mhurhangee/ep-ind-claims huggingface dataset:
A control device (10, 50) for controlling a lighting device (20, 60) to illuminate at least one animal (41, 81) in a space (40, 80), wherein the control device (10, 50) is configured to: - obtain prediction data (13, 53) indicative of a value (14, 54) of an environmental condition (42, 82) in said space (40, 80) during a future time period (15, 55); - determine said value (14, 54) of the environmental condition (42, 82) based on the prediction data (13, 55); - determine a prediction of heat stress of the at least one animal (41, 81) in said space (40, 80) during the future time period (15, 55) if said value (14, 54) of the environmental condition (42, 82) falls within a predefined limit (16, 56) for heat stress; - control, upon determining said prediction of heat stress, a lighting device (20, 60) to illuminate the at least one animal (41, 81) in said space (40, 80) with a lighting characteristic (21, 61) at least partly before said future time period (15, 55), wherein the lighting characteristic (21, 61) is configured to pre-condition the at least one animal to the heat stress; wherein the lighting characteristic (21, 61) comprises red light having a peak wavelength between 600 to 780 nanometers - obtain prediction data (13, 53) indicative of a value (14, 54) of an environmental condition (42, 82) in said space (40, 80) during a future time period (15, 55); - determine said value (14, 54) of the environmental condition (42, 82) based on the prediction data (13, 55); - determine a prediction of heat stress of the at least one animal (41, 81) in said space (40, 80) during the future time period (15, 55) if said value (14, 54) of the environmental condition (42, 82) falls within a predefined limit (16, 56) for heat stress; - control, upon determining said prediction of heat stress, a lighting device (20, 60) to illuminate the at least one animal (41, 81) in said space (40, 80) with a lighting characteristic (21, 61) at least partly before said future time period (15, 55), wherein the lighting characteristic (21, 61) is configured to pre-condition the at least one animal to the heat stress;
An isolated antibody that specifically binds human amphiregulin, wherein the antibody comprises the following HVRs: (a) an HVR-H1 comprising SEQ ID NO: 37; (b) an HVR-H2 comprising SEQ ID NO: 38; (c) an HVR-H3 comprising SEQ ID NO: 39; (d) an HVR-L1 comprising SEQ ID NO: 44; (e) an HVR-L2 comprising SEQ ID NO: 45; and (f) an HVR-L3 comprising SEQ ID NO: 46. (a) an HVR-H1 comprising SEQ ID NO: 37; (b) an HVR-H2 comprising SEQ ID NO: 38; (c) an HVR-H3 comprising SEQ ID NO: 39; (d) an HVR-L1 comprising SEQ ID NO: 44; (e) an HVR-L2 comprising SEQ ID NO: 45; and (f) an HVR-L3 comprising SEQ ID NO: 46.
A method for producing a fluffy temperature regulating warmth retention material, comprising: selecting a low melting point fiber and an additional fiber, carding them to form a single web, spray coating a phase change material along at least a portion of the length of a surface of the single web, lapping the single web layer by layer, and performing heat setting reinforcement to form the warmth retention material. selecting a low melting point fiber and an additional fiber, carding them to form a single web, spray coating a phase change material along at least a portion of the length of a surface of the single web, lapping the single web layer by layer, and performing heat setting reinforcement to form the warmth retention material.
- An ammunition box that is intended to equip a magazine of a gun turret, which box is substantially parallelepipedic and comprises two front walls (2a, 2b) that are parallel to one another and two side walls (3a, 3b) that are parallel to one another and perpendicular to the front walls, the box comprising a pivoting handle formed by two arms (5a, 5b) articulated on the side walls (3a, 3b) and connected by a grip allowing the extraction and transportation of the box, which box is characterised in that the handle comprises a protuberance provided at at least one of the articulated arms (5a, 5b) and in the vicinity of its pivot pin on the walls, which protuberance is intended to engage with at least one guide groove (17, 17) provided on the magazine of the turret.
A cardboard tray (1, 101, 201) folded from a sheet of cardboard (301, 401, 501), wherein said cardboard tray (1, 101, 201) comprises sheet portions defining a bottom wall and side walls defining a receiving space of said cardboard tray (1, 101, 201), said side walls being connected, via respective first folding lines, to said bottom wall, wherein said cardboard tray (1, 101, 201) further comprises flange parts (9, 11) connected, via respective second folding lines, to said side walls at a side of said side walls facing away from said bottom wall, characterised in that neighbouring flange parts (9, 11) of said flange parts (9, 11) are connected to each other via a locking sheet portion of one of said neighbouring flange parts (9, 11), wherein said locking sheet portion is connected, via a third folding line, to said one of said neighbouring flange parts (9, 11) and extends at least partly through a locking opening provided in said sheet of cardboard (301, 401, 501), which locking opening is preferably provided in the other of said neighbouring flange parts (9, 11), for said connecting of said neighbouring flange parts (9, 11) and realizing an uninterrupted flange along a circumference of said cardboard tray (1, 101, 201), wherein said uninterrupted flange is directed away from said receiving space.
A composition of 4 peptides from a mammalian telomerase, comprising: (i) one HLA class I restricted peptide and (ii) three HLA class II restricted peptides in combination with an adjuvant, wherein: (a) said one HLA class I restricted peptide is ILAKF LHWL (SEQ ID NO:1), (b) said three HLA class II restricted peptides are respectively RPGLL GASVL GLDDI (SEQ ID NO:2), LTDLQ PYMRQ FVAHL (SEQ ID NO:3), and EARPA LLTSRLRFIPK (SEQ ID NO:4), (c) said adjuvant is capable of interacting with toll-like receptors and wherein said adjuvant is imiquimod. (i) one HLA class I restricted peptide and (ii) three HLA class II restricted peptides in combination with an adjuvant, wherein: (a) said one HLA class I restricted peptide is ILAKF LHWL (SEQ ID NO:1), (b) said three HLA class II restricted peptides are respectively RPGLL GASVL GLDDI (SEQ ID NO:2), LTDLQ PYMRQ FVAHL (SEQ ID NO:3), and EARPA LLTSRLRFIPK (SEQ ID NO:4), (c) said adjuvant is capable of interacting with toll-like receptors and wherein said adjuvant is imiquimod. (a) said one HLA class I restricted peptide is ILAKF LHWL (SEQ ID NO:1), (b) said three HLA class II restricted peptides are respectively RPGLL GASVL GLDDI (SEQ ID NO:2), LTDLQ PYMRQ FVAHL (SEQ ID NO:3), and EARPA LLTSRLRFIPK (SEQ ID NO:4), (c) said adjuvant is capable of interacting with toll-like receptors and wherein said adjuvant is imiquimod.
An optical system, comprising: a glass light pipe extending from an input surface for receiving light from a light source to an output surface through which the light exits the light pipe; a separate polymeric light-shaping element having an input surface being optically coupled to the output surface of the glass light pipe so as to receive at least a portion of the light exiting the glass light pipe and an output surface through which light exits the light-shaping element, wherein at least one of the input and the output surface of the light-shaping element comprises a textured surface; and a projection lens optically coupled to the output surface of the light-shaping element to receive light therefrom. a glass light pipe extending from an input surface for receiving light from a light source to an output surface through which the light exits the light pipe; a separate polymeric light-shaping element having an input surface being optically coupled to the output surface of the glass light pipe so as to receive at least a portion of the light exiting the glass light pipe and an output surface through which light exits the light-shaping element, wherein at least one of the input and the output surface of the light-shaping element comprises a textured surface; and a projection lens optically coupled to the output surface of the light-shaping element to receive light therefrom.
Medical sterilization container provided with a removable container lid, which sterilization container is provided, in a wall area provided with gas-exchange openings, with a filter unit for the gas exchange, which filter unit has an exchangeable filter sheet which covers the gas exchange openings on an inner face and is arranged within a ring-shaped circumferential frame element and is held pressably against the inner face of the wall area by a pressure washer provided with apertures, wherein the pressure washer is connected releasably to the frame element or to the wall area and has an annular groove with an elastic sealing ring, which seals off the wall area provided with the gas exchange openings against the frame element, characterized in that the pressure washer can be inserted non-rotatably into the frame element and is pressable against the wall area by a spring washer, and in that the spring washer is provided with bayonet connection elements which can be brought into and out of engagement with bayonet closure elements of the frame element, and in that the spring washer is rotatable with respect to the pressure washer about a common central rotation axis of the pressure washer and of the spring washer.
A method for changing content on a display based on a gaze point of a user on the display, wherein the method comprises: determining a gaze point of a user on a display; causing a first area of the display to be displayed in a first manner, the first area including the gaze point and a surrounding area; and causing a second area of the display to be displayed in a second manner, the second area being different than the first area, and the second manner being different than the first manner, wherein the second manner comprises a resolution having a plurality of virtual pixels, and wherein the second area comprises: at least a portion of a horizontal axis extending to a left or a right of the gaze point, wherein each virtual pixel has a greater width than height; or at least a portion of a vertical axis extending above or below the gaze point, wherein each virtual pixel has a greater height than width. determining a gaze point of a user on a display; causing a first area of the display to be displayed in a first manner, the first area including the gaze point and a surrounding area; and causing a second area of the display to be displayed in a second manner, the second area being different than the first area, and the second manner being different than the first manner, wherein the second manner comprises a resolution having a plurality of virtual pixels, and wherein the second area comprises: at least a portion of a horizontal axis extending to a left or a right of the gaze point, wherein each virtual pixel has a greater width than height; or at least a portion of a vertical axis extending above or below the gaze point, wherein each virtual pixel has a greater height than width. at least a portion of a horizontal axis extending to a left or a right of the gaze point, wherein each virtual pixel has a greater width than height; or at least a portion of a vertical axis extending above or below the gaze point, wherein each virtual pixel has a greater height than width.
A process for producing aldehydes from alkanes, characterized by the following steps: a) providing at least one alkane; b) photocatalytically dehydrogenating the alkane to a mixture comprising at least one olefin and hydrogen; c) adding carbon dioxide and hydrogen to the mixture; d) hydroformylating the olefin to at least one aldehyde, a conversion of carbon dioxide and hydrogen into water and carbon monoxide upstream of the hydroformylating taking place and the conversion of carbon dioxide and hydrogen into water and carbon monoxide being a reverse water gas shift reaction. a) providing at least one alkane; b) photocatalytically dehydrogenating the alkane to a mixture comprising at least one olefin and hydrogen; c) adding carbon dioxide and hydrogen to the mixture; d) hydroformylating the olefin to at least one aldehyde,
A fuel injector comprising; an elongate fuel passage having an elongate axis extending from an upstream inlet end to a downstream outlet end; a plurality of outlets at the outlet end each extending obliquely with respect to the elongate axis; the elongate fuel passage defined by an inner skin of a double skinned pipe, the double skinned pipe defining a first annular cavity between the inner skin and an outer skin; the inner skin and the outer skin meeting adjacent the one or more outlets to close an end of the first annular cavity; a nose section at a downstream end, the nose section being convergent, the fuel injector being characterised in that the nose section is fluted, the flutes arranged between the outlets and extending towards the downstream end of the nose section whereby to guide an air stream passing over the injector to form single jet at the downstream end of the nose section; wherein the flutes are inclined in a circumferential direction to turn the air stream in a circumferential direction.
Radio receiver for processing digital chirp spread-spectrum modulated signals that comprise a plurality of frequency chirps that are cyclically time-shifted replicas of a base chirp profile and that have one out of a plurality of possible cyclic time-shifts with respect to the base chirp, said time-shifts being an encoded representation of a transmitted message, wherein the receiver includes a soft demapping unit arranged to determine, for each received chirp of said plurality of frequency chirps, a plurality of soft values representing probability of possible symbols or bits in the transmitted message, the radio receiver comprising a sampling unit that provides a series of digital samples of the received frequency chirps, characterized by a de-spreading unit that is arranged for multiplying the sampled chirps with a complex conjugate of a local replica of the base chirp, a demodulating unit arranged for performing a Fourier transform of samples provided by the de-spreading unit, and wherein the soft demapping unit is arranged to compute, for each possible symbol or bit, the difference of amplitude at two position in the Fourier-transformed signal.
Knife set for a mincer with at least one hole disc (12, 14) and a knife holder (11, 13) that may be driven rotating through the shaft of the mincer, in which several knives (25, 26, 27, 28) are arranged on the knife holder (11, 13) so that they may turn around axes, which are aligned parallel to the shaft of the mincer, characterised in that the knives (25, 26, 27, 28) have several wings (33, 34, 35), which are each provided with blades (36, 37, 38), in which the blades (36, 37, 38) are arranged on the radially outer circumference of the wings (33, 34, 35).
A bispecific antibody construct comprising a first binding domain which binds to human and macaque EGFRVIII on the surface of a target cell and a second binding domain which binds to human CD3 on the surface of a T cell, wherein the first binding domain comprises a heavy chain variable region as depicted in SEQ ID NO: 157 and a light chain variable region as depicted in SEQ ID NO: 158.
A method of recovering application data from the memory of a failed node in a computer system comprising a plurality of nodes connected by an interconnect and of writing the application data to a replacement node; wherein a node of the computer system executes an application which creates application data storing the most recent state of the application in a node memory; the node fails and there is no longer a power supply to the node memory; the node memory of the failed node is then controlled using a failover memory controller; the node memory of the failed node is supplied with auxiliary power after the failure and the auxiliary power supply is controlled by the failover memory controller; and the failover memory controller copies the application data from the node memory of the failed node to a node memory of the replacement node over the interconnect.
A lithium complex oxide secondary particle which is formed by agglomeration of a plurality of primary particles and configured to satisfy a relation as follows: d 1 > d 2 wherein d1 is an interplanar distance of a crystalline structure in a primary particle locating in the internal part of secondary particle among the plurality of primary particles measured from diffraction patterns, and d2 is an interplanar distance of a crystalline structure in a primary particle locating on a surface part of the secondary particle relation measured from diffraction patterns, wherein the interplanar distances d1 and d2 mean averages of 10 adjacent interplanar distances based on an interplanar distance of a part which is measured by TEM analysis, and wherein the interplanar distance between 10 consecutive adjacent oxide layers d1 is ≥ 4.8 nm and the interplanar distance between 10 consecutive adjacent oxide layers d2 is ≤ 4.75 nm; and wherein the secondary particle is given by the following Formula 1: [Formula 1] Li X1 Ni 1-(x1+y1+z1) Co x1 M1 y1 M2 z1 M3 r1 O a, wherein in the Formula 1, M1 is Mg, Al, or Mg and Al, M2 is Co, and M3 is Ti, and wherein 0.95 ≤ X1 ≤ 1.05, 1.50 ≤ a ≤ 2.1, 0.02 ≤ x1 ≤ 0.25, 0.01 ≤ y1 ≤ 0.20, 0 ≤ z1 ≤ 0.20, and 0 ≤ r1 ≤ 0.20, and wherein the lithium complex oxide secondary particle has a hexagonal structure. d1 is an interplanar distance of a crystalline structure in a primary particle locating in the internal part of secondary particle among the plurality of primary particles measured from diffraction patterns, and d2 is an interplanar distance of a crystalline structure in a primary particle locating on a surface part of the secondary particle relation measured from diffraction patterns, M1 is Mg, Al, or Mg and Al, M2 is Co, and M3 is Ti, and wherein 0.95 ≤ X1 ≤ 1.05, 1.50 ≤ a ≤ 2.1, 0.02 ≤ x1 ≤ 0.25, 0.01 ≤ y1 ≤ 0.20, 0 ≤ z1 ≤ 0.20, and 0 ≤ r1 ≤ 0.20, and wherein the lithium complex oxide secondary particle has a hexagonal structure.
A radio frequency - hereafter abbreviated 'RF'-controlled lighting unit suitable for connection to at least one of a) a dimmer configured to adjust a phase cut angle of an input mains voltage from mains in accordance with an adjustable dimming level, or: b) an electronic switch configured to provide selection between an on-state and an off-state, the lighting unit comprising: a solid state light source (140, 440, 540); a radio circuit (160, 560) configured to receive a wireless control signal, enabling control of the lighting unit; a rectifier circuit (120, 520) configured to rectify the input mains voltage received from the dimmer or the electronic switch; a first power converter (130, 530) configured to drive the solid state light source using the rectified input mains voltage; characterised by: the first power converter being configured to deliver power to the radio circuit; and a second power converter (150, 550) configured to deliver power to the radio circuit when the rectified input mains voltage becomes inadequate for the first power converter due to the phase-cut angle of the rectified input mains voltage or the off-state of the electronic switch. a solid state light source (140, 440, 540); a radio circuit (160, 560) configured to receive a wireless control signal, enabling control of the lighting unit; a rectifier circuit (120, 520) configured to rectify the input mains voltage received from the dimmer or the electronic switch; a first power converter (130, 530) configured to drive the solid state light source using the rectified input mains voltage; characterised by: the first power converter being configured to deliver power to the radio circuit; and a second power converter (150, 550) configured to deliver power to the radio circuit when the rectified input mains voltage becomes inadequate for the first power converter due to the phase-cut angle of the rectified input mains voltage or the off-state of the electronic switch. the first power converter being configured to deliver power to the radio circuit; and a second power converter (150, 550) configured to deliver power to the radio circuit when the rectified input mains voltage becomes inadequate for the first power converter due to the phase-cut angle of the rectified input mains voltage or the off-state of the electronic switch.
A method of operating a bearing arrangement for a shaft (2, 3, 4) subject to axial loading over an operating cycle, the bearing arrangement comprising a fixed bearing (11, 12) and a load share bearing to act in combination to accommodate the axial load, the method being characterised in that the load share bearing is associated with a load mechanism that varies the proportion of total bearing load applied between the load share bearing and the fixed bearing (11, 12), the method further comprising the steps of determining a stage of the operating cycle and determining the axial load and varying the axial load applied to the load share bearing.
Functional unit for a medium-voltage substation comprising a substantially rectangular parallelepipedial envelope composed of a plurality of compartments, including a compartment forming a functional block superposed on a cable passage compartment, both being adjacent to a compartment forming a chimney, the said chimney being located on an edge of the envelope of the functional unit and extending over the entire height thereof, the said chimney being formed by four angle uprights and two times four crossmembers to form the edges of a rectangular parallelepiped whose volume represents 15 to 30% of the volume of the envelope and which defines: - three outer walls of the substation comprising a bottom wall, an upper wall and a lower wall which are closed by panels; - two lateral walls forming outer walls of the said unit comprising orifices separated by supporting crossmembers which are provided with means allowing the absorption of mechanical energy; - a separation wall forming a wall inside the said unit and partially obstructed by a metal sheet. - three outer walls of the substation comprising a bottom wall, an upper wall and a lower wall which are closed by panels; - two lateral walls forming outer walls of the said unit comprising orifices separated by supporting crossmembers which are provided with means allowing the absorption of mechanical energy; - a separation wall forming a wall inside the said unit and partially obstructed by a metal sheet.