mhurhangee/ep-ind-claims huggingface dataset:
Method for transferring a mobile terminal (Tl) attached to a first access entity (RRH 1) of an operator to a second access entity (RRH 3), controlled by another operator, of a set of access entities (RRH 1, RRH 2, RRH 3) controlled by at least two operators (MNO1, MNO2, MNO3) within a communication network, the transfer method, in accordance with handover techniques implemented by a control device for conveying data of the terminal (Tl), being characterized in that it comprises: - a step (E4, E6, E8) of receiving, from the entities (RRH 1, RRH 2, RRH 3) of the set, a connectivity message (M2, M3, M4) comprising at least one parameter relating to an estimate of the quality of transmission of the data between said terminal (Tl) and each said entity (RRH 1, RRH 2, RRH 3), - a step of determining an eligibility value relating to each entity (RRH 1, RRH 2, RRH 3), on the basis of the at least one parameter received and of a factor of cooperation between the first entity (RRH 1) and each other access entity (RRH 2, RRH 3) of the set, said factor corresponding to a percentage of successful transfers between the entity (RRH 1) and each other entity (RRH2, RR3) in a past time interval, - a step of selecting the second entity (RRH 3) on the basis of the eligibility value determined, - a step (E11, E13) of sending, to the first entity (RRH 1) and to the second entity (RRH 3), a transfer message comprising a transfer instruction and furthermore comprising an identifier of the first access entity (RRH 1) and an identifier of the second access entity (RRH 3). - a step (E4, E6, E8) of receiving, from the entities (RRH 1, RRH 2, RRH 3) of the set, a connectivity message (M2, M3, M4) comprising at least one parameter relating to an estimate of the quality of transmission of the data between said terminal (Tl) and each said entity (RRH 1, RRH 2, RRH 3), - a step of determining an eligibility value relating to each entity (RRH 1, RRH 2, RRH 3), on the basis of the at least one parameter received and of a factor of cooperation between the first entity (RRH 1) and each other access entity (RRH 2, RRH 3) of the set, said factor corresponding to a percentage of successful transfers between the entity (RRH 1) and each other entity (RRH2, RR3) in a past time interval, - a step of selecting the second entity (RRH 3) on the basis of the eligibility value determined, - a step (E11, E13) of sending, to the first entity (RRH 1) and to the second entity (RRH 3), a transfer message comprising a transfer instruction and furthermore comprising an identifier of the first access entity (RRH 1) and an identifier of the second access entity (RRH 3).
A blower (100, 300, 800, 900, 1000), comprising: a housing (120, 920, 1020) including an inlet (123, 323, 823, 923, 1023) and an outlet (125, 825, 925, 1025); a rotor (170, 370, 870, 970, 1070); a bearing-housing structure (130, 330, 830, 1030) provided to the housing (120, 920, 1020) and adapted to rotatably support the rotor (170, 370, 870, 970, 1070); a motor provided to the bearing-housing structure (130, 330, 830, 1030), the motor including at least a stator assembly (145, 345, 1045, 1345); and an impeller (180, 380, 880, 980, 1080) provided to the rotor (170, 370, 870, 970, 1070), wherein the bearing-housing structure (130, 330, 830, 1030) includes a bearing shaft having a bearing surface that rotatably supports the rotor (170, 370, 870, 970, 1070), wherein the impeller (180, 380, 880, 980, 1080) is retained on the rotor (170, 370, 870, 970, 1070) by magnetic retention between a magnet (150, 350, 850, 950, 1050, 1350) coupled to the inner surface of a rotor cap (160, 360, 860, 960, 1060, 1360) and a stator component. a housing (120, 920, 1020) including an inlet (123, 323, 823, 923, 1023) and an outlet (125, 825, 925, 1025); a rotor (170, 370, 870, 970, 1070); a bearing-housing structure (130, 330, 830, 1030) provided to the housing (120, 920, 1020) and adapted to rotatably support the rotor (170, 370, 870, 970, 1070); a motor provided to the bearing-housing structure (130, 330, 830, 1030), the motor including at least a stator assembly (145, 345, 1045, 1345); and an impeller (180, 380, 880, 980, 1080) provided to the rotor (170, 370, 870, 970, 1070), wherein the bearing-housing structure (130, 330, 830, 1030) includes a bearing shaft having a bearing surface that rotatably supports the rotor (170, 370, 870, 970, 1070), wherein the impeller (180, 380, 880, 980, 1080) is retained on the rotor (170, 370, 870, 970, 1070) by magnetic retention between a magnet (150, 350, 850, 950, 1050, 1350) coupled to the inner surface of a rotor cap (160, 360, 860, 960, 1060, 1360) and a stator component.
An imaging module comprising: a substrate on which an imaging element is mounted and in which a through-hole is formed; a holding section that has a support pin inserted into the through-hole in such a manner as to penetrate the through-hole, and that holds an optical system forming a subject image on the imaging element; and an adhesive that is provided in the through-hole and that fixes the substrate to the support pin, wherein at least a tip end portion of the support pin is of a tapered shape from a root side of the support pin toward a tip end of the support pin, characterised in that the tip end of the support pin penetrates the adhesive so that it is not covered by the adhesive. a substrate on which an imaging element is mounted and in which a through-hole is formed; a holding section that has a support pin inserted into the through-hole in such a manner as to penetrate the through-hole, and that holds an optical system forming a subject image on the imaging element; and an adhesive that is provided in the through-hole and that fixes the substrate to the support pin, wherein at least a tip end portion of the support pin is of a tapered shape from a root side of the support pin toward a tip end of the support pin, characterised in that the tip end of the support pin penetrates the adhesive so that it is not covered by the adhesive.
A catheter, comprising: a shaft for insertion into an organ of a patient; an extendable distal-end assembly, which is coupled to the shaft and comprises multiple splines, wherein at least one spline comprises a flexible circuit board having one or more electrodes disposed thereon, wherein the electrodes are coupled to a side of the circuit board facing the surface of the organ, wherein the circuit board is configured, when the distal-end assembly is extended in the organ, to conform to a surface of the organ so as to make contact between the electrodes and the surface; two or more strengthening elements, which are distributed along the circuit board of the spline and are configured to mechanically strengthen the spline, wherein the strengthening elements are coupled to a side of the circuit board not facing the organ; and wherein the distal-end assembly comprises a distal cap (44, 104), and wherein the distal cap comprises a ring, and wherein the distal cap comprises multiple arms extending from the ring, and wherein each arm is configured to couple one spline of the multiple splines to the ring. a shaft for insertion into an organ of a patient; an extendable distal-end assembly, which is coupled to the shaft and comprises multiple splines, wherein at least one spline comprises a flexible circuit board having one or more electrodes disposed thereon, wherein the electrodes are coupled to a side of the circuit board facing the surface of the organ, wherein the circuit board is configured, when the distal-end assembly is extended in the organ, to conform to a surface of the organ so as to make contact between the electrodes and the surface; two or more strengthening elements, which are distributed along the circuit board of the spline and are configured to mechanically strengthen the spline, wherein the strengthening elements are coupled to a side of the circuit board not facing the organ; and wherein the distal-end assembly comprises a distal cap (44, 104), and wherein the distal cap comprises a ring, and wherein the distal cap comprises multiple arms extending from the ring, and wherein each arm is configured to couple one spline of the multiple splines to the ring.
A method for measuring a pattern in a surface of an object, in particular a fingerprint, where said object surface is at least partially heat conducting, using an apparatus comprising a plurality of pixels or sensor elements arranged in a pixel array (15, 17) in rows and columns, wherein each sensor element comprises at least one diode (D1-Dn, whereby n is the number of pixel diodes) connected in series between a row line and a column line, said sensor elements being responsive to the temperature of the object surface, the method comprising, for each of the sensor elements at a time: - selectively addressing said sensor element; - applying a forward bias to at least one diode (D1-Dn) within the addressed sensor element with an applied electric current from a current source; - activating the addressed sensor element by its being heated as a result of the forward-biasing of at least one diode (D1-Dn); and - sensing the temperature of the object surface on the basis of either a) a voltage change caused by the heat activation, when the applied electric current is constant or b) a current change caused by the heat activation, when the applied pixel bias voltage is constant; followed by the step of establishing an overall, segmented picture related to said pattern. - selectively addressing said sensor element; - applying a forward bias to at least one diode (D1-Dn) within the addressed sensor element with an applied electric current from a current source; - activating the addressed sensor element by its being heated as a result of the forward-biasing of at least one diode (D1-Dn); and - sensing the temperature of the object surface on the basis of either a) a voltage change caused by the heat activation, when the applied electric current is constant or b) a current change caused by the heat activation, when the applied pixel bias voltage is constant; followed by the step of establishing an overall, segmented picture related to said pattern. a) a voltage change caused by the heat activation, when the applied electric current is constant or b) a current change caused by the heat activation, when the applied pixel bias voltage is constant;
Steam power plant comprising a fossil-fuel or biomass fired steam generator, a turbine, a condenser, a feed water container, a condensate line at least one low-pressure preheater (PH1 to PH4) and at least one high-pressure preheater (PH5, PH6), wherein the condensate line connects the condenser, the preheaters (PH1 to PH6) and the feed water container with each other, wherein it comprises a solar system in parallel fluid communication with the condensate line to selectively heat the feedwater, the solar system including: a bypass line in parallel fluid communication with the condensate line, wherein the bypass line includes a bypass inlet and a bypass outlet in fluid communication with the condensate line; a field of solar collectors in thermal communication with the bypass line to provide heat to increase the temperature of the feedwater provided to the steam generator; characterized in that the solar system further comprises a heat storage in thermal communication with the bypass line to provide heat to increase the temperature of the feedwater provided to the steam generator and store heat generated by the field of solar collectors, and in that the solar system is mounted parallel to one or more of the low pressure preheaters (PH1, PH2, PH3, PH4). a bypass line in parallel fluid communication with the condensate line, wherein the bypass line includes a bypass inlet and a bypass outlet in fluid communication with the condensate line; a field of solar collectors in thermal communication with the bypass line to provide heat to increase the temperature of the feedwater provided to the steam generator; characterized in that the solar system further comprises a heat storage in thermal communication with the bypass line to provide heat to increase the temperature of the feedwater provided to the steam generator and store heat generated by the field of solar collectors, and in that the solar system is mounted parallel to one or more of the low pressure preheaters (PH1, PH2, PH3, PH4).
Print head for applying a coating agent to a component, in particular for painting a motor vehicle body component with a paint, having a) at least one nozzle for dispensing the coating agent, b) a rinsing agent feed (13; 26) for feeding a rinsing agent, the print head optionally enabling a color change during coating operation and being rinsable with the rinsing agent during a color change in order to rinse coating agent residues out of the print head, c) at least one control valve (23.1-23.4) for controlling the coating agent delivery through the at least one nozzle with c1) an electric coil, c2) a coil tube on which the coil is wound externally, c3) a displaceable armature which is displaced as a function of the energization of the coil and closes or releases the nozzle depending on its position, and c4) a coil core inside the coil tube, characterized in d) that the rinsing agent feed (13; 26) opens into the coil tube in the axial direction between the armature and the coil core in order to feed the rinsing agent and guide it into the interior of the coil tube. a) at least one nozzle for dispensing the coating agent, b) a rinsing agent feed (13; 26) for feeding a rinsing agent, the print head optionally enabling a color change during coating operation and being rinsable with the rinsing agent during a color change in order to rinse coating agent residues out of the print head, c) at least one control valve (23.1-23.4) for controlling the coating agent delivery through the at least one nozzle with c1) an electric coil, c2) a coil tube on which the coil is wound externally, c3) a displaceable armature which is displaced as a function of the energization of the coil and closes or releases the nozzle depending on its position, and c4) a coil core inside the coil tube, characterized in c1) an electric coil, c2) a coil tube on which the coil is wound externally, c3) a displaceable armature which is displaced as a function of the energization of the coil and closes or releases the nozzle depending on its position, and c4) a coil core inside the coil tube, d) that the rinsing agent feed (13; 26) opens into the coil tube in the axial direction between the armature and the coil core in order to feed the rinsing agent and guide it into the interior of the coil tube.
Securing device for an anchor rail having a T-head bolt and a retaining plate which is fixed to the T-head bolt and has a plurality of teeth for engagement with a toothing on the anchor rail, and an opening through which a threaded bolt of the T-head bolt is passed, wherein at least one latching web projecting into the opening of the retaining plate is provided on the retaining plate, by means of which the retaining plate can be latched to the threaded bolt of the T-head bolt, wherein the at least one latching web is integrally formed with a plate-shaped latching element with an opening for passing through the threaded bolt of the T-head bolt, wherein the latching element is glued or welded to the retaining plate.
A method for clock source device selecting and switching, comprising: when a clock slave device receives an announce message from a clock source device, sending, by the clock slave device, a link detection message to the clock source device; when the clock slave device receives a detection feedback message fed back by the clock source device according to the link detection message, determining, by the clock slave device, that the clock source device is a valid clock source device; determining, by the clock slave device, whether the valid clock source device is a stable clock source device, and when it is determined that the valid clock source device is stable, adding, by the clock slave device, the valid clock source device into a list of backup clock source devices; and when the clock slave device needs to switch to a new clock source device, selecting, by the clock slave device, the new clock source device from the list of backup clock source devices; wherein the clock source device uses a Precision Time Protocol, and the clock slave device uses the Precision Time Protocol. when a clock slave device receives an announce message from a clock source device, sending, by the clock slave device, a link detection message to the clock source device; when the clock slave device receives a detection feedback message fed back by the clock source device according to the link detection message, determining, by the clock slave device, that the clock source device is a valid clock source device; determining, by the clock slave device, whether the valid clock source device is a stable clock source device, and when it is determined that the valid clock source device is stable, adding, by the clock slave device, the valid clock source device into a list of backup clock source devices; and when the clock slave device needs to switch to a new clock source device, selecting, by the clock slave device, the new clock source device from the list of backup clock source devices; wherein the clock source device uses a Precision Time Protocol, and the clock slave device uses the Precision Time Protocol.
An eye drop composition comprising high molecular weight hyaluronic acid for use in treating severe dry eye, wherein the high molecular weight hyaluronic acid has an intrinsic viscosity of greater than 2.5 m 3 /kg.
Process comprising extruding a molten composition comprising thermoplastic polymer comprising polystyrene and blowing agent consisting essentially of cis-1,1,1,4,4,4-hexafluoro-2-butene (Z-HFO-1336mzz) under the conditions (a) said molten composition being formed by melt mixing at a temperature of at least 180°C, (b) said melt mixing being carried out under a pressure of at least 1500 psi (103 Bar), (c) said extruding being carried out at a temperature of at least 120°C, and (d) said extruding being carried out under a pressure of at least 1000 psi (69 Bar), said conditions being effective to produce closed cell, smooth skin, low density foamed thermoplastic polymer comprising polystyrene in the absence of any co-blowing agent. (a) said molten composition being formed by melt mixing at a temperature of at least 180°C, (b) said melt mixing being carried out under a pressure of at least 1500 psi (103 Bar), (c) said extruding being carried out at a temperature of at least 120°C, and (d) said extruding being carried out under a pressure of at least 1000 psi (69 Bar),
An automated CARLO medical device to photoablate human hard tissues to facilitate surgical interventions comprising: a) a photoablation laser source; b) a robotic arm for precisely positioning the photoablation laser beam into a target osteotomic line; and c) a central operating console to drive the robotic arm over the osteotomic line and, control the photoablation laser source and perform other controlling tasks, characterized by further comprising d) an autotracking system to correct the position of the target osteotomic line with respect to the photoablation laser source; and e) a disposable particle filter connected to an aspirating nozzle and an aspirating pump to capture photoablation generated odorous molecules and debris. a) a photoablation laser source; b) a robotic arm for precisely positioning the photoablation laser beam into a target osteotomic line; and c) a central operating console to drive the robotic arm over the osteotomic line and, control the photoablation laser source and perform other controlling tasks, d) an autotracking system to correct the position of the target osteotomic line with respect to the photoablation laser source; and e) a disposable particle filter connected to an aspirating nozzle and an aspirating pump to capture photoablation generated odorous molecules and debris.
An aircraft comprising a fuselage and calculation units distributed in the fuselage, the fuselage being subdivided by a floor into a top volume and a bottom volume in which girders extend supporting the floor and co-operating with the fuselage and the floor to define two lateral housings that are of substantially triangular cross-section and that extend parallel to a longitudinal axis of the fuselage, the calculation units being arranged in the bottom volume and each comprising a box defining a main compartment containing calculation modules insertable into the main compartment along an insertion axis through a first opening in the compartment and connectable to connectors carried by a back wall of the main compartment so as to extend into the main compartment opposite from the first opening, the calculation units being arranged in at least one of the lateral housings in such a manner that the insertion axis is substantially parallel to the longitudinal axis of the fuselage, wherein the aircraft includes an air conditioning circuit for air conditioning the top volume, the air conditioning circuit including an air-blowing tube that extends under the floor in the lateral housings of the bottom volume and that is connected to a common cooling module for cooling the calculation modules of each calculation unit, the common cooling module being arranged under the calculation means and in communication with the main compartment, and the box including an air discharge vent extending into the main compartment above the calculation modules, the common cooling module being connected to the tube by a duct extending between the fuselage and the calculation unit.