mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a 3D electromechanical component (1; 20, 22; 48) comprising the steps consisting in: - implementing an additive manufacturing operation for building an electrically conductive skeleton of the 3D electromechanical component including: a structural hull (4; 26; 58), and at least one conductive wire (2; 24) at least partially located inside said structural hull (4; 26; 58) and having first and second ends, at least one of which is mechanically linked to said structural hull (4; 26; 58); - filling said structural hull (4; 26; 58) with an electrically insulating material (8; 38; 62) provided in a state in which it exhibits a liquid-like behaviour; - implementing a solidification step to provide a solid-like behaviour of said insulating material (8; 38; 62), the latter thus embedding at least partially said conductive wire (2; 24) built through said additive manufacturing operation, so as to define an embedded electrical conductor. - implementing an additive manufacturing operation for building an electrically conductive skeleton of the 3D electromechanical component including: a structural hull (4; 26; 58), and at least one conductive wire (2; 24) at least partially located inside said structural hull (4; 26; 58) and having first and second ends, at least one of which is mechanically linked to said structural hull (4; 26; 58); a structural hull (4; 26; 58), and at least one conductive wire (2; 24) at least partially located inside said structural hull (4; 26; 58) and having first and second ends, at least one of which is mechanically linked to said structural hull (4; 26; 58); - filling said structural hull (4; 26; 58) with an electrically insulating material (8; 38; 62) provided in a state in which it exhibits a liquid-like behaviour; - implementing a solidification step to provide a solid-like behaviour of said insulating material (8; 38; 62), the latter thus embedding at least partially said conductive wire (2; 24) built through said additive manufacturing operation, so as to define an embedded electrical conductor.
An optical transmitter for transmitting a vector of information symbols over an optical fiber transmission channel , said fiber transmission channel comprising a multi-core fiber, said vector of information symbols being carried by optical signals propagating along the multi-core fiber according to two or more cores, wherein the optical transmitter comprises a precoder configured to determine a precoding matrix using one or more fiber parameters associated with said multi-core fiber and to precode said vector of information symbols by multiplying the vector of information symbols by said precoding matrix, characterized in that the precoder is configured to determine a core loss value associated with each of said two or more cores depending on said fiber parameters and at least one misalignment loss value, each core loss value being a random variable of a lognormal distribution defined by a mean value and a variance value, said mean value and variance value being dependent on the fiber parameters and the at least one misalignment loss value.
A method for making absorbent articles, the method comprising the steps of: providing elastic strands wound onto a beam ; rotating the beam to unwind the elastic strands from the beam ; advancing the elastic strands from the rotating beam ; stretching the elastic strands ; bonding the stretched elastic strands between a first substrate and a second substrate to form an elastomeric laminate ; cutting the elastic strands to create deactivated regions in the elastomeric laminate ; and bonding an absorbent chassis with the deactivated regions . providing elastic strands wound onto a beam ; rotating the beam to unwind the elastic strands from the beam ; advancing the elastic strands from the rotating beam ; stretching the elastic strands ; bonding the stretched elastic strands between a first substrate and a second substrate to form an elastomeric laminate ; cutting the elastic strands to create deactivated regions in the elastomeric laminate ; and bonding an absorbent chassis with the deactivated regions .
A seat ring for a butterfly valve, the butterfly valve comprising a valve disc substantially of a disc-like shape, where the seat ring includes a sealing projection continuously protruding inwardly in the circumferential direction between a pair of bosses , the bosses are positioned radially outwardly of a flow passage direction, where the sealing projection constitutes curved swelling surfaces consisting of a contact surface and an adjacent semi-elliptic surface , wherein the semi-elliptic surface is formed parallel to the flow passage direction with its smallest inner diameter smaller than that of the valve disc , and the contact surface is formed as a tapered surface; wherein a semi-elliptic first contact/closure curve of the contact surface forms a line inclined towards valve disc opening direction at the central portion between the bosses , wherein the connection of the contact surface and of the adjacent semi-elliptic surface is a semi-elliptic edge displaced by offset "h" from plane defined by vertical valve centerline and transversal valve centerline in the valve closing direction, characterized by that the sealing projection has variable cross section shape, wherein the contact surface is formed as tapered surface with a slant varying in the circumferential direction in such a manner that the slant is steep in the vicinity of the bosses and gentle in the central portion between the bosses , where said slant is extending from the semi-elliptic first contact/closure curve to the semi-elliptic edge .
A coil packaging system comprising: a first robot arm having a grappling portion adapted to grip a wrapping material ; a second robot arm having a grappling portion adapted to grip the wrapping material ; a coil rotating means adapted to carry and rotate a coil about a coil axis; the first robot arm is movable along a first horizontal axis (A1), the second robot arm is movable along a second horizontal axis (A2), the second horizontal axis (A2) being parallel to the first horizontal axis (A1), and along a third horizontal axis (A3), the third horizontal axis (A3) being perpendicular to the second horizontal axis (A2), wherein the robot arms are adapted to pass the wrapping material between one another, characterized in that the first robot arm is only movable along a first horizontal axis (A1) in a process of wrapping the coil which, in an operating position, coincides with the coil axis. a first robot arm having a grappling portion adapted to grip a wrapping material ; a second robot arm having a grappling portion adapted to grip the wrapping material ; a coil rotating means adapted to carry and rotate a coil about a coil axis; the first robot arm is movable along a first horizontal axis (A1), the second robot arm is movable along a second horizontal axis (A2), the second horizontal axis (A2) being parallel to the first horizontal axis (A1), and along a third horizontal axis (A3), the third horizontal axis (A3) being perpendicular to the second horizontal axis (A2), wherein the robot arms are adapted to pass the wrapping material between one another, characterized in that the first robot arm is only movable along a first horizontal axis (A1) in a process of wrapping the coil which, in an operating position, coincides with the coil axis.
A Radio Frequency Identification, RFID, tag, comprising: an RFID chip ; an RFID antenna coupled to the RFID chip; and a configurable tamper loop coupled to the RFID chip, wherein the configurable tamper loop comprises a plurality of breakable conductive segments and is arranged to be configured for use as a tamper loop by cutting or breaking at least one of the plurality of breakable conductive segments, and wherein the RFID chip is arranged to send first data in response to being interrogated by an RFID reader when the configured tamper loop is conductive, and second data when the configured tamper loop has a break and is not conductive. an RFID chip ; an RFID antenna coupled to the RFID chip; and a configurable tamper loop coupled to the RFID chip, wherein the configurable tamper loop comprises a plurality of breakable conductive segments and is arranged to be configured for use as a tamper loop by cutting or breaking at least one of the plurality of breakable conductive segments, and wherein the RFID chip is arranged to send first data in response to being interrogated by an RFID reader when the configured tamper loop is conductive, and second data when the configured tamper loop has a break and is not conductive.
Optoelectronic semiconductor component with - a connection carrier , - an optoelectronic semiconductor chip that is arranged on a mounting surface of the connection carrier , and - a radiation-transmissive body that surrounds the semiconductor chip in such a way that the radiation-transmissive body encases outer surfaces of the optoelectronic semiconductor chip which are not facing the connection carrier in a form-fitting manner, wherein - the radiation-transmissive body contains a silicone, - the radiation-transmissive body has at least one side surface , which extends at an angle (β) of less than 90° to the mounting surface , - the side surface has signs of a singulation process, characterized in that - on the at least one side surface of the radiation-transmissive body which is produced by a singulation process, a planarization layer is applied. - a connection carrier , - an optoelectronic semiconductor chip that is arranged on a mounting surface of the connection carrier , and - a radiation-transmissive body that surrounds the semiconductor chip in such a way that the radiation-transmissive body encases outer surfaces of the optoelectronic semiconductor chip which are not facing the connection carrier in a form-fitting manner, wherein - the radiation-transmissive body contains a silicone, - the radiation-transmissive body has at least one side surface , which extends at an angle (β) of less than 90° to the mounting surface , - the side surface has signs of a singulation process, characterized in that - on the at least one side surface of the radiation-transmissive body which is produced by a singulation process, a planarization layer is applied.
A wheel cleaner , comprising: an elongated body having a central channel , the central channel extending along an entire length of the body in a longitudinal direction; the elongated body including a base plate , a left wall plate , and a right wall plate , the left and right wall plates connected to the base plate and extending in spaced relation parallel to one another to define the central channel therebetween; wherein the central channel includes an entry end and an exit end on opposite ends of the elongated body along the longitudinal direction; characterised in that it further includes a shuttle having a mounting plate slidably engaged with the elongated body ; wherein the shuttle is engageable by a wheel entering the central channel from the entry end such that the wheel pushes the shuttle along the central channel and disengages the shuttle adjacent the exit end , wherein a sliding engagement between the wheel and the shuttle cleans the wheel, the shuttle further including a cleaning pad that is connected to the mounting plate and adapted to directly contact the wheel. an elongated body having a central channel , the central channel extending along an entire length of the body in a longitudinal direction; the elongated body including a base plate , a left wall plate , and a right wall plate , the left and right wall plates connected to the base plate and extending in spaced relation parallel to one another to define the central channel therebetween; wherein the central channel includes an entry end and an exit end on opposite ends of the elongated body along the longitudinal direction; characterised in that it further includes a shuttle having a mounting plate slidably engaged with the elongated body ; wherein the shuttle is engageable by a wheel entering the central channel from the entry end such that the wheel pushes the shuttle along the central channel and disengages the shuttle adjacent the exit end , wherein a sliding engagement between the wheel and the shuttle cleans the wheel, the shuttle further including a cleaning pad that is connected to the mounting plate and adapted to directly contact the wheel.
A composition, wherein the composition contains, in a combination and in effective amounts in each case, (a) chondroitin sulfate and/or a physiologically acceptable chondroitin sulfate salt in a concentration of (20 ± 2) mg/ml (component (a)); and (b) hyaluronic acid and/or a physiologically acceptable hyaluronic acid salt (hyaluronate) in a concentration of (16 ± 1.6) mg/ml (component (b)); and wherein the composition has a pH value in the range of 6.1 to 7.9 and/or wherein the composition is adjusted to a pH value in the range of 6.1 to 7.9, characterised in that the composition (c) contains a dihydrogen phosphate/monohydrogen phosphate buffer system (component (c)). (a) chondroitin sulfate and/or a physiologically acceptable chondroitin sulfate salt in a concentration of (20 ± 2) mg/ml (component (a)); and (b) hyaluronic acid and/or a physiologically acceptable hyaluronic acid salt (hyaluronate) in a concentration of (16 ± 1.6) mg/ml (component (b)); and wherein the composition has a pH value in the range of 6.1 to 7.9 and/or wherein the composition is adjusted to a pH value in the range of 6.1 to 7.9, characterised in that the composition (c) contains a dihydrogen phosphate/monohydrogen phosphate buffer system (component (c)).
A system for removing SO 2 from waste combustion flue gas (FG) containing SO 2 comprising a combination wet desulfurization system and condenser for contacting the flue gas with a recirculated water spray, NaOH and an oxidizing catalyst to produce cleaned flue gas for release to the atmosphere, characterized by the system having essentially one flue gas cleaning stage, the combination wet desulfurization system and condenser being generally one chamber comprising an opening for fluidically connecting with a boiler for allowing flue gas (FG) to flow from said boiler into the chamber and comprising another opening allowing the flue gas (FG) to exit the chamber, the system comprising a solvent source and an absorption material source both fluidically connected to the chamber, the chamber comprising a collection tank in which solvent , absorption material are combined to form a slurry , nozzles within the chamber for spraying the flue gas (FG) with the slurry by means of a recirculation spray to fully humidify the flue gas (FG) and fully wet all surfaces within the chamber, a NaOH supply source for adding NaOH for maintaining a pH of approximately 5.0 to 7.5 in the chamber, and a catalyst supply source for supplying an oxidation catalyst to the combination wet desulfurization system and condenser to promote oxidation of sulfite to sulfate.
A spectrometry device , comprising: a first converter configured to process a reception signal based on an irradiation light from a first emitter ; a second converter configured to process a reception signal based on an irradiation light from a second emitter ; a controller configured to control the first emitter and the second emitter, a first switch ; and an additional switch ; wherein the reception signal based on the irradiation light irradiated from the first emitter includes a first reception signal and a second reception signal that each include information that relates to an optical spectrum, when the controller starts the operation of the first and second emitters , the first switch is configured to switch a circuit that causes the first converter to alternately convert the first reception signal and the second reception signal into a first and a second digital signal, respectively, while the second converter is configured to process the reception signal based on an irradiation light from the second emitter into a digital signal, and when the controller stops the operation of the second emitter while maintaining operation of the first emitter , the first converter is configured to convert the first reception signal into a first digital signal and the additional switch is configured to switch a circuit that causes the second converter to convert the second reception signal into a second digital signal, and wherein the first and second converters are two different analog to digital converters. a first converter configured to process a reception signal based on an irradiation light from a first emitter ; a second converter configured to process a reception signal based on an irradiation light from a second emitter ; a controller configured to control the first emitter and the second emitter, a first switch ; and an additional switch ; wherein the reception signal based on the irradiation light irradiated from the first emitter includes a first reception signal and a second reception signal that each include information that relates to an optical spectrum, when the controller starts the operation of the first and second emitters , the first switch is configured to switch a circuit that causes the first converter to alternately convert the first reception signal and the second reception signal into a first and a second digital signal, respectively, while the second converter is configured to process the reception signal based on an irradiation light from the second emitter into a digital signal, and when the controller stops the operation of the second emitter while maintaining operation of the first emitter , the first converter is configured to convert the first reception signal into a first digital signal and the additional switch is configured to switch a circuit that causes the second converter to convert the second reception signal into a second digital signal, and wherein the first and second converters are two different analog to digital converters.
A method for quality evaluation of human mesenchymal stem cells, which comprises: a step where, from a cell population containing human mesenchymal stem cells, rapidly proliferating human mesenchymal stem cells are isolated, selected and cultured, wherein said step comprises: - a step where the cell population containing human mesenchymal stem cells is analyzed by flow cytometry (FCM) for cells stained with anti-Ror2 monoclonal antibody to thereby effect cell sorting of Ror2 + cells; - a step where the positive cells are seeded in wells of a culture plate and the cells in each well reaching confluence upon culture are then isolated and selected; and a step where the abundance ratio of cells expressing Ror2 in the cell population thus isolated, selected and cultured is quantified to determine whether or not each cell population is acceptable. a step where, from a cell population containing human mesenchymal stem cells, rapidly proliferating human mesenchymal stem cells are isolated, selected and cultured, wherein said step comprises: - a step where the cell population containing human mesenchymal stem cells is analyzed by flow cytometry (FCM) for cells stained with anti-Ror2 monoclonal antibody to thereby effect cell sorting of Ror2 + cells; - a step where the positive cells are seeded in wells of a culture plate and the cells in each well reaching confluence upon culture are then isolated and selected; and - a step where the cell population containing human mesenchymal stem cells is analyzed by flow cytometry (FCM) for cells stained with anti-Ror2 monoclonal antibody to thereby effect cell sorting of Ror2 + cells; - a step where the positive cells are seeded in wells of a culture plate and the cells in each well reaching confluence upon culture are then isolated and selected; and a step where the abundance ratio of cells expressing Ror2 in the cell population thus isolated, selected and cultured is quantified to determine whether or not each cell population is acceptable.
A composite carbon fiber comprising a carbon fiber having an amino containing polymer electro-grafted onto a surface thereof via an amino containing end group, amino containing pendant group, amino containing main group, or combination thereof of the polymer; wherein the polymer is selected from the following: where the polymer backbone is terminated with one or more amino containing groups, contains one or more amino containing pendant groups, or a mixture thereof, and n is a number from 2 to 500; where the polymer backbone is terminated with one or more amino containing groups, contains one or more amino containing pendant groups, or a mixture thereof, and n is a number from 2 to 500; Formula (VII), where the polymer backbone is terminated with one or more amino containing groups, contains one or more amino containing pendant groups, or a mixture thereof, and n is a number from 2 to 500; and Formula (VIII) and m is a number from 20 to 100, and n is a number from 10 to 50.
A communication method of a receiver in a multiple input multiple output, MIMO, communication system, wherein a physical uplink control channel, PUCCH, mode is corresponding to 1-1, the communication method comprising: obtaining a rank indicator; transmitting the rank indicator via first PUCCH; obtaining a first precoding matrix indicator based on the rank indicator; obtaining a second precoding matrix indicator based on the rank indicator; in case that the rank indicator is 1 or 2, transmitting the first precoding matrix indicator obtained based on a subset of a first codebook, the second precoding matrix indicator and a wideband channel quality index, CQI, via second PUCCH; wherein when the rank indicator is 1 or 2, the first precoding matrix indicator is 3 bits, and the second precoding matrix indicator is 1 bit. obtaining a rank indicator; transmitting the rank indicator via first PUCCH; obtaining a first precoding matrix indicator based on the rank indicator; obtaining a second precoding matrix indicator based on the rank indicator; in case that the rank indicator is 1 or 2, transmitting the first precoding matrix indicator obtained based on a subset of a first codebook, the second precoding matrix indicator and a wideband channel quality index, CQI, via second PUCCH; wherein when the rank indicator is 1 or 2, the first precoding matrix indicator is 3 bits, and the second precoding matrix indicator is 1 bit.
A method of implementing a Content-Centric Network CCN using an Internet Protocol IP-based network, the method comprising: determining an application protocol and a packet type corresponding to the application protocol, the application protocol being included in an IP packet of the IP-based network ; determining at least one naming rule based on the application protocol and the packet type corresponding to the application protocol; and generating a content name corresponding to the IP packet, based on the determined at least one naming rule. determining an application protocol and a packet type corresponding to the application protocol, the application protocol being included in an IP packet of the IP-based network ; determining at least one naming rule based on the application protocol and the packet type corresponding to the application protocol; and generating a content name corresponding to the IP packet, based on the determined at least one naming rule.
A soluble microneedle comprising crosslinked hyaluronic acid; and sugar, wherein the sugar is comprised in an amount of 10 to 50 % by weight based on the total weight of the microneedle, and the sugar and crosslinked hyaluronic acid are comprised at a weight ratio of 1 : 0.0001 to 0.1 (sugar : crosslinked hyaluronic acid), and wherein the crosslinked hyaluronic acid and sugar are comprised with a material forming a microneedle. crosslinked hyaluronic acid; and sugar, wherein the sugar is comprised in an amount of 10 to 50 % by weight based on the total weight of the microneedle, and the sugar and crosslinked hyaluronic acid are comprised at a weight ratio of 1 : 0.0001 to 0.1 (sugar : crosslinked hyaluronic acid), and wherein the crosslinked hyaluronic acid and sugar are comprised with a material forming a microneedle.