mhurhangee/ep-ind-claims huggingface dataset:
Solar energy collector roofing panel, comprising a metal sheet, a series of parallel metal ducts fixed to one of the surfaces of the metal sheet; and a layer of insulating material arranged on the metal ducts; ducts which are consecutively connected by their adjacent mouths, defining a continuous circuit which is open at the free mouth of the end ducts, for its connection to the circuit of another adjacent panel or to ducts of an external circuit, characterized in that the metal sheet has, in perpendicular direction to the metal ducts, a stepped profile coinciding with the one formed by slate covering pieces which are coupled on said metal sheet, the slate covering pieces being in contact with the metal sheet and fixed to its outer surface by a thermal conductive material; and in that the panel includes overlapping means to secure the water tightness in the coupling between consecutive panels.
Rotor with variable hydrodynamic resistance for a stationary water bicycle comprising a central body provided on its perimeter with a plurality of blades, wherein said blades are of the marine type comprising an inlet edge, an outlet edge (13") and a convex helical surface, said rotor being provided on opposite outer faces with axles for pedals, wherein each blade, at said outlet edge (13"), is connected to said rotor with elastic fixing means an automatic orientation of the blade being a function of the rotation speed imparted to the rotor through the pedals, wherein said central body. houses means for adjusting the maximum possible opening of the blades comprising a mechanical end stop element movable for modifying the maximum possible opening of each blade, said means for adjusting the maximum possible opening, being able to be actuated by control means connected at one end to said means for adjusting the maximum possible opening.
A method of creating a tackified prepreg, comprising steps of: providing a fiber weave having unidirectional fibers and woven sections said woven sections spaced apart from one another to provide unidirectional fiber sections; applying a tackifier to the fiber weave; separating the unidirectional fiber section from the woven sections; and arranging layers of the unidirectional fiber sections onto one another to provide a stack. providing a fiber weave having unidirectional fibers and woven sections said woven sections spaced apart from one another to provide unidirectional fiber sections; applying a tackifier to the fiber weave; separating the unidirectional fiber section from the woven sections; and arranging layers of the unidirectional fiber sections onto one another to provide a stack.
Method for autonomous driving of a vehicle, called ego-vehicle, in the presence of at least two target objects, a first object targets a second target object, the method comprising the steps of: - acquisition by at least one sensor of the ego-vehicle of movement data of the first target object; - determination of a speed of the first target object from said movement data of the first target object; - acquisition by at least one sensor of the ego-vehicle of movement data of the second target object; - determination of a weighted speed of the second target object from the movement data of the first target object and the movement data of the second target object, said weighting being a function of a speed of approximation between the first target object and the second target object; - determination of the minimum between the speed of the first target object and the weighted speed of the second target object; - generation of an autonomous driving instruction for the ego-vehicle from said minimum; and wherein the distance between the first target object and the ego-vehicle is less than the distance between the second target object and the ego-vehicle, or the first target object has a lower duration before collision with the ego-vehicle at a time before collision between the second target object and the ego-vehicle. - acquisition by at least one sensor of the ego-vehicle of movement data of the first target object; - determination of a speed of the first target object from said movement data of the first target object; - acquisition by at least one sensor of the ego-vehicle of movement data of the second target object; - determination of a weighted speed of the second target object from the movement data of the first target object and the movement data of the second target object, said weighting being a function of a speed of approximation between the first target object and the second target object; - determination of the minimum between the speed of the first target object and the weighted speed of the second target object; - generation of an autonomous driving instruction for the ego-vehicle from said minimum;
Crimping pliers force sensor comprising a) a transfer body comprising a contact surface for a die back of a die half, b) a supporting body which comprises a mounting portion for mounting the supporting body to a pliers part of the crimping pliers and c) at least one piezoelectric film (18, 19) arranged between the transfer body and the supporting body, characterized in that d) the transfer body and the supporting body comprise protrusions having longitudinal axes extending parallel to the crimping axis and recesses providing a guidance between the transfer body and the supporting body and by which da) the transfer body and the supporting body are guided in a transversal plane which is oriented transverse to the crimping force and db) a degree of freedom for a relative movement between the transfer body and the supporting body in the direction of the crimping force is provided. a) a transfer body comprising a contact surface for a die back of a die half, b) a supporting body which comprises a mounting portion for mounting the supporting body to a pliers part of the crimping pliers and c) at least one piezoelectric film (18, 19) arranged between the transfer body and the supporting body, da) the transfer body and the supporting body are guided in a transversal plane which is oriented transverse to the crimping force and db) a degree of freedom for a relative movement between the transfer body and the supporting body in the direction of the crimping force is provided.
A thrust foil bearing comprising: a base plate provided with an insertion hole through which a shaft is inserted; a corrugated bump foil placed around the insertion hole and supported by the base plate; and a top foil which is supported by the bump foil, and in which one side in a circumferential direction of the insertion hole is attached to the base plate, and the other side in the circumferential direction of the insertion hole is a free end, wherein a bent portion which is bent toward the base plate is formed on the other side of the top foil in the circumferential direction characterized in that the bent portion has a curved mountain shape which extends from a downstream end (11c1, 11d1) of inner and outer circumferences of the top foil toward a single peak on the base plate side. a base plate provided with an insertion hole through which a shaft is inserted; a corrugated bump foil placed around the insertion hole and supported by the base plate; and a top foil which is supported by the bump foil, and in which one side in a circumferential direction of the insertion hole is attached to the base plate, and the other side in the circumferential direction of the insertion hole is a free end, wherein a bent portion which is bent toward the base plate is formed on the other side of the top foil in the circumferential direction characterized in that the bent portion has a curved mountain shape which extends from a downstream end (11c1, 11d1) of inner and outer circumferences of the top foil toward a single peak on the base plate side.
An optical system intended to be used within the scope of atmospheric sounding missions and comprising a telescope and an interferometer, - said telescope being capable of directing a set of light beams (R1, R2) towards said interferometer, said set of light beams originating from atmospheric sounding points corresponding to atmospheric columns, said sounding points being disjoined; - said interferometer having a field of view and the optical system comprising an optical axis, the projection of which in said field of view corresponds to the centre of said field of view, and each sounding point having a projection (P0 to P8) on said field, characterised in that said optical system further comprises an optical device disposed between the telescope and the interferometer and comprising a periscope comprising a pair of mirrors (M1, M2) configured to move said projections (P1' to P8') of said sounding points (P0 to P8) closer to the centre of the field of the interferometer, said laterally offset projections not having experienced any modification to the lateral magnification. - said telescope being capable of directing a set of light beams (R1, R2) towards said interferometer, said set of light beams originating from atmospheric sounding points corresponding to atmospheric columns, said sounding points being disjoined; - said interferometer having a field of view and the optical system comprising an optical axis, the projection of which in said field of view corresponds to the centre of said field of view, and each sounding point having a projection (P0 to P8) on said field,
A cosmetic composition for conditioning keratinic fibres and the skin, containing at least one mild anionic surfactant having a HET-CAM value of less than 1.5, characterized in that a) a combination of a1) at least one ether carboxylic acid and a2) at least one carboxylated alkyl polyglycoside is used as the mild anionic surfactant, and b) cationic and/or amphoteric polymers. a) a combination of a1) at least one ether carboxylic acid and a2) at least one carboxylated alkyl polyglycoside is used as the mild anionic surfactant, and b) cationic and/or amphoteric polymers.
Optical system, having an entrance pupil with a first opening diameter, an exit pupil and a filter element which is spaced apart from the entrance pupil and which is designed and arranged such that a second diameter is illuminated on the filter element by a beam which passes through the entrance pupil and propagates divergently from the latter, wherein the second diameter corresponds to n-times the first opening diameter, where n is a number greater than 1, as a result of which the local angle spectrum at each point of the filter element is n-times smaller in comparison with the entrance pupil, and wherein an imaging optical unit which comprises the filter element and which images the entrance pupil onto the exit pupil is provided, characterized in that the filter element is designed as a reflective filter element and at each point selectively reflects only a predetermined spectral range to the exit pupil. an entrance pupil with a first opening diameter, an exit pupil and a filter element which is spaced apart from the entrance pupil and which is designed and arranged such that a second diameter is illuminated on the filter element by a beam which passes through the entrance pupil and propagates divergently from the latter, wherein the second diameter corresponds to n-times the first opening diameter, where n is a number greater than 1, as a result of which the local angle spectrum at each point of the filter element is n-times smaller in comparison with the entrance pupil, and wherein an imaging optical unit which comprises the filter element and which images the entrance pupil onto the exit pupil is provided, characterized in that the filter element is designed as a reflective filter element and at each point selectively reflects only a predetermined spectral range to the exit pupil.
An antibody which binds to human HER3 for use in the treatment of cancer characterized by a HER3 expression and a HER2 immunohistochemistry score of 2+ or 1+ and in situ hybridization amplification ratio <2.0; wherein said antibody is to be administerd in combination with an antibody which binds to human HER2 and which inhibits dimerization of HER2, and wherein the antibody which binds to human HER3 is characterized in comprising as heavy chain variable domain a CDR3H region of SEQ ID NO: 1, a CDR2H region of SEQ ID NO: 2, and a CDR1H region of SEQ ID NO:3, and the light chain variable domain comprises a CDR3L region of SEQ ID NO: 4, a CDR2L region of SEQ ID NO:5, and a CDR1L region of SEQ ID NO:7.
A method performed by an accessory device in connection with an ostomy appliance configured to be placed on a user having a stoma, the accessory device comprising a camera, an image processor, a memory and a display device, the method comprising: capturing one or more images of the user's stoma; processing the images, including: identifying the stoma; and generating indicia representative of a cutting line for the ostomy appliance as a function of the identified stoma, wherein the cutting line defines a hole to be formed on the ostomy appliance; and providing a visual display on the display device of the accessory device, the visual display including: an appliance representation; and the indicia on the appliance representation. capturing one or more images of the user's stoma; processing the images, including: identifying the stoma; and generating indicia representative of a cutting line for the ostomy appliance as a function of the identified stoma, wherein the cutting line defines a hole to be formed on the ostomy appliance; and identifying the stoma; and generating indicia representative of a cutting line for the ostomy appliance as a function of the identified stoma, wherein the cutting line defines a hole to be formed on the ostomy appliance; and providing a visual display on the display device of the accessory device, the visual display including: an appliance representation; and the indicia on the appliance representation. an appliance representation; and the indicia on the appliance representation.
A luminescent material which emits light having an emission peak within a wavelength range of 490 to 580 nm when excited with light having a wavelength range of 250 to 500 nm, the luminescent material characterized by comprising: a particle comprising a Sr 3 Si 13 Al 3 O 2 N 21 -based crystal activated by Eu and comprising an outer region which is within a depth of 5 nm from a surface of the particle and an inner region which is deeper than the outer region, the outer region and the inner region satisfying a ratio O outer /O inner of 1.0 to 3.8 where O outer is an average of oxygen concentration in the outer region, O inner is an average of oxygen concentration in the inner region and a Sr 3 Si 13 Al 3 O 2 N 21 -based crystal is an inorganic compound having a crystal structure substantially the same as that of Sr 3 Si 13 Al 3 O 2 N 21. a particle comprising a Sr 3 Si 13 Al 3 O 2 N 21 -based crystal activated by Eu and comprising an outer region which is within a depth of 5 nm from a surface of the particle and an inner region which is deeper than the outer region, the outer region and the inner region satisfying a ratio O outer /O inner of 1.0 to 3.8 where O outer is an average of oxygen concentration in the outer region, O inner is an average of oxygen concentration in the inner region and a Sr 3 Si 13 Al 3 O 2 N 21 -based crystal is an inorganic compound having a crystal structure substantially the same as that of Sr 3 Si 13 Al 3 O 2 N 21.
A method of sharing contents of an electronic device, the method comprising: displaying contents; if a touch input for sharing the contents is detected, displaying an application list comprising at least one application for sharing the contents and a corresponding execution item, wherein the execution item is a count area in which the number of contents to be shared with the corresponding application is displayed; if the execution item in the application list is selected, adding the contents as contents to be shared using the corresponding application and incrementing the number of the contents to be shared displayed in the execution item; and sharing contents to be shared, in response to a gesture for sharing contents being detected on the application list. displaying contents; if a touch input for sharing the contents is detected, displaying an application list comprising at least one application for sharing the contents and a corresponding execution item, wherein the execution item is a count area in which the number of contents to be shared with the corresponding application is displayed; if the execution item in the application list is selected, adding the contents as contents to be shared using the corresponding application and incrementing the number of the contents to be shared displayed in the execution item; and sharing contents to be shared, in response to a gesture for sharing contents being detected on the application list.
Spar cap for a wind turbine blade, comprising a main body, which comprises an electrically conductive portion, and at least one metal conductor (13, 28), wherein the metal conductor comprises a terminal portion (15, 26) and at least one connection portion, characterized in that the connection portion of the metal conductor is wrapped by a first end of an electrically conductive and stripe-shaped carbon fibre mat, which abuts with a second end at least partly on the electrically conductive portion of the main body.
A method of performing automatic commissioning of a wired network comprising a plurality of network devices (10, 11, 12, 13), wherein each device (10, 11, 12, 13) is characterised by a device identifier and wherein the devices (10, 11, 12, 13) are realised to exchange data packets, wherein the method comprises the steps of - obtaining a computer-readable installation plan for the network, wherein the installation plan comprises a physical location descriptor for devices (10, 11, 12, 13) of the network; - accumulating, by each device, network descriptive information (40, 41, 42, 43) based on communication information related to data packets exchanged between the devices (10, 11, 12, 13), wherein the network descriptive information identifies neighboring devices for each device of the wired network and comprises a list of port identifiers, wherein each port identifier of the list indicates the port from which a device sent a data packet received by that receiving device; analysing all of the accumulated network descriptive information from each device to deduce a network topology of the entire wired network;and - subsequently comparing the deduced network topology to the installation plan to deduce which device identifier is associated with a particular physical location descriptor. - obtaining a computer-readable installation plan for the network, wherein the installation plan comprises a physical location descriptor for devices (10, 11, 12, 13) of the network; - accumulating, by each device, network descriptive information (40, 41, 42, 43) based on communication information related to data packets exchanged between the devices (10, 11, 12, 13), wherein the network descriptive information identifies neighboring devices for each device of the wired network and comprises a list of port identifiers, wherein each port identifier of the list indicates the port from which a device sent a data packet received by that receiving device; analysing all of the accumulated network descriptive information from each device to deduce a network topology of the entire wired network;and - subsequently comparing the deduced network topology to the installation plan to deduce which device identifier is associated with a particular physical location descriptor.
A support member comprising: an inflatable enclosure comprising: - a single sheet of a substantially air impermeable first material having a first side and an opposing second side, and having a first sealed end and a second sealed end to form an elongate enclosure, the first material having an aperture; and - an air permeable and substantially liquid impermeable second material covering the aperture, wherein the opposing second side is welded to the first side, and the second material is welded to the first material to cover the aperture. an inflatable enclosure comprising: - a single sheet of a substantially air impermeable first material having a first side and an opposing second side, and having a first sealed end and a second sealed end to form an elongate enclosure, the first material having an aperture; and - an air permeable and substantially liquid impermeable second material covering the aperture, - a single sheet of a substantially air impermeable first material having a first side and an opposing second side, and having a first sealed end and a second sealed end to form an elongate enclosure, the first material having an aperture; and - an air permeable and substantially liquid impermeable second material covering the aperture, wherein the opposing second side is welded to the first side, and the second material is welded to the first material to cover the aperture.
Parallel-guiding mechanism comprising a stationary parallel leg which in the operating state of the parallel-guiding mechanism is oriented vertically and has an upper and a lower end portion (11, 13), wherein said stationary parallel leg surrounds a movable parallel leg whose central longitudinal axis is oriented vertically when in the operating state, further comprising a first parallel-guiding element fastened to the upper end portion and a second parallel-guiding element fastened to the lower end portion, wherein by means of said parallel-guiding elements (12, 14) the movable parallel leg is connected to the stationary parallel leg and guided in vertical movement and wherein the movable parallel leg is designed to form a force-transmitting connection from a load receiver to a force-measuring cell, characterized in that the upper end portion and the lower end portion are connected to each other through at least one pair of bending zones (5, 8, 21, 22, 23) and/or at least one spherical joint and/or at least one ring-shaped constriction, so that for the correction of a corner load error the end portions (11, 13) can be tilt-adjusted relative to each other about at least one tilt axis, wherein - the at least one tilt axis passes through the two bending zones of a pair of bending zones (5, 8, 21, 22, 23) and the central longitudinal axis of the movable parallel leg is arranged in a vertical plane between the two bending zones of a pair of bending zones (5, 8, 21, 22, 23), or - the at least one tilt axis is arranged in a plane that contains a contact circle of the spherical joint, and the central longitudinal axis of the movable parallel leg is arranged inside the contact circle of the spherical joint, or - the at least one tilt axis is located in a plane that contains the neutral fiber of the ring-shaped constriction, and the central longitudinal axis of the movable parallel leg is arranged within a passage hole of the ring-shaped constriction. - the at least one tilt axis passes through the two bending zones of a pair of bending zones (5, 8, 21, 22, 23) and the central longitudinal axis of the movable parallel leg is arranged in a vertical plane between the two bending zones of a pair of bending zones (5, 8, 21, 22, 23), or - the at least one tilt axis is arranged in a plane that contains a contact circle of the spherical joint, and the central longitudinal axis of the movable parallel leg is arranged inside the contact circle of the spherical joint, or - the at least one tilt axis is located in a plane that contains the neutral fiber of the ring-shaped constriction, and the central longitudinal axis of the movable parallel leg is arranged within a passage hole of the ring-shaped constriction.