mhurhangee/patent-ind-claim-en huggingface dataset:
Palletizing and/or depalletizing system of packs or goods, comprising: - at least one first handling station of a plurality of packs to be palletized/depalletized, said at least one first handling station being fastened to the ground and provided with a conveyor belt, or a roller element, which permits said packs arranged on it to move forwards; - at least one second handling station ; - at least one pallet arranged at said at least one second handling station , said at least one pallet being adapted to support said packs to be palletized/depalletized; - transfer means of said packs to be palletized/depalletized between said at least one first handling station and said at least one second handling station , wherein said transfer means comprise at least a drone having at least a gripper adapted to grip/release said packs to be palletized/depalletized, said drone being movable along at least an aerial trajectory (A) for transferring said packs to be palletized/depalletized between said at least one first handling station and said at least one second handling station ; characterized said at least one second handling station is fastened to the ground and is provided with a conveyor belt, or a roller element, which supports said at least one pallet and permits said at least one pallet arranged on it to move forwards, and in that the palletizing and/or depalletizing system comprises at least a reticular element arranged at a predefined distance from the ground and adapted to define at least a safety area, arranged between the ground and said reticular element and devoid of the handling of said drone in its interior, and at least a work area, arranged on top of said reticular element and inside which said drone is movable along said aerial trajectory (A), said aerial trajectory (A) being defined between said at least one first handling station and said at least one second handling station , and vice versa, and extends substantially on top of said reticular element in the work area. - at least one first handling station of a plurality of packs to be palletized/depalletized, said at least one first handling station being fastened to the ground and provided with a conveyor belt, or a roller element, which permits said packs arranged on it to move forwards; - at least one second handling station ; - at least one pallet arranged at said at least one second handling station , said at least one pallet being adapted to support said packs to be palletized/depalletized; - transfer means of said packs to be palletized/depalletized between said at least one first handling station and said at least one second handling station , wherein said transfer means comprise at least a drone having at least a gripper adapted to grip/release said packs to be palletized/depalletized, said drone being movable along at least an aerial trajectory (A) for transferring said packs to be palletized/depalletized between said at least one first handling station and said at least one second handling station ;
An isolated anti-HER2 antibody comprising a HER2 binding domain comprising a light chain variable domain (VL) comprising the amino acid sequence of SEQ ID NO: 10 and a heavy chain variable domain (VH) comprising the amino acid sequence of SEQ ID NO: 11.
A method for detection of basal-like breast cancer in a patient sample, comprising: detecting in the patient sample the presence of antibodies to at least two tumor antigens, wherein the at least two tumor antigens are selected from the group consisting of: NY-ESO-1 (CTAG1B), P53 (TP53), NY-ESO-2 (CTAG2), RNF216, PPHLN1, PIP4K2C, ZBTB16, TAS2R8, WBP2NL, DOK2, PSRC1, MN1, and TRIM21
An air-conditioning control apparatus configured to control an air-conditioner to perform a preceding operation in which the air-conditioner starts operating before a specified time in such a manner that a room temperature reaches a target temperature at the specified time, the air-conditioning control apparatus comprising: a set temperature determination section configured to determine a time unit during which a current set temperature is maintained and a set temperature unit by which a subsequent set temperature is determined; and a refrigeration cycle controller configured to control the air-conditioner based on the current set temperature, wherein the set temperature determination section is configured to determine a time change rate of a set temperature based on a current room temperature, determine the time unit and the subsequent set temperature based on the current set temperature and the time change rate of the set temperature, wherein the set temperature unit is determined based on the time change rate of the set temperature, when the time unit is constant, the time unit is determined based on the time change rate of the set temperature, when the set temperature unit is constant, and change the current set temperature to the subsequent set temperature based on the current set temperature and the set temperature unit, when the time unit elapses, characterized in that the set temperature determination section is configured to increase the time change rate of the set temperature as a time change rate of the current room temperature increases. a set temperature determination section configured to determine a time unit during which a current set temperature is maintained and a set temperature unit by which a subsequent set temperature is determined; and a refrigeration cycle controller configured to control the air-conditioner based on the current set temperature, wherein the set temperature determination section is configured to determine a time change rate of a set temperature based on a current room temperature, determine the time unit and the subsequent set temperature based on the current set temperature and the time change rate of the set temperature, wherein determine a time change rate of a set temperature based on a current room temperature, determine the time unit and the subsequent set temperature based on the current set temperature and the time change rate of the set temperature, wherein the set temperature unit is determined based on the time change rate of the set temperature, when the time unit is constant, the time unit is determined based on the time change rate of the set temperature, when the set temperature unit is constant, and change the current set temperature to the subsequent set temperature based on the current set temperature and the set temperature unit, when the time unit elapses, characterized in that the set temperature determination section is configured to increase the time change rate of the set temperature as a time change rate of the current room temperature increases.
A method comprising: removably attaching (step 1504) segmented ring details to aircraft skin details ; attaching (step 1506) stringers to the skin details to create skin assemblies ; positioning (step 1508) the skin assemblies at a support structure defining a contour ; fastening (step 1510) frames to the skin assemblies to create a panel ; removably installing (step 1512) a spreader section onto the panel to complete assembly of a brace prior to removal of the panel , wherein the brace comprises the spreader section and a segmented ring assembly , which segmented ring assembly includes the segmented ring details ; transporting (step 1514) the panel while the brace enforces the contour ; attaching (step 1516) the brace to other braces for other panels to form a barrel section of a fuselage for an aircraft, while the brace enforces the contour ; and removing (step 1518) the brace from the barrel section after the barrel section has been formed. removably attaching (step 1504) segmented ring details to aircraft skin details ; attaching (step 1506) stringers to the skin details to create skin assemblies ; positioning (step 1508) the skin assemblies at a support structure defining a contour ; fastening (step 1510) frames to the skin assemblies to create a panel ; removably installing (step 1512) a spreader section onto the panel to complete assembly of a brace prior to removal of the panel , wherein the brace comprises the spreader section and a segmented ring assembly , which segmented ring assembly includes the segmented ring details ; transporting (step 1514) the panel while the brace enforces the contour ; attaching (step 1516) the brace to other braces for other panels to form a barrel section of a fuselage for an aircraft, while the brace enforces the contour ; and removing (step 1518) the brace from the barrel section after the barrel section has been formed.
Thermoforming apparatus , arranged to perform thermoforming operations on objects (O) in the form of a slab or film, comprising at least one loading area in which said objects are positioned one on top of the other so as to form a pile of objects (O), said thermoforming apparatus in said loading area being provided with a pick-up device arranged to pick up one object at a time from said pile of objects (O), said pick-up device comprising a support frame movable towards and/or away from said pile of objects (O), and support elements that are slidably connected to said support frame , characterized in that said pick-up device is provided with a connecting member arranged to connect said support elements one another, said support elements being positioned on said connecting member so that a displacement of one support element in a movement direction (D) corresponds to a displacement of at least one further support element in a further movement direction (F) substantially parallel and opposite to said movement direction (D) so as to vary a distance between said support elements on the basis of a size of the object to be picked up, said size being measured along said movement direction (D).
An anti-friction device associated with a drilling element ; said drilling element has a substantially cylindrical shape, with a first outside diameter (dl) and a longitudinal extension along a first axis (X); said drilling element comprising at least one housing , having an inner profile , said housing adapted to receive said anti-friction device ; said anti-friction device has a hollow cylindrical shape, having an inside diameter (d) which is smaller than said first diameter (dl) of the drilling element and an outside diameter (D) which is greater than said first diameter (dl) of the same drilling element ; said anti-friction device is capable of rotating about said first axis (X) in said housing , independently of the drilling element ; said anti-friction device is a ring, the radial dimensions of which are greater than the longitudinal dimensions relative to the first longitudinal axis (X); said anti-friction device comprising: • an inner surface to be positioned in the proximity of said inner profile ; • an outer surface for abutting, when in use, on the walls of the open hole of a drilling well or on the walls of casings; said inner surface has a curved profile for reducing the friction against the inner profile of the housing ; said device comprises only one opening portion for allowing said device to be assembled to or disassembled from the drilling element ; said opening portion is a groove extending along the total longitudinal extension of the device itself; said groove defines two ends spaced apart; said device comprises at least one interface portion comprising gripping elements for increasing the equivalent diameters (d, D) of said anti-friction device ; said gripping elements being associated with said two end of the groove; said anti-friction device being composed of one single part. • an inner surface to be positioned in the proximity of said inner profile ; • an outer surface for abutting, when in use, on the walls of the open hole of a drilling well or on the walls of casings;
A method of manufacturing a solar cell having an effective minority charge carrier lifetime ( τ eff ) of at least 500 μs, said method comprising: - providing a semiconductor wafer; and - passivating a surface of said wafer by depositing a metal oxide layer on said surface by ALD by sequentially and alternatingly: (i) exposing said surface to a first precursor, resulting in a coverage of the surface with the first precursor, and (ii) exposing said surface to a second precursor, resulting in a coverage of the surface with the second precursor, characterized in that at least one of steps (i) and (ii) is stopped before the coverage of the surface reaches a saturation level. - providing a semiconductor wafer; and - passivating a surface of said wafer by depositing a metal oxide layer on said surface by ALD by sequentially and alternatingly: (i) exposing said surface to a first precursor, resulting in a coverage of the surface with the first precursor, and (ii) exposing said surface to a second precursor, resulting in a coverage of the surface with the second precursor, characterized in that at least one of steps (i) and (ii) is stopped before the coverage of the surface reaches a saturation level. (i) exposing said surface to a first precursor, resulting in a coverage of the surface with the first precursor, and (ii) exposing said surface to a second precursor, resulting in a coverage of the surface with the second precursor, characterized in that at least one of steps (i) and (ii) is stopped before the coverage of the surface reaches a saturation level.
Agent comprising 1-(4-fluoro-5-isoquinolinesulfonyl)-2-methyl-1,4-homopipera zine or a salt thereof, or a solvate thereof for use in modulating corneal thickness.
Method for operating an electric power steering system of a motor vehicle , in which method a steering wheel angle is predefined by means of a steering handle as a measure of a desired wheel steering angle for at least one steerable wheel of the motor vehicle , an electric servo drive with an electric motor providing steering assistance, an assistance torque of the steering assistance being reduced in a manner which is dependent on a damping function as long as starting of an internal combustion engine of the motor vehicle is being carried out, characterized in that a value of the reduced assistance torque is set in a manner which is dependent on at least one state variable of the power steering system and/or the motor vehicle , the at least one state variable being a rotor speed and/or a rotational speed of the electric motor , the reduction of the assistance torque being greater, the greater the rotor speed and/or the rotational speed .
A method for training an acoustic model, the acoustic model being for implementing cross-speaker style transfer and comprising at least a style encoder, the method comprising: obtaining training data, the training data comprising a text, a speaker identity (ID), a style ID and acoustic features corresponding to a reference audio; generating , through the style encoder, a reference embedding vector based on the acoustic features; performing adversarial training to the reference embedding vector with at least the style ID and the speaker ID, to remove speaker information and retain style information; generating , through the style encoder, a style embedding vector based at least on the reference embedding vector being performed the adversarial training; and generating predicted acoustic features based at least on a state sequence corresponding to the text, a speaker embedding vector corresponding to the speaker ID, and the style embedding vector. obtaining training data, the training data comprising a text, a speaker identity (ID), a style ID and acoustic features corresponding to a reference audio; generating , through the style encoder, a reference embedding vector based on the acoustic features; performing adversarial training to the reference embedding vector with at least the style ID and the speaker ID, to remove speaker information and retain style information; generating , through the style encoder, a style embedding vector based at least on the reference embedding vector being performed the adversarial training; and generating predicted acoustic features based at least on a state sequence corresponding to the text, a speaker embedding vector corresponding to the speaker ID, and the style embedding vector.
A method for producing highly purified rebaudioside X, comprising the steps of: a. providing a starting composition comprising rebaudioside D; b. providing the UDP-glucosyltransferase UGT76G1; c. optionally providing a biocatalyst capable of UDP-glucose overproduction and recycling and a substrate for said recycling; d. contacting the UDP-glucosyltransferase with a medium containing the starting composition to produce a composition comprising rebaudioside X comprising one or more additional glucose units than rebaudioside D; and e. separating the rebaudioside X from the medium to provide a highly purified rebaudioside X composition. a. providing a starting composition comprising rebaudioside D; b. providing the UDP-glucosyltransferase UGT76G1; c. optionally providing a biocatalyst capable of UDP-glucose overproduction and recycling and a substrate for said recycling; d. contacting the UDP-glucosyltransferase with a medium containing the starting composition to produce a composition comprising rebaudioside X comprising one or more additional glucose units than rebaudioside D; and e. separating the rebaudioside X from the medium to provide a highly purified rebaudioside X composition.
A transmitter module for being operated in a wireless charging in-band communication system, the transmitter module comprising: - means for - formatting a message , - calculate a cyclic redundancy check CRC, and - attaching the results of the CRC calculation to the message for message error detection, - means for channel encoding of the message and the CRC for message error correction, - a modulation module adapted for - performing biphase modulation for DC balanced signals on the encoded message and the encoded CRC, and - performing impedance switching to change reflected impedance seen by the source to transmit a transmitted signal, comprising a preamble synchronization sequence , the modulated message and the modulated CRC, and - a synchronization module adapted for prepending the modulated message with the preamble synchronization sequence having Golay complementary codes. - means for - formatting a message , - calculate a cyclic redundancy check CRC, and - attaching the results of the CRC calculation to the message for message error detection, - formatting a message , - calculate a cyclic redundancy check CRC, and - attaching the results of the CRC calculation to the message for message error detection, - means for channel encoding of the message and the CRC for message error correction, - a modulation module adapted for - performing biphase modulation for DC balanced signals on the encoded message and the encoded CRC, and - performing impedance switching to change reflected impedance seen by the source to transmit a transmitted signal, comprising a preamble synchronization sequence , the modulated message and the modulated CRC, and - performing biphase modulation for DC balanced signals on the encoded message and the encoded CRC, and - performing impedance switching to change reflected impedance seen by the source to transmit a transmitted signal, comprising a preamble synchronization sequence , the modulated message and the modulated CRC, and - a synchronization module adapted for prepending the modulated message with the preamble synchronization sequence having Golay complementary codes.
A processing unit for controlling a programmable electrical system of a building, said electrical system comprising a plurality of addressable elements , the processing unit comprising: - a storage medium for storing a plurality of data packages, each data package comprising a descriptive part and an algorithmic part; - an interaction interface for receiving an input from a user to select one of the plurality of data packages and for configuring an instance of said selected data package by interactively presenting said user with choices and/or options relating to said data package; - a control program for controlling said plurality of addressable elements of said programmable electrical system , wherein said control program is configured by said interaction interface and wherein, in operation of said electrical system , said algorithmic part is executed by the processing unit when called by said control program ; and - an input interface for receiving an isolated data package from an external source and importing said isolated data package to said plurality of data packages on the storage medium; wherein said descriptive part defines said choices and/or options relating to the data package that can be configured by said interaction interface , characterized by further comprising an output interface for exporting a data package in the plurality of data packages on the storage medium as an isolated data package and for providing this isolated data package to an external source. - a storage medium for storing a plurality of data packages, each data package comprising a descriptive part and an algorithmic part; - an interaction interface for receiving an input from a user to select one of the plurality of data packages and for configuring an instance of said selected data package by interactively presenting said user with choices and/or options relating to said data package; - a control program for controlling said plurality of addressable elements of said programmable electrical system , wherein said control program is configured by said interaction interface and wherein, in operation of said electrical system , said algorithmic part is executed by the processing unit when called by said control program ; and - an input interface for receiving an isolated data package from an external source and importing said isolated data package to said plurality of data packages on the storage medium;