mhurhangee/patent-ind-claim-en huggingface dataset:
Module for heating preforms, comprising a body and a series of laser emitters , each one of the laser emitters being secured to the body in a superposed manner and comprising: - a support that has a front face and is delimited, on either side of its front face , by an upper lateral face and a lower lateral face that are opposite one another; - laser chips that are mounted on the front face of the support , some or all of the laser chips being designed to emit in the infrared range; - at least one power supply for supplying electric current to the laser chips ; furthermore, for at least two laser emitters secured to the body in a superposed manner: - the laser chips are arranged in at least two rows of laser chips, including: o an upper row that has an outer edge facing toward the upper lateral face of the support and an opposite inner edge , o a lower row that has an outer edge facing toward the lower lateral face of the support and an opposite inner edge ; each row of chips being connected to a dedicated power supply for supplying electric current, which is provided with a pair of electrical terminals with opposite signs, and - the distance E1 between the inner edges of two parallel and adjacent rows of chips is greater than or equal to the sum of the distance E3 from the outer edge of the upper row to the upper lateral face and the distance E4 from the outer edge of the lower row to the lower lateral face . - a support that has a front face and is delimited, on either side of its front face , by an upper lateral face and a lower lateral face that are opposite one another; - laser chips that are mounted on the front face of the support , some or all of the laser chips being designed to emit in the infrared range; - at least one power supply for supplying electric current to the laser chips ; furthermore, for at least two laser emitters secured to the body in a superposed manner: - the laser chips are arranged in at least two rows of laser chips, including: o an upper row that has an outer edge facing toward the upper lateral face of the support and an opposite inner edge , o a lower row that has an outer edge facing toward the lower lateral face of the support and an opposite inner edge ; each row of chips being connected to a dedicated power supply for supplying electric current, which is provided with a pair of electrical terminals with opposite signs, and o an upper row that has an outer edge facing toward the upper lateral face of the support and an opposite inner edge , o a lower row that has an outer edge facing toward the lower lateral face of the support and an opposite inner edge ; - the distance E1 between the inner edges of two parallel and adjacent rows of chips is greater than or equal to the sum of the distance E3 from the outer edge of the upper row to the upper lateral face and the distance E4 from the outer edge of the lower row to the lower lateral face .
An insole for insertion into footwear, comprising: a base ; and an arch support located on an underside of the base , the arch support comprising: a frame forming at least a portion of a perimeter of the arch support, and a plurality of ribs extending from a first side of the frame underlying a medial side of the insole base to a second side of the frame underlying a lateral side of the insole base , wherein a first set of the ribs is raised relative to a second set of the ribs , wherein the first set of ribs are positioned between the second set of ribs to form an alternating array of independent leaf spring ribs, and wherein the first and second set of ribs forming the alternating array of independent leaf spring ribs are spaced apart by gaps in their material. a base ; and an arch support located on an underside of the base , the arch support comprising: a frame forming at least a portion of a perimeter of the arch support, and a plurality of ribs extending from a first side of the frame underlying a medial side of the insole base to a second side of the frame underlying a lateral side of the insole base , wherein a first set of the ribs is raised relative to a second set of the ribs , wherein the first set of ribs are positioned between the second set of ribs to form an alternating array of independent leaf spring ribs, and wherein the first and second set of ribs forming the alternating array of independent leaf spring ribs are spaced apart by gaps in their material. a frame forming at least a portion of a perimeter of the arch support, and a plurality of ribs extending from a first side of the frame underlying a medial side of the insole base to a second side of the frame underlying a lateral side of the insole base , wherein a first set of the ribs is raised relative to a second set of the ribs , wherein the first set of ribs are positioned between the second set of ribs to form an alternating array of independent leaf spring ribs, and wherein the first and second set of ribs forming the alternating array of independent leaf spring ribs are spaced apart by gaps in their material.
A method in a first wireless device of relaying data from a second wireless device to a wireless communication network, the method comprising: obtaining data transmission pattern information associated with data to be relayed from the second wireless device to the wireless communication network, wherein the data comprises a plurality of data bursts, and the data transmission pattern information includes a periodicity of the data bursts, and an amount of data associated with each of the data bursts; in advance of receiving the data from the second wireless device, requesting ,from the wireless communication network, resources for multiple data transmissions according to the data transmission pattern information, and receiving an indication of resources from the wireless communication network, wherein the indicated resources comprise semi-persistently scheduled resources; receiving the data from the second wireless device; and transmitting the data to the wireless communication network using the indicated resources. obtaining data transmission pattern information associated with data to be relayed from the second wireless device to the wireless communication network, wherein the data comprises a plurality of data bursts, and the data transmission pattern information includes a periodicity of the data bursts, and an amount of data associated with each of the data bursts; in advance of receiving the data from the second wireless device, requesting ,from the wireless communication network, resources for multiple data transmissions according to the data transmission pattern information, and receiving an indication of resources from the wireless communication network, wherein the indicated resources comprise semi-persistently scheduled resources; receiving the data from the second wireless device; and transmitting the data to the wireless communication network using the indicated resources.
A connector assembly , comprising: an outer housing ; an inner housing , the inner housing being at least partially arranged in the outer housing ; and a latch , which is carried by the outer housing , wherein the outer housing is configured to receive at least one of two different types of cables through a first end and at least one of two different module mating interfaces at a second end, characterized in that the latch is rotatably attached to the outer housing , wherein the latch rotates around a rotation axis (R), which is perpendicular to the mating axis (L) of the connector assembly and wherein the latch can be rotated between an unlock state of the latch and a lock state of the latch ; wherein the outer housing further comprises a slider , which is slidably arranged on the latch and/or the outer housing , wherein the slider can be moved between an unlock state of the slider , which allows a movement of the latch, and a lock state of the slider , in which the latch is locked in its position. an outer housing ; an inner housing , the inner housing being at least partially arranged in the outer housing ; and a latch , which is carried by the outer housing , wherein the outer housing is configured to receive at least one of two different types of cables through a first end and at least one of two different module mating interfaces at a second end, characterized in that the latch is rotatably attached to the outer housing , wherein the latch rotates around a rotation axis (R), which is perpendicular to the mating axis (L) of the connector assembly and wherein the latch can be rotated between an unlock state of the latch and a lock state of the latch ; wherein the outer housing further comprises a slider , which is slidably arranged on the latch and/or the outer housing , wherein the slider can be moved between an unlock state of the slider , which allows a movement of the latch, and a lock state of the slider , in which the latch is locked in its position.
A control valve for adjusting the flow cross-section in at least one pipeline, in particular for the highly dynamic controlling of the amount of cooling media of cooling sections in rolling mills, comprising at least one throttle body , wherein the geometric shape of each throttle body determines the flow characteristic of the control valve , at least one valve seat as well as an actuator adapted to modify the position of each throttle body , characterized in that - the actuator comprises a linear electric motor which is configured as a synchronous linear motor, - the linear motor comprises a coil unit and a permanent magnet unit , - the coil unit is arranged in a fixed position, - the permanent magnet unit is disposed on a rod-shaped actuating element for the throttle body and is configured as an integral part of the actuating element, wherein the throttle body is directly connected to the actuating element, and - the linear motor has a position regulator. - the actuator comprises a linear electric motor which is configured as a synchronous linear motor, - the linear motor comprises a coil unit and a permanent magnet unit , - the coil unit is arranged in a fixed position, - the permanent magnet unit is disposed on a rod-shaped actuating element for the throttle body and is configured as an integral part of the actuating element, wherein the throttle body is directly connected to the actuating element, and - the linear motor has a position regulator.
A system for generating ophthalmic images in real time for the treatment of eye diseases comprising: - an eye imaging device which acquires a real-time image of a retina of a patient for visualization by a user ; - a video image module operatively coupled to said eye imaging device, said video image module including a video capturing device and a video processing unit , the video capturing device adapted to capture real-time video images of the retina; - an image processing module operatively coupled to said video image module and configured to generate a reference image of the retina from the real-time video images of the retina; characterized in that the system comprises: - an image recombination module operatively coupled to the image processing module and configured to overlay at least one secondary image received from at least one secondary ophthalmic diagnostic device over the reference image, thereby generating an augmented reality image; - means for generating an ophthalmic treatment plan for the patient operatively coupled to said image recombination module ; - a laser system and scanning device that are localized and centered in response to the treatment plan; and - means for localizing and centering said eye imaging device in real time based on the reference image of the retina, said localizing means operatively coupled to said image processing module, wherein the image processing module is configured to have a traceability function such that a position of a laser shot is updated on the treatment plan and the treatment plan is aligned with the reference image of the patient. - an eye imaging device which acquires a real-time image of a retina of a patient for visualization by a user ; - a video image module operatively coupled to said eye imaging device, said video image module including a video capturing device and a video processing unit , the video capturing device adapted to capture real-time video images of the retina; - an image processing module operatively coupled to said video image module and configured to generate a reference image of the retina from the real-time video images of the retina; - an image recombination module operatively coupled to the image processing module and configured to overlay at least one secondary image received from at least one secondary ophthalmic diagnostic device over the reference image, thereby generating an augmented reality image; - means for generating an ophthalmic treatment plan for the patient operatively coupled to said image recombination module ; - a laser system and scanning device that are localized and centered in response to the treatment plan; and - means for localizing and centering said eye imaging device in real time based on the reference image of the retina, said localizing means operatively coupled to said image processing module,
A method performed by a network node for performing allocation of at least a part of a spectrum of radio resources to one or more radio network nodes in a wireless communication network ; the method comprising - receiving condition data from the one or more radio network nodes, wherein each condition data indicates a condition of a respective radio network node out of the one or more radio network nodes, wherein the condition data and/or the condition comprises a radio performance, a throughput, a radio measurement, a latency data, a number of active wireless devices, an amount of noise, a kind of traffic, and/or a load of the respective radio network node; - receiving an external indication from a second radio network node that the second radio network node is an additional responsible node; - based on the received external indication from the second radio network node : - determining that the network node is a responsible node for performing an allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes; or - switching to be a non-responsible node; - performing the allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes based on the received condition data; and - transmitting to the one or more radio network nodes, data indicating the allocation of the at least a part of the spectrum of radio resources for the one or more radio network nodes. - receiving condition data from the one or more radio network nodes, wherein each condition data indicates a condition of a respective radio network node out of the one or more radio network nodes, wherein the condition data and/or the condition comprises a radio performance, a throughput, a radio measurement, a latency data, a number of active wireless devices, an amount of noise, a kind of traffic, and/or a load of the respective radio network node; - receiving an external indication from a second radio network node that the second radio network node is an additional responsible node; - based on the received external indication from the second radio network node : - determining that the network node is a responsible node for performing an allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes; or - switching to be a non-responsible node; - determining that the network node is a responsible node for performing an allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes; or - switching to be a non-responsible node; - performing the allocation of at least a part of the spectrum of radio resources to the one or more radio network nodes based on the received condition data; and - transmitting to the one or more radio network nodes, data indicating the allocation of the at least a part of the spectrum of radio resources for the one or more radio network nodes.
A reactor of the silent discharge or dielectric barrier type for plasma assisted treatment of a gaseous medium, which reactor comprises ceramic cover plate , at least one pair of electrodes (44, 46/47) between which is an intervening ceramic dielectric barrier layer defining between at least one of the electrodes and the dielectric barrier layer at least one gas flow path through which gaseous medium may pass, such that, in use, a plasma discharge is generated in the gaseous medium by application of an appropriate electrical potential across the or each electrode pair (44, 46/47), a layer of material between the electrodes, which layer may comprise the said dielectric barrier layer or may be separate therefrom, and which provides a surface over which the gaseous medium flows, means for causing entrapment on the said surface of selected species or particulate matter in the gaseous medium, and the said surface extends along at least part of the length of the said gas flow path characterised in that one electrode(46/47) defining the one side of gas flow path consists of three ceramic dielectric barrier layers between which are sandwiched two electrode grid structures, spaced from one another by a dielectric layer , each electrode grid structure comprising plate like components where the plate like components of one grid structure are laterally displaced with respect to the corresponding plate like components of the other electrode grid structure so as to promote surface discharge to take place along the said surface on which the selected species or particulate matter is entrapped.
Wet rotor pump for conveying a liquid in a rotor chamber that is filled with the liquid, in which a rotor is arranged so it can rotate and which is separated by a split tube , impermeable to liquid, from a stator , characterised by a semi-permeable membrane that is permeable to air but impermeable to the liquid being arranged between the rotor chamber and the atmosphere outside the wet rotor pump .
A method for operating a fuel cell device having a fuel cell stack with at least one fuel cell , comprising the steps: a) drying the fuel cell stack at a shutdown of the fuel cell device , b) determining the residual membrane water and the residual cathode water by means of electrochemical impedance spectroscopy at a restart of the fuel cell device , c) use of a cell voltage monitoring unit to identify the wettest cathode in one of the fuel cells , d) model-based determination of the water transport from the wettest cathode to the anode and thus the anode moisture in this fuel cell , e) adjustment of the electric current and the fuel volume flow as a function of the anode moisture. a) drying the fuel cell stack at a shutdown of the fuel cell device , b) determining the residual membrane water and the residual cathode water by means of electrochemical impedance spectroscopy at a restart of the fuel cell device , c) use of a cell voltage monitoring unit to identify the wettest cathode in one of the fuel cells , d) model-based determination of the water transport from the wettest cathode to the anode and thus the anode moisture in this fuel cell , e) adjustment of the electric current and the fuel volume flow as a function of the anode moisture.
Liquid resin composition suitable for the production of pre-impregnated, fiber-reinforced composite material with improved fire- and heat-resistance containing the mixture of 60-90 wt % phenolic resin, 0-16.7 wt % furan resin, 0-16.7 wt % carbamide resin and 0.01-10 wt % acid catalyst, characterized in that it contains 3-13 wt % Na-metasilicate pentahydrate in dry powder form, 1-6 wt % melamine derivative, wherein the melamine derivative is the mix of melem and melam, 0-8 wt % ammonium-polyphosphate and maximum 1 wt% boric compound calculated to elemental boron as fire-retardant additives and further, commonly used fillers and coloring materials preferably selected from the group of materials containing metal oxides, kaolin, glass pearl.
A method for rotting an organic material, comprising the step: • having an organic material rotted in a pivoted rotting chamber of a rotting device for a rotting time, wherein a control unit of the rotting device operates a chamber drive unit of the rotting device alternately halting and turning the rotting chamber during the rotting time, characterized in that the rotting chamber during a turning time is turned by a turning angle in a range from 225° to 315°. • having an organic material rotted in a pivoted rotting chamber of a rotting device for a rotting time, wherein a control unit of the rotting device operates a chamber drive unit of the rotting device alternately halting and turning the rotting chamber during the rotting time,
Device for securing a self-balancing scooter and a transport structure such as a wheelless hand trolley to control and operate said self-balancing scooter for load transport purposes, characterised in that it comprises at least two hard plates which can be placed on the self-balancing scooter's two control areas, usually actuated by the operator's weight with their feet, these being secured to the self-balancing scooter by a flexible clamping system such as straps attached to the self-balancing scooter , said plates comprising flanges whereby each plate can be secured in a stationary manner to the lower part of the hand trolley, and in a moving manner to a hard part , rotationally controlled to pressurise the self-balancing scooter's control areas, means for actuating each rotationally controlled hard part comprising cables that can be actuated by the transport structure handles able to apply a tensile force to the hard part to control its rotation and pressurisation of the self-balancing scooter's control areas and force restoring means, for example a valve spring, connecting the plate and hard part to provide a restoring force opposite to the tensile force.
A high-speed negative suction roller-type oblique feeding folding machine, comprising a frame , a stacking platform , a folding mechanism and a paper feeding mechanism for feeding the paper on the stacking platform into the folding mechanism , wherein the said paper feeding mechanism comprises a negative suction roller and a paper feeding pressure roller that rotate in a coupled manner for feeding paper, a negative suction hole connected to the vacuum source is arranged on the roller surface of the said negative suction roller , and the said negative suction roller is provided with a paper pressure bearing that presses against the paper feeding pressure roller , the said stacking platform is obliquely disposed, the said negative suction roller is drivingly connected with a paper suction transmission mechanism that drives the negative suction roller to rotate back and forth along the curved surface on the paper feeding pressure roller , a curved rack is mounted on the said frame , a negative suction roller pinion is mounted at one end of the said negative suction roller , and the said negative suction roller pinion engages with the tooth surface of the curved rack characterized in that : the said paper suction transmission mechanism comprises a transmission shaft , a transmission pulley and a transmission swing arm , the said transmission pulley is mounted on the transmission shaft , one end of the said transmission swing arm is hinged at an eccentric position on the transmission pulley , the other end of the said transmission swing arm is hinged on the negative suction roller .