mhurhangee/ep-ind-claims huggingface dataset:
A print cartridge, comprising: a) a cartridge body; b) a fluid reservoir disposed within the cartridge body that receives and contains fluid; c) a fluid ejector chip (20, 24, 25, 28, 32, 34) comprising a plurality of heating elements that eject the fluid from the print cartridge; and d) a memory device that stores first data related to information regarding the number of times the print cartridge was remanufactured and second data related to information regarding the print yield of the print cartridge for each instance of cartridge remanufacture, e) wherein the first data comprises one or more first data fields, the second data comprises one or more second data fields, wherein each first data field comprises a data bit set to indicate whether the print cartridge is either new or remanufactured, each second data field corresponding to an instance of cartridge remanufacture and comprising one or more data bits that indicate print yield for the instance of cartridge remanufacture. a) a cartridge body; b) a fluid reservoir disposed within the cartridge body that receives and contains fluid; c) a fluid ejector chip (20, 24, 25, 28, 32, 34) comprising a plurality of heating elements that eject the fluid from the print cartridge; and d) a memory device that stores first data related to information regarding the number of times the print cartridge was remanufactured and second data related to information regarding the print yield of the print cartridge for each instance of cartridge remanufacture, e) wherein the first data comprises one or more first data fields, the second data comprises one or more second data fields, wherein each first data field comprises a data bit set to indicate whether the print cartridge is either new or remanufactured, each second data field corresponding to an instance of cartridge remanufacture and comprising one or more data bits that indicate print yield for the instance of cartridge remanufacture.
Mast foot arrangement for an unstayed mast, comprising a first member suitable to accommodate a mast or any other upstanding member, where said first member is fixed to a cross member, said cross member having a mid section and two end sections arranged at opposite ends of said cross member, and where said first member is arranged orthogonal to the cross member, and where at either end of said cross member mounting means are provided for fastening said cross member to a support and further that the mounting means comprises a fastening bracket, arranged perpendicular to the longitudinal direction of the cross member, where said fastening bracket extends away from said cross member at least on one side of said cross member and optionally on either side of said cross member, and where said fastening bracket is arranged on said cross member perpendicular to said first member's longitudinal extent characterised in that each fastening bracket in one free end is provided with hinge means, where said hinge means comprises two sections (11,12) mutually pivotable, where one section is integral with the bracket, and the other section is suitable to be fastened to or integral with a support.
A child restraint for a vehicle comprising a base, and an infant carrier securable to and separable from the base and the vehicle, the infant carrier comprising a shell, a carry handle moveable between a carry position and a stowed position so that an infant can be placed in and removed from the infant carrier without being impeded by the carry handle, the child restraint further comprising at least one impact energy absorbing element depending from the shell, characterised by the or each impact absorbing element being positioned at or about at least an end of the shell which is for supporting the infant's head, and directed externally and away from the infant to absorb and/or redirect or deflect blows incident to the infant carrier and thereby improve protection for at least the head of the infant.
A process for preparing a perfume composition, the process comprising the steps of; (a) contacting a perfume ingredient with a molten material to form a pre-mix; (b) contacting the pre-mix with a first solid material to form a soft-solid intermediate high active perfume material; (c) solidifying the molten material to form a hardened-solid intermediate high active perfume material; (d) contacting the hardened-solid intermediate high active perfume intermediate material with a second solid material to form a perfume composition, wherein the ratio of the wt% amount of perfume ingredient present in the hardened-solid intermediate high active perfume material to the wt% amount of perfume ingredient present in the perfume composition is greater than 1.5:1, wherein step (d) is carried out at a temperature below the crystallization peak temperature of the molten material, wherein step (c) is carried out at a temperature below the crystallization peak temperature of the molten material, and wherein step (b) is carried out at a temperature above the melting peak temperature of the molten material, wherein the first solid material and the second solid material independently comprise compounds selected from sodium carbonate, sodium bicarbonate, sodium sulphate, zeolite, clay and mixtures thereof, and wherein the ratio of the wt% amount of perfume ingredient present in the hardened-solid intermediate high active perfume material to the wt% amount of perfume ingredient present in the perfume composition is greater than 2:1. (a) contacting a perfume ingredient with a molten material to form a pre-mix; (b) contacting the pre-mix with a first solid material to form a soft-solid intermediate high active perfume material; (c) solidifying the molten material to form a hardened-solid intermediate high active perfume material; (d) contacting the hardened-solid intermediate high active perfume intermediate material with a second solid material to form a perfume composition,
A method for ultra low energy "ULE" digital enhanced cordless telecommunication "DECT", the method comprising generating and transmitting, by the "DECT ULE" base station, dummy bearers, wherein the method is characterized in that it comprises: dynamically determining by a "DECT ULE" base station a schedule of transmissions of broadcast messages and of paging messages to be received by "DECT ULE" devices; wherein the dynamically determining, by the "DECT ULE" base station, of the schedule is followed by the generating and transmitting of the dummy bearers; wherein the generating and transmitting, by the "DECT ULE" base station, of the dummy bearers is in response to the schedule; wherein each dummy bearer comprises a multiple usage field and a usage indicative field; wherein the usage indicative field is indicative of a selected usage of the multiple usage field; wherein the selected usage purpose is selected out of at least a conveyance in the multiple usage field of a broadcast message and a conveyance in the multiple usage field of a paging message; and sending by the "DECT ULE" base station to the "DECT ULE" devices location information indicative of at least one paging bit allocated within at least one dummy bearer for indicating, when flagged, of a presence of a paging message or a broadcast message aimed to at least one of the "DECT ULE" devices; wherein sending of the location information follows the transmitting of the dummy bearers. dynamically determining by a "DECT ULE" base station a schedule of transmissions of broadcast messages and of paging messages to be received by "DECT ULE" devices; wherein the dynamically determining, by the "DECT ULE" base station, of the schedule is followed by the generating and transmitting of the dummy bearers; wherein the generating and transmitting, by the "DECT ULE" base station, of the dummy bearers is in response to the schedule; wherein each dummy bearer comprises a multiple usage field and a usage indicative field; wherein the usage indicative field is indicative of a selected usage of the multiple usage field; wherein the selected usage purpose is selected out of at least a conveyance in the multiple usage field of a broadcast message and a conveyance in the multiple usage field of a paging message; and sending by the "DECT ULE" base station to the "DECT ULE" devices location information indicative of at least one paging bit allocated within at least one dummy bearer for indicating, when flagged, of a presence of a paging message or a broadcast message aimed to at least one of the "DECT ULE" devices; wherein sending of the location information follows the transmitting of the dummy bearers.
A method of operating a lighting grid comprising a plurality of lighting units, the method comprising the steps of: - receiving an input signal from a sensor or a user interface by a first lighting unit of the lighting grid; - determining a control signal for controlling an LED driver and/or LED assembly of the first lighting unit based on the input signal; - transmitting, by the first lighting unit, an output signal to a second lighting unit of the lighting grid by broadcasting the output signal to the plurality of lighting units, the output signal being based on the input signal and enabling an identification of the first lighting unit, the respective one of the sensor or the user interface; - receiving the transmitted output signal from the first lighting unit by the second lighting unit; - establishing, by the second lighting unit, an identification, based upon the received output signal, of the first lighting unit, the sensor or the user interface; - determining, by the second lighting unit, a further control signal for controlling an LED driver and/or LED assembly of the second lighting unit based on the output signal and the established identification. - receiving an input signal from a sensor or a user interface by a first lighting unit of the lighting grid; - determining a control signal for controlling an LED driver and/or LED assembly of the first lighting unit based on the input signal; - transmitting, by the first lighting unit, an output signal to a second lighting unit of the lighting grid by broadcasting the output signal to the plurality of lighting units, the output signal being based on the input signal and enabling an identification of the first lighting unit, the respective one of the sensor or the user interface; - receiving the transmitted output signal from the first lighting unit by the second lighting unit; - establishing, by the second lighting unit, an identification, based upon the received output signal, of the first lighting unit, the sensor or the user interface; - determining, by the second lighting unit, a further control signal for controlling an LED driver and/or LED assembly of the second lighting unit based on the output signal and the established identification.
A piston compressor with a piston connected to a connecting rod via a motor-driven crankshaft, which piston can be moved back and forth by a stroke (H1, H2) in a cylinder (3, 3') in a cylinder head on the closure side, and which piston compressor has at least one suction valve and at least one pressure valve wherein, with variable delivery rates at the same rotational driving speed, the piston compressor (1, 1', 1") is designed such that it comprises substantially identical modular system components and only a corresponding adjustment of the stroke (H1, H2) of the crankshaft of the piston compressor (1, 1', 1 ") is carried out in order to vary the delivery rate, characterized in that the cylinder head is fixed pressure-tight to the cylinder (3, 3') and has spacers, and a valve-receiving plate borders the cylinder space on the face thereof and is sealed in the cylinder (3, 3') by means of a radially-acting peripheral seal.
A control device for providing a work machine sharing service, comprising: request acquiring means for acquiring a work machine rental request that specifies a desired date and time and a desired location; schedule acquiring means for acquiring a scheduled date and time of work of each of a plurality of work machines; specifying means for specifying a work machine that can be rented out 15 from among the plurality of work machines, based at least on the request and the scheduled date and time; and fee determining means for determining a rental fee for a specific time period based on a number of requests during the time period; and providing means for acquiring map information regarding the desired 20 location from a work machine which collects map information during work and has finished work at the desired location, and providing the map information to another work machine that later carries out work at the desired location. request acquiring means for acquiring a work machine rental request that specifies a desired date and time and a desired location; schedule acquiring means for acquiring a scheduled date and time of work of each of a plurality of work machines; specifying means for specifying a work machine that can be rented out 15 from among the plurality of work machines, based at least on the request and the scheduled date and time; and fee determining means for determining a rental fee for a specific time period based on a number of requests during the time period; and providing means for acquiring map information regarding the desired 20 location from a work machine which collects map information during work and has finished work at the desired location, and providing the map information to another work machine that later carries out work at the desired location.
A computer-implemented method comprising: obtaining a first polycurve representing a path from a map database; generating a second polycurve based on measured position data collected while traversing the path; aligning a section of the first polycurve and a section of the second polycurve, wherein the section of the first polycurve corresponds geographically to the section of the second polycurve and each of the respective sections spans a pre-determined geographic distance; calculating a difference between a curvature of the section of the first polycurve and a curvature of the section of the second polycurve; excluding, from the calculating step, a subsequent section of the first polycurve or the second polycurve when a curvature of the subsequent section is below a minimum curvature threshold; assigning a confidence factor to the section of the first polycurve based on the difference, wherein the confidence factor indicates the reliability that the section of the first polycurve accurately represents the path; and enabling at least one driving assistance feature if the confidence factor exceeds a threshold confidence level and disabling the at least one driving assistance feature if the confidence factor is below the threshold confidence level, wherein the driving assistance feature comprises one or more of lane departure warning and control, curve warning, hazard warning, adaptive shift control, adaptive headlight control, lane change assistance, collision avoidance, speed limit notification, intelligent speed adaption and predictive cruise control. obtaining a first polycurve representing a path from a map database; generating a second polycurve based on measured position data collected while traversing the path; aligning a section of the first polycurve and a section of the second polycurve, wherein the section of the first polycurve corresponds geographically to the section of the second polycurve and each of the respective sections spans a pre-determined geographic distance; calculating a difference between a curvature of the section of the first polycurve and a curvature of the section of the second polycurve; excluding, from the calculating step, a subsequent section of the first polycurve or the second polycurve when a curvature of the subsequent section is below a minimum curvature threshold; assigning a confidence factor to the section of the first polycurve based on the difference, wherein the confidence factor indicates the reliability that the section of the first polycurve accurately represents the path; and enabling at least one driving assistance feature if the confidence factor exceeds a threshold confidence level and disabling the at least one driving assistance feature if the confidence factor is below the threshold confidence level, wherein the driving assistance feature comprises one or more of lane departure warning and control, curve warning, hazard warning, adaptive shift control, adaptive headlight control, lane change assistance, collision avoidance, speed limit notification, intelligent speed adaption and predictive cruise control.
A method for providing voice call continuity in a hybrid network comprising loosely coupled network portions, the network portions including at least a mobile operator network and a Voice over Internet Protocol, VoIP, network, the method comprising the steps of: receiving a call from a mobile user equipment that accesses the hybrid network over a connection to one of the network portions; anchoring both a media path and a signal path for the call in the VoIP network irrespective of the call's point of origin or point of termination in the hybrid network, the anchored call including an original call leg; generating a voice call continuity identifier for the call, the voice call continuity identifier being unique for each call on the mobile user equipment; upon initiation of a decision to perform a handover, implementing a new connection to one of the network portions; creating a new call leg over the new connection; characterized by associating the voice call continuity identifier with each of the original call leg and new call leg so that the legs are connectable at a common port in the VoIP network; and performing mid-call treatments comprising generating an audible indicator to be played at a far end user equipment to indicate status of the call during handover and recording portions of the call for playback, the playback being at either normal or accelerated speed. receiving a call from a mobile user equipment that accesses the hybrid network over a connection to one of the network portions; anchoring both a media path and a signal path for the call in the VoIP network irrespective of the call's point of origin or point of termination in the hybrid network, the anchored call including an original call leg; generating a voice call continuity identifier for the call, the voice call continuity identifier being unique for each call on the mobile user equipment; upon initiation of a decision to perform a handover, implementing a new connection to one of the network portions; creating a new call leg over the new connection; characterized by associating the voice call continuity identifier with each of the original call leg and new call leg so that the legs are connectable at a common port in the VoIP network; and performing mid-call treatments comprising generating an audible indicator to be played at a far end user equipment to indicate status of the call during handover and recording portions of the call for playback, the playback being at either normal or accelerated speed.
An augmented reality display unit for use in an augmented reality headset or the like comprising front and rear variable focusing power compression liquid lens assemblies in mutual optical alignment on an optical axis, a transparent waveguide display interposed between the front and rear liquid lens assemblies and a selectively operable adjustment mechanism for adjusting the focusing powers of the front and rear compression liquid lens assemblies; characterised in that each of the front and rear compression liquid lens assemblies comprises a fluid-filled envelope having a first wall formed by a distensible elastic membrane (226, 236) that is held under tension around its edge (229, 239) by a membrane holding structure, a second substantially rigid wall (222, 232) formed by or supported on an inner surface of a transparent plate or a hard lens of fixed focusing power, and a collapsible side wall (227, 237), the membrane (226, 236) forming an optical surface of variable optical power, and the adjustment mechanism being arranged to displace the membrane holding structure towards or away from the second wall (222, 232) parallel to the optical axis for increasing or decreasing the pressure of the fluid within the envelope thereby to cause the membrane (226, 236) to distend or contract respectively parallel to the optical axis for changing the focusing power of the optical surface of the membrane (226, 236); wherein the second wall of the front compression liquid lens is formed by or supported on a transparent plate or hard lens which is tilted at a first angle to the optical axis to introduce a first amount of prism to a ray of light passing therethrough, and the second wall of the rear compression liquid lens is formed by or supported on a transparent plate or hard lens which is tilted at a second angle to the optical axis to introduce a second amount of prism to a ray of light passing therethrough, wherein the first and second amounts of prism are mutually substantially equal and opposite.
A strengthened glass article, the strengthened glass article having a thickness t between 0.2 mm and 0.5 mm and comprising: an outer region, the outer region extending from a surface of the article to a depth of layer DOL within the article, wherein the outer region is under a compressive stress CS, wherein the DOL is at least 30 μm and the CS is at least 600 MPa; and an inner region, wherein the inner region is under a central tension CT, wherein CT(MPa)> -15.7(MPa/mm)·t(mm) + 52.5(MPa), and wherein the strengthened glass article is substantially non-frangible when subjected to a point impact that is sufficient to break the strengthened glass article, wherein the strengthened glass article has a frangibility index of less than 3, and wherein CT is calculated by the equation CT = (CS * DOL)/(t - 2 DOL). an outer region, the outer region extending from a surface of the article to a depth of layer DOL within the article, wherein the outer region is under a compressive stress CS, wherein the DOL is at least 30 μm and the CS is at least 600 MPa; and an inner region, wherein the inner region is under a central tension CT, wherein CT(MPa)> -15.7(MPa/mm)·t(mm) + 52.5(MPa), and wherein the strengthened glass article is substantially non-frangible when subjected to a point impact that is sufficient to break the strengthened glass article, wherein the strengthened glass article has a frangibility index of less than 3, and wherein CT is calculated by the equation CT = (CS * DOL)/(t - 2 DOL).
A method of axially separating an annular system; the system comprising a first annular component, a second annular component and an annular array of fastenings that couple the first and second components (34, 36) together axially through aligned apertures (46, 48); the method comprising steps to: a) support the first and second components (34, 36) with support tooling; b) remove fastenings to leave one fastening located on a first side and one fastening located on a second, substantially opposite side of the system, each of the remaining fastenings being located at less than or equal to 15° from a horizontal plane through the diameter of the array of fastenings; c) remove one of the remaining fastenings; d) adjust the relative height of the first and second components (34, 36) so that the apertures (46, 48) for the fastening removed at step c) are aligned; and e) remove the final fastening. a) support the first and second components (34, 36) with support tooling; b) remove fastenings to leave one fastening located on a first side and one fastening located on a second, substantially opposite side of the system, each of the remaining fastenings being located at less than or equal to 15° from a horizontal plane through the diameter of the array of fastenings; c) remove one of the remaining fastenings; d) adjust the relative height of the first and second components (34, 36) so that the apertures (46, 48) for the fastening removed at step c) are aligned; and e) remove the final fastening.