mhurhangee/patent-ind-claim-en huggingface dataset:
A bait box maintenance tool comprising a hub and a plurality of bait box keys attached around a periphery of the hub , wherein each key is rotatable from a stowed position to a deployed position, wherein the hub comprises a plurality of bosses , each adapted to support the rotation of a respective key , wherein the bosses each comprise a substantially circular aperture operable to receive a substantially cylindrical portion of the respective key , wherein the cylindrical portion is rotatable relative to the boss, wherein the bait box maintenance tool further comprises an indexing means operable to retain each key in the deployed position, and wherein the indexing means comprise one or more projections extending parallel to a longitudinal axis of the boss on an interior face of the substantially circular aperture of the respective boss, wherein that the cylindrical portion comprises retaining means to retain the cylindrical portion in the aperture , charac terised in that the retaining means comprise a retaining region of the cylindrical portion having an increased diameter with respect to the remainder of the cylindrical portion , thereby preventing withdrawal of the cylindrical portion from the aperture , wherein the retaining region of each key is resiliently radially compressible, wherein the compression reduces the diameter of the retaining region to allow insertion or withdrawal of the cylindrical portion to or from the aperture , wherein the cylindrical portion comprises one or more slits , so as to allow compression in the retaining region and in that the or each projection is receivable in one of the slits on the respective cylindrical portion.
An insert mould tool for moulding an annular moulded portion onto an insert , the mould tool comprising a plurality of mould pieces and means for applying pressure to the mould pieces; each mould piece comprising complementarily shaped mating surfaces and being adapted to be assembled to define an annular mould cavity intersecting at least one mating surface for defining the shape of the moulded portion ; wherein the mating surfaces , when the mould is closed, remain spaced apart by a distance which is the same as the thickness of the insert to define an insert-receiving cavity for receiving a portion of the insert; and wherein the insert-receiving cavity comprises a sealing portion extending radially inwardly and outwardly of the annular mould cavity for sealing receipt of a portion of the insert , the sealing portion being adapted, when pressure is applied to the mould pieces, to exert a substantially evenly distributed pressure across an area thereof and wherein the sealing portion comprises a non-linear, or areal, contact region. each mould piece comprising complementarily shaped mating surfaces and being adapted to be assembled to define an annular mould cavity intersecting at least one mating surface for defining the shape of the moulded portion ; wherein the mating surfaces , when the mould is closed, remain spaced apart by a distance which is the same as the thickness of the insert to define an insert-receiving cavity for receiving a portion of the insert; and wherein the insert-receiving cavity comprises a sealing portion extending radially inwardly and outwardly of the annular mould cavity for sealing receipt of a portion of the insert , the sealing portion being adapted, when pressure is applied to the mould pieces, to exert a substantially evenly distributed pressure across an area thereof and wherein the sealing portion comprises a non-linear, or areal, contact region.
A user equipment apparatus , comprising: at least one processing core configured to receive a first message; at least one processing core further configured to set a time alignment as permanently valid and render the apparatus operable to monitor, while in connected mode, responsive to the first message, for at least one of a timing drift and a potential cause of a timing drift; and the at least one processing core further configured to, responsive to determining at least one of the timing drift and the potential cause of the timing drift, indicating a change in the time alignment that exceeds a threshold level of change, cause a transmitter comprised in the apparatus to start a random access procedure and responsive to determining the at least one of the timing drift and the potential cause of the timing drift indicating a change in the time alignment that is less than the threshold level of change, the at least one processing core is configured to cause transmission of a scheduling request. at least one processing core configured to receive a first message; at least one processing core further configured to set a time alignment as permanently valid and render the apparatus operable to monitor, while in connected mode, responsive to the first message, for at least one of a timing drift and a potential cause of a timing drift; and the at least one processing core further configured to, responsive to determining at least one of the timing drift and the potential cause of the timing drift, indicating a change in the time alignment that exceeds a threshold level of change, cause a transmitter comprised in the apparatus to start a random access procedure and responsive to determining the at least one of the timing drift and the potential cause of the timing drift indicating a change in the time alignment that is less than the threshold level of change, the at least one processing core is configured to cause transmission of a scheduling request.
A machine implemented method comprising: receiving a selection of content selected within a graphical user interface (GUI) of an application, wherein the application executes on an operating system associated with a geographic region and the geographic region is based on preferences set in the operating system that executes on a device; determining the selected content is a first content type; matching the first content type with a first transfer mode compatible with the first content type and a content sharing service that is in the geographic region, wherein the first transfer mode is associated with the geographic region of the operating system; presenting, within the GUI of the application, the first transfer mode in a manner that a user can select the first transfer mode; receiving, within the GUI of the application, the first transfer mode selection ; and transferring, by the selected first transfer mode, the selected content to a destination on a server that is remote from the device. receiving a selection of content selected within a graphical user interface (GUI) of an application, wherein the application executes on an operating system associated with a geographic region and the geographic region is based on preferences set in the operating system that executes on a device; determining the selected content is a first content type; matching the first content type with a first transfer mode compatible with the first content type and a content sharing service that is in the geographic region, wherein the first transfer mode is associated with the geographic region of the operating system; presenting, within the GUI of the application, the first transfer mode in a manner that a user can select the first transfer mode; receiving, within the GUI of the application, the first transfer mode selection ; and transferring, by the selected first transfer mode, the selected content to a destination on a server that is remote from the device.
Machining centre comprising: - at least one framework comprising a horizontal crosspiece ; - supporting means associated to said framework , said supporting means comprising at least two workpiece holding tables , said horizontal crosspiece being arranged above said two workpiece holding tables ; - at least one first operating unit that is movable on said framework in one or more working axes, said first operating unit being arranged to deposit hardening plasticized material on said supporting means to form at least one raw workpiece (P); - at least one second operating unit that is movable on said framework in one or more working axes, said second operating unit being arranged to remove material from said raw workpiece (P), said at least two workpiece holding tables being arranged one beside the other so they are both reachable by said first operating unit and/or by said second operating unit ; - at least one barrier that is interposed between said two workpiece holding tables ; characterized in that said first operating unit and said second operating unit are movable on said crosspiece along a first horizontal machining axis and said crosspiece is movable along a second machining axis that is horizontal and perpendicular to said first machining axis. - at least one framework comprising a horizontal crosspiece ; - supporting means associated to said framework , said supporting means comprising at least two workpiece holding tables , said horizontal crosspiece being arranged above said two workpiece holding tables ; - at least one first operating unit that is movable on said framework in one or more working axes, said first operating unit being arranged to deposit hardening plasticized material on said supporting means to form at least one raw workpiece (P); - at least one second operating unit that is movable on said framework in one or more working axes, said second operating unit being arranged to remove material from said raw workpiece (P), said at least two workpiece holding tables being arranged one beside the other so they are both reachable by said first operating unit and/or by said second operating unit ; - at least one barrier that is interposed between said two workpiece holding tables ;
Electromotive furniture drive having a housing to which a drive motor and a standpipe are attached, wherein a lifting spindle is arranged in the standpipe , and wherein an output shaft of the drive motor is coupled to the lifting spindle via a gear assembly arranged in the housing , wherein the housing has an opening into which the standpipe is inserted laterally in a form-fitting manner, wherein the standpipe has at least one transverse groove made in an outer wall, and wherein a locking element which engages in the at least one transverse groove and which is held in a recess in the housing characterized in, that the housing is constructed in two parts and comprises an upper part and a lower part , wherein the standpipe is attached to the upper part and the lower part is placed on a side of the upper part opposite the standpipe . the housing has an opening into which the standpipe is inserted laterally in a form-fitting manner, wherein the standpipe has at least one transverse groove made in an outer wall, and wherein a locking element which engages in the at least one transverse groove and which is held in a recess in the housing characterized in, that the housing is constructed in two parts and comprises an upper part and a lower part , wherein the standpipe is attached to the upper part and the lower part is placed on a side of the upper part opposite the standpipe .
A method of powder coating an article, comprising: a) providing a substrate coated with a first powder coating layer, b) applying a second powder coating layer on said first layer, said first layer being in a non-cured or only partially cured state, c) curing said first and second layer, wherein the material of said first powder coating layer comprises a flow agent so as to achieve a smooth powder coating layer , the term smooth defining a surface substantially free from irregularities, roughness or projections and the material of said second powder coating layer comprises a texturing agent so as to achieve a textured powder coating layer, the term textured defining a surface having varying degree of roughness and wherein the first powder coating layer and the second powder coating layer both are based on low-temperature curing powder coating compositions that cure at temperatures below 150°C. a) providing a substrate coated with a first powder coating layer, b) applying a second powder coating layer on said first layer, said first layer being in a non-cured or only partially cured state, c) curing said first and second layer,
A cutting-off machine to cut section bars, in particular made of aluminium, light alloys, PVC or the like, the cutting-off machine comprising a base defining a horizontal support surface (P1) for a section bar; and a cutting unit comprising, in turn, a support frame , which is mounted so as to rotate around a first rotation axis , a vertical support surface (P2) for the section bar, which is obtained on the support frame and extends under the horizontal support surface (P1), a circular cutting blade , which is mounted on the support frame so as to rotate around a second rotation axis , a feeding device , which is mounted on the support frame so as to move the cutting blade through the vertical support surface (P2) in a first feeding direction , and an opening , which is obtained through the vertical support surface (P2) for the passage of the feeding device ; and being characterized in that the opening at least partly extends under the horizontal support surface (P1).
A composite yarn (100; 120; 130) comprising a core component and a sheath layer , wherein: (a) the core component comprises a polyester polymer and a first cooling composition ; and (b) the sheath layer comprises a polyamide polymer and a second cooling composition ; wherein the first cooling composition comprises a first cooling material, a first cooling compound and a first cooling salt; wherein the first cooling composition comprises 0.2 wt% to 2 wt% of the first cooling material; 0.02 wt% to 0.07 wt% of the first cooling compound; 0.001 wt% to 0.02 wt% of the first cooling salt; wherein the wt% is based on the total weight of the polyester polymer and the cooling composition; wherein the first cooling material comprises silver oxide, aluminum oxide, copper oxide, or combinations thereof; or wherein the first cooling material comprises a nanoparticle having a size of 10 nm to 100 nm; wherein the second cooling composition comprises a second cooling material, a second cooling compound and a second cooling salt; and wherein the second cooling composition comprises 1 wt% to 10 wt% of the second cooling material; 1 wt% to 15 wt% of the second cooling compound; 0.1 wt% to 5 wt% of the second cooling salt; wherein the wt% is based on the total weight of the polyamide polymer and the cooling composition. (a) the core component comprises a polyester polymer and a first cooling composition ; and (b) the sheath layer comprises a polyamide polymer and a second cooling composition ; wherein the first cooling composition comprises a first cooling material, a first cooling compound and a first cooling salt; wherein the first cooling composition comprises 0.2 wt% to 2 wt% of the first cooling material; 0.02 wt% to 0.07 wt% of the first cooling compound; 0.001 wt% to 0.02 wt% of the first cooling salt; wherein the wt% is based on the total weight of the polyester polymer and the cooling composition; wherein the first cooling material comprises silver oxide, aluminum oxide, copper oxide, or combinations thereof; or wherein the first cooling material comprises a nanoparticle having a size of 10 nm to 100 nm; wherein the second cooling composition comprises a second cooling material, a second cooling compound and a second cooling salt; and wherein the second cooling composition comprises 1 wt% to 10 wt% of the second cooling material; 1 wt% to 15 wt% of the second cooling compound; 0.1 wt% to 5 wt% of the second cooling salt; wherein the wt% is based on the total weight of the polyamide polymer and the cooling composition.
A fuel tank inerting system for an aircraft, the system comprising: a fuel tank ; a first reactant source fluidly connected to the fuel tank , the first source arranged to receive fuel from the fuel tank ; a second reactant source ; a catalytic reactor arranged to receive a first reactant from the first source and a second reactant from the second source to generate an inert gas that is supplied to the fuel tank to fill a ullage space of the fuel tank ; and wherein the first reactant is directly injected from the first reactant source without the use of a heater, further comprising an injector (566 b), characterized in that the direct injection is performed using the injector arranged to vaporize the first reactant and mix the vaporised first reactant with the second reactant. a fuel tank ; a first reactant source fluidly connected to the fuel tank , the first source arranged to receive fuel from the fuel tank ; a second reactant source ; a catalytic reactor arranged to receive a first reactant from the first source and a second reactant from the second source to generate an inert gas that is supplied to the fuel tank to fill a ullage space of the fuel tank ; and wherein the first reactant is directly injected from the first reactant source without the use of a heater, further comprising an injector (566 b), characterized in that the direct injection is performed using the injector arranged to vaporize the first reactant and mix the vaporised first reactant with the second reactant.
A method comprising: iteratively reducing , by use of a processor , an encoder offset error of a motor with a third offset step until the motor starts; iteratively modifying the encoder offset of the motor turning in a positive direction with a first offset step until the motor stops; recording the encoder offset as a first encoder offset ; iteratively modifying the encoder offset with the first offset step until the motor starts turning in a negative direction , wherein the negative direction is opposite the positive direction; iteratively modifying the encoder offset with a second offset step until the motor stops, wherein the second offset step has an opposite magnitude from the first offset step; recording the encoder offset as a second encoder offset ; and calculating a final encoder offset as a function of the first encoder offset and the second encoder offset. iteratively reducing , by use of a processor , an encoder offset error of a motor with a third offset step until the motor starts; iteratively modifying the encoder offset of the motor turning in a positive direction with a first offset step until the motor stops; recording the encoder offset as a first encoder offset ; iteratively modifying the encoder offset with the first offset step until the motor starts turning in a negative direction , wherein the negative direction is opposite the positive direction; iteratively modifying the encoder offset with a second offset step until the motor stops, wherein the second offset step has an opposite magnitude from the first offset step; recording the encoder offset as a second encoder offset ; and calculating a final encoder offset as a function of the first encoder offset and the second encoder offset.
A method comprising: receiving, by a computing device comprising a processor, registration information associated with a tenant of a building and at least one user device; determining, by the computing device, that the at least one user device is within a threshold distance of the building; causing, by the computing device, an identity of the tenant to be provided by the at least one user device based on registration information associated with the at least one user device and the determination that the at least one user device is within the threshold distance of the building; transmitting to the at least one user device an indication of the first elevator car (204-1, 204-2) to be dispatched to a tenant within the building based on the communication with the user device; directing a user of the at least one user device to the first elevator car; determining, by the computing device, that the at least one user device has entered a second elevator car; reassigning, by the computing device, the user to the second elevator car based on determining that the at least one user device has entered the second elevator car; and causing, by the computing device, the second elevator car to be dispatched to a floor of the building on which the tenant is located. receiving, by a computing device comprising a processor, registration information associated with a tenant of a building and at least one user device; determining, by the computing device, that the at least one user device is within a threshold distance of the building; causing, by the computing device, an identity of the tenant to be provided by the at least one user device based on registration information associated with the at least one user device and the determination that the at least one user device is within the threshold distance of the building; transmitting to the at least one user device an indication of the first elevator car (204-1, 204-2) to be dispatched to a tenant within the building based on the communication with the user device; directing a user of the at least one user device to the first elevator car; determining, by the computing device, that the at least one user device has entered a second elevator car; reassigning, by the computing device, the user to the second elevator car based on determining that the at least one user device has entered the second elevator car; and causing, by the computing device, the second elevator car to be dispatched to a floor of the building on which the tenant is located.
A method of transmission by a transceiver device, the method comprising identifying a first set of control information within a data packet, the data packet comprising also other information not part of the first set; mapping the first set on first bits at first bit locations; mapping the other information on second bits at second bit locations, wherein the first bit locations have a higher transmission reliability than the second bit locations in a modulation scheme; generating a modulated signal by applying the modulation scheme to the first bits at the first bit locations and the second bits at the second bit locations using Gray mapping; and transmitting the modulated signal, wherein the transmission by the transceiver device implements hybrid automatic repeat request, HARQ, scheme, and the first set of control information includes HARQ control bits. mapping the first set on first bits at first bit locations; mapping the other information on second bits at second bit locations, wherein the first bit locations have a higher transmission reliability than the second bit locations in a modulation scheme; generating a modulated signal by applying the modulation scheme to the first bits at the first bit locations and the second bits at the second bit locations using Gray mapping; and transmitting the modulated signal, wherein the transmission by the transceiver device implements hybrid automatic repeat request, HARQ, scheme, and the first set of control information includes HARQ control bits.