mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication system comprising a plurality of wireless communication terminal device (TA to TH) and a plurality of relay devices (111 1 to 111 n) which are connected one another via a communication line, which bear a relaying process in the same communication area and to which unique relaying channels are respectively allocated, each relay device (111 1 to 111 n) is adapted to transmit idle relaying channel information to the wireless communication terminal device (TA to TH) which is registered in regard to the respective relay device (111 1 to 111 n), and each wireless communication terminal device (TA to TH) of the plurality of wireless communication terminal devices (TA to TH) of the wireless communication system is adapted to select, based on the idle relaying channel information received from the relay device (111 1 to 111 n) which registers the respective wireless communication terminal device (TA to TH), a relaying channel which is currently able to relay a communication among the unique relaying channels that are respectively allocated to the plurality of relay devices (111 1 to 111 n) to establish communication with one or more other wireless communication terminal devices (TA to TH) of the plurality of wireless communication terminal devices (TA to TH) of the wireless communication system, wherein each relay device (111 1 to 111 n) is adapted to transmit a predetermined number of pieces of idle relaying channel information selected in accordance with a predetermined rule among a plurality of pieces of idle relaying channel information acquired via the communication line to the wireless communication terminal device (TA to TH) which is registered in the respective relay device (111 1 to 111 n), and each wireless communication terminal device (TA to TH) is adapted to start establishing a communication with one or more other of the plurality of wireless communication terminal devices (TA to TH) on an idle relaying channel selected in accordance with a predetermined rule based on the predetermined number of pieces of idle relaying channel information received and acquired from the relay device (111 1 to 111 n) which registers the respective wireless communication terminal device (TA to TH).
Filter assembly for cleaning an air flow loaded with dust, solids and/or harmful substances, having a primary filter, through which the air flow first flows, which is designed for the separating of dust and/or solids, an ignition source inhibitor connected downstream of the primary filter and a secondary filter positioned downstream of the ignition source inhibitor which is designed for the deposition of harmful substances by using an additive which is prepared to bind the harmful substances to itself, characterised in that an additive feed device is arranged between the ignition source inhibitor and the secondary filter.
An easily mounting and dismantling outer decking apparatus for an escalator or moving walkway, comprising: a cover plate (10, 10', 10"), having a first end part, a second end part opposite to the first end part, and a body part extending between the first end part and the second end part to cover components on a base (50, 50', 50") of the escalator or moving walkway, wherein the first end part is adjacent to a panel of the escalator or moving walkway, the second end part has a flexed part with an angle relative to the body part; characterised in that the outer decking apparatus further comprises a positioning member (20, 20', 20") for the cover plate (10, 10', 10"), having a first end part and a second end part opposite to the first end part, wherein the first end part of the positioning member is secured to the base (50, 50', 50") of the escalator or moving walkway; and an elastic holding member (30, 30', 30"), joined to the cover plate, and forming a clamping means with the cooperation of a part of the cover plate, wherein the clamping means clamps the second end part of the positioning member therein to achieve the mounting and fixing of the cover plate, so that the cover plate (10, 10', 10") can be dismantled from the escalator or moving walkway without dismantling any bolts or screws. a cover plate (10, 10', 10"), having a first end part, a second end part opposite to the first end part, and a body part extending between the first end part and the second end part to cover components on a base (50, 50', 50") of the escalator or moving walkway, wherein the first end part is adjacent to a panel of the escalator or moving walkway, the second end part has a flexed part with an angle relative to the body part; characterised in that the outer decking apparatus further comprises a positioning member (20, 20', 20") for the cover plate (10, 10', 10"), having a first end part and a second end part opposite to the first end part, wherein the first end part of the positioning member is secured to the base (50, 50', 50") of the escalator or moving walkway; and an elastic holding member (30, 30', 30"), joined to the cover plate, and forming a clamping means with the cooperation of a part of the cover plate, wherein the clamping means clamps the second end part of the positioning member therein to achieve the mounting and fixing of the cover plate, so that the cover plate (10, 10', 10") can be dismantled from the escalator or moving walkway without dismantling any bolts or screws.
A power architecture for an elevator system, the power architecture comprising: a panel receiving power from a power grid through a breaker; a power supply coupled to the breaker to receive power from the grid; a battery coupled to the power supply through a switch; an elevator motor controller coupled to the power supply; an inverter controlled by the elevator motor controller, the inverter configured to generate currents for a motor of the elevator system; the power supply providing power from at least one of the grid and the battery to the controller; and a charger coupled to the breaker and the battery and configured to receive power from the power grid and provide power to the battery to charge the battery; wherein the power supply is configured to provide power that is simultaneously sourced from the grid and the battery to the controller. a panel receiving power from a power grid through a breaker; a power supply coupled to the breaker to receive power from the grid; a battery coupled to the power supply through a switch; an elevator motor controller coupled to the power supply; an inverter controlled by the elevator motor controller, the inverter configured to generate currents for a motor of the elevator system; the power supply providing power from at least one of the grid and the battery to the controller; and a charger coupled to the breaker and the battery and configured to receive power from the power grid and provide power to the battery to charge the battery; wherein the power supply is configured to provide power that is simultaneously sourced from the grid and the battery to the controller.
Meniscus prosthesis comprising an arc-shaped meniscus prosthesis body having a main portion comprising a reinforcing part and two end portions (1A,1B) comprising fixation parts (2A,2B), wherein the main portion comprises a part made of a first biocompatible, non- resorbable material extending between the two end portions (1A,1B), wherein the reinforcing part and the fixation parts (2A,2B) are made of a second biocompatible, non-resorbable material and wherein the reinforcing part extends between the fixation parts (2A,2B), wherein the fixation parts (2A,2B) have a through hole (3A,3B), wherein the first biocompatible, non-resorbable material has a tensile modulus of at most 100 MPa as determined by ISO 527-1 and wherein the second biocompatible, non-resorbable material has a tensile modulus of at least 101 MPa as determined by ISO 527-1. an arc-shaped meniscus prosthesis body having a main portion comprising a reinforcing part and two end portions (1A,1B) comprising fixation parts (2A,2B), wherein the main portion comprises a part made of a first biocompatible, non- resorbable material extending between the two end portions (1A,1B), wherein the reinforcing part and the fixation parts (2A,2B) are made of a second biocompatible, non-resorbable material and wherein the reinforcing part extends between the fixation parts (2A,2B), wherein the fixation parts (2A,2B) have a through hole (3A,3B), wherein the first biocompatible, non-resorbable material has a tensile modulus of at most 100 MPa as determined by ISO 527-1 and wherein the second biocompatible, non-resorbable material has a tensile modulus of at least 101 MPa as determined by ISO 527-1.
Regulating module for a rotary electric machine of a vehicle, the rotary electric machine comprising a rotor and a stator and the regulating module having an operating mode in which said machine is intended to be disconnected from a battery of the vehicle, the regulating module comprising a rotor module arranged to emit a first output quantity (V_Rot) for controlling the rotor and a stator module (15, 20) arranged to emit a second output quantity (Vq) and a third output quantity (Vd) for controlling the stator, the regulating module being characterized in that: - the rotor module is arranged to generate a first intermediate setpoint (I_RotRef) on the basis of which is generated the first output quantity (V_Rot), said first intermediate setpoint (I_RotRef) being determined on the basis of a power potential reference signal (Pdc_MaxRef) and of a speed of rotation of the rotor and being independent of a control power or of a control torque of the machine, the power potential of the machine being in particular the maximum power that the machine is able to generate for a given speed while meeting steady-state, and in particular thermal, constraints of the machine, - the stator module (15, 20) is arranged to generate a second intermediate setpoint (I_qRef, I_dcRef) on the basis of which are generated the second output quantity (Vq) and the third output quantity (Vd), said second intermediate setpoint (I_qRef, I_dcRef) being determined on the basis of the output voltage (Vdc) of the machine. - the rotor module is arranged to generate a first intermediate setpoint (I_RotRef) on the basis of which is generated the first output quantity (V_Rot), said first intermediate setpoint (I_RotRef) being determined on the basis of a power potential reference signal (Pdc_MaxRef) and of a speed of rotation of the rotor and being independent of a control power or of a control torque of the machine, the power potential of the machine being in particular the maximum power that the machine is able to generate for a given speed while meeting steady-state, and in particular thermal, constraints of the machine, - the stator module (15, 20) is arranged to generate a second intermediate setpoint (I_qRef, I_dcRef) on the basis of which are generated the second output quantity (Vq) and the third output quantity (Vd), said second intermediate setpoint (I_qRef, I_dcRef) being determined on the basis of the output voltage (Vdc) of the machine.
A theater comprising: at least one screen at a front end; a display apparatus suitable for displaying a visual content on said at least one screen; a back wall arranged facing said at least one screen; and a plurality of platforms (17, 117) such that each of said platforms has a plurality of seats fastened thereon, and each of said platforms: is a projecting platform, that is, a platform that for spectators present on the platform appears to be connected to the remainder of the theater only from behind the seats, presents a width that is less than 70% of the width of the theater, and enables spectators to walk on the platform and access the seats that are provided on the platform. at least one screen at a front end; a display apparatus suitable for displaying a visual content on said at least one screen; a back wall arranged facing said at least one screen; and a plurality of platforms (17, 117) such that each of said platforms has a plurality of seats fastened thereon, and each of said platforms: is a projecting platform, that is, a platform that for spectators present on the platform appears to be connected to the remainder of the theater only from behind the seats, presents a width that is less than 70% of the width of the theater, and enables spectators to walk on the platform and access the seats that are provided on the platform. is a projecting platform, that is, a platform that for spectators present on the platform appears to be connected to the remainder of the theater only from behind the seats, presents a width that is less than 70% of the width of the theater, and enables spectators to walk on the platform and access the seats that are provided on the platform.
A method for joining a first workpiece and a second workpiece to each other, the method comprising: placing a layer of exothermic material between the first workpiece and the second workpiece, wherein the first workpiece is a cover and the second workpiece is a substrate, wherein the cover covers an integrated circuit on the substrate and wherein the substrate and the cover form a package for the integrated circuit; and applying a plurality of electrical currents to the layer of exothermic material at a plurality of locations, wherein the plurality of electrical currents is applied at substantially a same time such that an exothermic reaction occurs in the layer of exothermic material. placing a layer of exothermic material between the first workpiece and the second workpiece, wherein the first workpiece is a cover and the second workpiece is a substrate, wherein the cover covers an integrated circuit on the substrate and wherein the substrate and the cover form a package for the integrated circuit; and applying a plurality of electrical currents to the layer of exothermic material at a plurality of locations, wherein the plurality of electrical currents is applied at substantially a same time such that an exothermic reaction occurs in the layer of exothermic material.
A method comprising: obtaining a series of samples of at least one sensor signal that is responsive to a blood glucose level of a patient using a controller; determining, based at least partly on the series of samples, using one or more processors at least one metric assessing an underlying trend of a change in responsiveness of the at least one sensor signal to the blood glucose level of the patient over time; and assessing using one or more processors a reliability of the at least one sensor signal to respond to the blood glucose level of the patient based at least partly on the at least one metric assessing an underlying trend; wherein the determining of the at least one metric comprises: iteratively updating a trend estimation at multiple samples of the series of samples of the at least one sensor signal based, at least partly, on a trend estimation at a previous sample and a growth term, wherein the trend estimation at multiple samples includes an initial trend, wherein the initial trend comprises a slope of a linear regression that is derived, at least partly, from the series of samples of the at least one sensor signal and an initial growth term, wherein the initial growth term comprises an intercept of the linear regression. obtaining a series of samples of at least one sensor signal that is responsive to a blood glucose level of a patient using a controller; determining, based at least partly on the series of samples, using one or more processors at least one metric assessing an underlying trend of a change in responsiveness of the at least one sensor signal to the blood glucose level of the patient over time; and assessing using one or more processors a reliability of the at least one sensor signal to respond to the blood glucose level of the patient based at least partly on the at least one metric assessing an underlying trend; wherein the determining of the at least one metric comprises: iteratively updating a trend estimation at multiple samples of the series of samples of the at least one sensor signal based, at least partly, on a trend estimation at a previous sample and a growth term, wherein the trend estimation at multiple samples includes an initial trend, wherein the initial trend comprises a slope of a linear regression that is derived, at least partly, from the series of samples of the at least one sensor signal and an initial growth term, wherein the initial growth term comprises an intercept of the linear regression.
A reactor cleaning apparatus, comprising: a fixing part having a partial region inserted into a hole formed in an upper portion of a reactor to be coupled to the reactor and fixing a pipe; the pipe inserted into a hole formed in the fixing part, protruding downward from the fixing part, and having a length adjustable in a vertical direction; a spray nozzle provided at a lower end of the pipe; and a screener provided on a lower side surface of the pipe, characterized in that the pipe is a winding-up type pipe having multiple-stage pipes overlapped in a layer form. a fixing part having a partial region inserted into a hole formed in an upper portion of a reactor to be coupled to the reactor and fixing a pipe; the pipe inserted into a hole formed in the fixing part, protruding downward from the fixing part, and having a length adjustable in a vertical direction; a spray nozzle provided at a lower end of the pipe; and a screener provided on a lower side surface of the pipe, characterized in that the pipe is a winding-up type pipe having multiple-stage pipes overlapped in a layer form.
Linear actuator comprising a reversible electric motor (20,59), a transmission, a non-self-locking spindle (22,53), where the reversible electric motor (20,59) through the transmission drives the non-self-locking spindle, a spindle nut on the spindle (22,53) an adjustment element secured against rotation and where the adjustment element can be moved axially as it is connected to or integrated with the spindle nut on the spindle (22,53), a quick release for disengagement of the adjustment element from the reversible electric motor (20,59) and the part of the transmission, which is located from the reversible electric motor (20,59) to the quick release, such that the spindle (22,53) is brought into rotation under the load on the spindle nut, position means for determining the position of the spindle nut, brake means for controlling the velocity of the spindle nut under the external load, characterized in that between the brake means and the spindle there is a coupling in connection with the position means for determining the position of the spindle nut and that the coupling engages the brake means to the spindle or disengages the brake means from the spindle, when the spindle nut is in a predetermined position on the spindle. a reversible electric motor (20,59), a transmission, a non-self-locking spindle (22,53), where the reversible electric motor (20,59) through the transmission drives the non-self-locking spindle, a spindle nut on the spindle (22,53) an adjustment element secured against rotation and where the adjustment element can be moved axially as it is connected to or integrated with the spindle nut on the spindle (22,53), a quick release for disengagement of the adjustment element from the reversible electric motor (20,59) and the part of the transmission, which is located from the reversible electric motor (20,59) to the quick release, such that the spindle (22,53) is brought into rotation under the load on the spindle nut, position means for determining the position of the spindle nut, brake means for controlling the velocity of the spindle nut under the external load, characterized in that between the brake means and the spindle there is a coupling in connection with the position means for determining the position of the spindle nut and that the coupling engages the brake means to the spindle or disengages the brake means from the spindle, when the spindle nut is in a predetermined position on the spindle.
A method for authenticating a user of a printer to prevent unauthorized use of the printer, the method comprising the following steps: a) obtaining, by processing circuitry, a user profile corresponding to a user and including a stored multi-digit number; b) obtaining, via a touch screen interface of the printer, input of a personal identification number; c) comparing, by the processing circuitry, the input PIN to the multi-digit number of the obtained user profile; and d) executing, by the processing circuitry, an algorithm according to which use of the printer is prevented if the PIN does not match the stored multi-digit number, and the user is authenticated if the PIN does match the stored multi-digit number; wherein e) the user profile further includes an answer to at least one verification question, and the authentication of the user if the PIN matches the stored multi-digit number includes: e1) prompting the user to input a response to the at least one verification question; e2) if the response matches the answer to the at least one verification question, enabling the user to operate the printer; and e3) if the response does not match the answer to the at least one verification question, preventing use of the printer. a) obtaining, by processing circuitry, a user profile corresponding to a user and including a stored multi-digit number; b) obtaining, via a touch screen interface of the printer, input of a personal identification number; c) comparing, by the processing circuitry, the input PIN to the multi-digit number of the obtained user profile; and d) executing, by the processing circuitry, an algorithm according to which use of the printer is prevented if the PIN does not match the stored multi-digit number, and the user is authenticated if the PIN does match the stored multi-digit number; wherein e) the user profile further includes an answer to at least one verification question, and the authentication of the user if the PIN matches the stored multi-digit number includes: e1) prompting the user to input a response to the at least one verification question; e2) if the response matches the answer to the at least one verification question, enabling the user to operate the printer; and e3) if the response does not match the answer to the at least one verification question, preventing use of the printer. e1) prompting the user to input a response to the at least one verification question; e2) if the response matches the answer to the at least one verification question, enabling the user to operate the printer; and e3) if the response does not match the answer to the at least one verification question, preventing use of the printer.