mhurhangee/ep-ind-claims huggingface dataset:
A nasal pillow section for use as part of an apparatus for providing a stream of gases to a user, said pillow section in use located in front of the upper lip and below the nostrils of a user, said pillow section comprising, when viewed from the front and to one side of the nasal pillow section being worn by the user who is standing up: a pillow gasket, having a gases aperture which receives a stream of gases in use, nasal pillows, fluidically connected to said pillow gasket and adapted to substantially seal against the nostrils of a user in use, so that substantially the whole of said stream of gases passes into said nasal pillows from said pillow gasket and is delivered to said user, the lower inner surface of said pillow gasket shaped to include a concavity or a straight planar surface; wherein the pillow gasket has the form of a cylinder which in use is aligned across the top lip of a user, the gases aperture being at one side of the pillow gasket. a pillow gasket, having a gases aperture which receives a stream of gases in use, nasal pillows, fluidically connected to said pillow gasket and adapted to substantially seal against the nostrils of a user in use, so that substantially the whole of said stream of gases passes into said nasal pillows from said pillow gasket and is delivered to said user, the lower inner surface of said pillow gasket shaped to include a concavity or a straight planar surface; wherein the pillow gasket has the form of a cylinder which in use is aligned across the top lip of a user, the gases aperture being at one side of the pillow gasket.
Manhole cover for covering a manhole, comprising - at least one latching engagement element, wherein, with the manhole cover in the installed state, the latching engagement element, in a latching engagement position, positively and/or non-positively prevents a movement of the manhole cover relative to the manhole, and - a locking device for locking the latching engagement element, characterized in that the locking device is connected to the manhole cover, and wherein the locking device is designed and can be arranged in such a way that the locking device, in a locking position, substantially blocks a movement of the latching engagement element from the latching engagement position by means of a positive connection between a blocking outer surface (11, 13) of the locking device and a contact outer surface (83, 84) of the latching engagement element. - at least one latching engagement element, wherein, with the manhole cover in the installed state, the latching engagement element, in a latching engagement position, positively and/or non-positively prevents a movement of the manhole cover relative to the manhole, and - a locking device for locking the latching engagement element,
A car comprising a device for communicating with at least one neighboring device, the device comprised in the car comprising: at least one of a transmitter for transmitting a data signal to at least one neighboring device and a receiver for receiving a data signal from at least one neighboring device; and characterised by a processor configured to determine at least one of a distance and a direction to at least one neighboring device relative to said device comprised in the car, said at least one of said distance and said direction being determined using at least one sensor other than said receiver, to configure at least one of said at least one of said transmitter and said receiver in dependence on said at least one of said distance and said direction, and to use said at least one of said transmitter and said receiver, said transmitter being used to transmit a data signal to at least one of said at least one neighboring device and said receiver being used to receive a data signal from at least one of said at least one neighboring device. at least one of a transmitter for transmitting a data signal to at least one neighboring device and a receiver for receiving a data signal from at least one neighboring device; and characterised by a processor configured to determine at least one of a distance and a direction to at least one neighboring device relative to said device comprised in the car, said at least one of said distance and said direction being determined using at least one sensor other than said receiver, to configure at least one of said at least one of said transmitter and said receiver in dependence on said at least one of said distance and said direction, and to use said at least one of said transmitter and said receiver, said transmitter being used to transmit a data signal to at least one of said at least one neighboring device and said receiver being used to receive a data signal from at least one of said at least one neighboring device.
A vehicle exterior mirror pair having a driver-side vehicle exterior mirror and a passenger-side vehicle exterior mirror which each have a mirror base (4, 4') and a mirror housing (5, 5') arranged so that it can pivot with respect to the mirror base (4, 4'), in which mirror housing (5, 5') an adjustable mirror glass is arranged, wherein the mirror housings (5, 5') of the two vehicle exterior mirrors (5, 5') are symmetrically constructed so that the same headwind situation results, characterised in that - a visor (6, 6') incorporating the mirror glass is arranged at the rear side of each of the two mirror housings (5, 5'), wherein the visor of the driver-side vehicle exterior mirror is formed asymmetrically with respect to the visor of the passenger-side exterior mirror, - the driver-side and the passenger-side vehicle exterior mirrors (2, 3) are symmetrical as seen from a front view and asymmetrical as seen from a top view. - a visor (6, 6') incorporating the mirror glass is arranged at the rear side of each of the two mirror housings (5, 5'), wherein the visor of the driver-side vehicle exterior mirror is formed asymmetrically with respect to the visor of the passenger-side exterior mirror, - the driver-side and the passenger-side vehicle exterior mirrors (2, 3) are symmetrical as seen from a front view and asymmetrical as seen from a top view.
An apparatus for guiding spontaneous emissions of a quantum emitter in a first spatial direction comprising the quantum emitter, characterized in that the quantum emitter is an ion or an atom; a reflector adapted to reflect an emission of the quantum emitter in a second spatial direction according to a boundary condition, wherein the boundary condition includes obtaining destructive interference of the reflected emission with said emission of the quantum emitter, the reflector including a portion adapted to guide an emission of the quantum emitter in a first spatial direction; and a controller adapted to control one or more of - a position of the reflector and/or a position of the quantum emitter based on the boundary condition, and - a focal length of the reflector. the quantum emitter, characterized in that the quantum emitter is an ion or an atom; a reflector adapted to reflect an emission of the quantum emitter in a second spatial direction according to a boundary condition, wherein the boundary condition includes obtaining destructive interference of the reflected emission with said emission of the quantum emitter, the reflector including a portion adapted to guide an emission of the quantum emitter in a first spatial direction; and a controller adapted to control one or more of - a position of the reflector and/or a position of the quantum emitter based on the boundary condition, and - a focal length of the reflector. - a position of the reflector and/or a position of the quantum emitter based on the boundary condition, and - a focal length of the reflector.
A medicament delivery device comprising - an elongated housing extending along a longitudinal axis, having a proximal end and a distal end; - a tubular medicament container comprising an integrated needle, a movable stopper and a radially extending flange at the distal end and being accommodated within the housing; - a power pack in the distal end of the housing comprising an elongated plunger rod within a generally tubular body, wherein the plunger rod is held by a spring in a tensioned state by radially flexible arms on the body of a rear cap forming a support structure; wherein the support structure comprising a flexible element being flexible in a generally longitudinal direction and arranged to exert a force on a distal end of the medicament container; further comprising an intermediate structure (50; 60) that is arranged between said flexible element and the distal end surface of the medicament container defining a generally circular passage (54; 64) for the plunger rod, the intermediate structure (50; 60) comprising a ring-shaped element (52; 62) arranged to be placed at a distal passage of the medicament container abutting the distal end surface of the flange, wherein the flexible element exerts a resilient force on the ring shaped element (52;62) to guide said flexible element in an outwardly direction in relation to the longitudinal axis in order to ensure that the flexible elements 48 cannot enter into the medicament container. - an elongated housing extending along a longitudinal axis, having a proximal end and a distal end; - a tubular medicament container comprising an integrated needle, a movable stopper and a radially extending flange at the distal end and being accommodated within the housing; - a power pack in the distal end of the housing comprising an elongated plunger rod within a generally tubular body, wherein the plunger rod is held by a spring in a tensioned state by radially flexible arms on the body of a rear cap forming a support structure; wherein the support structure comprising a flexible element being flexible in a generally longitudinal direction and arranged to exert a force on a distal end of the medicament container;
A process for a hot dip galvanization of a non-magnetic stainless steel wire for submarine power cables for transmitting electrical power comprising the steps: (a) degreasing the wire in a degreasing bath; (b) rinsing the wire; (c) activating the wire surface by any one or more of pickling, atmospheric reduction, and plasma cleaning; (d) electroplating the wire with nickel, or electroplating the wire with zinc and/or zinc alloy, or transferring the wire to a hot dip zinc bath and/or zinc alloy bath under the protection of inert and/or reduction atmosphere before a subsequently zinc and/or zinc alloy coating is formed thereon such that the surface of the wire forms a good adhesion with a subsequently formed zinc and/or zinc alloy coating, wherein the electroplated nickel layer has a coat weight of 20-60 g/m 2 and the electrogalvanized layer has a coat weight of 10-50 g/m 2; (e) dipping the wire in the zinc bath and/or zinc alloy bath to form a zinc and/or zinc alloy coating thereon, wherein the thickness of the galvanized coating is ranging from 20 g/m 2 to 600 g/m 2; and (f) cooling the wire. (a) degreasing the wire in a degreasing bath; (b) rinsing the wire; (c) activating the wire surface by any one or more of pickling, atmospheric reduction, and plasma cleaning; (d) electroplating the wire with nickel, or electroplating the wire with zinc and/or zinc alloy, or transferring the wire to a hot dip zinc bath and/or zinc alloy bath under the protection of inert and/or reduction atmosphere before a subsequently zinc and/or zinc alloy coating is formed thereon such that the surface of the wire forms a good adhesion with a subsequently formed zinc and/or zinc alloy coating, wherein the electroplated nickel layer has a coat weight of 20-60 g/m 2 and the electrogalvanized layer has a coat weight of 10-50 g/m 2; (e) dipping the wire in the zinc bath and/or zinc alloy bath to form a zinc and/or zinc alloy coating thereon, wherein the thickness of the galvanized coating is ranging from 20 g/m 2 to 600 g/m 2; and (f) cooling the wire.
Rifle with a barrel fixed to a rifle body by means of at least one screw provided with a screwhead, wherein the rifle body comprises a housing to receive the barrel and wherein the screw is fixed to the rifle body so that the rifle body tightens against or grips the outer surface of the barrel, which is characterised in that: - the barrel comprises at least one surface hollow on its outer surface, - the screwhead is partially arranged inside the surface hollow, said surface hollow providing a stop to a longitudinal movement of said screwhead, and said screw preventing potential longitudinal movement of the barrel in relation to the rifle body. - the barrel comprises at least one surface hollow on its outer surface, - the screwhead is partially arranged inside the surface hollow, said surface hollow providing a stop to a longitudinal movement of said screwhead, and said screw preventing potential longitudinal movement of the barrel in relation to the rifle body.
An assembly comprising a drawer or the like, a pull-out guide, a hooking device and a device for laterally centring the drawer or the like on the pull-out guide pre-mountable to the body of a piece of furniture, the drawer being fixable to the pull-out guide by the hooking device that is fixable to the drawer and exhibits a hooking member insertable in a mounting position in a hole afforded in the extractable part (11 A) of the pull-out guide, the hooking device further comprising a lever for manually actuating the hooking member and the centring device comprising a first and a second coupling parts (26, 27) respectively connectable to the hooking device and to said pull-out guide, characterized in that the first and the second coupling parts (26, 27) are added and separate parts to the hooking member of the lever and hole of the extractable part (11 A) of the pull out guide, and in that at least one of said coupling parts (26, 27) is conformed with elastically yieldable means in lateral direction in order to cause a forced and/or shape engagement between said coupling parts (26, 27) so as to compensate for any lateral play between the hooking device and the same pull-out guide.
Hobbing machine, comprising: - a workpiece spindle for rotating a workpiece about an axis of rotation, - a hobbing head for hobbing the workpiece, - a first chamfering device for chamfering the workpiece in a first axial area, - a second chamfering device for chamfering the workpiece in a second axial area, and - a common carriage on which the hobbing head as well as the first chamfering device and the second chamfering device are arranged, and by means of which the hobbing head, the first chamfering device and the second chamfering device can be moved together along a direction of movement (z), characterized in that the hobbing head can be moved on the common carriage by means of a hobbing feed device in a feed direction perpendicular to the direction of movement (z) of the common carriage independently of the chamfering devices (13, 14). - a workpiece spindle for rotating a workpiece about an axis of rotation, - a hobbing head for hobbing the workpiece, - a first chamfering device for chamfering the workpiece in a first axial area, - a second chamfering device for chamfering the workpiece in a second axial area, and - a common carriage on which the hobbing head as well as the first chamfering device and the second chamfering device are arranged, and by means of which the hobbing head, the first chamfering device and the second chamfering device can be moved together along a direction of movement (z),
A balcony railing structure comprising a horizontal lower profile, a horizontal upper profile and, further, a vertical post structure to connect the lower profile and the upper profile, said post structure comprising a support post, the railing structure comprising a fastening arrangement (431, 432) for fastening a bottom end of the support post to a balcony slab, and the railing structure comprising a height position adjustment arrangement (60, 602) between the lower profile and the support post and a height position adjustment arrangement (431, 432) between the upper profile and the support post, characterised in that said support post penetrates through the lower profile via an indentation penetrating through the uniform lower profile.
An apparatus comprising: a substrate having a first surface and a second surface, the substrate comprising a conductive signal line, a first conductive ground plane member and a second conductive ground plane member disposed in a first plane on the first surface of the substrate such that the conductive signal line is configured to convey a signal having a phase, wherein the first conductive plane member and the second conductive plane member are connected to form an overall ground plane; and a third conductive ground plane member disposed in a second plane, different from the first plane; and means for causing relative movement between the third conductive ground plane member and the conductive signal line to cause a change in the phase of the signal, wherein the relative movement of the third ground plane member to the conductive signal line causes the conductive signal line type to change from that of a conductor backed coplanar waveguide in a first configuration to a coplanar waveguide in at least one second configuration and vice versa, characterized in that the means for causing relative movement between the third conductive ground plane member and the conductive signal line comprises means for moving the third ground plane member from the first configuration in which it is connected to the first ground plane member and the second ground plane member to the at least one second configuration in which the third ground plane member is not connected to the first ground plane member and the second ground plane member. a substrate having a first surface and a second surface, the substrate comprising a conductive signal line, a first conductive ground plane member and a second conductive ground plane member disposed in a first plane on the first surface of the substrate such that the conductive signal line is configured to convey a signal having a phase, wherein the first conductive plane member and the second conductive plane member are connected to form an overall ground plane; and a third conductive ground plane member disposed in a second plane, different from the first plane; and means for causing relative movement between the third conductive ground plane member and the conductive signal line to cause a change in the phase of the signal, wherein the relative movement of the third ground plane member to the conductive signal line causes the conductive signal line type to change from that of a conductor backed coplanar waveguide in a first configuration to a coplanar waveguide in at least one second configuration and vice versa, characterized in that the means for causing relative movement between the third conductive ground plane member and the conductive signal line comprises means for moving the third ground plane member from the first configuration in which it is connected to the first ground plane member and the second ground plane member to the at least one second configuration in which the third ground plane member is not connected to the first ground plane member and the second ground plane member.
A method, comprising: measuring heights on a surface of a photomask using broadband light interferometry, the heights comprising heights of patterned areas of the photomask; producing a focal map from the measured heights on the surface of the photomask, comprising adjusting the measured heights of the patterned areas based on fill factors for the patterned areas to thereby produce a corrected focal map; and inspecting the photomask for defects with photomask-inspection optics, using the corrected focal map. measuring heights on a surface of a photomask using broadband light interferometry, the heights comprising heights of patterned areas of the photomask; producing a focal map from the measured heights on the surface of the photomask, comprising adjusting the measured heights of the patterned areas based on fill factors for the patterned areas to thereby produce a corrected focal map; and inspecting the photomask for defects with photomask-inspection optics, using the corrected focal map.
A method of synchronizing reception of communications by an end device (106, 304) that operates in a receiver-off-when-idle mode in a wireless mesh network, the method comprising: transmitting, by the end device (106, 304), a parent request message to a parent device (102, 302); in response to the parent request message, receiving, from the parent device (102, 302), a parent response message including an indication of a clock accuracy of the parent device (102, 302); determining, by the end device and based in part on the received indication of the clock accuracy of the parent device (102, 302), parameters for synchronized reception of communications from the parent device (102, 302); transmitting, by the end device (106, 304), a child request message including the parameters for synchronized reception of communications from the parent device (102, 302), the transmitting being effective to cause the parent device (102, 302) to transmit communications to the end device (106, 304) based on the parameters, based at least in part on the received indication of the clock accuracy of the parent device (102, 302), determining, by the end device (106, 304), that the reception of communications from the parent device (102, 302) is no longer synchronized; and based on the determining the reception of communication is no longer synchronized: transmitting, by the end device (106, 304), a resynchronization message to the parent device (102, 302) that is effective to resynchronize the reception of communications from the parent device (102, 302). transmitting, by the end device (106, 304), a parent request message to a parent device (102, 302); in response to the parent request message, receiving, from the parent device (102, 302), a parent response message including an indication of a clock accuracy of the parent device (102, 302); determining, by the end device and based in part on the received indication of the clock accuracy of the parent device (102, 302), parameters for synchronized reception of communications from the parent device (102, 302); transmitting, by the end device (106, 304), a child request message including the parameters for synchronized reception of communications from the parent device (102, 302), the transmitting being effective to cause the parent device (102, 302) to transmit communications to the end device (106, 304) based on the parameters, based at least in part on the received indication of the clock accuracy of the parent device (102, 302), determining, by the end device (106, 304), that the reception of communications from the parent device (102, 302) is no longer synchronized; and based on the determining the reception of communication is no longer synchronized: transmitting, by the end device (106, 304), a resynchronization message to the parent device (102, 302) that is effective to resynchronize the reception of communications from the parent device (102, 302).