mhurhangee/ep-ind-claims huggingface dataset:
Device for manufacturing products having individual geometry, comprising a substrate plate, - a material application device for applying material to the substrate plate, preferably above the substrate plate, - a control device which is signal-technically coupled to the material application device, - the control device is configured to control the material application device to selectively dispense the material onto predetermined sections corresponding to the cross-section of a product in the respective layer, - the control device is configured to control the material application device and/or the conveying device such that a layer is applied in a thickness between 5 μm and 200 μm, characterized in that - the substrate plate is divided into a plurality of substrate plate segments (212a-c, 2010a-c) which are detachably connected to each other or to a base support, and - the substrate plate segments (212a-c, 2010a-c) are designed as segments of an endless conveyor device. - a material application device for applying material to the substrate plate, preferably above the substrate plate, - a control device which is signal-technically coupled to the material application device, - the control device is configured to control the material application device to selectively dispense the material onto predetermined sections corresponding to the cross-section of a product in the respective layer, - the control device is configured to control the material application device and/or the conveying device such that a layer is applied in a thickness between 5 μm and 200 μm, characterized in that - the substrate plate is divided into a plurality of substrate plate segments (212a-c, 2010a-c) which are detachably connected to each other or to a base support, and - the substrate plate segments (212a-c, 2010a-c) are designed as segments of an endless conveyor device.
A polyoxyalkylene-modified vinyl acetal polymer which comprises a polyoxyalkylene group represented by general formula in a side chain, and which has a viscosity-average polymerization degree P of 150 or more and 5000 or less, an acetalization degree of 10 mol% or more and 85 mol% or less, and a polyoxyalkylene modification rate S of 0.1 to 10 mol%. wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; and 1≤m≤10 and 3≤n≤20, wherein the viscosity-average polymerization degree P is determined from a viscosity-average polymerization degree of a polyoxyalkylene-modified vinyl alcohol polymer used for producing the polyoxyalkylene-modified vinyl acetal polymer in accordance with JIS K6726; wherein the polyoxyalkylene modification rate S is determined by using proton NMR spectroscopy from the polyoxyalkylene-modified vinyl acetal polymer, a polyoxyalkylene-modified vinyl alcohol polymer or a polyoxyalkylene-modified vinyl ester polymer as its precursor; and wherein the acetalization degree is calculated from a spectrum obtained by proton NMR spectroscopy for a solution of the polyoxyalkylene-modified vinyl acetal polymer in DMSO-d 6.
A radio receiver (100, 200, 2304) comprising a mixer (102, 202, 212) arranged to mix a received signal to an analog baseband signal at or close to zero-frequency; a filter (104, 204, 214) arranged to low pass filter said analog baseband signal. an analog-to-digital converter (106, 206, 216) arranged to oversample, with an oversampling factor, said filtered analog baseband signal (300, 1100) at a sample frequency such that a digital baseband signal is formed, wherein the radio receiver (100, 200, 2304) comprises a mechanism (108, 208) for determining an obtruding signal (302, 312, 1102) causing aliasing effects of the combination of the filtered analog baseband signal (300, 1100) and the sampling, characterised in that the mechanism comprises a frequency translator arrangement arranged to translate the digital baseband signal around a Nyquist frequency being based on a nominal sample frequency, the nominal sample frequency being a fraction of the oversampling frequency according to the oversampling factor, to form a translated digital baseband signal such that signal content of the digital baseband signal around zero frequency will be translated to around the nominal sample frequency and vice versa in the translated digital baseband signal; a detector arranged to determine a first signal level at zero frequency of the digital baseband signal and a second signal level (S') at zero frequency of the translated digital baseband signal; and an obtruding signal detector arranged to detect the obtruding signal (302, 312) based on a relation between the first and second signal levels (S, S') and to output an obtruding signal state signal based on the detection of the obtruding signal.
A heating and cooling unit characterized by comprising: a mixer case for supplying mixed air, which is obtained by mixing circulated air from a room inside with feed air to be fed, to the room inside; an adjustment case for adjusting flow of the feed air to the mixer case; a guide path, which is communicatively connected with the circulated air, for guiding the feed air to the mixer case; a heat storage radiation member, which is attached in the mixer case in a thermally-conductive manner, for obtaining heat from the mixed air and radiating the heat to the room inside; a box member, which has an opening at one face thereof and is buried in a wall at the room inside with the one face facing the room inside, for housing the adjustment case, the mixer case and the guide path; and a circulated air path, which is formed inside the box member and communicatively connecting the opening to the guide path, characterized by a plurality of juxtaposed flow dividing fins, which are formed in the heat storage radiation member, for dividing flow of mixed air to be supplied to the room inside and letting the mixed air through. a mixer case for supplying mixed air, which is obtained by mixing circulated air from a room inside with feed air to be fed, to the room inside; an adjustment case for adjusting flow of the feed air to the mixer case; a guide path, which is communicatively connected with the circulated air, for guiding the feed air to the mixer case; a heat storage radiation member, which is attached in the mixer case in a thermally-conductive manner, for obtaining heat from the mixed air and radiating the heat to the room inside; a box member, which has an opening at one face thereof and is buried in a wall at the room inside with the one face facing the room inside, for housing the adjustment case, the mixer case and the guide path; and a circulated air path, which is formed inside the box member and communicatively connecting the opening to the guide path, characterized by a plurality of juxtaposed flow dividing fins, which are formed in the heat storage radiation member, for dividing flow of mixed air to be supplied to the room inside and letting the mixed air through.
Rinsing brush for cleaning dishes, having - a brush head, - a brush shaft projecting therefrom in a shaft direction, which can serve as a handle, - wherein the brush head has a base body - on which at least two bristle regions (5a, b) are present, wherein - in the bristle regions (5a, b), the bristles each project from a base surface (7a, b) to the same side, - wherein the main extension plane (7'a, 7'b) of each of the base surfaces (7a, b) extends to the shaft direction at an acute shaft angle (8a, b), and - the two bristle regions (5a, b) are arranged at different circumferential positions of the shaft direction characterized in that - the bristle regions (5a, b) are formed on a separate bristle part (5a, b), - each bristle part (5a, b) comprises a bristle support body from which the bristles project, and - each bristle part (5a, b) is detachably fastened to a respective outer surface (4a, b) of the base body. - a brush head, - a brush shaft projecting therefrom in a shaft direction, which can serve as a handle, - wherein the brush head has a base body - on which at least two bristle regions (5a, b) are present, - in the bristle regions (5a, b), the bristles each project from a base surface (7a, b) to the same side, - wherein the main extension plane (7'a, 7'b) of each of the base surfaces (7a, b) extends to the shaft direction at an acute shaft angle (8a, b), and - the two bristle regions (5a, b) are arranged at different circumferential positions of the shaft direction - the bristle regions (5a, b) are formed on a separate bristle part (5a, b), - each bristle part (5a, b) comprises a bristle support body from which the bristles project, and - each bristle part (5a, b) is detachably fastened to a respective outer surface (4a, b) of the base body.
Determination device for determining a scan velocity of an energy beam for an apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, wherein the determination device comprises a determination unit that is arrangeable or arranged in a process chamber of an apparatus for additively manufacturing three-dimensional objects, characterized in that the determination device is adapted to determine a scan velocity with which the energy beam is guided along a closed scan path (14, 14') based on the scan time required for guiding the energy beam along the closed scan path (14, 14').
A marker-less augmented reality system, comprising: a plane extracting unit configured to extract a plurality of planes in a plurality of frames generated by a camera, based on three-dimensional information of the plurality of frames; a correspondence estimating unit configured to estimate a correspondence among the extracted plurality of planes, wherein the correspondence estimating unit is configured to select a single frame from among the plurality of frames to be a reference frame, and to estimate the correspondence among the plurality of planes, based on at least three pairs of corresponding planes comprising at least three target planes included in the selected reference frame; and a camera pose estimating unit configured to estimate a pose of the camera, based on the estimated correspondence, wherein the correspondence estimating unit is configured to estimate the correspondence among the plurality of planes based on a direction of a normal vector between the target planes and planes included in each frame and a distance from the camera to planes included in each frame; and the plane extracting unit is configured to select a first point from the 3D information, to establish a kd-tree in order to extract points positioned within a threshold distance from the first point, to select a second point and a third point positioned within a threshold distance from the first point, and to generate a plane model based on the selected first point, the selected second point, and the selected third point. a plane extracting unit configured to extract a plurality of planes in a plurality of frames generated by a camera, based on three-dimensional information of the plurality of frames; a correspondence estimating unit configured to estimate a correspondence among the extracted plurality of planes, wherein the correspondence estimating unit is configured to select a single frame from among the plurality of frames to be a reference frame, and to estimate the correspondence among the plurality of planes, based on at least three pairs of corresponding planes comprising at least three target planes included in the selected reference frame; and a camera pose estimating unit configured to estimate a pose of the camera, based on the estimated correspondence, wherein the correspondence estimating unit is configured to estimate the correspondence among the plurality of planes based on a direction of a normal vector between the target planes and planes included in each frame and a distance from the camera to planes included in each frame; and the plane extracting unit is configured to select a first point from the 3D information, to establish a kd-tree in order to extract points positioned within a threshold distance from the first point, to select a second point and a third point positioned within a threshold distance from the first point, and to generate a plane model based on the selected first point, the selected second point, and the selected third point.
Method for temporarily holding a motor vehicle on a hill (a), wherein the motor vehicle has a drive train which has an internal combustion engine, a first clutch connected to the internal combustion engine, a second clutch connected to the internal combustion engine, a first partial transmission connected to the first clutch and having at least two gears, a second partial transmission connected to the second clutch and having at least two gears, a drive shaft connected to the partial transmissions (22, 23), an electric machine which is connected to an input of a partial transmission, and a control device, comprising the steps: - detecting a hold request in the control device; - engaging a holding gear 1 in at least one of the partial transmissions, to the input of which the electric machine is connected; - activating the electric machine such that the electric machine provides a holding torque assisting the holding of the motor vehicle on the hill, wherein the holding torque is transmitted from the electric machine to the drive shaft via the one partial transmission; wherein the clutch assigned to the one partial transmission is disengaged during the holding, and wherein the internal combustion engine is switched off, wherein the clutch assigned to the other partial transmission is engaged and wherein a further holding gear is engaged in the other partial transmission, so that a supplementary holding torque corresponding to the breakaway torque of the switched-off internal combustion engine is transmitted via the other partial transmission. - detecting a hold request in the control device; - engaging a holding gear 1 in at least one of the partial transmissions, to the input of which the electric machine is connected; - activating the electric machine such that the electric machine provides a holding torque assisting the holding of the motor vehicle on the hill, wherein the holding torque is transmitted from the electric machine to the drive shaft via the one partial transmission;
A blended thermoplastic composition comprising: a. from 20 wt% to 80 wt% of a polycarbonate polymer; b. from 3 wt% to 30 wt% of a phosphorus-containing flame retardant; c. from 10 wt% to 70 wt% of a filler comprising at least one thermally conductive filler and at least one thermally insulating filler, wherein the thermally conductive filler is a high thermally conductive filler having a thermal conductivity greater than or equal to 50 W/mK, a low thermally conductive filler having a thermal conductivity from 10 W/mK to 30 W/mK, or a combination thereof, and wherein the thermally insulating filler has a thermal conductivity less than 10 W/mK, wherein the thermal conductivity is determined according to the method disclosed in the specification; d. from 0,1 wt% to 10 wt% of a silicone-containing char-forming agent; wherein the combined weight percent value of all components does not exceed 100 wt%; wherein all weight percent values are based on the total weight of the blended thermoplastic composition; wherein a molded sample of the blended thermoplastic composition has a UL94 V0 rating at a thickness of 1.2 mm; and wherein a molded sample of the blended thermoplastic composition has a through-plane thermal conductivity when determined in accordance with ASTM E1461 of greater than or equal to 0.4 W/mK. a. from 20 wt% to 80 wt% of a polycarbonate polymer; b. from 3 wt% to 30 wt% of a phosphorus-containing flame retardant; c. from 10 wt% to 70 wt% of a filler comprising at least one thermally conductive filler and at least one thermally insulating filler, wherein the thermally conductive filler is a high thermally conductive filler having a thermal conductivity greater than or equal to 50 W/mK, a low thermally conductive filler having a thermal conductivity from 10 W/mK to 30 W/mK, or a combination thereof, and wherein the thermally insulating filler has a thermal conductivity less than 10 W/mK, wherein the thermal conductivity is determined according to the method disclosed in the specification; d. from 0,1 wt% to 10 wt% of a silicone-containing char-forming agent;
A divider (1, 1') for dividing into parallel lanes a plurality of products advanced along a transport plane, said divider (1, 1') comprising: - a support frame; - at least one guide channel carried by said frame, adapted to receive the products advanced along said transport plane and extending parallel to a longitudinal direction; said guide channel comprising two channel portions (15, 16) telescopically coupled to each other along a sliding direction parallel to said longitudinal direction; - first guide means connected to said frame in a fixed position and extending parallel to a transversal direction orthogonal to said longitudinal direction; - second guide means carried by said frame and extending parallel to said longitudinal direction; - first actuating means for moving said guide channel parallel to said transversal direction through the guiding action of said first guide means; and - second actuating means for moving a first one of said channel portions (15, 16) relative to a second one of said channel portions (15, 16) parallel to said longitudinal direction and trough the guiding action of said second guide means; characterized in that said second guide means are connected to said frame in a fixed position; in that said first actuating means comprise first motorized cursor means (30; 30a, 30b) slidably coupled to said first guide means and connected to said guide channel to move the guide channel parallel to said transversal direction; and in that said second actuating means comprise second motorized cursor means slidably coupled to said second guide means and connected to said first channel portion to move it relative to the second channel portion and parallel to said longitudinal direction. - a support frame; - at least one guide channel carried by said frame, adapted to receive the products advanced along said transport plane and extending parallel to a longitudinal direction; said guide channel comprising two channel portions (15, 16) telescopically coupled to each other along a sliding direction parallel to said longitudinal direction; - first guide means connected to said frame in a fixed position and extending parallel to a transversal direction orthogonal to said longitudinal direction; - second guide means carried by said frame and extending parallel to said longitudinal direction; - first actuating means for moving said guide channel parallel to said transversal direction through the guiding action of said first guide means; and - second actuating means for moving a first one of said channel portions (15, 16) relative to a second one of said channel portions (15, 16) parallel to said longitudinal direction and trough the guiding action of said second guide means;
A vaccine composition for use in the treatment or prevention of otitis media, sinusitis, lower respiratory tract infections or chronic obstructive pulmonary disease, caused by Haemophilus influenza, and comprising a surface exposed protein, which can be detected in Haemophilus influenzae, having an amino acid sequence as described in Sequence ID No. 1, 2, 6, 7, 8, or 9.
A composition for controlling organisms in soil that are deleterious to crop growth chosen from nematodes and undesired vegetation, said composition comprising hydrogen cyanamide and a carboxylic acid selected from propionic acid and citric acid, said carboxylic acid in a proportion relative to said hydrogen cyanamide that is effective in enhancing the pesticidal effectiveness of said hydrogen cyanamide, wherein the weight ratio of carboxylic acid to hydrogen cyanamide is within the range of 2:1 to 20:1.
A method of additive manufacturing an object featuring properties of a soft bodily tissue, the method comprising: dispensing at least one modeling material formulation to sequentially form a plurality of layers in a configured pattern corresponding to a shape of the object, wherein for at least a portion of said layers, said dispensing is of a modeling material formulation featuring, when hardened, a Shore A hardness, as determined according to ASTM D2240 using a digital Shore A hardness durometer, lower than 10 or a Shore 00 hardness, as determined according to ASTM D2240 using a digital Shore 00 hardness durometer, lower than 40, characterised in that said modeling material formulation comprises curable materials and non-curable materials, wherein a total amount of said non-curable materials ranges from 10 to 49, or from 10 to 30, % by weight, of the total weight of said formulation.
A refrigeration cycle apparatus using refrigerant including HFO-1123, the refrigeration cycle apparatus comprising: a compressor, a condenser, an expansion valve, and an evaporator connected in a loop; characterized by a cooling unit configured to cool the refrigerant at an inlet of the expansion valve, the cooling unit comprising an auxiliary heat exchanger and being configured to cool the refrigerant including HFO-1123 so that the refrigerant becomes equal to or lower than a lower limit temperature or a lower limit pressure causing disproportionation reaction, wherein, in a refrigerant pipe (21, 22) on a high-pressure side between the compressor and the expansion valve (5, 5a), the refrigerant pipe between an outlet of the condenser and the expansion valve (5, 5a) has a diameter that is smaller than a diameter of the refrigerant pipe between the compressor and an inlet of the condenser. a compressor, a condenser, an expansion valve, and an evaporator connected in a loop; characterized by a cooling unit configured to cool the refrigerant at an inlet of the expansion valve, the cooling unit comprising an auxiliary heat exchanger and being configured to cool the refrigerant including HFO-1123 so that the refrigerant becomes equal to or lower than a lower limit temperature or a lower limit pressure causing disproportionation reaction, wherein, in a refrigerant pipe (21, 22) on a high-pressure side between the compressor and the expansion valve (5, 5a), the refrigerant pipe between an outlet of the condenser and the expansion valve (5, 5a) has a diameter that is smaller than a diameter of the refrigerant pipe between the compressor and an inlet of the condenser.
A terminal enclosure for optical fibers for communications, comprising: a housing including a base, a cover and an extractable fiber organizer tray disposable in the housing having a first side and an opposite second side, wherein all management functions are concentrated in the extractable fiber organizer tray, wherein the extractable fiber organizer tray comprises on its first side a splicing portion and portions (13, 14) for storing an entering jacketed cable as well as the fibers of the stripped portion of the cable and on its second side a fiber connector mounting portion. a housing including a base, a cover and an extractable fiber organizer tray disposable in the housing having a first side and an opposite second side, wherein all management functions are concentrated in the extractable fiber organizer tray, wherein the extractable fiber organizer tray comprises on its first side a splicing portion and portions (13, 14) for storing an entering jacketed cable as well as the fibers of the stripped portion of the cable and on its second side a fiber connector mounting portion.
An industrial fabric comprising a plurality of uncoated functional monofilaments having a grooved-shaped cross-section, wherein each of the plurality of uncoated functional monofilaments have a top surface and a bottom surface, the top surface and the bottom surface each having a plurality of grooves formed thereon, and the grooves run along the length of the monofilaments, and wherein the grooves have a top opening and a bottom beneath the top opening and being wider at the bottom than at the top opening.