mhurhangee/ep-ind-claims huggingface dataset:
A light source, comprising: - a semiconductor gain device operable to provide light amplification; - a wavelength selection element comprising a diffraction grating; and - light re-directors; wherein the semiconductor gain device, the light re-directors and the diffraction grating are mutually arranged so that an optical resonator is established for light portions emitted by the gain device and diffracted by the diffraction grating; wherein the optical resonator is an external cavity laser resonator; wherein the light source comprises a direction variation device capable of varying a direction of light incident on the wavelength selection element to select a resonator radiation wavelength dependent on an angle of incidence of the light on the wavelength selection element, wherein the direction variation device is arranged between the gain device and the wavelength selection element to deflect light coming from the gain device to have a variable angle of incidence on the wavelength selection element; and wherein the diffraction grating is attached to a prism (23;24); characterized in that the direction variation device is an actuated mirror or a vibrating optical fiber. - a semiconductor gain device operable to provide light amplification; - a wavelength selection element comprising a diffraction grating; and - light re-directors; wherein the semiconductor gain device, the light re-directors and the diffraction grating are mutually arranged so that an optical resonator is established for light portions emitted by the gain device and diffracted by the diffraction grating; wherein the optical resonator is an external cavity laser resonator; wherein the light source comprises a direction variation device capable of varying a direction of light incident on the wavelength selection element to select a resonator radiation wavelength dependent on an angle of incidence of the light on the wavelength selection element, wherein the direction variation device is arranged between the gain device and the wavelength selection element to deflect light coming from the gain device to have a variable angle of incidence on the wavelength selection element; and wherein the diffraction grating is attached to a prism (23;24); characterized in that the direction variation device is an actuated mirror or a vibrating optical fiber.
Fastener assembly having a nut with an internal screw thread for screwing onto a screw or bolt shaft having an external screw thread matching the internal screw thread of the nut, where the nut has a pressure surface on its end face, a washer with a through-hole which is disposed under the pressure surface of the nut, where the washer, when the nut has been screwed on, is in contact with a fastening surface, where the washer can be tilted relative to the nut according to the inclination of the fastening surface relative to a longitudinal axis of the screw or bolt shaft because the washer incorporates an inner portion the upper side of which forms part of a convex spherical surface with which the pressure surface of the nut, which forms part of a matching concave spherical surface, is in contact, characterised in that the washer and the nut are arranged so so that they can be turned relative to each other and are undetachably attached to each other and the nut incorporates on its outer circumference and on its underside a projecting portion projecting radially outwards and running annularly all the way round the circumference and having an underside forming an outer annular portion of the concave lower pressure surface of the nut, and the nut incorporates an undercut, particularly a V-shaped hollow portion formed by an annular portion of the pressure surface of the spherical concave surface and a projecting annular portion pointing at an angle downwards and and projecting downwards from the pressure surface close to the through-hole.
A rod-shaped aerosol-generating article for use with an electrically heated aerosol-generating device, the article comprising a substrate core and a filler sleeve surrounding the substrate core, the substrate core comprising an aerosol-forming substrate and having a non-circular outer cross-section, and the filler sleeve having a circular outer cross-section and comprising a heat resistant filler material that is heat resistant up to at least 150 degree Celsius.
Structure (1; 301) for luminous footwear, comprising: an outsole (2; 302) at least partially transparent and a light emitting device (3; 300) combined with said outsole, wherein said light emitting device comprises: at least one luminous strip (4; 140) comprising an at least partially transparent casing, one plurality of light emitters housed in said casing, and first conductive means to electrically connect said light emitters one to another, a control unit equipped with a battery electrically connected to said at least one luminous strip (4, 140), wherein said first conductive means comprise a plurality of conductive wires at least partially housed in said casing, wherein said first conductive means comprise an electric connection terminal accessible from the outside of said casing for a removable electric connection between said conductive wires and said control unit and characterized in that said light emitting device comprises a second luminous strip, wherein said second luminous strip has a length shorter than said first luminous strip (4; 140), wherein said second luminous strip is arranged at a toe portion of said outsole outside of a zone corresponding to the major bending zone of said outsole, and said first luminous strip (4, 140) is arranged at a remaining portion of said outsole, outside said zone corresponding to the major bending zone of said outsole, wherein said first luminous strip and said second luminous strip are spaced from one another by a predetermined length at two portions of said outsole which are essentially opposing one another, wherein said two portions define said zone corresponding to the major bending zone of said sole. at least one luminous strip (4; 140) comprising an at least partially transparent casing, one plurality of light emitters housed in said casing, and first conductive means to electrically connect said light emitters one to another, a control unit equipped with a battery electrically connected to said at least one luminous strip (4, 140), wherein said first conductive means comprise a plurality of conductive wires at least partially housed in said casing, wherein said first conductive means comprise an electric connection terminal accessible from the outside of said casing for a removable electric connection between said conductive wires and said control unit and characterized in that said light emitting device comprises a second luminous strip, wherein said second luminous strip has a length shorter than said first luminous strip (4; 140), wherein said second luminous strip is arranged at a toe portion of said outsole outside of a zone corresponding to the major bending zone of said outsole, and said first luminous strip (4, 140) is arranged at a remaining portion of said outsole, outside said zone corresponding to the major bending zone of said outsole, wherein said first luminous strip and said second luminous strip are spaced from one another by a predetermined length at two portions of said outsole which are essentially opposing one another, wherein said two portions define said zone corresponding to the major bending zone of said sole.
An electronic device, comprising: at least one layer (N1, N2, N3, N4) of a conducting material having an epsilon-near-zero, ENZ, regime of permittivity at a given wavelength and configured to be tunable to vary the permittivity with applied electrical bias, characterized in that the at least one of the plurality of conducting layers having a ratio of a layer thickness to the accumulation region thickness in the layer of 8:1 or less, wherein the at least one layer enables an absorption of at least 95%.
A vehicle comprising a base member provided with a frame (40, 40′, 42, 86, 86′, 94), wherein the vehicle comprises a plurality of wheels (8, 8′), wherein the base member comprises a rotatable member rotatably attached to the frame (40, 40′, 42, 86, 86′, 94) in such a manner that the rotatable member can rotate relative to the frame (40, 40′, 42, 86, 86′, 94), the vehicle further comprising an extensible member, wherein the rotatable member comprises means (34, 34′, 36, 36′) for displacement of the extensible member along the rotatable member, preferably along the longitudinal axis of the rotatable member, wherein the extensible member is a separate unit, wherein the base member is configured to completely dismount the extensible member from the base member, wherein: - the base member comprises at least one receiving member (32, 32′) configured to receive a roller member (34, 34′) or a longitudinal rod member (38, 38′) of the extensible member when the roller member (34, 34′) or the longitudinal rod member (38, 38′) of the extensible member to be inserted into the receiving member (32, 32′) is arrange at ground level or - the extensible member comprises at least one receiving member (32, 32′) configured to receive a roller member (34, 34′) or a longitudinal rod member (38, 38′) of the base member when the roller member (34, 34′) or the longitudinal rod member (38, 38′) of the base member to be inserted into the receiving member (32, 32′) is arrange at ground level, wherein the receiving members (32, 32′) comprise a flat bottom surface, and wherein the width of the bottom surface increases towards the distal end of the bottom surface, characterised in that the extensible member comprises two parallel track members (36, 36′) each provided with a groove configured to receive roller members (34, 34′) rotatably attached to the base member. - the base member comprises at least one receiving member (32, 32′) configured to receive a roller member (34, 34′) or a longitudinal rod member (38, 38′) of the extensible member when the roller member (34, 34′) or the longitudinal rod member (38, 38′) of the extensible member to be inserted into the receiving member (32, 32′) is arrange at ground level or - the extensible member comprises at least one receiving member (32, 32′) configured to receive a roller member (34, 34′) or a longitudinal rod member (38, 38′) of the base member when the roller member (34, 34′) or the longitudinal rod member (38, 38′) of the base member to be inserted into the receiving member (32, 32′) is arrange at ground level, wherein the receiving members (32, 32′) comprise a flat bottom surface, and wherein the width of the bottom surface increases towards the distal end of the bottom surface, characterised in that the extensible member comprises two parallel track members (36, 36′) each provided with a groove configured to receive roller members (34, 34′) rotatably attached to the base member.
A positive electrode active material for a nonaqueous electrolyte secondary battery, wherein one or both of an organic phosphite compound represented by the following chemical formula and an organic phosphate compound represented by the following chemical formula adhere(s) to a part or an entire of a particle surface of a lithium-manganese-nickel composite oxide particle represented by general formula: Li t Mn 2-x-y Ni x M y O 4 (wherein 0.96 < t ≤ 1.25, 0.40 ≤ x ≤ 0.60, 0 ≤ y ≤ 0.20, and M represents at least one element selected from Mg, Al, Si, Ti, Cr, Fe, Co, Cu and Zn), and a specific surface area of the lithium-manganese-nickel composite oxide particle measured by a BET method with nitrogen absorption is 0.7 m 2 /g to 1.5 m 2 /g and its average particle size is in the range from 2 μm to 8 μm, whereby the average particle size represents the volume average particle size measured with a laser diffraction/scattering tpye particle size analyser.
A computer implemented method comprising: displaying, by a processor and via a graphical user interface, a notification associated with an incoming request from a conferencing communication device for a real-time communication session with a first user communication device, wherein the notification comprises a text request from a third user to join a conference call and a list of participants currently in the conference call, wherein the real-time communication session comprises one of a voice or a video communication session, and wherein the first user communication device is currently involved in a second communication session with at least a second user communication device;; in response to receiving the incoming request and the first user communication device being currently involved in the second communication session, presenting, by the processor, to the first user, an interface to receive an instruction from the first user; and receiving, by the processor and via the graphical user interface, the instruction for handling the incoming request for the real-time communication session. displaying, by a processor and via a graphical user interface, a notification associated with an incoming request from a conferencing communication device for a real-time communication session with a first user communication device, wherein the notification comprises a text request from a third user to join a conference call and a list of participants currently in the conference call, wherein the real-time communication session comprises one of a voice or a video communication session, and wherein the first user communication device is currently involved in a second communication session with at least a second user communication device;; in response to receiving the incoming request and the first user communication device being currently involved in the second communication session, presenting, by the processor, to the first user, an interface to receive an instruction from the first user; and receiving, by the processor and via the graphical user interface, the instruction for handling the incoming request for the real-time communication session.
A wireless communication apparatus, comprising: providing means for, in a case where a first signal is received from a first other wireless communication apparatus, providing a communication parameter to the first other wireless communication apparatus, and for, in a case where a second signal is received from a second other wireless communication apparatus, providing the communication parameter to the second other wireless communication apparatus starting means for starting operation as an access point according to a Wi-Fi Direct protocol in response to accepting an instruction from a user; the first signal indicating a request for said communication parameter, the first signal being defined according to the Wi-Fi Direct protocol the second signal indicating another request for said communication parameter, the second signal being defined according to a Wi-Fi Protected Setup, WPS, protocol for operating a Push Button Configuration, PBC, method; the providing means being adapted for providing the communication parameter to the first other wireless communication apparatus upon receipt of the first signal from the first other wireless communication apparatus after the operation as the access point is started by the starting means; and the providing means being adapted for providing the communication parameter to the second other wireless communication apparatus upon receipt of the second signal from the second other wireless communication apparatus during a time period from when the operation as the access point is started by the starting means until elapse of a predetermined time. providing means for, in a case where a first signal is received from a first other wireless communication apparatus, providing a communication parameter to the first other wireless communication apparatus, and for, in a case where a second signal is received from a second other wireless communication apparatus, providing the communication parameter to the second other wireless communication apparatus starting means for starting operation as an access point according to a Wi-Fi Direct protocol in response to accepting an instruction from a user; the first signal indicating a request for said communication parameter, the first signal being defined according to the Wi-Fi Direct protocol the second signal indicating another request for said communication parameter, the second signal being defined according to a Wi-Fi Protected Setup, WPS, protocol for operating a Push Button Configuration, PBC, method; the providing means being adapted for providing the communication parameter to the first other wireless communication apparatus upon receipt of the first signal from the first other wireless communication apparatus after the operation as the access point is started by the starting means; and the providing means being adapted for providing the communication parameter to the second other wireless communication apparatus upon receipt of the second signal from the second other wireless communication apparatus during a time period from when the operation as the access point is started by the starting means until elapse of a predetermined time.
An artificial vascular graft comprising a primary scaffold structure encompassing an inner space of the artificial vascular graft, said primary scaffold structure having a. an inner surface facing towards said inner space and b. an outer surface facing away from said inner space and c. a coating on said inner surface and on said outer surface a plurality of grooves is comprised in said coating of said inner surface and said primary scaffold structure characterized in that said coating on said inner surface and on said outer surface are designed in such a way that cells, in particular progenitor cells, can migrate through said outer surface of said coating, said primary scaffold structure and said inner surface of said coating to said inner space, wherein said coating comprise a cellulose material. a. an inner surface facing towards said inner space and b. an outer surface facing away from said inner space and c. a coating on said inner surface and on said outer surface a plurality of grooves is comprised in said coating of said inner surface and said primary scaffold structure characterized in that said coating on said inner surface and on said outer surface are designed in such a way that cells, in particular progenitor cells, can migrate through said outer surface of said coating, said primary scaffold structure and said inner surface of said coating to said inner space, wherein said coating comprise a cellulose material.
Espagnolette fitting for a frame of a window or door, comprising a transmission and locking bars, wherein the transmission consists of a housing, which can be mounted in a stationary manner on a frame, and a slide, which is guided in such a way as to be displaceable relative to said housing and which at its ends, as seen in the direction of displacement, is provided with connection tabs for the connection of the locking bars, and comprising an anti-intrusion device, wherein the slide, on its surface facing towards the outer side of the window or door, is secured by a securing plate which is connected to the slide.
A motorized viscous material dispenser (1; 1a), especially a caulking gun, comprising: - a drive unit with a cylindrical pinion gear, - a holder (15; 15a) attachable to a front side of the drive unit for receiving at least one container containing viscous material, - at least one piston (19; 19a), - at least one rack (17; 17a) meshing with the cylindrical pinion gear to drive said piston (19; 19a), and - a rear piece (51; 51a) and a guide piece (45; 45a), wherein: - the rear piece (51; 51a) and the guide piece (45; 45a) are separate to each other and separate to the drive unit - the rear piece (51; 51a) is attachable to a rear side of the drive unit opposite the front side, - the guide piece (45; 45a) is attachable to the front side of the drive unit, - said guide piece (45; 45a) and said rear piece (51; 51a) comprise guiding apertures through which the rack (17; 17a) is extending, and - said guiding apertures determine the position of the rack (17; 17a) relative to the cylindrical pinion gear, when the motorized viscous material dispenser (1; 1a) is assembled, - the drive unit comprises a through channel for accommodating the at least one rack (17; 17a), - the cylindrical pinion gear comprises teeth extending into the through channel to allow both a single rack or more than one rack accommodated in the through channel to mesh with the teeth of the pinion gear. - a drive unit with a cylindrical pinion gear, - a holder (15; 15a) attachable to a front side of the drive unit for receiving at least one container containing viscous material, - at least one piston (19; 19a), - at least one rack (17; 17a) meshing with the cylindrical pinion gear to drive said piston (19; 19a), and - a rear piece (51; 51a) and a guide piece (45; 45a), - the rear piece (51; 51a) and the guide piece (45; 45a) are separate to each other and separate to the drive unit - the rear piece (51; 51a) is attachable to a rear side of the drive unit opposite the front side, - the guide piece (45; 45a) is attachable to the front side of the drive unit, - said guide piece (45; 45a) and said rear piece (51; 51a) comprise guiding apertures through which the rack (17; 17a) is extending, and - said guiding apertures determine the position of the rack (17; 17a) relative to the cylindrical pinion gear, when the motorized viscous material dispenser (1; 1a) is assembled, - the drive unit comprises a through channel for accommodating the at least one rack (17; 17a), - the cylindrical pinion gear comprises teeth extending into the through channel to allow both a single rack or more than one rack accommodated in the through channel to mesh with the teeth of the pinion gear.
Filter system for engine oil of an internal combustion engine, in particular of a motor vehicle, with a filter head, which features a supply line for engine oil to be filtered, and a discharge line for filtered engine oil, and with a spin-on filter, which is detachably mounted to the filter head by means of a rotary connection and/or plug-in connection and which comprises a housing with at least one inlet for engine oil to be filtered that communicates with the supply line, and at least one outlet for the filtered engine oil that communicates with the discharge line, and in which is disposed a filter element that separates the inlet sealingly from the outlet, wherein the filter head comprises a secondary oil line and the spin-on filter features a discharge control element which, depending on an operating and/or mounting condition, closes or opens the secondary oil line automatically, wherein the discharge control element features a shaft at which the closing element is disposed, and the filter head features a shaft receptacle into which the shaft is inserted when the spin-on filter is mounted, in such a way that the closing element can close the secondary oil line at least partially, wherein the outlet or the inlet of the spin-on filter features a coaxial inlet aperture relative to a rotational axis/connector axis of the rotary connection and/or plug-in connection and the shaft is disposed coaxially relative to the rotational axis/connector axis, characterized in that the shaft is passing through the inlet aperture.