mhurhangee/ep-ind-claims huggingface dataset:
A lighting system for securing protocol execution in a network, comprising: a luminaire; a service center for providing protocol information for controlling the luminaire, said protocol information comprising a first part and a second part; and a segment controller for performing a protocol according to the protocol information to control the luminaire; wherein the segment controller is configured to forward a message with the first part of protocol information to the luminaire, wherein at least one predetermined response message from the luminaire based on the message is required at the segment controller for performing one or more steps of the protocol, and wherein the segment controller is configured to use the predetermined response message from the luminaire for decryption of the second part of the protocol information; wherein the predetermined response message, given by the luminaire, comprises a fingerprint of the message with the first part of the protocol information and a key; and wherein the key is an individual key of the luminaire or a symmetric key common to all luminaires of the network. a luminaire; a service center for providing protocol information for controlling the luminaire, said protocol information comprising a first part and a second part; and a segment controller for performing a protocol according to the protocol information to control the luminaire; wherein the segment controller is configured to forward a message with the first part of protocol information to the luminaire, wherein at least one predetermined response message from the luminaire based on the message is required at the segment controller for performing one or more steps of the protocol, and wherein the segment controller is configured to use the predetermined response message from the luminaire for decryption of the second part of the protocol information; wherein the predetermined response message, given by the luminaire, comprises a fingerprint of the message with the first part of the protocol information and a key; and wherein the key is an individual key of the luminaire or a symmetric key common to all luminaires of the network.
Form cutter milling head with a plurality of machining milling teeth and tooth gaps arranged there-between, which are arranged along a circumferential surface of the form cutter milling head, whereby the number of milling teeth is greater than and/or substantially equal to the number of milling teeth ascertained using the equation y = a · x 5 + b · x 4 + c · x 3 + d · x 2 + e · x + f, wherein x is the diameter of the form cutter milling head in millimeters and y is the tooth pitch, i.e. the distance between two milling teeth situated adjacent to one another, in millimeters, and it substantially applies that the value of a ranges between a =1.95·10 -9 and a =2.05·10 -9, the value of b ranges between b =-7.5·10 -7 and b =-8.5·10 -7, the value of c ranges between c =0.95·10 -4 and c =1.05·10 -4, the value of d ranges between d =9.0·10 -3 and d =9.2·10 -3, the value of e ranges between e =3.1·10 -1 and e =3.2·10 -1, and the value of f ranges between f =-2.0·10 -1 and f =-2.1·10 -1, characterized in that the form cutter milling head has a surface which is relief-ground in a profile-constant, or respectively logarithmical, way.
An atomic layer deposition apparatus, comprising: - a process tunnel, longitudinally extending in a transport direction and bounded by a first and a second wall, said walls being mutually parallel and spaced apart so as to allow a substantially flat substrate, oriented parallel to said walls (104, 106), to be accommodated therebetween, and further bounded by two side walls (308, 308') connecting the first and the second walls; - a transport system for supporting and moving a train of said substrates or a continuous substrate in tape form, from an entrance of the tunnel, along the transport direction, to an exit thereof; wherein both the first wall and the second wall of the process tunnel are provided with a plurality of gas injection channels (102, 302), which channels are disposed in a spaced apart manner along the transport direction and the lateral direction and are configured to inject gas into the tunnel so as to form gas bearings for floatingly supporting the substrate, wherein - in use - gas inside the tunnel space flows laterally through the gaps between the tunnel walls (104 and 106) and the substrate towards the edges of the substrate and beyond so as to escape at both lateral sides of the tunnel to exhaust channels, and wherein at least the gas injection channels in the first wall, viewed in the transport direction, are connected successively to a first precursor gas source, a purge gas source, a second precursor gas source and a purge gas source respectively, so as to create a tunnel segment that - in use - comprises successive, laterally extending zones containing a first precursor gas, a purge gas, a second precursor gas and a purge gas, respectively, and wherein two or more of such segments are disposed behind one another in the transport direction. - a process tunnel, longitudinally extending in a transport direction and bounded by a first and a second wall, said walls being mutually parallel and spaced apart so as to allow a substantially flat substrate, oriented parallel to said walls (104, 106), to be accommodated therebetween, and further bounded by two side walls (308, 308') connecting the first and the second walls; - a transport system for supporting and moving a train of said substrates or a continuous substrate in tape form, from an entrance of the tunnel, along the transport direction, to an exit thereof;
A liquid container for an autonomous cleaning robot, comprising: a container case, a cleaning cloth that is removable and mounted on the container case, wherein the cleaning cloth comprises a first guide portion disposed thereon, the container case comprises a second guide portion disposed thereon, and the first guide portion and the second guide portion cooperate with each other and define an installation direction of the cleaning cloth, characterized in that the first guide portion comprises a guiding strip, the second guide portion comprises a mounting groove, and the guiding strip is configured to be inserted in and fix the mounting groove to limit the movement of the cleaning cloth relative to the container case. a container case, a cleaning cloth that is removable and mounted on the container case, wherein the cleaning cloth comprises a first guide portion disposed thereon, the container case comprises a second guide portion disposed thereon, and the first guide portion and the second guide portion cooperate with each other and define an installation direction of the cleaning cloth, characterized in that the first guide portion comprises a guiding strip, the second guide portion comprises a mounting groove, and the guiding strip is configured to be inserted in and fix the mounting groove to limit the movement of the cleaning cloth relative to the container case.
A fluid dispenser bottle comprising - a body delimiting a tank intended to contain a fluid including a bottom wall and a substantially hemispherical housing adapted to receive a dispenser ball movable in rotation, the housing having at its polar portion a recess delimiting with the dispenser ball a chamber for the fluid, - a dip tube including a first end opening into the chamber and a second end opening in the vicinity of the bottom wall, and - a compression means arranged to pressurize the fluid contained in the tank so as to supply the chamber with fluid via the dip tube, the housing being extended by a retaining ring arranged to retain the dispenser ball movable in rotation in the housing and the body, the retaining ring and the dip tube being in one-piece part. - a body delimiting a tank intended to contain a fluid including a bottom wall and a substantially hemispherical housing adapted to receive a dispenser ball movable in rotation, the housing having at its polar portion a recess delimiting with the dispenser ball a chamber for the fluid, - a dip tube including a first end opening into the chamber and a second end opening in the vicinity of the bottom wall, and - a compression means arranged to pressurize the fluid contained in the tank so as to supply the chamber with fluid via the dip tube,
Chain disc harrow unit, comprising - a chassis; - a frame structure connected to the chassis; - at least one chain disc harrow having a plurality of disc harrows that are connected to each other by means of a chain structure; characterised in that - the chain disc harrow is attached to two different parts of the frame structure that are movable relative to each other for changing a pitch angle (α) of the chain disc harrow with respect to a direction of travel of the chain disc harrow unit; - the frame structure has a central part and at least one attachment which is displaceable relative to the central part in the longitudinal direction (x) of the chain disc harrow unit in order to change the pitch angle (α), a first longitudinal end of the chain disc harrow being fastened at least indirectly to the central part and a second longitudinal end of the chain disc harrow being fastened at least indirectly to the attachment. - a chassis; - a frame structure connected to the chassis; - at least one chain disc harrow having a plurality of disc harrows that are connected to each other by means of a chain structure; - the chain disc harrow is attached to two different parts of the frame structure that are movable relative to each other for changing a pitch angle (α) of the chain disc harrow with respect to a direction of travel of the chain disc harrow unit; - the frame structure has a central part and at least one attachment which is displaceable relative to the central part in the longitudinal direction (x) of the chain disc harrow unit in order to change the pitch angle (α), a first longitudinal end of the chain disc harrow being fastened at least indirectly to the central part and a second longitudinal end of the chain disc harrow being fastened at least indirectly to the attachment.
A refrigerant leakage determination system (100, 100A, 100B, 100C, 100D) of a refrigeration cycle apparatus (1, 300) including a refrigerant circuit (10, 310) and having, as operating modes, at least a normal mode and a defrosting mode, the refrigerant circuit including a compressor and a first heat exchanger (23, 342), the normal mode being a mode in which the first heat exchanger is caused to function as an evaporator, the defrosting mode being a mode in which the first heat exchanger frosted during an operation in the normal mode is defrosted, the refrigerant leakage determination system comprising: a defrosting information acquiring unit; a storage unit that is configured to store defrosting information acquired by the defrosting information acquiring unit; and a refrigerant leakage determining unit (85, 85A, 85B, 85C, 85D), characterized in that the defrosting information acquiring unit is configured to acquire defrosting information regarding a relationship between a normal operation period for which the refrigeration cycle apparatus operates in the normal mode and the number of defrosting operations in which the refrigeration cycle apparatus operates in the defrosting mode; and in that the refrigerant leakage determining unit (85, 85A, 85B, 85C, 85D) is configured to determine, based on the defrosting information, leakage of refrigerant in the refrigerant circuit of the refrigeration cycle apparatus. a defrosting information acquiring unit; a storage unit that is configured to store defrosting information acquired by the defrosting information acquiring unit; and a refrigerant leakage determining unit (85, 85A, 85B, 85C, 85D), characterized in that the defrosting information acquiring unit is configured to acquire defrosting information regarding a relationship between a normal operation period for which the refrigeration cycle apparatus operates in the normal mode and the number of defrosting operations in which the refrigeration cycle apparatus operates in the defrosting mode; and in that the refrigerant leakage determining unit (85, 85A, 85B, 85C, 85D) is configured to determine, based on the defrosting information, leakage of refrigerant in the refrigerant circuit of the refrigeration cycle apparatus.
An attachment structure comprising: an elastically deformable bridging piece having an engaging protruding part between two ends thereof, and a restricting part disposed under the bridging piece to restrict elastic deformation of the bridging piece, wherein the engaging protruding part has an apex located closer to an insertion side of the attaching member than a midpoint in a width direction of the bridging piece; such that the bridging piece is inclined to allow the engaging protruding part to engage an engaging hole formed in the attaching member, when the attaching member is inserted in a direction intersecting a longitudinal direction of the bridging piece; characterized in that the restricting part is located closer to the insertion side of the attaching member than the apex of the engaging protruding part; such that the restricting part restricts inclination of the bridging piece, when a force in a reverse direction to an inserting direction acts on the attaching member after insertion. an elastically deformable bridging piece having an engaging protruding part between two ends thereof, and a restricting part disposed under the bridging piece to restrict elastic deformation of the bridging piece, wherein the engaging protruding part has an apex located closer to an insertion side of the attaching member than a midpoint in a width direction of the bridging piece; such that the bridging piece is inclined to allow the engaging protruding part to engage an engaging hole formed in the attaching member, when the attaching member is inserted in a direction intersecting a longitudinal direction of the bridging piece; characterized in that the restricting part is located closer to the insertion side of the attaching member than the apex of the engaging protruding part; such that the restricting part restricts inclination of the bridging piece, when a force in a reverse direction to an inserting direction acts on the attaching member after insertion.
A magnetiser for an in-line pipe inspection tool, the magnetiser comprising: a ferromagnetic base member; a pair of driving magnets mounted at spatially separate locations on the base member, the directions of magnetisation of the magnets extending in opposite senses to each other, towards and away from the base member respectively, to create a magnetic circuit that includes a flux path between the driving magnets which passes through the base member; and a flux enhancing magnet mounted on the base member adjacent to one or both of the driving magnets and having a direction of magnetisation substantially aligned with the direction of magnetic flux on the flux path, the flux enhancing magnet being magnetically coupled to the adjacent driving magnet(s) to drive flux around the magnetic circuit and thereby enhance the magnitude of a magnetic field exhibited by the magnetic circuit outside the magnetiser. a ferromagnetic base member; a pair of driving magnets mounted at spatially separate locations on the base member, the directions of magnetisation of the magnets extending in opposite senses to each other, towards and away from the base member respectively, to create a magnetic circuit that includes a flux path between the driving magnets which passes through the base member; and a flux enhancing magnet mounted on the base member adjacent to one or both of the driving magnets and having a direction of magnetisation substantially aligned with the direction of magnetic flux on the flux path, the flux enhancing magnet being magnetically coupled to the adjacent driving magnet(s) to drive flux around the magnetic circuit and thereby enhance the magnitude of a magnetic field exhibited by the magnetic circuit outside the magnetiser.
An ion implanter comprising an enclosure having arranged therein a substrate carrier connected to a substrate power supply via a high voltage electrical passage, the enclosure being provided with pump means (PP, PS), the ion implanter being characterized in that it also has at least two cylindrical source bodies (CS1, CS2, CS3, CS4) free from any obstacle and arranged facing said substrate carrier; and including at least one confinement coil (BCI1-BCS1, BCI2-BCS2) per source body (CS1, CS2, CS3, CS4).
An end cap for a filtration module, said end cap defining a chamber and comprising: - an inlet in fluid communication with the chamber, said inlet defining an inlet opening that is delimited by an inlet wall; - a first outlet in fluid communication with the chamber, said first outlet defining a first outlet opening that is delimited by a first outlet wall; - a second outlet in fluid communication with the chamber, said second outlet defining a second outlet opening that is delimited by a second outlet wall; and - an outlet channel extending through the chamber from within the second outlet to beyond an opposite side of the chamber, wherein the outlet channel is part of or forms an aerodynamically shaped element, wherein the second outlet is configured to be connected to an inlet of the filtration module, wherein an end of the outlet channel within the second outlet is configured to be connected to an outlet of the filtration module, wherein the end cap comprises a flow guide element that is separately fabricated and that is arranged between the inlet and the first outlet within the chamber at a second outlet side of the chamber, said flow guide element forming a guiding surface that extends a part of the inlet wall to a corresponding part of the first outlet wall to guide a main flow from the inlet to the first outlet, wherein the flow guide element further comprises a through hole configured to receive the end of the outlet channel and a lower portion of the aerodynamically shaped element and wherein the flow guide element is configured to be mounted to at least a portion of the outlet channel, and wherein the flow guide element defines one or more openings allowing a portion of the main flow to flow towards the second outlet. - an inlet in fluid communication with the chamber, said inlet defining an inlet opening that is delimited by an inlet wall; - a first outlet in fluid communication with the chamber, said first outlet defining a first outlet opening that is delimited by a first outlet wall; - a second outlet in fluid communication with the chamber, said second outlet defining a second outlet opening that is delimited by a second outlet wall; and - an outlet channel extending through the chamber from within the second outlet to beyond an opposite side of the chamber, wherein the outlet channel is part of or forms an aerodynamically shaped element,
Spectrally selective and directional thermal emitter of electromagnetic radiation comprising a solid substrate made of a polar semiconductor material, which is characterized by transverse TO and longitudinal LO optical phonons, described by respective oscillation frequencies ν TO and ν LO, wavelengths λ TO and λ LO, and damping factors Γ TO and Γ LO, which volume is doped with free charge carriers of one type, electrons or holes so, that a volume doping of the material is such, that an oscillation frequency of free carrier plasma, ν P, is higher than the oscillation frequency of longitudinal optical phonons ν LO, and on a surface of which integrally is formed a surface grating of ridges of a width W and grooves periodically arranged with a period P at a depth h, wherein h is in a range of λ TO /40 to λ TO /16, wherein excited hybrid surface plasmon-phonon polaritons radiate transverse magnetic polarized electromagnetic waves at the frequencies ν osc, which with the wavevector are connected by a relationship k osc = 2πν osc, in an angle φ, defined as the inclination angle between the direction of wavevector k osc and a normal direction of the surface grating, wherein the surface grating formed integrally with solid substrate is configured so, that to fulfill parameter set as follows: - an operation frequency ν osc of hybrid surface plasmon-phonon polaritons is in a frequency range from ν TO -2Γ TO to 1.2 ν LO depending on a polariton mode number M, the period P and a filling factor FF, wherein FF=W / P, of the surface grating, - a radiation of said operation frequency ν osc is in the normal direction when the angle φ=0, - the hybrid surface plasmon-phonon polaritons, being of a opposite sign but the same M=±1, M=±2, or higher mode number, interact in the surface grating constructively, characterised in that the filling factor FF is in the range from 30 % to 10 %. - an operation frequency ν osc of hybrid surface plasmon-phonon polaritons is in a frequency range from ν TO -2Γ TO to 1.2 ν LO depending on a polariton mode number M, the period P and a filling factor FF, wherein FF=W / P, of the surface grating, - a radiation of said operation frequency ν osc is in the normal direction when the angle φ=0, - the hybrid surface plasmon-phonon polaritons, being of a opposite sign but the same M=±1, M=±2, or higher mode number, interact in the surface grating constructively,
A dual load path fastener assembly comprising: an outer male fastener, comprising an axial through bore and at least one end comprising a threaded section, wherein the threaded section includes at least one slot orientated from the end and extending axially along at least part of the threaded section; an inner male fastener, comprising a shank, which is receivable in the through bore of the outer fastener; a female fastener receivable on the threaded end of the outer fastener, wherein a face of the female fastener includes at least one axially extending notch; a locking plate comprising at least one projection, wherein the projection projects longitudinally from a first face of the plate; wherein the locking plate includes a through hole via which the locking plate is receivable on the shank of the inner fastener and is arranged to engage with the at least one female fastener, wherein engagement is via the projection being receivable in the notch and in the slot; and a locking member configured to engage with the end of the inner fastener and a second face of the locking plate thereby sandwiching the locking plate between the locking member and the female fastener. an outer male fastener, comprising an axial through bore and at least one end comprising a threaded section, wherein the threaded section includes at least one slot orientated from the end and extending axially along at least part of the threaded section; an inner male fastener, comprising a shank, which is receivable in the through bore of the outer fastener; a female fastener receivable on the threaded end of the outer fastener, wherein a face of the female fastener includes at least one axially extending notch; a locking plate comprising at least one projection, wherein the projection projects longitudinally from a first face of the plate; wherein the locking plate includes a through hole via which the locking plate is receivable on the shank of the inner fastener and is arranged to engage with the at least one female fastener, wherein engagement is via the projection being receivable in the notch and in the slot; and a locking member configured to engage with the end of the inner fastener and a second face of the locking plate thereby sandwiching the locking plate between the locking member and the female fastener.