mhurhangee/ep-ind-claims huggingface dataset:
A communication method by a communication apparatus which directly communicates with other communication apparatuses in a network without mediacy of a relay communication apparatus, the method comprising a change step of changing a power mode of the communication apparatus to a power save mode, and a determination step of determining a period during which another communication apparatus in the network will be able to communicate, characterized by a notification step of notifying said another communication apparatus in the network of a change to the power save mode when the power mode of the communication apparatus is changed to the power save mode in said change step, wherein, when said notification step notifies said another communication apparatus in the network of the change to the power save mode, said notification step notifies said another communication apparatus during the period determined in said determination step.
A method for assessing the condition of an interface of a network device, comprising: receiving a stream of packets of information related to network traffic passing through said network device interface; passing at least a portion of said stream of information packets to a network traffic analyzer; and applying at least one analytical algorithm to said portion of said stream of information packets; characterized in that said applying step computes a metric for assessing operational condition of said network device interface; emitting an alert to a mitigation system if said computed metric indicates anomalous network traffic passing through said network device interface; wherein said applying and said metric computation are practiced prior to storing said portion of said stream of information packets. receiving a stream of packets of information related to network traffic passing through said network device interface; passing at least a portion of said stream of information packets to a network traffic analyzer; and applying at least one analytical algorithm to said portion of said stream of information packets; characterized in that said applying step computes a metric for assessing operational condition of said network device interface; emitting an alert to a mitigation system if said computed metric indicates anomalous network traffic passing through said network device interface; wherein said applying and said metric computation are practiced prior to storing said portion of said stream of information packets.
Method for protecting wood, comprising coating wood with a coating composition, wherein the coating composition is an aqueous coating composition comprising at least one anionically stabilized latex polymer, at least one polyfunctional amine, and at least one volatile base, and having a pH in the range of from 9.5 to 11, wherein the wood has a moisture content of at least 15 wt.%; wherein the amount of anionically stabilized latex polymer in the coating is at least 10 wt% and at most 50 wt%; wherein the polyfunctional amine has a weight averaged molecular weight in the range of from 250 to 20,000 g/mol, the weight averaged molecular weight determined by light scattering; wherein the amount of polyfunctional amine in the coating composition is in the range of from 0.1 to 5 wt% calculated on the total coating composition.
A method for allocating resources, comprising: sending, by a second base station, a closed subscriber group identifier,CSG ID, and cell access mode information that are supported by the second base station to a first base station, so that the first base station compares whether a CSG ID supported by the first base station is the same as the CSG ID supported by the second base station, and if the CSG IDs are the same, the first base station performs access control according to CSG membership information of a user equipment,UE, in the first base station and the cell access mode information of the second base station; and if the first base station performs access control successfully, receiving, by the second base station, a handover request message from the first base station, wherein the handover request message carries the CSG membership information, and allocating, by the second base station, the resources to the UE according to the received CSG membership information. sending, by a second base station, a closed subscriber group identifier,CSG ID, and cell access mode information that are supported by the second base station to a first base station, so that the first base station compares whether a CSG ID supported by the first base station is the same as the CSG ID supported by the second base station, and if the CSG IDs are the same, the first base station performs access control according to CSG membership information of a user equipment,UE, in the first base station and the cell access mode information of the second base station; and if the first base station performs access control successfully, receiving, by the second base station, a handover request message from the first base station, wherein the handover request message carries the CSG membership information, and allocating, by the second base station, the resources to the UE according to the received CSG membership information.
Arrangement for the fastening of a vertical panel in a longitudinal receiving groove by transverse clamping between at least two transversely opposite wedges (34A, 34B; 42A, 42B), with the arrangement comprising: - at least one first wedge (34A, 34B) which is interposed between a first vertical face of the groove and a first face of the panel; - at least one opposite second wedge (42A, 42B) mounted facing the first wedge (34A, 34B) of the other side of the panel, with the second wedge (42A, 42B) being interposed between a second opposite vertical face of the groove and a second opposite face of the panel, with the second wedge (42A, 42B) cooperating via vertical sliding with a second fixed ramp (46, 62) in order to adjust the verticality of the panel; - at least one screw-nut assembly intended to produce a vertical translation force of the second wedge (42A, 42B) in a clamping direction between the panel and the second face of the groove; characterised in that the screw-nut assembly is arranged on the same side of the panel as the first wedge (34A, 34B), with the translation force being transmitted to the second wedge (42A, 42B) by the intermediary of a mobile deflection member (66, 76) which is interposed between a lower edge of the panel and the bottom of the groove. - at least one first wedge (34A, 34B) which is interposed between a first vertical face of the groove and a first face of the panel; - at least one opposite second wedge (42A, 42B) mounted facing the first wedge (34A, 34B) of the other side of the panel, with the second wedge (42A, 42B) being interposed between a second opposite vertical face of the groove and a second opposite face of the panel, with the second wedge (42A, 42B) cooperating via vertical sliding with a second fixed ramp (46, 62) in order to adjust the verticality of the panel; - at least one screw-nut assembly intended to produce a vertical translation force of the second wedge (42A, 42B) in a clamping direction between the panel and the second face of the groove;
A lens for coupling to an electrically powered light radiation source to be traversed by light radiation produced thereby, wherein the lens includes at least one electrically conductive line embedded in the lens, characterized in that: - the lens includes a peripheral portion surrounding an optical portion of the lens, wherein said at least one electrically conductive line includes terminals (12a, 12b) emerging at the lens surface outwardly and inwardly of said peripheral portion, and a gasket is coupled to said peripheral portion. - the lens includes a peripheral portion surrounding an optical portion of the lens, wherein said at least one electrically conductive line includes terminals (12a, 12b) emerging at the lens surface outwardly and inwardly of said peripheral portion, and a gasket is coupled to said peripheral portion.
A module comprising: an input for receiving a request from an Operation Administrative and Management server to update a software element of a mobile communications device or a network element in a mobile communications network, wherein the mobile communications device or the network element includes a central processing unit; and an output for providing a response to the Operation Administrative and Management server indicating whether or not the update has been successfully completed, wherein the module is adapted to modify the software element in accordance with the request, wherein the module has write access to the software element that is denied to the central processing unit during normal operation, wherein the module is adapted to update said software element only when the central processing unit is operating in a protected mode. an input for receiving a request from an Operation Administrative and Management server to update a software element of a mobile communications device or a network element in a mobile communications network, wherein the mobile communications device or the network element includes a central processing unit; and an output for providing a response to the Operation Administrative and Management server indicating whether or not the update has been successfully completed, wherein the module is adapted to modify the software element in accordance with the request, wherein the module has write access to the software element that is denied to the central processing unit during normal operation, wherein the module is adapted to update said software element only when the central processing unit is operating in a protected mode.
An escalator system, configured to: drive an escalator in response to a signal received from a user interface located in a first pit in a first end of the escalator, and stop movement of the escalator in response to detection of opening of an access cover plate covering a second pit in a second end of the escalator, characterized in that the escalator system is also configured to: after said stop, in response to signals received from said user interface to continue driving the escalator irrespective of whether the access cover plate in the second end of the escalator is open or closed during the continued driving. drive an escalator in response to a signal received from a user interface located in a first pit in a first end of the escalator, and stop movement of the escalator in response to detection of opening of an access cover plate covering a second pit in a second end of the escalator, characterized in that the escalator system is also configured to: after said stop, in response to signals received from said user interface to continue driving the escalator irrespective of whether the access cover plate in the second end of the escalator is open or closed during the continued driving.
Use of a plasticizer for increasing the efficiency of an apparatus for the size separation of solid particles, where the solid particles are particles composed of inorganic and/or mineral solids, characterized in that the plasticizer is a polycarboxylate.
A fuel sy stem for a gas turbine engine comprising: a first electric motor; a main fuel pump driven by the first electric motor to provide a fuel flow; an actuator operable by a second electric motor;; a first motor controller governing operation of the first electric motor a second motor controller governing operation of the second electric motor, wherein the second motor controller is operable to control operation of the first electric motor in response to the first motor controller being incapable of governing operation of the first electric motor; the system being characterised in having a default motor control that is operable to control the second electric motor in response to the second motor controller being utilized for the first electric motor. a first electric motor; a main fuel pump driven by the first electric motor to provide a fuel flow; an actuator operable by a second electric motor;; a first motor controller governing operation of the first electric motor a second motor controller governing operation of the second electric motor, wherein the second motor controller is operable to control operation of the first electric motor in response to the first motor controller being incapable of governing operation of the first electric motor; the system being characterised in having a default motor control that is operable to control the second electric motor in response to the second motor controller being utilized for the first electric motor.
A garment cleaning appliance comprising a housing having a chamber to receive garments to be cleaned, a steam generator (6,8) for supplying steam into the chamber to clean garments in the chamber, and rinsing means arranged to direct water onto garments in the chamber, characterized in that the rinsing means comprises a condensing element arranged to condense the steam such that condensate is directed onto the garments.
An automatic medication injection device comprising: a user grippable housing having a length extending in an axial direction between a proximal end and a distal end; a container of medication including an outlet that is disposed proximally of said housing proximal end at least during injection, said container including a barrel and a sealing plunger, said sealing plunger in sealing engagement with said barrel; a drive mechanism within said housing which when triggered automatically advances said sealing plunger proximally within said container to force medication from the container outlet, said drive mechanism comprising a plunger element having a driver portion that extends within said sealing barrel to directly engage said sealing plunger; and a plurality of injecting progress indicators visible along a periphery of the housing, at least one of said plurality of injecting progress indicators located distally of said container during an injection, said injecting progress indicators including a flag element integrally formed with said plunger element and movable as the drive mechanism advances said sealing plunger proximally within said container, said plurality of injecting progress indicators configured to indicate sequentially in an axial direction during a single injection as the flag element moves to cooperatively complete different injecting progress indicators at different times during the single injection, whereby injecting progress of the injection may be monitored by a user. a user grippable housing having a length extending in an axial direction between a proximal end and a distal end; a container of medication including an outlet that is disposed proximally of said housing proximal end at least during injection, said container including a barrel and a sealing plunger, said sealing plunger in sealing engagement with said barrel; a drive mechanism within said housing which when triggered automatically advances said sealing plunger proximally within said container to force medication from the container outlet, said drive mechanism comprising a plunger element having a driver portion that extends within said sealing barrel to directly engage said sealing plunger; and a plurality of injecting progress indicators visible along a periphery of the housing, at least one of said plurality of injecting progress indicators located distally of said container during an injection, said injecting progress indicators including a flag element integrally formed with said plunger element and movable as the drive mechanism advances said sealing plunger proximally within said container, said plurality of injecting progress indicators configured to indicate sequentially in an axial direction during a single injection as the flag element moves to cooperatively complete different injecting progress indicators at different times during the single injection, whereby injecting progress of the injection may be monitored by a user.
A downhole screen assembly for use in the production of fluids, comprising first and second screens (405, 405', 805a) longitudinally coupled together by a coupling, wherein the first screen (405, 805a) comprises a first pipe (425, 825a) and a first permeable sleeve and the second screen (405', 805a) comprises a second pipe (425', 825a) and a second permeable sleeve, and wherein the coupling couples the first and second pipes (425, 425', 825a) and provides a fluid flow path between the first and second screens (405, 405', 805a), wherein the first and second sleeves are coupled by a centraliser, wherein the centraliser forms a portion of the fluid flow path and the first and second screens (405, 405', 805a) extend circumferentially around the first and second pipes (425, 425', 825a), and wherein the first pipe (425, 825a) comprises a plurality of ports, each port having an associated valve, wherein the second pipe (425', 825a) comprises a solid or non-perforated pipe; wherein the centraliser is provided between adjacent ends of the first and second screens (405, 405', 805a). wherein the first and second sleeves are coupled by a centraliser, wherein the centraliser forms a portion of the fluid flow path and the first and second screens (405, 405', 805a) extend circumferentially around the first and second pipes (425, 425', 825a), and wherein the first pipe (425, 825a) comprises a plurality of ports, each port having an associated valve, wherein the second pipe (425', 825a) comprises a solid or non-perforated pipe; wherein the centraliser is provided between adjacent ends of the first and second screens (405, 405', 805a).
A semiconductor device comprising: a selection layer including a chalcogen compound, wherein the chalcogen compound includes a first element, a second element, a third element, selenium Se, and tellurium Te, the first element includes at least one of indium In, aluminum Al, strontium Sr, and calcium Ca, the second element includes at least one of germanium Ge and tin Sn, and the third element includes at least one of arsenic As, antimony Sb and bismuth Bi. a selection layer including a chalcogen compound, wherein the chalcogen compound includes a first element, a second element, a third element, selenium Se, and tellurium Te, the first element includes at least one of indium In, aluminum Al, strontium Sr, and calcium Ca, the second element includes at least one of germanium Ge and tin Sn, and the third element includes at least one of arsenic As, antimony Sb and bismuth Bi.
An image sensor, comprising: a pixel array including a plurality of pixel cells each including: a floating diffusion ("FD") node; and a photosensitive element coupled to transfer image charge to the FD node; a bit line coupled to conduct image data output from a first group of the pixel cells; a supplemental capacitance node line coupled to the FD node of the first group of the pixel cells; a supplemental capacitor having a first terminal coupled to the FD node and a second terminal coupled to the supplemental capacitance node line such that the capacitor is coupled in series between the FD node and the supplemental capacitance node line; and a supplemental capacitance circuit coupled to the supplemental capacitance node line to add a supplemental capacitance to the FD node of each of the pixel cells of the first group in response to a control signal, wherein the supplemental capacitance circuit comprises a multi-conversion gain ("MCG") circuit, the MCG circuit comprising: a first transistor (442, 542) having a channel coupled between the bit line and the supplemental capacitance node line, the first transistor having a control terminal coupled to be responsive to the control signal; and a second transistor (441, 541) having a channel coupled to the supplemental capacitance node line, the second transistor having a control terminal coupled to be responsive to the control signal. a pixel array including a plurality of pixel cells each including: a floating diffusion ("FD") node; and a photosensitive element coupled to transfer image charge to the FD node; a floating diffusion ("FD") node; and a photosensitive element coupled to transfer image charge to the FD node; a bit line coupled to conduct image data output from a first group of the pixel cells; a supplemental capacitance node line coupled to the FD node of the first group of the pixel cells; a supplemental capacitor having a first terminal coupled to the FD node and a second terminal coupled to the supplemental capacitance node line such that the capacitor is coupled in series between the FD node and the supplemental capacitance node line; and a supplemental capacitance circuit coupled to the supplemental capacitance node line to add a supplemental capacitance to the FD node of each of the pixel cells of the first group in response to a control signal, a first transistor (442, 542) having a channel coupled between the bit line and the supplemental capacitance node line, the first transistor having a control terminal coupled to be responsive to the control signal; and a second transistor (441, 541) having a channel coupled to the supplemental capacitance node line, the second transistor having a control terminal coupled to be responsive to the control signal.
A machine for making photographic books, comprising: - at least one unit for feeding sheet-like products; - at least one gluing unit designed to apply an adhesive substance on at least one gluing side of the sheet-like products; - a unit for coupling the sheet-like products comprising a first plate and a second plate respectively facing and defining between them an operating zone, the first plate and the second plate collaborating in a relative movement of translation between them to press the sheet-like products in an operating condition of use of the machine; characterised in that it comprises means for guiding at least one sheet-like product to control access to the operating area, wherein the guide means are such that during the access of the sheet-like product in the operating zone the sheet-like product is induced to move in contact along a supporting surface of the first plate in an operating configuration of use of the machine, the supporting surface facing towards the second plate, said guide means being defined by the first plate and the second plate positioned perpendicularly to a supporting base in an inclined position relative to a horizontal supporting surface ("W") of the machine and slidable relative to a supporting base located beneath the operating zone. - at least one unit for feeding sheet-like products; - at least one gluing unit designed to apply an adhesive substance on at least one gluing side of the sheet-like products; - a unit for coupling the sheet-like products comprising a first plate and a second plate respectively facing and defining between them an operating zone, the first plate and the second plate collaborating in a relative movement of translation between them to press the sheet-like products in an operating condition of use of the machine;
An assembly formed by an individualized base carrying a bracket for inclusion in an orthodontic appliance and an individualized jig for precisely positioning the base on a tooth of a patient, wherein the tooth has a free edge and anterior and posterior faces, wherein the jig is a cap which covers said tooth by covering its free edge and at least portions of its anterior and posterior faces, wherein one face of the base is intended to espouse the posterior face of said tooth and the bracket is fixed to the other face of the base in a chosen position, characterized in that the jig comprises a housing for surrounding the base only on a portion of at least one of its side edges (10, 11) and at least a portion of its longitudinal edge intended to be located closest to the free edge of the tooth, such that the base may be lodged in the housing.