mhurhangee/ep-ind-claims huggingface dataset:
A hairbrush comprising a bristle-retaining surface and a bristle field of at least 100 bristles that are individually deployed to the bristle-retaining surface, the bristle field providing the following properties: (i) height properties such that at least 5 different heights that significantly differ from each other are represented; (ii) width properties such that each bristle has a width that is at least 0.5 mm; and (iii) bristle end properties such that at least 60% of the bristles have a rounded end characterized in that the bristle heights vary in a substantially random manner and are substantially independent of bristle location such that there is no visually determinable pattern for the height of the bristles in the bristle field on the bristle-retaining surface. (i) height properties such that at least 5 different heights that significantly differ from each other are represented; (ii) width properties such that each bristle has a width that is at least 0.5 mm; and (iii) bristle end properties such that at least 60% of the bristles have a rounded end
A vehicle comprising: a drive unit that has an engine (11, 12, 13) and a motor and is a drive source for travel of the vehicle; an inverter configured to convert a direct current into an alternating current and output the alternating current; and a connection wire configured to electrically connect an output terminal of the inverter and an input terminal of the motor, wherein the inverter is arranged separately from the drive unit, and the connection wire has flexibility and/or is formed of a wire harness, a wire length of which is longer than a linear distance between the output terminal of the inverter and the input terminal of the motor, characterized in that the vehicle further comprises: a shaft that is coupled to an output shaft of the drive unit and configured to transmit drive power to a drive wheel (20, 21); and a cover member configured to cover the periphery of the shaft, and the inverter is arranged separately from the cover member. a drive unit that has an engine (11, 12, 13) and a motor and is a drive source for travel of the vehicle; an inverter configured to convert a direct current into an alternating current and output the alternating current; and a connection wire configured to electrically connect an output terminal of the inverter and an input terminal of the motor, wherein the inverter is arranged separately from the drive unit, and the connection wire has flexibility and/or is formed of a wire harness, a wire length of which is longer than a linear distance between the output terminal of the inverter and the input terminal of the motor, characterized in that the vehicle further comprises: a shaft that is coupled to an output shaft of the drive unit and configured to transmit drive power to a drive wheel (20, 21); and a cover member configured to cover the periphery of the shaft, and the inverter is arranged separately from the cover member. a shaft that is coupled to an output shaft of the drive unit and configured to transmit drive power to a drive wheel (20, 21); and a cover member configured to cover the periphery of the shaft, and the inverter is arranged separately from the cover member.
A method for producing a watermark (2, 8, 10) as a security feature for a portable data carrier, wherein the watermark (2, 8, 10) is printed in the form of a spatial structure by means of a three-dimensional printing process, characterized in that a brightness value is determined for at least one point of an image according to an adjustable spatial resolution, wherein a layer thickness to be printed of the watermark (2, 8, 10) is determined for at least one brightness value at the location of the associated point of the image, wherein the watermark (2, 8, 10) is printed by means of an at least partially light-impermeable material, wherein a light permeability of the material is adjusted such that upon a modulation of the layer thickness in the dimension of the thickness of a target substrate, wherein the target substrate corresponds to the watermark to be manufactured, a contrast of the watermark occurs upon viewing in transmitted light.
An air-based fryer apparatus for preparing food, said apparatus comprising: - a food preparation chamber, - a food basket placed in said food preparation chamber, - a system for circulating an upward flow of hot air inside said food basket, characterized by - a heating element placed above said food basket to generate air, - a lid placed below the heating element for covering the food basket, said lid comprising: a) a first part being air-permeable, b) a second part facing said heating element being air-impermeable. - a food preparation chamber, - a food basket placed in said food preparation chamber, - a system for circulating an upward flow of hot air inside said food basket, characterized by - a heating element placed above said food basket to generate air, - a lid placed below the heating element for covering the food basket, said lid comprising: a) a first part being air-permeable, b) a second part facing said heating element being air-impermeable. a) a first part being air-permeable, b) a second part facing said heating element being air-impermeable.
An electronic device comprising: a metal bezel having a left bezel portion and a right bezel portion and covering at least one part of an outer circumferential edge of a main body of the electronic device, wherein upper and lower corner bezel portions (215, 216, 217, 218) of the left and right bezel portions (211, 212) are formed to be thicker outwardly in comparison with a middle portion of the left and right bezel portions (211, 212) CHARACTERIZED IN THAT the electronic device is a mobile phone, and the metal bezel comprises at least one non-metal segmenting portion, which is formed between at least two parts of the metal bezel and wherein the metal bezel comprises at least one metal radiator bezel portion, the at least one metal radiator bezel portion being separated by the at least one non-metal segmenting portion and being used as an antenna radiator of the mobile phone, wherein the at least one metal radiator bezel portion comprises a slit (2102; 2103) of reduced metal radiator bezel portion thickness formed inwardly with respect to the metal bezel in a lengthwise direction of the metal bezel. a metal bezel having a left bezel portion and a right bezel portion and covering at least one part of an outer circumferential edge of a main body of the electronic device, wherein upper and lower corner bezel portions (215, 216, 217, 218) of the left and right bezel portions (211, 212) are formed to be thicker outwardly in comparison with a middle portion of the left and right bezel portions (211, 212) CHARACTERIZED IN THAT the electronic device is a mobile phone, and the metal bezel comprises at least one non-metal segmenting portion, which is formed between at least two parts of the metal bezel and wherein the metal bezel comprises at least one metal radiator bezel portion, the at least one metal radiator bezel portion being separated by the at least one non-metal segmenting portion and being used as an antenna radiator of the mobile phone, wherein the at least one metal radiator bezel portion comprises a slit (2102; 2103) of reduced metal radiator bezel portion thickness formed inwardly with respect to the metal bezel in a lengthwise direction of the metal bezel.
Method for controlling an adjustable headlight of a motor vehicle, wherein an obstacle position of an obstacle in a vicinity of the motor vehicle is detected by means of an obstacle detection unit, a distance between the obstacle position and a motor vehicle position is determined and a luminous intensity of the headlight is adjusted depending on the determined distance, wherein the obstacle detection unit detects whether the obstacle is a living being, and upon detection of a living being calculates a luminous intensity for the headlight, taking into account the determined distance, which luminous intensity falls below a predetermined glare threshold at the obstacle position, and the headlight is adjusted such that the calculated luminous intensity is produced at the obstacle position, characterised in that the detection of the living being takes place only when a comparison speed of the motor vehicle is undershot, wherein the vicinity is defined as a range around the motor vehicle which has a distance of less than 15 m.
A method for preventing damage to a part of a vehicle subject to variations in temperature and to a mechanical load, namely a turbocharger housing of a vehicle or an exhaust manifold of a vehicle, or a turbine bearing of a turbocharger of a vehicle, or a cylinder head of a heat engine, this method comprising the construction of a fatigue indicator, the limitation of the power of the vehicle or the indication of the need to replace this part in response to the exceeding by this indicator of a first predetermined threshold, characterized in that the construction of a fatigue indicator is realized by means of a method including, during the use of the part, the measurement (150, 152) of the variations in temperature undergone by this part, which bring about mechanical stresses in this part, and the calculation of the value of the fatigue indicator of this part as a function of the number and of the magnitude of these measured variations in temperature, said method including for each measured variation in temperature the association of an instantaneous damage value as a function of the magnitude of this variation in temperature by means of a preestablished damage law, associating with each magnitude of a temperature variation an instantaneous damage value, and the total over time of the instantaneous damage values associated with each measured variation in temperature, to calculate the value of the fatigue indicator, said method being implemented by a device for damage prevention and for preventive maintaining of said part(s), and including an assembly of sensors, including a temperature sensor, an electronic computer connected to the sensors, a memory connected to the computer, and a connector intended to be connected to a man-machine interface.
Monitoring system having a local monitoring network for an object to be monitored as a first network, the at least one local monitoring network having a plurality of terminals, having a safety control device, the local monitoring network being connected in terms of data technology to the safety control device via a second network using a client connection, with the result that first server messages (SN_1) are transmitted from the safety control device to a terminal address and terminal messages are transmitted from the terminal to the server address (SA_C), having at least one user device (19, 25) which is connected to the safety control device via the second network or a further network (4, 18) using a user connection, with the result that second server messages (SN_2) are transmitted from the safety control device to a user address and user messages are transmitted from the user device (19, 25) to a server address or the server address (SA_C, SA_B), wherein the safety control device has a device manager, the safety control device being in the form of a server, the server being able to evaluate monitoring data from the terminals and being able to trigger an alarm in an automated manner, the device manager being designed to forward the terminal messages from the terminal to the user address as first server messages (SN_1) and to forward the user messages from the user device (19, 25) to the terminal address as second server messages (SN_2) in order to create a user/terminal connection between the terminal and the user device (19, 25), the user/terminal connection allowing, with the user device (19,25), access to a web server integrated in the terminal and to the website delivered thereby as if the terminal could be reached in the same local area network as the user device (19,25) and for direct access with the plurality of terminals in the monitoring network, characterized in that the safety control device provides a common port for the user devices (19,25) in the server address (SA_B) for a plurality of user/terminal connections, the terminal being selected by means of an addendum in the server address (SA_B).
A method of preparation of a ultrafiltration permeate rich in PA1b protein fraction (PA1b fraction), comprising: a) a step of microfiltration or centrifugation of pea soluble fractions resulting in a microfiltration permeate or a centrifugation supernatant, b) followed by a step of ultrafiltration of the microfiltration permeate or of the centrifugation supernatant, resulting in an ultrafiltration permeate rich in PA1b fraction and an ultrafiltration retentate, comprising the recovery of said ultrafiltration permeate, said method comprising before step a) a step of preparation of soluble fractions comprising (i) the preparation of a starch milk, by mixing pea flour and water in a kneading machine, (ii) the preparation of a protein-rich product by extraction of the starch and the fibers from said starch milk from step i), (iii) a flocculation operation by thermocoagulation on said protein-rich product from step ii), and (iv) a decanting operation, in particular by centrifugal decanting, of the product obtained from step iii) to obtain a floc and a supernatant called soluble fractions. a) a step of microfiltration or centrifugation of pea soluble fractions resulting in a microfiltration permeate or a centrifugation supernatant, b) followed by a step of ultrafiltration of the microfiltration permeate or of the centrifugation supernatant, resulting in an ultrafiltration permeate rich in PA1b fraction and an ultrafiltration retentate, comprising the recovery of said ultrafiltration permeate, (i) the preparation of a starch milk, by mixing pea flour and water in a kneading machine, (ii) the preparation of a protein-rich product by extraction of the starch and the fibers from said starch milk from step i), (iii) a flocculation operation by thermocoagulation on said protein-rich product from step ii), and (iv) a decanting operation, in particular by centrifugal decanting, of the product obtained from step iii) to obtain a floc and a supernatant called soluble fractions.
A tubular textile heat shield (10; 110) for providing protection against heat to elongate members contained therein, comprising: a tubular wall (12; 114) of interlaced yarn, said interlaced yarn including polymeric monofilament yarns interlaced with one another, said polymeric monofilament yarns containing reflective aluminum particles interspersed therein as extruded wherein the aluminum particles provide a reflective outer surface and increase the radiant heat resistance of the yarn, characterised in that the conductivity of said polymeric monofilament yarns is substantially unaffected by the interspersed aluminum particles. a tubular wall (12; 114) of interlaced yarn, said interlaced yarn including polymeric monofilament yarns interlaced with one another, said polymeric monofilament yarns containing reflective aluminum particles interspersed therein as extruded wherein the aluminum particles provide a reflective outer surface and increase the radiant heat resistance of the yarn, characterised in that the conductivity of said polymeric monofilament yarns is substantially unaffected by the interspersed aluminum particles.
An injection device for apportioning set doses of a liquid drug comprising a housing structure (20, 120, 220) supporting a non-removable cartridge having an interior chamber containing the liquid drug to be injected, A needle cannula supported by a distal end of the housing structure (20, 120, 220) and having a proximal end inserted into the interior chamber of the cartridge and a distal end with a distal tip, an axially movable shield (30, 130, 230) for covering the distal tip of the needle cannula between injections, which axially movable shield (30, 130, 230) is rotatable relatively to the housing structure (20, 120, 230) between a first locked position and a second unlocked position, - the first locked position being a position in which the axially movable shield (30, 130, 230) is prevented from moving proximally, and - the second unlocked position being a position in which the axially movable shield (30, 130, 230) is allowed to move proximally, characterized in that the axially movable shield (30, 130, 230) distally is provided with a cleaning chamber for cleaning at least the distal tip of the needle cannula between injections, a removable protective cap (10, 110, 210) closed at a distal end, and coupled to the housing structure (20, 120, 220) for covering at least a distal part of the housing structure (20, 120, 220) and the distal tip of the needle cannula, and which removable protective cap (10, 110, 210) is rotatably coupled to the housing structure (20, 120, 220) requiring a user to rotate the protective cap (10, 110, 210) relatively to the housing structure (20, 120, 220) to allow removal of the protective cap (10, 110, 210) and which protective cap (10, 110, 210) comprises one or more protrusions or longitudinal structures such as ribs (12, 112, 212) on an inner surface Z of the removable protective cap (10, 110, 210) for rotationally engaging a number of outwardly pointing protrusions or the like (32, 132, 232) provided on the axially movable shield (30, 130, 230) such that the required rotation of the removable protective cap (10, 110, 210) relative to the housing structure (20, 120, 220) is transformed to a rotation of the axially movable shield (30, 130, 230). - the first locked position being a position in which the axially movable shield (30, 130, 230) is prevented from moving proximally, and - the second unlocked position being a position in which the axially movable shield (30, 130, 230) is allowed to move proximally,
An assembly comprising an insert and a holder for the insert, wherein the holder comprises: - a first housing for receiving the insert, the first housing extending within a plane of the holder, - an opening for inserting the insert into the first housing in a first direction substantially perpendicular to said plane, and - a second housing for receiving said insert, the second housing being in communication with the first housing and extending within the plane of the holder; and the insert has a U-shape configured to fit with both the first and second housings (11, 12) and further comprises locking means for locking the insert in the second housing; and wherein the first and second housings are arranged to allow the insert to slide in a second direction different from the first direction and parallel to said plane so as to pass from the first housing to the second housing; the second housing is configured to prevent movement of the insert out of the holder, in directions perpendicular to the plane; and the insert further comprises an elastic portion configured to be compressed when the insert is moved between the first housing and second housing. the holder comprises: - a first housing for receiving the insert, the first housing extending within a plane of the holder, - an opening for inserting the insert into the first housing in a first direction substantially perpendicular to said plane, and - a second housing for receiving said insert, the second housing being in communication with the first housing and extending within the plane of the holder; and - a first housing for receiving the insert, the first housing extending within a plane of the holder, - an opening for inserting the insert into the first housing in a first direction substantially perpendicular to said plane, and - a second housing for receiving said insert, the second housing being in communication with the first housing and extending within the plane of the holder; and the insert has a U-shape configured to fit with both the first and second housings (11, 12) and further comprises locking means for locking the insert in the second housing; and wherein the first and second housings are arranged to allow the insert to slide in a second direction different from the first direction and parallel to said plane so as to pass from the first housing to the second housing; the second housing is configured to prevent movement of the insert out of the holder, in directions perpendicular to the plane; and the insert further comprises an elastic portion configured to be compressed when the insert is moved between the first housing and second housing.
Catheter tubing comprising (i) an outer surface having a circumference, (ii) strips of radiopaque material that extend along the length of the catheter tubing, (iii) an antimicrobial coating applied to the outer surface in a pattern such that the pattern does not cover the entire circumference of the outer surface, wherein the pattern comprises a plurality of stripes that are formed on the outer surface by passing the catheter tubing through a die after the antimicrobial coating is applied over the entire circumference of the outer surface, and wherein the plurality of stripes of the pattern are positioned overtop and align with the strips of radiopaque material contained within the catheter tubing. (i) an outer surface having a circumference, (ii) strips of radiopaque material that extend along the length of the catheter tubing, (iii) an antimicrobial coating applied to the outer surface in a pattern such that the pattern does not cover the entire circumference of the outer surface, wherein the pattern comprises a plurality of stripes that are formed on the outer surface by passing the catheter tubing through a die after the antimicrobial coating is applied over the entire circumference of the outer surface, and wherein the plurality of stripes of the pattern are positioned overtop and align with the strips of radiopaque material contained within the catheter tubing.
A method of manufacturing a microneedle comprising steps of: forming a plurality of first linear grooves on a substrate in parallel to one another along a first direction using grinding; and forming a plurality of second linear grooves on the substrate in parallel to one another in a second direction intersecting the first direction using grinding, characterized in that all grooves are formed by dicing, wherein a dicing blade may be changed to another dicing blade having a different inclined surface for every groove, at least one of the step of forming a plurality of first linear grooves and the step of forming a plurality of second linear grooves includes: forming first stage grooves using a first dicing blade; processing the first stage grooves by tracing the first stage grooves using a second dicing blade having a side surface different from that of the first dicing blade to thereby form second stage grooves. forming a plurality of first linear grooves on a substrate in parallel to one another along a first direction using grinding; and forming a plurality of second linear grooves on the substrate in parallel to one another in a second direction intersecting the first direction using grinding, all grooves are formed by dicing, wherein a dicing blade may be changed to another dicing blade having a different inclined surface for every groove, at least one of the step of forming a plurality of first linear grooves and the step of forming a plurality of second linear grooves includes: forming first stage grooves using a first dicing blade; processing the first stage grooves by tracing the first stage grooves using a second dicing blade having a side surface different from that of the first dicing blade to thereby form second stage grooves. forming first stage grooves using a first dicing blade; processing the first stage grooves by tracing the first stage grooves using a second dicing blade having a side surface different from that of the first dicing blade to thereby form second stage grooves.