mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a telecommunication service conveying data from a called party telecommunication device to a calling party telecommunication device during a call setup procedure comprising the steps of; a) said calling party telecommunication device placing a call to said called party's telecommunication device, b) forwarding the call to a dynamic player by the operator network within call setup procedure, c) presenting dynamic tone selection options to called party and receiving the selection in the manner that the called party telecommunication device presents and inputs data during call setup, d) presenting dynamic tone selection of the called party to the calling party in the manner that within call setup, a real time determined dynamic tone is played to said calling party, e) where dynamic tone selection options include dynamic busy tone selection options, f) characterized in that when the call is forwarded to said dynamic player upon rejection of the call by the called party, the call connection to the called party is disconnected while the call connection to the calling party is intact, such that disconnecting the call connection ends the limited use of the called party telecommunication device occurring while the called party telecommunication device is ringing, whereby option presentation on and input from the called device is enabled during call setup. a) said calling party telecommunication device placing a call to said called party's telecommunication device, b) forwarding the call to a dynamic player by the operator network within call setup procedure, c) presenting dynamic tone selection options to called party and receiving the selection in the manner that the called party telecommunication device presents and inputs data during call setup, d) presenting dynamic tone selection of the called party to the calling party in the manner that within call setup, a real time determined dynamic tone is played to said calling party, e) where dynamic tone selection options include dynamic busy tone selection options, f) characterized in that when the call is forwarded to said dynamic player upon rejection of the call by the called party, the call connection to the called party is disconnected while the call connection to the calling party is intact, such that disconnecting the call connection ends the limited use of the called party telecommunication device occurring while the called party telecommunication device is ringing, whereby option presentation on and input from the called device is enabled during call setup.
A can end for a drinks can, the can end being provided with a tab attached to the can end with a rivet, wherein the tab is initially flush against the can end, thereby having rotation restricted by friction between the tab and the can end, but once the drinks can has been opened, the tab is arranged to be raised from the can end and is thereby easily rotatable about the rivet to form a rotatable pointer characterised in that the can end includes two raised portions disposed on the can end either side of the tab, wherein each raised portion is arranged to limit a degree of rotation of the tab about the rivet.
A two-ply tissue paper comprising: a two-ply tissue paper sheet; and a polyol-containing moisturizer added to the two-ply tissue paper sheet, the two-ply tissue paper having: a basis weight of 16.0 to 25.0 g/m 2 per ply; a two-ply paper thickness of 145 to 180 pm; a dry tensile strength of 120 to 200 cN/25 mm in a lateral direction; a dry tensile strength of 275 to 450 cN/25 mm in a longitudinal direction; a wet tensile strength of 60 to 130 cN/25 mm in the lateral direction; a difference of 40 cN/25 mm or more between the dry tensile strength in the lateral direction and the wet tensile strength in the lateral direction and a value of (wet tensile strength in lateral direction)/(dry tensile strength in lateral direction) of 0.60 to 0.75; an elongation percentage of 13.0 to 18.0% in the longitudinal direction; and characterised by: a surface roughness Ra of 10.0 to 12.0 μm. a two-ply tissue paper sheet; and a polyol-containing moisturizer added to the two-ply tissue paper sheet, the two-ply tissue paper having: a basis weight of 16.0 to 25.0 g/m 2 per ply; a two-ply paper thickness of 145 to 180 pm; a dry tensile strength of 120 to 200 cN/25 mm in a lateral direction; a dry tensile strength of 275 to 450 cN/25 mm in a longitudinal direction; a wet tensile strength of 60 to 130 cN/25 mm in the lateral direction; a difference of 40 cN/25 mm or more between the dry tensile strength in the lateral direction and the wet tensile strength in the lateral direction and a value of (wet tensile strength in lateral direction)/(dry tensile strength in lateral direction) of 0.60 to 0.75; an elongation percentage of 13.0 to 18.0% in the longitudinal direction; and characterised by: a surface roughness Ra of 10.0 to 12.0 μm. a basis weight of 16.0 to 25.0 g/m 2 per ply; a two-ply paper thickness of 145 to 180 pm; a dry tensile strength of 120 to 200 cN/25 mm in a lateral direction; a dry tensile strength of 275 to 450 cN/25 mm in a longitudinal direction; a wet tensile strength of 60 to 130 cN/25 mm in the lateral direction; a difference of 40 cN/25 mm or more between the dry tensile strength in the lateral direction and the wet tensile strength in the lateral direction and a value of (wet tensile strength in lateral direction)/(dry tensile strength in lateral direction) of 0.60 to 0.75; an elongation percentage of 13.0 to 18.0% in the longitudinal direction; and characterised by: a surface roughness Ra of 10.0 to 12.0 μm.
A semiconductor, comprising: first and second electrodes (12, 14); and a gate region between the first and second electrodes (12, 14), the gate region including a three-dimensional matrix of electrical conductors, wherein multiple of the electrical conductors have capture biomolecules bound thereto within the matrix that disrupt the three-dimensional matrix of electrical conductors when the capture biomolecules bind to a target molecule; the matrix of electrical conductors having a modifiable resistivity, impedance or capacitance related to molecular binding between the capture biomolecules and target molecules; characterised in that the electrical conductors are formed from carbon nanotubes, which change their spacing, orientation and continuity in response to molecular binding to biomolecules on an exterior surface of the carbon nanotubes to modify the resistivity, impedance or capacitance, and wherein the three-dimensional matrix of electrical conductors is a randomly distributed network of electrical conductors in a solution having concentration levels for the carbon nanotubes at or near a percolation threshold. first and second electrodes (12, 14); and a gate region between the first and second electrodes (12, 14), the gate region including a three-dimensional matrix of electrical conductors, wherein multiple of the electrical conductors have capture biomolecules bound thereto within the matrix that disrupt the three-dimensional matrix of electrical conductors when the capture biomolecules bind to a target molecule; the matrix of electrical conductors having a modifiable resistivity, impedance or capacitance related to molecular binding between the capture biomolecules and target molecules; characterised in that the electrical conductors are formed from carbon nanotubes, which change their spacing, orientation and continuity in response to molecular binding to biomolecules on an exterior surface of the carbon nanotubes to modify the resistivity, impedance or capacitance, and wherein the three-dimensional matrix of electrical conductors is a randomly distributed network of electrical conductors in a solution having concentration levels for the carbon nanotubes at or near a percolation threshold.
A method for a network node for probing General Packet Radio System, GPRS, Tunneling Protocol, GTP, links operable to carry data traffic between the network node and peer nodes in a communication network, the method comprising at the network node: receiving a probing request message (222A-C) originating from a first peer node via a GTP link, the probing request message (222A-C) containing a request indication for a probing interval recommendation for probing the GTP link; in response to the probing request message received, determining, based on one or more conditions and/or capabilities of the network node, a probing interval recommendation for probing the GTP link, wherein the probing interval recommendation comprises one of a probing interval value and a probing method value indicative of a probing interval value; and sending a probing response message (224A-C) to the first peer node via the GTP link, the probing response message (224A-C) containing the probing interval recommendation. receiving a probing request message (222A-C) originating from a first peer node via a GTP link, the probing request message (222A-C) containing a request indication for a probing interval recommendation for probing the GTP link; in response to the probing request message received, determining, based on one or more conditions and/or capabilities of the network node, a probing interval recommendation for probing the GTP link, wherein the probing interval recommendation comprises one of a probing interval value and a probing method value indicative of a probing interval value; and sending a probing response message (224A-C) to the first peer node via the GTP link, the probing response message (224A-C) containing the probing interval recommendation.
A lighting system controller for controlling at least one controllable luminaire within a lighting system, the lighting system controller comprising: - a task definer configured to define at least one task to be performed by users of the lighting system; characterized in that the lighting system controller further comprising - a status determiner configured to determine a status of the at least one task, to receive sensor data from at least one sensor, and to compare the received sensor data against definitions provided by the task definer, wherein the at least one sensor is physically separated from the lighting system controller and is arranged for determining a state of an object interacted with by a user; - a control signal generator for receiving, from a physical or software defined switch, a lighting system signal input indicative of a lighting effect desired by a user, and to generate at least one lighting system signal indicative of the lighting effect desired by the user, based on the received lighting system signal input; and - a control signal controller configured to output the at least one lighting system signal to enable the at least one controllable luminaire to produce the lighting effect desired by the user when the status determiner determines that the at least one task has been completed, and to output the at least one lighting system signal to enable the at least one controllable luminaire to produce a warning light effect when the task status determiner determines that the at least one task has not been completed. - a task definer configured to define at least one task to be performed by users of the lighting system; characterized in that the lighting system controller further comprising - a status determiner configured to determine a status of the at least one task, to receive sensor data from at least one sensor, and to compare the received sensor data against definitions provided by the task definer, wherein the at least one sensor is physically separated from the lighting system controller and is arranged for determining a state of an object interacted with by a user; - a control signal generator for receiving, from a physical or software defined switch, a lighting system signal input indicative of a lighting effect desired by a user, and to generate at least one lighting system signal indicative of the lighting effect desired by the user, based on the received lighting system signal input; and - a control signal controller configured to output the at least one lighting system signal to enable the at least one controllable luminaire to produce the lighting effect desired by the user when the status determiner determines that the at least one task has been completed, and to output the at least one lighting system signal to enable the at least one controllable luminaire to produce a warning light effect when the task status determiner determines that the at least one task has not been completed.
Conveyor for conveying hollow bodies through a heating station for an installation for manufacturing containers made of thermoplastic material, comprising: - a heating tunnel defining a heating path; - a conveyor comprising at least one running rail forming a circuit and shuttles that are able to circulate along the rail while carrying at least one hollow body, the movement of each shuttle being controlled individually, the rail having a heating portion for transporting the hollow bodies along the heating path; - a device for inputting the hollow bodies to be heated, which brings the hollow bodies as far as a loading portion of the running rail for loading them onto the shuttles, two successive shuttles circulating on this loading portion with a determined first input spacing; - a device for outputting the hot hollow bodies, which recovers the hollow bodies carried on the shuttles circulating on an unloading portion of the running rail, characterized in that each shuttle comprises a first member for supporting a first hollow body and a second member for supporting a second hollow body, each shuttle thus being able to simultaneously carry two hollow bodies, the support members (26A, 26B) of a shuttle being mounted on said shuttle so as to be able to move between an extended position, in which the support members (26A, 26B) are spaced apart by said first input spacing in the direction of movement of the shuttle, and a close position, in which the support members (26A, 26B) are close to one another in the direction of movement of this shuttle, in such a manner that two successive shuttles circulating on the unloading portion are spaced apart by a determined output spacing that is different to the first input spacing. - a heating tunnel defining a heating path; - a conveyor comprising at least one running rail forming a circuit and shuttles that are able to circulate along the rail while carrying at least one hollow body, the movement of each shuttle being controlled individually, the rail having a heating portion for transporting the hollow bodies along the heating path; - a device for inputting the hollow bodies to be heated, which brings the hollow bodies as far as a loading portion of the running rail for loading them onto the shuttles, two successive shuttles circulating on this loading portion with a determined first input spacing; - a device for outputting the hot hollow bodies, which recovers the hollow bodies carried on the shuttles circulating on an unloading portion of the running rail,
Projection tool comprising at least one projection lance configured to project a product according to a projection direction and a triggering member capable of being actuated manually by an operator, the projection tool being configured to trigger the projection of the product during an actuation of the triggering member by the operator, the projection tool comprising, in addition, a projection device which comprises: - a surveillance unit configured to monitor the projection direction of the projection tool with respect to at least a projection-enabling beam, said projection-enabling beam being defined about a reference axis starting at a reference point fixed on the projection tool, the surveillance unit being configured to emit an alert signal as soon as the projection direction is outside of the projection-enabling beam; - a cut-off unit configured to prevent a projection by the projection tool during the actuation of the triggering member, as soon as an alert signal is emitted; characterised in that the protective device in addition comprises: - an adjustment unit making it possible for an operator to provide features to define the projection-enabling beam and at least said reference axis, said reference axis having a given orientation in the space; and - a processing unit configured to define said projection-enabling beam from said features, said projection-enabling beam being used by the surveillance unit, the adjustment unit comprising the triggering member, said adjustment unit being configured to record, as reference axis, the projection direction of the projection tool at an instant where an operator actuates the triggering member. - a surveillance unit configured to monitor the projection direction of the projection tool with respect to at least a projection-enabling beam, said projection-enabling beam being defined about a reference axis starting at a reference point fixed on the projection tool, the surveillance unit being configured to emit an alert signal as soon as the projection direction is outside of the projection-enabling beam; - a cut-off unit configured to prevent a projection by the projection tool during the actuation of the triggering member, as soon as an alert signal is emitted; - an adjustment unit making it possible for an operator to provide features to define the projection-enabling beam and at least said reference axis, said reference axis having a given orientation in the space; and - a processing unit configured to define said projection-enabling beam from said features, said projection-enabling beam being used by the surveillance unit,
An implantable microphone assembly, comprising: a housing (123, 154) having a diameter of 8 mm to 10 mm which is configured for subcutaneous implantation within a patient; a circular frame (110, 152) defining a central opening and having a curvature and positioned within the housing; a piezoelectric polymer film (112, 122) secured to the frame and where the housing is configured to position the frame along an upper portion of the housing and where the frame has a radius of curvature of 20 mm to 25 mm such that the film presents a convex surface configured to be in direct vibrational contact with subcutaneous tissue; an electronics assembly in electrical communication with the film; and one or more wires connected to the electronics assembly at a proximal end and further having a distal end configured for coupling to bones of an inner ear of the patient. a housing (123, 154) having a diameter of 8 mm to 10 mm which is configured for subcutaneous implantation within a patient; a circular frame (110, 152) defining a central opening and having a curvature and positioned within the housing; a piezoelectric polymer film (112, 122) secured to the frame and where the housing is configured to position the frame along an upper portion of the housing and where the frame has a radius of curvature of 20 mm to 25 mm such that the film presents a convex surface configured to be in direct vibrational contact with subcutaneous tissue; an electronics assembly in electrical communication with the film; and one or more wires connected to the electronics assembly at a proximal end and further having a distal end configured for coupling to bones of an inner ear of the patient.
A method for adjusting a measuring system comprising: operating a process; mounting a measuring device with respect to the process for measuring a parameter associated with the process; applying power to the measuring device; positioning an adjustment member against or proximal to a target area of the measuring device and within a pre-determined period of time after applying power to the measuring device to place the measuring device in an adjustment mode that enables subsequent adjustment of one or more features of the measuring device via subsequent positioning of the adjustment member against or proximal to the target area; subsequently positioning the adjustment member against or proximal to the target area while the measuring device is in the adjustment mode to adjust one or more features of the measuring device. operating a process; mounting a measuring device with respect to the process for measuring a parameter associated with the process; applying power to the measuring device; positioning an adjustment member against or proximal to a target area of the measuring device and within a pre-determined period of time after applying power to the measuring device to place the measuring device in an adjustment mode that enables subsequent adjustment of one or more features of the measuring device via subsequent positioning of the adjustment member against or proximal to the target area; subsequently positioning the adjustment member against or proximal to the target area while the measuring device is in the adjustment mode to adjust one or more features of the measuring device.
A cell sheet construct comprising a vascular bed and a multilayered cell sheet with a capillary vascular network layered on the vascular bed, wherein the vascular bed comprises an arteriovenous loop and is obtainable by providing a biological tissue segment containing an artery and a vein and forming a capillary vascular network between the artery and the vein, and wherein the multilayered cell sheet with a capillary vascular network is obtainable by layering cell sheets on the vascular bed and perfusing a culture medium in vitro to induce in the cell sheets a capillary vascular network.
An air-conditioner comprising: a heat exchanger; an air blower fan; a cleaner configured to clean the air blower fan; a drain pan configured to receive condensation water dropping from the heat exchanger, and the air-conditioner c further comprising: a motor arranged on an outside with respect to a side plate of the heat exchanger and configured to drive the cleaner, and a motor cover configured to cover a main body of the motor; wherein the drain pan is arranged below the heat exchanger and the motor cover, and an end portion of the drain pan is positioned on an outside with respect to an inner end portion of the motor cover. a heat exchanger; an air blower fan; a cleaner configured to clean the air blower fan; a drain pan configured to receive condensation water dropping from the heat exchanger, and the air-conditioner c further comprising: a motor arranged on an outside with respect to a side plate of the heat exchanger and configured to drive the cleaner, and a motor cover configured to cover a main body of the motor; wherein the drain pan is arranged below the heat exchanger and the motor cover, and an end portion of the drain pan is positioned on an outside with respect to an inner end portion of the motor cover. a motor arranged on an outside with respect to a side plate of the heat exchanger and configured to drive the cleaner, and a motor cover configured to cover a main body of the motor; wherein the drain pan is arranged below the heat exchanger and the motor cover, and an end portion of the drain pan is positioned on an outside with respect to an inner end portion of the motor cover.