for ink setting on a printing press , having the following steps: a) detection of a color image print (R1) of a color image on a printing material , b) detection of a substrate print (R2) on the printing material without a color image , c) detection of a carrier material print (R3) on the printing material without a color image , which printing material is connected to a carrier material , d) calculation of a printing image print (R4) to be expected of a printed image on the printing material , which is connected to the carrier material , wherein the method furthermore comprises the following steps: e) comparison of the printed image with a target image , and f) matching the printed image to the target image . a) detection of a color image print (R1) of a color image on a printing material , b) detection of a substrate print (R2) on the printing material without a color image , c) detection of a carrier material print (R3) on the printing material without a color image , which printing material is connected to a carrier material , d) calculation of a printing image print (R4) to be expected of a printed image on the printing material , which is connected to the carrier material , e) comparison of the printed image with a target image , and f) matching the printed image to the target image .
Apparatus for dispensing a target number of particles from a source of a suspension of said particles into a single collection vessel, said apparatus comprising: a particle detecting device that has a detecting area and that detects particles passing through said detecting area; said single collection vessel for collecting all particles so detected; a conveyance device for conveying said suspension from said source through said detecting area and into said single collection vessel; a device for diluting said suspension with a dilution liquid upstream of said single collection vessel; a controller for automated counting of particles passing through said detecting area and thereby obtaining a cumulative number of particles so detected, for comparing said cumulative number with said target number, and for generating a signal when said cumulative number equals said target number; and a shutoff device for interrupting flow of said suspension into said single collection vessel upon receipt of said signal. a particle detecting device that has a detecting area and that detects particles passing through said detecting area; said single collection vessel for collecting all particles so detected; a conveyance device for conveying said suspension from said source through said detecting area and into said single collection vessel; a device for diluting said suspension with a dilution liquid upstream of said single collection vessel; a controller for automated counting of particles passing through said detecting area and thereby obtaining a cumulative number of particles so detected, for comparing said cumulative number with said target number, and for generating a signal when said cumulative number equals said target number; and a shutoff device for interrupting flow of said suspension into said single collection vessel upon receipt of said signal.
A skin penetration enhancer comprising a peptide, wherein the peptide comprises an amino acid sequence comprising ten consecutive amino acid residues as set forth in SEQ ID NO: 1, 2, 3, or 6; eleven consecutive amino acid residues as set forth in SEQ ID NO: 7 or 8; or twelve consecutive amino acid residues as set forth in SEQ ID NO: 4 or 5.
An impact copolymer polypropylene composition comprising a propylene homopolymer or copolymer matrix and an ethylene propylene rubber phase dispersed in the matrix, wherein the ethylene propylene rubber phase (PER) is present in an amount of 5-15 %wt, based on the total weight of the propylene homopolymer or copolymer matrix and the ethylene propylene rubber phase, the amount of ethylene in the ethylene propylene rubber (PER-C2) phase is 43-55 mol%, and the intrinsic viscosity of the ethylene propylene rubber (PER-IV) phase is 3-7 dL/g, and the impact copolymer polypropylene composition has a MFR 2 of 70-200 g/10 min, as determined according to ASTM D1238-13 at 230 °C 2.16 kg.
A surgical instrument placement tool for holding tools for angiographic procedures in the fields of invasive radiology, vascular surgery and cardiology, comprising: - a surgical drape arranged to cover a patient from at least the groin down to the region of the feet, providing a placement surface between the legs of the patient when the patient is lying with spread legs, - a pouch member , having a horizontal, upwardly exposed, bottom surface , the pouch member being attached to a foot end of the surgical drape to extend below the spread legs of the patient and projecting horizontally beyond the feet of the lying patient , characterized in that : - the pouch member comprises a vertical wall portion providing a double curvature bottom surface and an edge that provides for exposing a portion of said upwardly exposed bottom surface of the pouch member , - the double curvature wall has a first curvature having a horizontal radius (r 1 ) that is substantially larger than a second curvature having a vertical radius (r 2 ), and - the first and the second curvature each form a U-shape at the double curvature bottom surface of the vertical wall portion . - a surgical drape arranged to cover a patient from at least the groin down to the region of the feet, providing a placement surface between the legs of the patient when the patient is lying with spread legs, - a pouch member , having a horizontal, upwardly exposed, bottom surface , the pouch member being attached to a foot end of the surgical drape to extend below the spread legs of the patient and projecting horizontally beyond the feet of the lying patient , characterized in that : - the pouch member comprises a vertical wall portion providing a double curvature bottom surface and an edge that provides for exposing a portion of said upwardly exposed bottom surface of the pouch member , - the double curvature wall has a first curvature having a horizontal radius (r 1 ) that is substantially larger than a second curvature having a vertical radius (r 2 ), and - the first and the second curvature each form a U-shape at the double curvature bottom surface of the vertical wall portion . - the pouch member comprises a vertical wall portion providing a double curvature bottom surface and an edge that provides for exposing a portion of said upwardly exposed bottom surface of the pouch member , - the double curvature wall has a first curvature having a horizontal radius (r 1 ) that is substantially larger than a second curvature having a vertical radius (r 2 ), and - the first and the second curvature each form a U-shape at the double curvature bottom surface of the vertical wall portion .
A method, comprising: performing, at one or more computing devices: applying a resource limit on one or more categories of network traffic at a portion of a network-accessible service; obtaining a programmatic request to reduce the resource limit, wherein the programmatic request indicates one or more accounts of a plurality of accounts associated with the network-accessible service, wherein the resource limit is to be reduced for network traffic associated with the one or more accounts; obtaining one or more metrics corresponding to the one or more categories of network traffic at the portion of the network-accessible service; detecting, using the obtained one or more metrics, that a resource usage has met a threshold criterion indicated in the programmatic request; and in response to detecting that the resource usage has met the threshold criterion, initiating one or more actions based at least in part on the programmatic request. applying a resource limit on one or more categories of network traffic at a portion of a network-accessible service; obtaining a programmatic request to reduce the resource limit, wherein the programmatic request indicates one or more accounts of a plurality of accounts associated with the network-accessible service, wherein the resource limit is to be reduced for network traffic associated with the one or more accounts; obtaining one or more metrics corresponding to the one or more categories of network traffic at the portion of the network-accessible service; detecting, using the obtained one or more metrics, that a resource usage has met a threshold criterion indicated in the programmatic request; and in response to detecting that the resource usage has met the threshold criterion, initiating one or more actions based at least in part on the programmatic request.
A method for producing a film of compound semiconductor comprising the steps of providing a substrate ; providing a pre-reacted compound bulk material having a first chemical composition CIGS 1-z that includes at least one first chemical element Cu, In, Ga and a second chemical element Se, wherein the first chemical composition CIGS 1-z is non-stoichiometric and has a deficiency z of chemical element Se, wherein said deficiency z of chemical element Se is in the range of 0.15 to 0.4; depositing a film on the substrate via sputtering using the pre-reacted compound bulk material as a single source of material, wherein the deposited film has a composition substantially the same as the first chemical composition CIGS 1-z ; inducing a residual chemical reaction in the deposited film by heating the film in the presence of H 2 Se and to thereby increase the content of the second chemical element Se in the deposited film so that the deposited film has a stoichiometric second chemical composition CIGS.
Power supply circuit for an on board energy source or storage device comprising a super-capacitor storage unit , the said super-capacitor storage unit consisting in a plurality of super-capacitors interconnected one to the other, the said super-capacitor storage unit having a first and a second terminal the circuit comprising a positive bus connecting the first terminal of the said super-capacitor storage unit to a positive pole of a DC high voltage feeding source and a negative bus connecting the said second terminal of the super-capacitor storage unit to a negative pole of the said DC high voltage feeding source, the negative bus being connected to the ground at a certain grounding point, the said circuit further comprises means for disconnecting the super-capacitor storage unit from the high voltage feeding source in response to the detection of fault currents circulation due to insulation losses to ground of the super-capacitor storage unit and characterized in that in said power supply circuit the said means for disconnecting the super capacitor storage unit from the high voltage feeding source consist in a high speed circuit breaker and a differential relay which are connected in series along the negative bus, between said second terminal and the said grounding point, the differential relay being connected also in series in the positive bus and being capable of generating an activation signal of the high speed circuit breaker in response to a fault current circulation detected by measuring the differences of the currents in the positive and in the negative bus.
A composite membrane comprising two or more polymer layers comprising an ion transfer polymer, wherein the polymer layer comprises: a first polymer layer composed of an ion transfer polymer; and a second polymer layer provided on the first polymer layer and having an ion transfer polymer and a functional additive particle, and the functional additive particle is at least one of a silicon element-containing particle, a graphite oxide particle, a metal particle, and a metal oxide particle, characterized in that the second polymer layer has a thickness of 60 μm or more and 150 μm or less and the content of the functional additive particle is 30 wt% or more and 80 wt% or less based on a total weight of the second polymer layer.
Protection system for a power tool , the protection system comprising a battery pack , which is connectable with the power tool for supplying an electrical load of the power tool with electric energy, as well as a hearing protection for a user of the power tool , wherein - the battery pack comprises a first control circuit , which is configured to transmit an information concerning a value of an operating parameter of the power tool directly or indirectly to a second control circuit of the hearing protection ; and - the hearing protection comprises an audio output device and the second control circuit is configured to control the audio output device depending on the transmitted information to generate an acoustic warning output. - the battery pack comprises a first control circuit , which is configured to transmit an information concerning a value of an operating parameter of the power tool directly or indirectly to a second control circuit of the hearing protection ; and - the hearing protection comprises an audio output device and the second control circuit is configured to control the audio output device depending on the transmitted information to generate an acoustic warning output.
A balling machine for use in the manufacture of aggregate, the balling machine comprising: a rotatable tube having an inlet end and an outlet end ; and a scraper disposed within the rotatable tube , the scraper comprising a leading edge having teeth or serrations; wherein the scraper is arranged to make a reciprocating movement parallel to an axis of the rotatable tube, the teeth or serrations being spaced apart further than the distance over which the scraper oscillates such that the scraper allows, as the scraper reciprocates in use, a build-up of circumferential ridges of material on an internal surface of the rotatable tube . a rotatable tube having an inlet end and an outlet end ; and a scraper disposed within the rotatable tube , the scraper comprising a leading edge having teeth or serrations; wherein the scraper is arranged to make a reciprocating movement parallel to an axis of the rotatable tube, the teeth or serrations being spaced apart further than the distance over which the scraper oscillates such that the scraper allows, as the scraper reciprocates in use, a build-up of circumferential ridges of material on an internal surface of the rotatable tube .
Radar-based level transmitter, said transmitter comprising: - a semi-conductor component , which is designed o to generate and/or receive electrical high-frequency signals (s HF , eHF), and o to determine a level value (L) using at least the high-frequency signals (eHF) received, - a dielectric waveguide (11a, b), which is in contact with the semi-conductor component in order to couple the high-frequency signals (s HF ) into an antenna as radar signals (S HF ) - and/or in order to couple received radar signals (E HF ) from the antenna into the semi-conductor component as electrical signals (e HF ), and - an encapsulation which radially encapsulates at least the waveguide (11a, b) in such a way that a defined cavity is formed between the waveguide (11a, b) and the encapsulation . - a semi-conductor component , which is designed o to generate and/or receive electrical high-frequency signals (s HF , eHF), and o to determine a level value (L) using at least the high-frequency signals (eHF) received, o to generate and/or receive electrical high-frequency signals (s HF , eHF), and o to determine a level value (L) using at least the high-frequency signals (eHF) received, - a dielectric waveguide (11a, b), which is in contact with the semi-conductor component in order to couple the high-frequency signals (s HF ) into an antenna as radar signals (S HF ) - and/or in order to couple received radar signals (E HF ) from the antenna into the semi-conductor component as electrical signals (e HF ), and - an encapsulation which radially encapsulates at least the waveguide (11a, b) in such a way that a defined cavity is formed between the waveguide (11a, b) and the encapsulation .