mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing an aqueous coating composition comprising: forming a feedstock by a process comprising: mixing a resin and a curing agent at a mixing temperature at or above the melting point of the resin and agent to form a homogeneous molten blend; cooling the molten blend to form a solid blend; and grinding the solid blend to produce the feedstock; combining the feedstock, a salting agent, at least one additive, and water; and mixing the feedstock, salting agent, at least one additive, and water to form a dispersion; thereby forming the aqueous coating composition. forming a feedstock by a process comprising: mixing a resin and a curing agent at a mixing temperature at or above the melting point of the resin and agent to form a homogeneous molten blend; cooling the molten blend to form a solid blend; and grinding the solid blend to produce the feedstock; mixing a resin and a curing agent at a mixing temperature at or above the melting point of the resin and agent to form a homogeneous molten blend; cooling the molten blend to form a solid blend; and grinding the solid blend to produce the feedstock; combining the feedstock, a salting agent, at least one additive, and water; and mixing the feedstock, salting agent, at least one additive, and water to form a dispersion; thereby forming the aqueous coating composition.
Oven having at least one first wall flat part which has a first material defining a surface function of the first wall flat part, and a second wall flat part which has a second material defining a surface function of the second wall flat part, wherein the first and second material have a different surface function, wherein the first and second material are in each case a coating (1b-5b) applied to a carrier material (1a-5a), wherein the coatings (1b-5b) are manufactured in different processes, wherein one of the wall flat parts is a bottom of the oven, wherein panel heating in the form of a coating is provided under the bottom, characterised in that the first wall flat part and the second wall flat part are separate parts which are connected to one another in a form-fit, force-fit or material-bonded manner to form the oven.
A method of printing a functional element (3102, 3104) onto an articel, the method comprising: calibrating a display device to a printing system; placing an article on a platform so that the article is positioned between the platform and the display device when the printing system is in a first position; receiving functional element information at the display device; displaying an image of the functional element using the display device; aligning the image of the functional element so that the image of the functional element corresponds to a predetermined location on the article; moving the printing system to a second position; and printing the functional element onto the article in the predetermined location when the printing system is in the second position. calibrating a display device to a printing system; placing an article on a platform so that the article is positioned between the platform and the display device when the printing system is in a first position; receiving functional element information at the display device; displaying an image of the functional element using the display device; aligning the image of the functional element so that the image of the functional element corresponds to a predetermined location on the article; moving the printing system to a second position; and printing the functional element onto the article in the predetermined location when the printing system is in the second position.
A head-mounted display device comprising: a visor assembly including a display assembly to cause an image to be displayed to a user, the visor assembly including an electronic component (103, 172) that generates heat during operation; a head fitting assembly, flexibly coupled via a hinge to the visor assembly, by which the head-mounted display device can be worn on a head of the user, the head fitting assembly including a heat dissipation structure; and a multilayer flexible thermal conduit (82A, 82B) that passes from the visor assembly to the head fitting assembly, to convey heat generated by the electronic component to the heat dissipation structure in the head fitting assembly, characterized in that the multilayer flexible thermal conduit comprises a plurality of flexible thermally conductive layers; and the plurality of flexible thermally conductive layers are not affixed to each other in a region where the head fitting assembly is hinged to the visor assembly, such that the plurality of flexible thermally conductive layers are able to flex separately in the region of the hinge. a visor assembly including a display assembly to cause an image to be displayed to a user, the visor assembly including an electronic component (103, 172) that generates heat during operation; a head fitting assembly, flexibly coupled via a hinge to the visor assembly, by which the head-mounted display device can be worn on a head of the user, the head fitting assembly including a heat dissipation structure; and a multilayer flexible thermal conduit (82A, 82B) that passes from the visor assembly to the head fitting assembly, to convey heat generated by the electronic component to the heat dissipation structure in the head fitting assembly, characterized in that the multilayer flexible thermal conduit comprises a plurality of flexible thermally conductive layers; and the plurality of flexible thermally conductive layers are not affixed to each other in a region where the head fitting assembly is hinged to the visor assembly, such that the plurality of flexible thermally conductive layers are able to flex separately in the region of the hinge.
Device for manufacturing an arched sheet with a determined radius of curvature making use of a continuously supplied material layer, characterized in that the device comprises an adjustable mould with an arched surface for forming the continuously supplied material layer thereon, which arched surface 102 has a transverse direction D, a curved longitudinal direction L with a radius of curvature R, and a supply side extending in the transverse direction and a discharge side parallel thereto; which adjustable mould is adapted to change the radius of curvature R of the arched surface by altering the position of the discharge side relative to the supply side (P1, P2).
A polynucleotide that encodes a polypeptide with peroxygenase activity, characterised in that the polypeptide amino acid sequence encoding having an identity of at least 70% with SEQ ID NO: 2 ( Aae UP01), and comprising at least two amino acid alterations in the homologous positions to positions 241 and 257 of the sequence, which replace the amino acids: original glycine by aspartic acid in position 241 (G241D mutation) and original arginine by lysine in position 257 (R257K mutation).
A welding device comprising: a welding torch including a welding tip having a feeder for supplying electric power to a welding wire; a memory for storing a plurality of welding conditions in which a distance between the feeder and a work-piece to be welded is associated with at least one of a length of the wire supplied per unit time, a weight of the wire supplied per unit time, and a set electric current; a power supply for supplying electric power between the wire and the work-piece; an input section for receiving an input of a set value of a distance between the feeder and the work-piece; a selector for selecting one of the welding conditions stored in the memory based on the set value; and a controller for controlling the power supply based on the welding condition selected by the selector, characterized in that the welding tip includes an insulating member having a through hole in order to insert the wire, the insulating member being disposed so as to be nearer to the work piece than the feeder when a work piece is provided to be welded, wherein when the set value differs from any one of the distances in response to the plurality of welding conditions, the selector selects a welding condition in response to the distance having a smallest difference from the set value. a welding torch including a welding tip having a feeder for supplying electric power to a welding wire; a memory for storing a plurality of welding conditions in which a distance between the feeder and a work-piece to be welded is associated with at least one of a length of the wire supplied per unit time, a weight of the wire supplied per unit time, and a set electric current; a power supply for supplying electric power between the wire and the work-piece; an input section for receiving an input of a set value of a distance between the feeder and the work-piece; a selector for selecting one of the welding conditions stored in the memory based on the set value; and a controller for controlling the power supply based on the welding condition selected by the selector, characterized in that the welding tip includes an insulating member having a through hole in order to insert the wire, the insulating member being disposed so as to be nearer to the work piece than the feeder when a work piece is provided to be welded, wherein when the set value differs from any one of the distances in response to the plurality of welding conditions, the selector selects a welding condition in response to the distance having a smallest difference from the set value.
A method for realizing data transmission with passive optical network, PON, architecture, the PON architecture comprising: an optical line terminal, OLT, supporting a plurality of channels, and one or more optical network units, ONUs, supporting one or more channels under a same optical distribution network, ODN; characterized in that the method comprises: acquiring, by a sender, a number of channels and/or corresponding channels supported by a receiver for transmitting data and a transmittable state of each supported channel, the transmittable state comprising a transmittable start time point at which the corresponding supported channel becomes available for transmitting data, distributing data to be transmitted to one or more supported channels for transmitting, wherein the data is transmitted on a channel with an earliest transmittable start time point; receiving, by a receiver, data on supported channels and reassembling the data accordingly based on transmission rules; wherein the sender is the OLT, and the receiver is an ONU, or the sender is the ONU, and the receiver is the OLT. acquiring, by a sender, a number of channels and/or corresponding channels supported by a receiver for transmitting data and a transmittable state of each supported channel, the transmittable state comprising a transmittable start time point at which the corresponding supported channel becomes available for transmitting data, distributing data to be transmitted to one or more supported channels for transmitting, wherein the data is transmitted on a channel with an earliest transmittable start time point; receiving, by a receiver, data on supported channels and reassembling the data accordingly based on transmission rules; wherein the sender is the OLT, and the receiver is an ONU, or the sender is the ONU, and the receiver is the OLT.
Activating mechanism for a medicament delivery device, comprising: - a cartridge containing a dosage of a medicament, - a cartridge carrier holding the cartridge and comprising a distal carrier section (4.2), - a hollow injection needle arranged within a distal end of the cartridge carrier comprising an inner needle section (6.2) targeted inside the cartridge carrier, whereby the inner needle section (6.2) is spaced from the cartridge in a distal direction when the medicament delivery device is in an initial position, - a removable needle cap to cover and seal an outer needle section (6.1) of the injection needle that is targeted outside the cartridge carrier, wherein - at least the distal carrier section (4.2) is made from a resilient material so that the distal carrier section (4.2) is allowed to deform radially outwards when the needle cap is removed and the cartridge is moved in the distal direction, wherein - the distal carrier section (4.2) comprises a carrier collar (4.2.1) that protrudes in a radial inward direction as well as in a radial outward direction, and wherein - the carrier collar (4.2.1) is provided to retain the cartridge in position as long as the medicament delivery device is in the initial position, wherein a proximal inner surface of the needle cap fits closely to a radial outer surface of the distal carrier section (4.2) when the medicament delivery device is in the initial position in order to restrict a radial outward deformation of the distal carrier section (4.2). - a cartridge containing a dosage of a medicament, - a cartridge carrier holding the cartridge and comprising a distal carrier section (4.2), - a hollow injection needle arranged within a distal end of the cartridge carrier comprising an inner needle section (6.2) targeted inside the cartridge carrier, whereby the inner needle section (6.2) is spaced from the cartridge in a distal direction when the medicament delivery device is in an initial position, - a removable needle cap to cover and seal an outer needle section (6.1) of the injection needle that is targeted outside the cartridge carrier, wherein - at least the distal carrier section (4.2) is made from a resilient material so that the distal carrier section (4.2) is allowed to deform radially outwards when the needle cap is removed and the cartridge is moved in the distal direction, wherein - the distal carrier section (4.2) comprises a carrier collar (4.2.1) that protrudes in a radial inward direction as well as in a radial outward direction, and wherein - the carrier collar (4.2.1) is provided to retain the cartridge in position as long as the medicament delivery device is in the initial position,
Connector with brushes and pins which slides along guides for home, business or industrial installations, which comprises guides (6, 7), said guides (6, 7) comprising longitudinally extending recesses which, in their interior, comprise electrical conductor bars for taking-off electrical power by means of electrical plugs or connectors inserted in said guides, characterized in that: - said electrical conductor bars consist of electrical tracks (13, 25) allocated within recesses, with a flat geometry so that they offer a flat electrical contact; - the connector comprises a sliding piece (4, 5) which is permanently introduced within the guides (6, 7), and in permanent electrical contact with the electrical tracks (13, 25), by means of brushes or first pins, with flat geometry, which make a permanent flat contact with the tracks (13, 25) inside the guides (6, 7); - the contact of said brushes or first pins with the tracks (13, 25) is made by means of exerting permanent pressure. - said electrical conductor bars consist of electrical tracks (13, 25) allocated within recesses, with a flat geometry so that they offer a flat electrical contact; - the connector comprises a sliding piece (4, 5) which is permanently introduced within the guides (6, 7), and in permanent electrical contact with the electrical tracks (13, 25), by means of brushes or first pins, with flat geometry, which make a permanent flat contact with the tracks (13, 25) inside the guides (6, 7); - the contact of said brushes or first pins with the tracks (13, 25) is made by means of exerting permanent pressure.
A method of positioning a patient for treatment, comprising: associating fiducials with the patient; using a first imaging system at an imaging position to capture a first image of the fiducials and of an irradiation target while the patient is on a treatment couch, the imaging position being in a treatment room where treatment is to be performed; moving the treatment couch while the patient is on the treatment couch from the imaging position toward a treatment position, the treatment position being different from the imaging position and being in the treatment room; following movement of the treatment couch, using a second imaging system to capture a second image of the fiducials in the treatment room; determining locations of the fiducials in the treatment room based on both the first image and the second image; determining a location of the irradiation target relative to a therapy system based on locations of the fiducials in the treatment room and in the first image; and moving the treatment couch into the treatment position in the treatment room based on the location of the irradiation target. associating fiducials with the patient; using a first imaging system at an imaging position to capture a first image of the fiducials and of an irradiation target while the patient is on a treatment couch, the imaging position being in a treatment room where treatment is to be performed; moving the treatment couch while the patient is on the treatment couch from the imaging position toward a treatment position, the treatment position being different from the imaging position and being in the treatment room; following movement of the treatment couch, using a second imaging system to capture a second image of the fiducials in the treatment room; determining locations of the fiducials in the treatment room based on both the first image and the second image; determining a location of the irradiation target relative to a therapy system based on locations of the fiducials in the treatment room and in the first image; and moving the treatment couch into the treatment position in the treatment room based on the location of the irradiation target.
An insert for electrical furnaces comprising an insulating shell having an inside as well as an outside, the inside having a rotationally symmetrical shape around a centre axis (C i), as well as a coiled heater element arranged at the inside of the insulating shell and comprising an element wire of resistance material, and wherein the coiled heater element has a centre axis (C h) that generally coincides with the centre axis (C i) of the insulating shell, characterized in that the element wire consists of at least two sections (s 1, s 2), which are interconnected via a bend of element wire in such a way that the bend and the sections (s 1, s 2) mutually form a loop of element wire, a centre axis (C k) of the element wire in at least a part of the bend forming an angle (α 1, α) with a centre axis (C s1, C s) of the element wire in a section (s 1) connected to the bend, a fastening member (11, 13) being fixedly anchored in the insulating shell and arranged in the area of the bend in such a way that the element wire in a section (s 1, s 2) directly connected to the bend is prevented from being displaced past the fastening member (11, 13)
A compressor comprising: a main body including a high-pressure chamber and a low-pressure chamber; a discharge cover fixable to an interior space of the main body to divide the interior space of the main body into a suction space and a discharge space; a fixed scroll; an orbiting scroll; a compression chamber formed by the fixed scroll and the orbiting scroll to compress a refrigerant; a discharge port formed in the fixed scroll to discharge the compressed refrigerant to an outside of the compression chamber; a bypass port formed in the fixed scroll to discharge a refrigerant being compressed in the compression chamber to the outside of the compression chamber; characterised by: a discharge guide provided on the fixed scroll to guide the refrigerant discharged from the discharge port and the bypass port to the discharge cover; a back-pressure cover provided over the discharge guide to separate the high-pressure chamber from the low-pressure chamber; and a middle-pressure chamber formed by the fixed scroll; the back-pressure cover, and the discharge guide. a main body including a high-pressure chamber and a low-pressure chamber; a discharge cover fixable to an interior space of the main body to divide the interior space of the main body into a suction space and a discharge space; a fixed scroll; an orbiting scroll; a compression chamber formed by the fixed scroll and the orbiting scroll to compress a refrigerant; a discharge port formed in the fixed scroll to discharge the compressed refrigerant to an outside of the compression chamber; a bypass port formed in the fixed scroll to discharge a refrigerant being compressed in the compression chamber to the outside of the compression chamber; characterised by: a discharge guide provided on the fixed scroll to guide the refrigerant discharged from the discharge port and the bypass port to the discharge cover; a back-pressure cover provided over the discharge guide to separate the high-pressure chamber from the low-pressure chamber; and a middle-pressure chamber formed by the fixed scroll; the back-pressure cover, and the discharge guide. a discharge guide provided on the fixed scroll to guide the refrigerant discharged from the discharge port and the bypass port to the discharge cover; a back-pressure cover provided over the discharge guide to separate the high-pressure chamber from the low-pressure chamber; and a middle-pressure chamber formed by the fixed scroll; the back-pressure cover, and the discharge guide.
A convertor for converting alternating movement to unidirectional movement, the convertor comprising an actuator for generating the alternating movement, the actuator being disposed to exert compressive and tensile forces on first and second members (14, 16), the first said member having a positive Poisson's ratio and the second said member having a negative Poisson's ratio, and the first and second members (14, 16) being adapted for differential frictional engagement with a structure.
An ultrasonic imaging apparatus comprising: an ultrasonic probe configured to transmit an ultrasonic signal to an object (ob) and receive an echo signal reflected from the object (ob); a display configured to output an ultrasound image output by the ultrasonic probe and a medical image having a modality different from that of the ultrasound image in a matched state; an inputter configured to receive a user input for adjusting a range of an output area of the medical image; and a controller configured to control an ultrasonic beam of the ultrasonic probe to adjust an output area of the ultrasound image in response to detecting that the output area of the medical image is adjusted by the user input; characterized in that the ultrasonic imaging apparatus is configured to output the ultrasound image in real time in a state matched with the adjusted medical image by controlling only the ultrasonic beam while the ultrasonic probe is fixed to the object (ob). an ultrasonic probe configured to transmit an ultrasonic signal to an object (ob) and receive an echo signal reflected from the object (ob); a display configured to output an ultrasound image output by the ultrasonic probe and a medical image having a modality different from that of the ultrasound image in a matched state; an inputter configured to receive a user input for adjusting a range of an output area of the medical image; and a controller configured to control an ultrasonic beam of the ultrasonic probe to adjust an output area of the ultrasound image in response to detecting that the output area of the medical image is adjusted by the user input; characterized in that the ultrasonic imaging apparatus is configured to output the ultrasound image in real time in a state matched with the adjusted medical image by controlling only the ultrasonic beam while the ultrasonic probe is fixed to the object (ob).