mhurhangee/patent-ind-claim-en huggingface dataset:
A semi-automated wood-cutting machine comprises: an indexing station comprising a plurality of stage assemblies arranged in a circular fashion about a central axis and configured to travel along a predetermined circular route between a plurality of stages, the plurality of stages comprises: a receiving/alignment stage at which a first stage assembly of the plurality of stage assemblies is adapted to receive a piece of wood, the receiving/alignment stage having an alignment aid adapted to facilitate manual alignment of the piece of wood by an operator of the semi-automated wood-cutting machine ; and a cutting stage spaced from the receiving/alignment stage , characterized in that the alignment aid comprises a projector configured to generate a projected cut line , and in that , at the cutting stage ,the piece of wood is cut along a predetermined cut pathway defined in part by the projected cut line . an indexing station comprising a plurality of stage assemblies arranged in a circular fashion about a central axis and configured to travel along a predetermined circular route between a plurality of stages, the plurality of stages comprises: a receiving/alignment stage at which a first stage assembly of the plurality of stage assemblies is adapted to receive a piece of wood, the receiving/alignment stage having an alignment aid adapted to facilitate manual alignment of the piece of wood by an operator of the semi-automated wood-cutting machine ; and a cutting stage spaced from the receiving/alignment stage , a receiving/alignment stage at which a first stage assembly of the plurality of stage assemblies is adapted to receive a piece of wood, the receiving/alignment stage having an alignment aid adapted to facilitate manual alignment of the piece of wood by an operator of the semi-automated wood-cutting machine ; and a cutting stage spaced from the receiving/alignment stage , characterized in that the alignment aid comprises a projector configured to generate a projected cut line , and in that , at the cutting stage ,the piece of wood is cut along a predetermined cut pathway defined in part by the projected cut line .
Optically variable surface pattern having a carrier comprising a first and a second surface region , wherein the two surface regions take such a form that in a first solid angle range (α1) the first surface region presents a first view that appears curved and in a second solid angle range (α2), which differs from the first solid angle range (α1), the second surface region presents a second view that appears curved, wherein at least one of the two surface regions presents the view that appears curved by imitating the reflection behaviour of a curved surface, and wherein the imitation of the reflection behaviour of the curved surface is effected by optically effective relief structures , wherein the surface regions are nested.
A method implemented in a decoder, the method comprising: receiving , by a receiver of the decoder, a bitstream comprising a flag and a plurality of sub-pictures associated with a picture, wherein the sub-pictures are contained in a plurality of video coding layer, VCL, network abstraction layer, NAL, units; wherein the bitstream includes a picture parameter set, PPS, containing the flag; determining , by a processor of the decoder, based on a value of the flag, that all VCL NAL units of the picture have a same NAL unit type, or that VCL NAL units of one or more of the sub-pictures of the picture all have a particular value of an intra-random access point, IRAP, NAL unit type and all other VCL NAL units of the picture have a particular value of a non-IRAP NAL unit type; and decoding , by the processor, one or more of the sub-pictures based on the particular value of the IRAP NAL unit type or the particular value of the non-IRAP NAL unit type. determining , by a processor of the decoder, based on a value of the flag, that all VCL NAL units of the picture have a same NAL unit type, or that VCL NAL units of one or more of the sub-pictures of the picture all have a particular value of an intra-random access point, IRAP, NAL unit type and all other VCL NAL units of the picture have a particular value of a non-IRAP NAL unit type; and decoding , by the processor, one or more of the sub-pictures based on the particular value of the IRAP NAL unit type or the particular value of the non-IRAP NAL unit type.
A system for full-field interference microscopy imaging of a diffusing three-dimensional sample comprising: - a spatially incoherent light source configured to emit incident light waves; - an interference device comprising an object arm intended to receive the sample and a reference arm on which a reflection surface is arranged, the interference device being adapted to produce, when the sample is disposed on the object arm of the interference device, at each point of an imaging field of a slice of the sample, an interference between a reference wave obtained by reflection of said incident light waves on an elementary surface of the reflection surface corresponding to said point of the imaging field and an object wave obtained by backscattering of said incident light waves by a voxel of said slice of the sample at a given depth, said voxel corresponding to said point of the imaging field, - an acquisition device comprising a useful detection surface and adapted to acquire, with fixed optical path difference between the object arm and the reference arm, a temporal succession of N two-dimensional interferometric signals resulting from the interferences produced at each point of the imaging field, wherein said imaging field of the slice of the sample is optically conjugated with said useful detection surface; - a processing unit configured to compute an image (IB, IC) representative of temporal variations of intensity between said N two-dimensional interferometric signals. - a spatially incoherent light source configured to emit incident light waves; - an interference device comprising an object arm intended to receive the sample and a reference arm on which a reflection surface is arranged, the interference device being adapted to produce, when the sample is disposed on the object arm of the interference device, at each point of an imaging field of a slice of the sample, an interference between a reference wave obtained by reflection of said incident light waves on an elementary surface of the reflection surface corresponding to said point of the imaging field and an object wave obtained by backscattering of said incident light waves by a voxel of said slice of the sample at a given depth, said voxel corresponding to said point of the imaging field, - an acquisition device comprising a useful detection surface and adapted to acquire, with fixed optical path difference between the object arm and the reference arm, a temporal succession of N two-dimensional interferometric signals resulting from the interferences produced at each point of the imaging field, wherein said imaging field of the slice of the sample is optically conjugated with said useful detection surface; - a processing unit configured to compute an image (IB, IC) representative of temporal variations of intensity between said N two-dimensional interferometric signals.
A method of establishing a wireless communication session between a first communication device and a target device that may be connected with a second communication device , the method comprising: determining , with the first communication device , a triggering event has occurred, the method characterized in that : in response to determining the triggering event has occurred, wirelessly broadcasting a first advertisement packet from the first communication device , the first advertisement packet configured to cause the second communication device to enter , for a period of time, a hold off state in which the second communication device disconnects from or discontinues attempts to connect with the target device ; wirelessly receiving , during the period of time, a second advertisement packet at the first communication device , the second advertisement packet sent from the target device ; and in response to receiving the second advertisement packet, establishing a wireless communication session between the first communication device and the target device . in response to determining the triggering event has occurred, wirelessly broadcasting a first advertisement packet from the first communication device , the first advertisement packet configured to cause the second communication device to enter , for a period of time, a hold off state in which the second communication device disconnects from or discontinues attempts to connect with the target device ; wirelessly receiving , during the period of time, a second advertisement packet at the first communication device , the second advertisement packet sent from the target device ; and in response to receiving the second advertisement packet, establishing a wireless communication session between the first communication device and the target device .
A recording apparatus comprising: an ejecting unit which can eject a first ink (I1) and a second ink onto a recording medium (P); and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, wherein the first ink is for image forming and the second ink is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a colouring material of the first ink is dispersed in the entire thickness direction of the recording medium onto a face on a side opposite to a recording face; characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to one ejecting operation of the second ink so that at least a part of a landing position of the second ink and respective landing positions of the first ink overlap on the recording medium, and an amount of the first ink ejected when recording is performed using both the first ink and the second ink is larger than an amount of the first ink ejected when recording is performed using the first ink alone, wherein the control unit is arranged to perform said plurality of ejecting operations of the first ink either during movement of the ejecting unit in one direction or during movement of the ejecting unit in an outward direction (B1) and the subsequent movement in the return direction (B2) in the reciprocating direction. an ejecting unit which can eject a first ink (I1) and a second ink onto a recording medium (P); and a control unit which can control ejecting operations of the first ink and the second ink in the ejecting unit, wherein the first ink is for image forming and the second ink is a substantially colorless permeation ink for causing the first ink to permeate through the recording medium so that a colouring material of the first ink is dispersed in the entire thickness direction of the recording medium onto a face on a side opposite to a recording face; characterized in that the control unit is arranged to perform a plurality of ejecting operations of the first ink with respect to one ejecting operation of the second ink so that at least a part of a landing position of the second ink and respective landing positions of the first ink overlap on the recording medium, and an amount of the first ink ejected when recording is performed using both the first ink and the second ink is larger than an amount of the first ink ejected when recording is performed using the first ink alone, wherein the control unit is arranged to perform said plurality of ejecting operations of the first ink either during movement of the ejecting unit in one direction or during movement of the ejecting unit in an outward direction (B1) and the subsequent movement in the return direction (B2) in the reciprocating direction.
A system for providing respiratory therapy to a patient, comprising: a nebulizer having a nebulizer outlet port , the nebulizer operable to generate an aerosolized medicament and pass the aerosolized medicament through the nebulizer outlet port; an adaptor having an adaptor body , a nebulizer coupling port , and an adaptor outlet port , the nebulizer coupling port of the adaptor configured to be coupled to the nebulizer outlet port of the nebulizer; and a nasal cannula configured to provide a flow of breathing gas from a breathing gas source to the patient, the nasal cannula comprising: a cannula body with at least one nasal prong and an attachment device positioned adjacent the at least one nasal prong, the attachment device configured to secure the adaptor outlet port adjacent an outlet of the at least one nasal prong; and a supply tube for enabling fluid communication between the cannula body and a breathing gas source, wherein the attachment device is configured to position the adaptor outlet port directly below a nare of the patient when the nasal cannula is secured to the patient. a nebulizer having a nebulizer outlet port , the nebulizer operable to generate an aerosolized medicament and pass the aerosolized medicament through the nebulizer outlet port; an adaptor having an adaptor body , a nebulizer coupling port , and an adaptor outlet port , the nebulizer coupling port of the adaptor configured to be coupled to the nebulizer outlet port of the nebulizer; and a nasal cannula configured to provide a flow of breathing gas from a breathing gas source to the patient, the nasal cannula comprising: a cannula body with at least one nasal prong and an attachment device positioned adjacent the at least one nasal prong, the attachment device configured to secure the adaptor outlet port adjacent an outlet of the at least one nasal prong; and a supply tube for enabling fluid communication between the cannula body and a breathing gas source, a cannula body with at least one nasal prong and an attachment device positioned adjacent the at least one nasal prong, the attachment device configured to secure the adaptor outlet port adjacent an outlet of the at least one nasal prong; and a supply tube for enabling fluid communication between the cannula body and a breathing gas source, wherein the attachment device is configured to position the adaptor outlet port directly below a nare of the patient when the nasal cannula is secured to the patient.
A flavor inhaler provided with a tubular holding member which extends from an ignition end to a non-ignition end, the flavor inhaler comprising: a combustion type heat source provided at the ignition end; a flavor source provided in the holding member on the non-ignition end side with respect to the combustion type heat source; a cup member for holding the flavor source, the cup member being formed in a cup shape and having a side wall and a bottom plate ; and a heat conduction member provided between the cup member and the holding member to cover at least a part of the combustion type heat source and at least a part of a side surface of the cup member, the cup member being inserted in the holding member in such a direction that the bottom plate of the cup member is provided so as to be closer to the non-ignition end than the combustion type heat source is and the cup member is open to the ignition end side or the non-ignition end side, and at least the side wall and the bottom plate of the cup member being made of a material comprising pulp and a binder. a combustion type heat source provided at the ignition end; a flavor source provided in the holding member on the non-ignition end side with respect to the combustion type heat source; a cup member for holding the flavor source, the cup member being formed in a cup shape and having a side wall and a bottom plate ; and a heat conduction member provided between the cup member and the holding member to cover at least a part of the combustion type heat source and at least a part of a side surface of the cup member, the cup member being inserted in the holding member in such a direction that the bottom plate of the cup member is provided so as to be closer to the non-ignition end than the combustion type heat source is and the cup member is open to the ignition end side or the non-ignition end side, and at least the side wall and the bottom plate of the cup member being made of a material comprising pulp and a binder.
Control apparatus for a motor vehicle access or localization system , configured to: identify a received signal that has travelled from a transmitter to a receiver of the control apparatus along the strongest signal path, the peak path, as the peak path signal; determine the time of flight, ToF, of the peak path signal; determine a time difference, δ, from the time of flight of the peak path signal; determine a threshold value, T, for the reliability of a first path search depending on δ; carry out the first path search with δ, taking the threshold value into consideration, configured to: decide that no first path signal has been detected if the threshold value, T, has not been exceeded; determine a new threshold value, Tnew, for the reliability of a renewed first path search depending on a new time difference, δ - Δ or δ + Δ, from the time of flight of the peak path signal; carry out a renewed first path search with the new time difference, δ - Δ or δ + Δ, taking the new threshold value into consideration, wherein the new threshold value, Tnew, is less than or equal to the original threshold value, T, if the time difference from the time of flight of the peak path signal has decreased. identify a received signal that has travelled from a transmitter to a receiver of the control apparatus along the strongest signal path, the peak path, as the peak path signal; determine the time of flight, ToF, of the peak path signal; determine a time difference, δ, from the time of flight of the peak path signal; determine a threshold value, T, for the reliability of a first path search depending on δ; carry out the first path search with δ, taking the threshold value into consideration, configured to: decide that no first path signal has been detected if the threshold value, T, has not been exceeded; determine a new threshold value, Tnew, for the reliability of a renewed first path search depending on a new time difference, δ - Δ or δ + Δ, from the time of flight of the peak path signal; carry out a renewed first path search with the new time difference, δ - Δ or δ + Δ, taking the new threshold value into consideration, wherein the new threshold value, Tnew, is less than or equal to the original threshold value, T, if the time difference from the time of flight of the peak path signal has decreased. decide that no first path signal has been detected if the threshold value, T, has not been exceeded; determine a new threshold value, Tnew, for the reliability of a renewed first path search depending on a new time difference, δ - Δ or δ + Δ, from the time of flight of the peak path signal; carry out a renewed first path search with the new time difference, δ - Δ or δ + Δ, taking the new threshold value into consideration, wherein the new threshold value, Tnew, is less than or equal to the original threshold value, T, if the time difference from the time of flight of the peak path signal has decreased.
A solenoid , comprising: a magnetic core ; and a pole piece positioned substantially coaxially with the magnetic core , characterised in that the solenoid further comprises: a bobbin that is over-moulded around at least a portion of the magnetic core and at least a portion of the pole piece resulting in molecular adhesion between the over-moulded bobbin and the at least portion of the magnetic core and the at least portion of the pole piece . a magnetic core ; and a pole piece positioned substantially coaxially with the magnetic core , characterised in that the solenoid further comprises: a bobbin that is over-moulded around at least a portion of the magnetic core and at least a portion of the pole piece resulting in molecular adhesion between the over-moulded bobbin and the at least portion of the magnetic core and the at least portion of the pole piece .
Water-soluble copolymers based on a) 50 to 97% by weight of one or more non-ionic, ethylenically unsaturated monomers containing amide groups, b) 0.1 to 10% by weight of one or more ethylenically unsaturated monomers containing silane groups, c) 1 to 30% by weight of one or more ionic, ethylenically unsaturated monomers and optionally one or more further ethylenically unsaturated monomers, wherein the figures in % by weight add up to 100% by weight. a) 50 to 97% by weight of one or more non-ionic, ethylenically unsaturated monomers containing amide groups, b) 0.1 to 10% by weight of one or more ethylenically unsaturated monomers containing silane groups, c) 1 to 30% by weight of one or more ionic, ethylenically unsaturated monomers and optionally one or more further ethylenically unsaturated monomers, wherein the figures in % by weight add up to 100% by weight.
A reception apparatus comprising a data processing unit configured to - receive a service worker information table, SWIT, wherein the SWIT is a table storing information on a service worker, SW, which is a data management program for stored data of the reception apparatus, said information on the SW including: - an SW identifier, - update information on a management resource of the SW specified by the SW identifier, said management resource corresponding to an application and associated data, - update processing information in an individual SW unit of the SWIT, - an identifier of an update group to which a resource to be managed by the SW belongs, and - update schedule information corresponding to the update group; - perform data management processing using the received SWIT; - perform update processing regarding the management resource of the SW by referring to the SWIT; and - perform resource update processing in a group unit by referring to the SWIT and checking the identifier of the update group and the update schedule information corresponding to the update group. - receive a service worker information table, SWIT, wherein the SWIT is a table storing information on a service worker, SW, which is a data management program for stored data of the reception apparatus, said information on the SW including: - an SW identifier, - update information on a management resource of the SW specified by the SW identifier, said management resource corresponding to an application and associated data, - update processing information in an individual SW unit of the SWIT, - an identifier of an update group to which a resource to be managed by the SW belongs, and - update schedule information corresponding to the update group; - an SW identifier, - update information on a management resource of the SW specified by the SW identifier, said management resource corresponding to an application and associated data, - update processing information in an individual SW unit of the SWIT, - an identifier of an update group to which a resource to be managed by the SW belongs, and - update schedule information corresponding to the update group; - perform data management processing using the received SWIT; - perform update processing regarding the management resource of the SW by referring to the SWIT; and - perform resource update processing in a group unit by referring to the SWIT and checking the identifier of the update group and the update schedule information corresponding to the update group.