mhurhangee/patent-ind-claim-en huggingface dataset:
A baler comprising: - a shaft , and a flywheel connected to the shaft and adapted for rotating in a forward direction (F) for producing bales ; - a plunger connected to the flywheel via a crank , the plunger being adapted for performing a reciprocal movement between a near position in which crop material may be added in a bale chamber , and a distal position in which the crop material is compressed in the bale chamber ; - an auxiliary motor connectable to the flywheel for starting up rotation of the flywheel , the auxiliary motor being able to rotate the flywheel in reverse direction (R) to its usual working direction; characterized in that the baler further comprises a start-up control system , comprising: - at least one sensor indicative for a position of the crank ; and - a control unit connected to the at least one sensor and adapted for controlling the auxiliary motor for rotating the flywheel in reverse direction (R) to a predetermined launch position. - a shaft , and a flywheel connected to the shaft and adapted for rotating in a forward direction (F) for producing bales ; - a plunger connected to the flywheel via a crank , the plunger being adapted for performing a reciprocal movement between a near position in which crop material may be added in a bale chamber , and a distal position in which the crop material is compressed in the bale chamber ; - an auxiliary motor connectable to the flywheel for starting up rotation of the flywheel , the auxiliary motor being able to rotate the flywheel in reverse direction (R) to its usual working direction; - at least one sensor indicative for a position of the crank ; and - a control unit connected to the at least one sensor and adapted for controlling the auxiliary motor for rotating the flywheel in reverse direction (R) to a predetermined launch position.
A work vehicle comprising: a vehicle body ; wheels provided under the vehicle body ; a front working device mounted vertically pivotally to the vehicle body ; an engine mounted on the vehicle body ; a hydraulic pump capable of being driven by the engine ; a hydraulic cylinder capable of being extended and retracted by a pressure oil discharged from the hydraulic pump to operate the front working device ; a traveling motor capable of being driven by the pressure oil discharged from the hydraulic pump to rotate the wheels ; a vehicle speed sensor that detects a vehicle speed based on a rotational speed of the traveling motor ; an operating lever through which the hydraulic cylinder is operated; an operating pedal based on a manipulated variable of which the traveling motor is operated; and a directive device through which an auto-cruise function of keeping the vehicle speed at a first speed is switched between a valid state and an invalid state, characterized in that the work vehicle further comprises a control device that performs, in case that the operating lever is manipulated in a state where the auto-cruise function is switched to the valid state by the directive device and where the traveling motor is driven, a control for changing the vehicle speed from the first speed to a second speed lower than the first speed and keeping the second speed. a vehicle body ; wheels provided under the vehicle body ; a front working device mounted vertically pivotally to the vehicle body ; an engine mounted on the vehicle body ; a hydraulic pump capable of being driven by the engine ; a hydraulic cylinder capable of being extended and retracted by a pressure oil discharged from the hydraulic pump to operate the front working device ; a traveling motor capable of being driven by the pressure oil discharged from the hydraulic pump to rotate the wheels ; a vehicle speed sensor that detects a vehicle speed based on a rotational speed of the traveling motor ; an operating lever through which the hydraulic cylinder is operated; an operating pedal based on a manipulated variable of which the traveling motor is operated; and a directive device through which an auto-cruise function of keeping the vehicle speed at a first speed is switched between a valid state and an invalid state, characterized in that the work vehicle further comprises a control device that performs, in case that the operating lever is manipulated in a state where the auto-cruise function is switched to the valid state by the directive device and where the traveling motor is driven, a control for changing the vehicle speed from the first speed to a second speed lower than the first speed and keeping the second speed.
A system comprising: one or more processors configured to detect perimeter edges of one or more rotor blades of a turbine assembly as depicted in a series of image frames using boundary analysis performed on the image frames, wherein the one or more processors are configured to identify a set of the image frames as key frames based on positional offsets between the perimeter edges that are detected in the image frames and a reference blade pose such that the key frames are able to be inspected for objects-of-interest without inspecting the image frames that are not the key frames. one or more processors configured to detect perimeter edges of one or more rotor blades of a turbine assembly as depicted in a series of image frames using boundary analysis performed on the image frames, wherein the one or more processors are configured to identify a set of the image frames as key frames based on positional offsets between the perimeter edges that are detected in the image frames and a reference blade pose such that the key frames are able to be inspected for objects-of-interest without inspecting the image frames that are not the key frames.
A flame resistant fabric comprising flame resistant cellulosic filament yarns, wherein the fabric has a machine direction and a cross-machine direction and further has a thermal shrinkage of 10% or less in both the machine and cross-machine directions when tested in accordance with ISO 17493 wherein: - the flame resistant cellulosic filament yarns are the first yarns in the fabric; - the fabric further comprises second yarns different from the first yarns, - the flame resistant cellulosic filament yarns and the second yarns are both provided in one of the machine direction or the cross-machine direction of the fabric - the second yarns comprise at least one of filament yarns, spun yarns, and stretch broken yarns; - the second yarns comprise inherently flame resistant materials; - the fabric further comprises flame resistant third yarns, wherein the flame resistant third yarns are spun yarns; and - the third yarns are provided in the other of the machine direction or the cross-machine direction of the fabric. - the flame resistant cellulosic filament yarns are the first yarns in the fabric; - the fabric further comprises second yarns different from the first yarns, - the flame resistant cellulosic filament yarns and the second yarns are both provided in one of the machine direction or the cross-machine direction of the fabric - the second yarns comprise at least one of filament yarns, spun yarns, and stretch broken yarns; - the second yarns comprise inherently flame resistant materials; - the fabric further comprises flame resistant third yarns, wherein the flame resistant third yarns are spun yarns; and - the third yarns are provided in the other of the machine direction or the cross-machine direction of the fabric.
Compounds of the Formula I: or a salt thereof, wherein: each R 1 and R 4 are independently H, or COR 5 ; R 2 and R 3 are COR 5 ; and each R 5 is independently selected from the group C 3 - C 7 straight- or branched-chain alkyl, C 4 - C 10 alkylcycloalkyl, and C 3 - C 7 cycloalkyl; for use in treating cancer in a patient in need thereof. each R 1 and R 4 are independently H, or COR 5 ; R 2 and R 3 are COR 5 ; and each R 5 is independently selected from the group C 3 - C 7 straight- or branched-chain alkyl, C 4 - C 10 alkylcycloalkyl, and C 3 - C 7 cycloalkyl;
An information processing method, the method performed by a terminal device, the method comprising: receiving, by the terminal device, first Downlink Control Information, DCI, on a first active Bandwidth Part, BWP, of a first component carrier, CC, wherein the first DCI is transmitted on a resource indicated by a first Control Resource Set, CORESET, corresponding to the first active BWP, and a first Physical Downlink Shared Channel, PDSCH, scheduled by the first DCI is carried on a second active BWP of a second CC, wherein the first CORESET belongs to a first CORESET pool, and at least one CORESET among CORESETs corresponding to the first active BWP is configured with a corresponding pool index, wherein the method further comprises: determining, by the terminal device, a first target Transmission Configuration Indication, TCI, state, wherein the first target TCI state is used to receive the first PDSCH, characterized in that when the first CC and the second CC are different CCs, and the first DCI does not carry a TCI state indication field or a scheduling time interval of the first DCI is smaller than a first threshold, the first target TCI state comprises: a TCI state with a lowest identity among active TCI states corresponding to a downlink data channel on the second active BWP. receiving, by the terminal device, first Downlink Control Information, DCI, on a first active Bandwidth Part, BWP, of a first component carrier, CC, wherein the first DCI is transmitted on a resource indicated by a first Control Resource Set, CORESET, corresponding to the first active BWP, and a first Physical Downlink Shared Channel, PDSCH, scheduled by the first DCI is carried on a second active BWP of a second CC, wherein the first CORESET belongs to a first CORESET pool, and at least one CORESET among CORESETs corresponding to the first active BWP is configured with a corresponding pool index, wherein the method further comprises: determining, by the terminal device, a first target Transmission Configuration Indication, TCI, state, wherein the first target TCI state is used to receive the first PDSCH, characterized in that when the first CC and the second CC are different CCs, and the first DCI does not carry a TCI state indication field or a scheduling time interval of the first DCI is smaller than a first threshold, the first target TCI state comprises: a TCI state with a lowest identity among active TCI states corresponding to a downlink data channel on the second active BWP.
A multimedia device with a remote control , that comprises - a first microprocessor , - a first hardware device for identifying the remote control , - a second hardware device for detecting biometric data of a person, and - a transmitting device for transmitting data, and with a multimedia apparatus that comprises - a receiving device for receiving the data, a memory and a second microprocessor , characterized in that the first hardware device is a SIM card on which the following data is stored: - a first pair of digital codes (PubK 1, PrivK 1), - a second pair of digital codes (PubK 2, PrivK 2), - a personal identification code (PIC), and - personal data of at least one user, that the memory of the multimedia apparatus holds the following data stored after a first initialization: - only one code (PrivK 1) of the first pair of digital codes, - only one code (PubK 2) of the second pair of digital codes, - biometric data and personal data of a user, as well as the personal identification code (PIC) encoded with the only one code (PubK 2) of the second pair of digital codes, that the second hardware device reads in biometric data of the user upon an established connection between the remote control and the multimedia apparatus , adds to them the personal identification code (PIC) and the other code (PrivK 2) of the second pair of digital codes, encodes a data packet formed in this manner with the other code (PubK 1) of the first pair of digital codes and transmits the data set encoded in this manner to the multimedia device , that the multimedia device decodes the received, encoded data set with the stored one code (PrivK 1) of the first pair of digital codes, extracts from it the other code (PrivK 2) of the second pair of digital codes, the personal identification cod (PIC) and the biometric data, extracts from the memory the encoded biometric data, the encoded personal data and the encoded personal identification code (PIC) and decodes them with the other code (PrivK 2) of the second pair of digital codes, compares the received, decoded personal identification code and the decoded, stored personal identification code with one another and upon agreement compares the received, decoded biometric data and the stored, decoded biometric data with each other and only clears the multimedia apparatus upon agreement. - a first microprocessor , - a first hardware device for identifying the remote control , - a second hardware device for detecting biometric data of a person, and - a transmitting device for transmitting data, and with a multimedia apparatus that comprises - a receiving device for receiving the data, - a first pair of digital codes (PubK 1, PrivK 1), - a second pair of digital codes (PubK 2, PrivK 2), - a personal identification code (PIC), and - personal data of at least one user, - only one code (PrivK 1) of the first pair of digital codes, - only one code (PubK 2) of the second pair of digital codes, - biometric data and personal data of a user, as well as the personal identification code (PIC) encoded with the only one code (PubK 2) of the second pair of digital codes,
A method for producing a knit structure with reduced curling outward and/or rolling at its fabric end, said method comprising: carrying yarn using cylinder needles and knitting a START part of the knit structure extending one or more courses; dividing needles of the cylinder needles into at least two sections comprising a knit needle section and a miss needle section and producing a FALSE BAND section adjacent to the START part, said FALSE BAND comprising multiple courses of a knit stitch and a miss stitch; and starting needles of the miss needles sections to knit and form a CLOSE part adjacent to said FALSE BAND, wherein a course of the START part is interconnected with a course of the CLOSE part resulting in a knit structure with higher tension and force toward the inside, opposing the rolling over phenomenon without compromising the cross-stretch extension; characterised in that an additional yarn is included such that the weight of the fabric of the CLOSE part is increased with respect to the FALSE BAND part. carrying yarn using cylinder needles and knitting a START part of the knit structure extending one or more courses; dividing needles of the cylinder needles into at least two sections comprising a knit needle section and a miss needle section and producing a FALSE BAND section adjacent to the START part, said FALSE BAND comprising multiple courses of a knit stitch and a miss stitch; and starting needles of the miss needles sections to knit and form a CLOSE part adjacent to said FALSE BAND, wherein a course of the START part is interconnected with a course of the CLOSE part resulting in a knit structure with higher tension and force toward the inside, opposing the rolling over phenomenon without compromising the cross-stretch extension; characterised in that an additional yarn is included such that the weight of the fabric of the CLOSE part is increased with respect to the FALSE BAND part.
Process for producing a coated carrier material consisting of fibers, - in which the carrier material to be coated is fed to a processing station , - in which a coating film is fed to the processing station and aligned with one side of the carrier material , - in which the processing station is formed by an anvil and a stamp , between which the carrier material to be coated and the coating film are positioned, - in which the stamp is excited with ultrasound and the carrier material is completely filled with the coating film at least in the region of a stamp surface of the stamp , which acts on the carrier material , characterized in in that the coating film is fed to the processing station on a carrier layer and a transfer layer is provided between the carrier layer and the coating film , which transfer layer is activated when the coating film is subjected to ultrasound in order to detach it from the carrier layer . - in which the carrier material to be coated is fed to a processing station , - in which a coating film is fed to the processing station and aligned with one side of the carrier material , - in which the processing station is formed by an anvil and a stamp , between which the carrier material to be coated and the coating film are positioned, - in which the stamp is excited with ultrasound and the carrier material is completely filled with the coating film at least in the region of a stamp surface of the stamp , which acts on the carrier material , characterized in in that the coating film is fed to the processing station on a carrier layer and a transfer layer is provided between the carrier layer and the coating film , which transfer layer is activated when the coating film is subjected to ultrasound in order to detach it from the carrier layer .
An image intensifier sensor for acquiring, amplifying and displaying images and comprising a vacuum envelope, said image intensifier sensor comprising: - a photocathode arranged for releasing photoelectrons into said vacuum envelope upon electromagnetic radiation acquired from said images which impinges said photocathode; - an anode , spaced apart from and in facing relationship with said photocathode, arranged for receiving said photoelectrons and converting said photoelectrons for displaying said images on the basis thereof; and - a power supply unit for providing power to said image intensifier sensor; wherein said image intensifier sensor further comprises potting material, characterized in that said potting material comprises a light-weight potting material, wherein said light-weight potting material comprises a foam compound (310", 330"). - a photocathode arranged for releasing photoelectrons into said vacuum envelope upon electromagnetic radiation acquired from said images which impinges said photocathode; - an anode , spaced apart from and in facing relationship with said photocathode, arranged for receiving said photoelectrons and converting said photoelectrons for displaying said images on the basis thereof; and - a power supply unit for providing power to said image intensifier sensor; wherein said image intensifier sensor further comprises potting material, characterized in that said potting material comprises a light-weight potting material, wherein said light-weight potting material comprises a foam compound (310", 330").
A system to deliver a respiratory gas to crew members in a cabin of an aircraft, said system comprising : - at least one respiratory mask, - an ambient air inlet for admission of ambient air into said system, - a source of additional gas (O 2 ), - supply lines to transport said additional gas to said one respiratory mask, - mixing means provided on said supply lines for feeding said one respiratory mask with said respiratory gas corresponding to a mixture of said additional gas and said ambient air, the system being characterised in that : it further comprises regulation means to regulate the additional gas content of said respiratory gas at least partly as a function of the aircraft altitude, the regulation means are adapted to increase the additional gas content of the respiratory gas as a function of aircraft altitude according to the equation: F I O 2 = 21 % + FPREOX Z aircraft wherein: F I O 2 = total percentage of additional gas in said respiratory gas, Z aircraft = aircraft altitude, and FPREOX(Zaircraft) ≤ FREF(Zaircraft), with FPREOX(Zaircraft) a percentage function of Zaircraft, FREF(Z aircraft ) being a percentage function of Z aircraft and given by the following table: Z aircraft (ft) FREF(Z aircraft ) Z aircraft (ft) FREF(Z aircraft ) 25,000 0 36,000 20 30,000 7 37,000 23 31,000 9 38,000 27 32,000 11 39,000 31 33,000 13 41,000 35 34,000 15 43,000 40 35,000 17 45,000 46 - at least one respiratory mask, - an ambient air inlet for admission of ambient air into said system, - a source of additional gas (O 2 ), - supply lines to transport said additional gas to said one respiratory mask, - mixing means provided on said supply lines for feeding said one respiratory mask with said respiratory gas corresponding to a mixture of said additional gas and said ambient air, F I O 2 = total percentage of additional gas in said respiratory gas, Z aircraft = aircraft altitude, and FPREOX(Zaircraft) ≤ FREF(Zaircraft), with FPREOX(Zaircraft) a percentage function of Zaircraft, FREF(Z aircraft ) being a percentage function of Z aircraft and given by the following table:
Ultrasonic welding device , comprising: a sonotrode arrangement , an anvil , a displacement device , and a force sensor , wherein the sonotrode arrangement comprises a sonotrode head , wherein the sonotrode arrangement is configured to transmit ultrasonic vibrations, which are generated at the sonotrode arrangement in a region remote from the sonotrode head, to the sonotrode head such that the sonotrode head vibrates in a vibration direction of the sonotrode arrangement and that the sonotrode arrangement vibrates minimally in the vibration direction at a zero-point position which is arranged spaced apart from the sonotrode head, based on the vibration direction , wherein the displacement device is configured to displace the sonotrode arrangement and the anvil relative to one another in a displacement direction , wherein the force sensor is positioned in a contact region adjacent to the zero-point position and is configured in such a manner that, with the aid of the force sensor , forces (Fs) which are exerted by the sonotrode arrangement on the force sensor parallel to the displacement direction may be measured, characterized in that , within the contact region , a maximum distance to the zero-point position is less than 20% of a distance between the zero-point position and a geometric center of the sonotrode head . a sonotrode arrangement , an anvil , a displacement device , and a force sensor , wherein the sonotrode arrangement comprises a sonotrode head , wherein the sonotrode arrangement is configured to transmit ultrasonic vibrations, which are generated at the sonotrode arrangement in a region remote from the sonotrode head, to the sonotrode head such that the sonotrode head vibrates in a vibration direction of the sonotrode arrangement and that the sonotrode arrangement vibrates minimally in the vibration direction at a zero-point position which is arranged spaced apart from the sonotrode head, based on the vibration direction , wherein the displacement device is configured to displace the sonotrode arrangement and the anvil relative to one another in a displacement direction , wherein the force sensor is positioned in a contact region adjacent to the zero-point position and is configured in such a manner that, with the aid of the force sensor , forces (Fs) which are exerted by the sonotrode arrangement on the force sensor parallel to the displacement direction may be measured, characterized in that , within the contact region , a maximum distance to the zero-point position is less than 20% of a distance between the zero-point position and a geometric center of the sonotrode head .