mhurhangee/ep-ind-claims huggingface dataset:
Burner housing, in particular burner housing for oil burners and / or gas burners for heating systems and / or air heaters, comprising a main chamber arranged within the burner housing, wherein a pre-chamber is arranged within the burner housing, wherein a gas or a gas mixture can be supplied to the pre-chamber by means of a blower, wherein the pre-chamber is in fluidic connection with the main chamber, wherein the burner housing comprises a regulating means for regulating the gas flow or the gas mixture flow between the pre-chamber and the main chamber, wherein the regulating means comprises a throttle formed as a sleeve, which is arranged in the main chamber, and wherein in the lateral surface of the sleeve at least one throttle opening (27, 28, 29) is arranged, wherein the throttle opening (27, 28, 29) of the sleeve can be arranged in the gas flow of the gas flowing from the pre-chamber into the main chamber.
A hearing assistance device comprising: a housing adapted to be worn behind a user's ear, the housing having superior and inferior ends and opposite lateral sides, one facing the user's head and the other facing the pinna of the user's ear when worn by the user; a wireless transceiver disposed within the housing; an antenna connected at a feedpoint to the wireless transceiver; wherein the antenna has a crossing section that traverses laterally from one side of the housing to the other, and an angled portion that angles the antenna from the crossing section towards the bottom of the device on one of the lateral sides, a vertical section (1021, 1023,1024, 1025) that traverses vertically within the housing from the crossing section toward the superior end of the housing on the other of the lateral sides, and a bottom flat section terminating the angled portion and curving to run along the bottom of the device. a housing adapted to be worn behind a user's ear, the housing having superior and inferior ends and opposite lateral sides, one facing the user's head and the other facing the pinna of the user's ear when worn by the user; a wireless transceiver disposed within the housing; an antenna connected at a feedpoint to the wireless transceiver; wherein the antenna has a crossing section that traverses laterally from one side of the housing to the other, and an angled portion that angles the antenna from the crossing section towards the bottom of the device on one of the lateral sides, a vertical section (1021, 1023,1024, 1025) that traverses vertically within the housing from the crossing section toward the superior end of the housing on the other of the lateral sides, and a bottom flat section terminating the angled portion and curving to run along the bottom of the device.
A membrane separation device comprising a unit for feeding a stream-to-be-treated, and a separation membrane unit that comprises at least two separation membrane unit components comprising at least one separation membrane module comprising one or more separation membrane elements disposed in a cylindrical pressure vessel, and a feed stream side line, a feed stream side line, and a permeate stream line that are connected to the separation membrane unit component, wherein a stream-to-be-treated feed (26, 26a) is separated by separation membranes into a permeate stream (27, 27a) and a concentrate stream, wherein in the separation membrane elements, a cladding is wrapped around the outer surface of a wound laminate formed by winding the separation membranes together with a channel spacer (22, 23), wherein an anti-telescoping plate is attached to at least one end of the wound laminate and the cladding, wherein a stream-to-be-treated sealing material is disposed between the perimeter of at least one of the anti-telescoping plate and the inner wall of the cylindrical pressure vessel to allow movement of the separation membrane elements substantially in either direction within the cylindrical pressure vessel, wherein when the stream-to-be-treated is fed to the separation membrane unit component through one of the feed stream side lines and, the separation membrane unit is configured to discharge the concentrate stream from the other of the feed stream side lines, and wherein the separation membrane unit comprises a mechanism that can switch the flow direction so that the stream-to-be-treated is fed to the separation membrane unit component through either of the feed stream side lines and, and wherein when one or more separation membrane unit components that first treat the stream-to-be-treated are referred to as subunit, the separation membrane unit is configured to feed the concentrate stream discharged from the subunit to a subunit constituted by one or more other separation membrane unit components and to feed the concentrate stream discharged from the subunit to a subunit constituted by one or more other separation membrane unit components with changing the flow direction, wherein a unit configuration in which the stream-to-be-treated is fed through the feed stream side line and the stream-to-be-treated is treated by the subunit and then the subunit is the same as a unit configuration in which the stream-to-be-treated is fed through the feed stream side line and the stream-to-be-treated is treated by the subunit and then the subunit, in which a part of the separation membrane unit components constituting the subunit are rearranged to a part of the separation membrane unit components constituting the subunit, wherein when the total membrane area of the subunits and is taken as Sa and Sb respectively, the relationship of Sa > Sb is obtained.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or consisting of a nucleic acid sequence of at least 400 bp having at least 80% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule leads to the specific expression of a gene in Müller cells when a nucleic acid sequence coding for said gene is operatively linked to said isolated nucleic acid molecule.
A recombinant yeast cell, comprising: an active 3-hydroxypropionic acid (3-HP) pathway that proceeds through a β-alanine intermediate, and a heterologous polynucleotide encoding a non-phosphorylating NADP-dependent glyceraldehyde-3-phosphate dehydrogenase (GAPN), wherein the cell is capable of producing 3-HP.
A fiber cement board comprising a cementitious binder, an aggregate and bleached cellulose pulp reinforcing fibers wherein the bleached cellulose pulp reinforcing fibers have been treated with oil which is bound to the fiber by a retention aid, wherein the oil is in the form of globules which are anionic and the retention aid is cationic.
A system for controlling a positioning of a working edge on a vehicle to perform a function of the working edge in an automated manner while the vehicle moves along a path, the system comprising: - a navigation system configured to provide a location of the vehicle in a navigation system coordinate system, wherein the navigation system comprises a GNSS sub-system that is operatively interconnected with an inertial navigation sub-system; - an image capture device comprising a single camera with a fixed field of view configured to obtain one or more images of one or more targets operatively connected to the working edge; - a vision system configured to determine location information, in a vision system coordinate system, of the working edge using the captured one or more images by determining relative locations of the one or more targets in the one or more images; and - a working edge control system configured to - translate the location information from the vision system coordinate system to the navigation system coordinate system using a predefined transformation between the vision system coordinate system and the navigation system coordinate system, and - utilize the location information in the navigation system coordinate system to control a positioning of the working edge to perform the function. - a navigation system configured to provide a location of the vehicle in a navigation system coordinate system, wherein the navigation system comprises a GNSS sub-system that is operatively interconnected with an inertial navigation sub-system; - an image capture device comprising a single camera with a fixed field of view configured to obtain one or more images of one or more targets operatively connected to the working edge; - a vision system configured to determine location information, in a vision system coordinate system, of the working edge using the captured one or more images by determining relative locations of the one or more targets in the one or more images; and - a working edge control system configured to - translate the location information from the vision system coordinate system to the navigation system coordinate system using a predefined transformation between the vision system coordinate system and the navigation system coordinate system, and - utilize the location information in the navigation system coordinate system to control a positioning of the working edge to perform the function. - translate the location information from the vision system coordinate system to the navigation system coordinate system using a predefined transformation between the vision system coordinate system and the navigation system coordinate system, and - utilize the location information in the navigation system coordinate system to control a positioning of the working edge to perform the function.
The non-therapeutic cosmetic use of an essential oil of everlasting flower of the species Helichrysum italicum, applied topically to the skin, for combating the decrease in skin touch perception due to age.
A method for manufacturing a light emitting diode device, comprising: forming a sealing member for sealing a light emitting diode element on a base body by dropping the material of the sealing member, the base body comprising a conductive member connected to the light emitting diode element, and a molding integrally molded with the conductive member, the base body having a protrusion or a groove, characterized in that, the sealing member being formed such that at least a part of a periphery of the sealing member is located on an lateral outward surface of the protrusion or the groove, the outward surface facing laterally directed outward from the light emitting diode element in a top view, and making an angle of approximately a contact angle (θ) or less to the outward surface or to a tangent plane of the outward surface at a contact point between the outward surface and the periphery of the sealing member. forming a sealing member for sealing a light emitting diode element on a base body by dropping the material of the sealing member, the base body comprising a conductive member connected to the light emitting diode element, and a molding integrally molded with the conductive member, the base body having a protrusion or a groove, characterized in that, the sealing member being formed such that at least a part of a periphery of the sealing member is located on an lateral outward surface of the protrusion or the groove, the outward surface facing laterally directed outward from the light emitting diode element in a top view, and making an angle of approximately a contact angle (θ) or less to the outward surface or to a tangent plane of the outward surface at a contact point between the outward surface and the periphery of the sealing member.
A pneumatic tire for running on rough terrain comprising a tread portion provided with center blocks, middle blocks and shoulder blocks to form a block tread pattern, wherein some or all of the center blocks are each provided with a slot positioned at the midpoint of the block in the tire circumferential direction, and extending axially inwardly from a sidewall surface of the block oriented toward a tread edge (Te), and terminating within the block, and the center blocks include a first center block disposed on the tire equator and provided with the two slots one on each side of the tire equator, characterized in that the center blocks include a second center block disposed off the tire equator and provided with the single slot, the depth of the slot is 0.25 to 0.50 times the height of the slotted block.
A method of producing a diet carbonated soft drink comprising a. combining water and a sweetening amount of Reb D in the absence of heat to produce Reb D sweetened water containing 400 to 500 ppm of Reb D; b. injecting carbon dioxide into the Reb D sweetened water to produce carbonated Reb D sweetened water; c. combining the carbonated Reb D sweetened water with unsweetened syrup to form the diet carbonated soft drink. a. combining water and a sweetening amount of Reb D in the absence of heat to produce Reb D sweetened water containing 400 to 500 ppm of Reb D; b. injecting carbon dioxide into the Reb D sweetened water to produce carbonated Reb D sweetened water; c. combining the carbonated Reb D sweetened water with unsweetened syrup to form the diet carbonated soft drink.
A method for performing a plasma chemical vapour deposition process, comprising the steps of: - providing an apparatus comprising a mainly cylindrical resonator being provided with an outer cylindrical wall and an inner coaxial cylindrical wall defining therebetween a resonant cavity operable at an operating frequency and extending in a circumferential direction around a cylindrical axis of the inner and outer cylindrical wall, wherein the outer cylindrical wall includes an input port connectable to an input waveguide, and wherein the inner cylindrical wall includes slit sections extending in a circumferential direction around the cylindrical axis, and - operating the apparatus at an operating frequency, characterized in that a greatest dimension defining the aperture of the slit sections is smaller than half the wavelength of the operating frequency. - providing an apparatus comprising a mainly cylindrical resonator being provided with an outer cylindrical wall and an inner coaxial cylindrical wall defining therebetween a resonant cavity operable at an operating frequency and extending in a circumferential direction around a cylindrical axis of the inner and outer cylindrical wall, wherein the outer cylindrical wall includes an input port connectable to an input waveguide, and wherein the inner cylindrical wall includes slit sections extending in a circumferential direction around the cylindrical axis, and - operating the apparatus at an operating frequency, characterized in that a greatest dimension defining the aperture of the slit sections is smaller than half the wavelength of the operating frequency.
A downhole micro-opto-electro-mechanical system (MOEMS) electromagnetic field sensor that includes: a first surface that is at least partially reflective; a second surface that is at least partially reflective, said second surface suspended by one or more flexible members to define an optical cavity having a variable distance between the first and second surfaces; a first conductive layer attached to the second surface and having a first electric charge, wherein an electric field passing through the optical cavity interacts with the first electric charge and displaces the second surface to alter the variable distance and cause a spectrum variation in light exiting the sensor. a first surface that is at least partially reflective; a second surface that is at least partially reflective, said second surface suspended by one or more flexible members to define an optical cavity having a variable distance between the first and second surfaces; a first conductive layer attached to the second surface and having a first electric charge, wherein an electric field passing through the optical cavity interacts with the first electric charge and displaces the second surface to alter the variable distance and cause a spectrum variation in light exiting the sensor.
A system for providing network information regarding access networks to which a mobile node may access prior to authentication of the mobile node to one of the access networks, comprising: a) said system being configured to receive a query of a mobile node related to cost of networks to which the mobile node may access prior to authentication of the mobile node to one of the access networks; b) said system being configured to store cost information related to the access networks to which the mobile node may access; c) said system having a currency conversion mechanism that converts a local currency for the one or more access networks to a converted currency for the mobile node related to the cost of at least one of the access networks to which the mobile node may access; d) said system sending the network information for the mobile node including the converted currency prior to authentication of the mobile node with one of the access networks, wherein said query of the mobile node includes a request for information service elements including a list of available networks to which the mobile node may access and said query specifies a certain cost in a certain currency, said query including a Currency Type-Length-Value encoding included within an Information Request Type-Length-Value encoding; and wherein said response of said network node includes information regarding a plurality of said networks prior to authentication of the mobile node with one of the access networks, said response of said network node including an Information Response Type-Length-Value encoding having a COST information Element based on the currency indicated in said Currency Type-Length-Value encoding. a) said system being configured to receive a query of a mobile node related to cost of networks to which the mobile node may access prior to authentication of the mobile node to one of the access networks; b) said system being configured to store cost information related to the access networks to which the mobile node may access; c) said system having a currency conversion mechanism that converts a local currency for the one or more access networks to a converted currency for the mobile node related to the cost of at least one of the access networks to which the mobile node may access; d) said system sending the network information for the mobile node including the converted currency prior to authentication of the mobile node with one of the access networks,
An apparatus for detecting a skid of a vehicle having a prime mover and a transmission adapted to change an output of the prime mover in speed to drive front wheels (30FL, 30FR) and rear wheels (30RL, 30RR), comprising: wheel rotational speed detecting means for detecting rotational speeds of one of the front and rear wheels (30FL, 30FR, 30RL, 30RR); characterized by wheel acceleration ratio calculating means (54; S10, S100 to S112) for sequentially calculating accelerations (var1, var2) of the one of the wheels (30FL, 30FR, 30RL, 30RR) based on the detected rotational speeds and calculating a ratio (var1/ var2) between two accelerations among the sequentially-calculated accelerations; and skid determining means (62; S12 to S20) for comparing the ratio between the two accelerations with a predetermined value and determining that the one of the wheels (30FL, 30FR, 30RL, 30RR) has skidded or some or all of the wheels including the one have skidded when the calculated ratio between the two accelerations exceeds the predetermined value. wheel rotational speed detecting means for detecting rotational speeds of one of the front and rear wheels (30FL, 30FR, 30RL, 30RR); characterized by wheel acceleration ratio calculating means (54; S10, S100 to S112) for sequentially calculating accelerations (var1, var2) of the one of the wheels (30FL, 30FR, 30RL, 30RR) based on the detected rotational speeds and calculating a ratio (var1/ var2) between two accelerations among the sequentially-calculated accelerations; and skid determining means (62; S12 to S20) for comparing the ratio between the two accelerations with a predetermined value and determining that the one of the wheels (30FL, 30FR, 30RL, 30RR) has skidded or some or all of the wheels including the one have skidded when the calculated ratio between the two accelerations exceeds the predetermined value.
A method for elongating a glass preform for an optical fiber, the method being for producing a glass rod having a smaller diameter by elongating the glass preform having a large diameter, an outer diameter of a straight body of the glass preform before elongated being in a range from 150 mm to 190 mm, the method comprising: when the glass preform having a tapered transparent glass portion at one end of the straight body of the glass preform and a tapered portion including an opaque glass portion at another end is elongated, prior to the elongating, cutting a part of the tapered portion including the opaque glass portion, wherein a cut surface of the part is a lower end of the glass preform; and welding the cut surface of the tapered portion to a pulling dummy connected to a pulling mechanism in an elongating apparatus, wherein the cut surface is circular and has an outer diameter ranging from 135 mm to 160 mm, characterized in that the cut surface includes a transparent glass portion and an opaque glass portion, the opaque glass portion having a circular shape, and wherein assuming that x is an outer diameter of the cut surface, and y is an outer diameter of the opaque glass portion at the cut surface, x and y being expressed in millimetres, a relationship between x and y satisfies formula 1 described below. 0.0698 x 2 − 19.003 x + 1352.6 ≤ y ≤ − 0.2067 x 2 + 62.567 x − 4620