mhurhangee/ep-ind-claims huggingface dataset:
A belt for an elevator system, comprising: a plurality of tension members that extend along a length of the belt; and a jacket substantially retaining the plurality of tension members, the jacket comprising a plurality of first fibers a plurality of second fibers, and the jacket defining at least one exterior, traction surface of the belt; wherein the first fibers are weft fibers that are at least partially disposed between the tension members and the traction surface of the belt; wherein the second fibers are fill fibers that extend along the belt in a lengthwise direction, and that are disposed between the tension members in such a way that they are not disposed between the tension members and the traction surface of the belt; and wherein the first fibers have at least one property that distinguishes them from the second fibers characterised in that the jacket comprises a plurality of third fibers, wherein the third fibers are warp fibers that extend along the belt in the lengthwise direction and contact a surface of the tension members. a plurality of tension members that extend along a length of the belt; and a jacket substantially retaining the plurality of tension members, the jacket comprising a plurality of first fibers a plurality of second fibers, and the jacket defining at least one exterior, traction surface of the belt; wherein the first fibers are weft fibers that are at least partially disposed between the tension members and the traction surface of the belt; wherein the second fibers are fill fibers that extend along the belt in a lengthwise direction, and that are disposed between the tension members in such a way that they are not disposed between the tension members and the traction surface of the belt; and wherein the first fibers have at least one property that distinguishes them from the second fibers characterised in that the jacket comprises a plurality of third fibers, wherein the third fibers are warp fibers that extend along the belt in the lengthwise direction and contact a surface of the tension members.
Syringe comprising a barrel, a plunger arranged to travel within said barrel and a plunger rod for driving said plunger in a bidirectional manner, wherein said plunger rod comprises a head at a distal end thereof and characterized in that said plunger rod further comprises a plurality of protruding finger grip enhancing means axially spaced along a length of the plunger rod, wherein the finger grip enhancing means are provided with a mutual center distance between 3 and 20 mm, preferably between 5 and 10 mm and most preferably between 6 and 9 mm, and wherein the plunger rod has a length such that when it has been fully depressed relative to the barrel, the plunger rod extends at least 8mm from a distal end of barrel, measured from an underside of the head.
System to eliminate sound noise inside a receptacle to protect sound transmission in the audible range comprising: - a first receptacle or inner receptacle which comprises a plurality of walls in which the suppression of sound noise from the outside is achieved, where this first receptacle is a hermetic receptacle with rigid walls, - a second receptacle or outer receptacle enveloping the first receptacle and separated from the previous one by a separation chamber and without any physical point of contact between the two receptacles, where this second receptacle is also a hermetic receptacle with rigid walls, - a separation chamber, located between the two receptacles and in which vacuum is practiced by means of a vacuum pump so that the transmission of sound waves through the chamber is impossible since there is no transmitting media, - means comprising permanent high-strength magnets combined with highstrength electromagnets controlled from the outside for maintaining a separation between the first and the second receptacles wherein the permanent highstrength magnets combined with the high-strength electromagnets are located on the outer face of the inner receptacle and on the inner face of the outer receptacle such that they are in front of each other so that a magnetic repulsion field is produced, Characterized in that - the plurality of walls of the first receptacle are honeycomb walls, which are light and resistant, - the system further includes pressure sensors that allow the control and supervision of pressure in and between receptacles. - a first receptacle or inner receptacle which comprises a plurality of walls in which the suppression of sound noise from the outside is achieved, where this first receptacle is a hermetic receptacle with rigid walls, - a second receptacle or outer receptacle enveloping the first receptacle and separated from the previous one by a separation chamber and without any physical point of contact between the two receptacles, where this second receptacle is also a hermetic receptacle with rigid walls, - a separation chamber, located between the two receptacles and in which vacuum is practiced by means of a vacuum pump so that the transmission of sound waves through the chamber is impossible since there is no transmitting media, - means comprising permanent high-strength magnets combined with highstrength electromagnets controlled from the outside for maintaining a separation between the first and the second receptacles wherein the permanent highstrength magnets combined with the high-strength electromagnets are located on the outer face of the inner receptacle and on the inner face of the outer receptacle such that they are in front of each other so that a magnetic repulsion field is produced, - the plurality of walls of the first receptacle are honeycomb walls, which are light and resistant, - the system further includes pressure sensors that allow the control and supervision of pressure in and between receptacles.
A liquid pharmaceutical composition comprising: (a) tocilizumab antibody; (b) a histidine buffer; (c) a stabilizer selected from lactic acid or salts thereof; (d) a free amino acid; (e) a surfactant; (f) water for injection; and (g) optionally a salt; wherein the composition has a pH between 5.5 and 7.0. (a) tocilizumab antibody; (b) a histidine buffer; (c) a stabilizer selected from lactic acid or salts thereof; (d) a free amino acid; (e) a surfactant; (f) water for injection; and (g) optionally a salt;
Integrated train control and driver advisory system, comprising: an on-board control communication network of a train, a train control unit, coupled to the control communication network and comprising an interface for the train driver for controlling an operation of the train, at least one component control unit (6, 8), such as a brake control unit, for controlling an operation of at least one train component, such as a brake, the at least one component control unit being coupled to the control communication network and the train control unit being configured to exchange control data with the at least one component control unit via the control communication network, a driver advisory module, coupled to the control communication network and configured to provide driving recommendations during the operation of the train, and an external data interface, coupled to the train control communication network and forming a gateway to an external data communication network, with the driver advisory module being configured to receive data from the external data communication network via the external data interface, wherein the control communication network is a vehicle bus. an on-board control communication network of a train, a train control unit, coupled to the control communication network and comprising an interface for the train driver for controlling an operation of the train, at least one component control unit (6, 8), such as a brake control unit, for controlling an operation of at least one train component, such as a brake, the at least one component control unit being coupled to the control communication network and the train control unit being configured to exchange control data with the at least one component control unit via the control communication network, a driver advisory module, coupled to the control communication network and configured to provide driving recommendations during the operation of the train, and an external data interface, coupled to the train control communication network and forming a gateway to an external data communication network, with the driver advisory module being configured to receive data from the external data communication network via the external data interface, wherein the control communication network is a vehicle bus.
A method of wireless communication comprising: identifying a set of two or more available wireless communications channels for transmitting wireless communications; identifying at least one wireless communications channel of the set of available wireless communications channels that is available for transmission during a first time period; determining integrity check information, wherein the integrity check information is usable by a receiver to confirm correct channel activity detection based on a comparison of the integrity check information with an expected integrity check information for a detected channel activity at the receiver; and transmitting the integrity check information in the identified at least one wireless communications channel during the first time period. identifying a set of two or more available wireless communications channels for transmitting wireless communications; identifying at least one wireless communications channel of the set of available wireless communications channels that is available for transmission during a first time period; determining integrity check information, wherein the integrity check information is usable by a receiver to confirm correct channel activity detection based on a comparison of the integrity check information with an expected integrity check information for a detected channel activity at the receiver; and transmitting the integrity check information in the identified at least one wireless communications channel during the first time period.
A handheld communication device disposed in a housing with at least a first surface and having image capturing capability, comprising: a processor and associated memory; an image capture device disposed in the handheld communication device in a known orientation relative to the housing first surface and providing a first signal representing a scene to said processor subsequent to a session initiation; an orientation sensor, providing a second signal to said processor representing a second orientation of the first surface relative to gravity acceleration vector at the session initiation, wherein said processor is adapted to receive said first signal from said image capture device and said second signal from said orientation sensor, and to calculate an angle of rotation for said first image, the angle of rotation identifying the difference between said known orientation and said second orientation, calculation of the angle of rotation being made using a first value of the second signal provided at the session initiation; a communication subsystem coupled to said processor to wirelessly communicate with a network and transmit said scene and said calculated angle of rotation using the first value; characterized in that said processor is further arranged to calculate an angle of rotation using a second value of the second signal provided subsequent to a period after session initiation; and said communication subsystem arranged, responsive to differences between calculated angles of rotation, to transmit said calculated angle of rotation using the second value. a processor and associated memory; an image capture device disposed in the handheld communication device in a known orientation relative to the housing first surface and providing a first signal representing a scene to said processor subsequent to a session initiation; an orientation sensor, providing a second signal to said processor representing a second orientation of the first surface relative to gravity acceleration vector at the session initiation, wherein said processor is adapted to receive said first signal from said image capture device and said second signal from said orientation sensor, and to calculate an angle of rotation for said first image, the angle of rotation identifying the difference between said known orientation and said second orientation, calculation of the angle of rotation being made using a first value of the second signal provided at the session initiation; a communication subsystem coupled to said processor to wirelessly communicate with a network and transmit said scene and said calculated angle of rotation using the first value; characterized in that said processor is further arranged to calculate an angle of rotation using a second value of the second signal provided subsequent to a period after session initiation; and said communication subsystem arranged, responsive to differences between calculated angles of rotation, to transmit said calculated angle of rotation using the second value.
Computer-implemented method for classifying whether an optical sensor is obstructed or not comprising the steps of: a. Determining an output ( y) from a neural network for a provided input ( x) of the neural network, wherein the input ( x) is based on an image provided by the optical sensor and wherein the neural network comprises a plurality of convolutional layers comprising a first convolutional layer that performs a 1D-convolution along a vertical axis of a convolution output ( f) of a preceding convolutional layer ( C n) and a second convolutional layer that performs a 1 D-convolution along a horizontal axis of the convolution output ( f) of the preceding convolutional layer and wherein the output ( y) of the neural network is based on a first convolution output ( co 1) of the first convolutional layer and on a second convolution output ( co 2) of the second convolutional layer; b. Determining the classification whether the optical sensor is obstructed or not based on the output ( y) of the neural network. a. Determining an output ( y) from a neural network for a provided input ( x) of the neural network, wherein the input ( x) is based on an image provided by the optical sensor and wherein the neural network comprises a plurality of convolutional layers comprising a first convolutional layer that performs a 1D-convolution along a vertical axis of a convolution output ( f) of a preceding convolutional layer ( C n) and a second convolutional layer that performs a 1 D-convolution along a horizontal axis of the convolution output ( f) of the preceding convolutional layer and wherein the output ( y) of the neural network is based on a first convolution output ( co 1) of the first convolutional layer and on a second convolution output ( co 2) of the second convolutional layer; b. Determining the classification whether the optical sensor is obstructed or not based on the output ( y) of the neural network.
A pad assembly comprising: a fibrous pad including an upper surface, a floor-facing surface and a peripheral surface; characterised in that a reinforcement layer is attached to the floor-facing surface of the pad, and the reinforcement layer including an internal edge defining a hole therethrough; and the internal edge has a repeating undulating shape including at least four radially oriented peaks with valleys located in between adjacent pairs of the peaks. a fibrous pad including an upper surface, a floor-facing surface and a peripheral surface; characterised in that a reinforcement layer is attached to the floor-facing surface of the pad, and the reinforcement layer including an internal edge defining a hole therethrough; and the internal edge has a repeating undulating shape including at least four radially oriented peaks with valleys located in between adjacent pairs of the peaks.
A compound of formula or a pharmaceutically acceptable salt thereof: Wherein R 1 is selected from R 2 is hydrogen or -CH 3. Wherein R 1 is selected from R 2 is hydrogen or -CH 3.
A method for operating a transmission-reception point, TRP, for a cellular wireless telecommunications network using antennas, the method comprising: determining, by the TRP, a first cycle of backhaul communications modes for the TRP, each backhaul communications mode of the first cycle is associated with a different time period and prompts the TRP to either transmit or receive using a subset of communications beams available to the TRP during an associated time period, wherein the communications beams used by the TRP and neighboring TRPs of the TRP in each associated time period are selected to prevent mutual interference, and wherein at least one backhaul communications mode of the first cycle prompts the TRP to either transmit or receive using all of the communications beams used for communication between the TRP and the neighboring TRPs of the TRP; determining, by the TRP, a backhaul frame configuration for the TRP in accordance with the first cycle, the backhaul frame configuration specifying an arrangement of subframes of a frame used for backhaul communications; and communicating, by the TRP, with neighboring TRPs of the TRP in accordance with the first cycle and the backhaul frame configuration.
A monitoring component of an onboard power-taking port, comprising a power-taking component disposed inside a power-taking space of the power-taking port and engaged with the power-taking port so as to realize power taking, a control circuit powered by the power coming from the power-taking component, a carrier for carrying the control circuit, and a display unit electrically connected with the control circuit, the control circuit receives an external signal by an antenna and process the external signal so that the signal is provided to the display unit for displaying the same; and the antenna and display unit are disposed at an external end of the power-taking component; characterized in, that a main body (41, 43) of the power-taking component includes a cylindrical member and a bottom cap; an internal end of the cylindrical member is connected with the bottom cap; a through hole is defined in a cylindrical wall of the cylindrical member for passing through a second power-taking electrode; and a through hole is defined in the bottom cap at an axial location for passing through a first power-taking electrode; the first power-taking electrode has a retractable construction; wherein the carrier has a second receiving space which is overlapped partially with a power-taking space and partially with the first receiving space; and the first power-taking electrode of the power-taking component connected with a first connective electrode of the power-taking port is partially contained inside the second receiving space.
A composition comprising isolated whey protein and lycopene for use in the treatment of an atherosclerotic condition, wherein the composition is obtainable by a process comprising dissolving lycopene in a solvent and mixing the solution with an aqueous solution of isolated whey protein.
An examination system for examining an associated tissue sample, the examination system comprising - an interventional device comprising: - a plurality of ultrasound transducers (306a-c) being placed on spatially distributed ultrasound transducer positions, wherein different ultrasound transducers within the plurality of ultrasound transducers are arranged to obtain ultrasound information packages from spatially different adjacent tissue sample regions (1386b-c) when the associated tissue sample is placed adjacent the plurality of ultrasound transducers, - a display device arranged for receiving and visualizing the ultrasound information packages in spatially different ultrasound display regions (1141a-c) on the display device, wherein the relative spatial positions of the different ultrasound display regions match the corresponding relative spatial positions of the different adjacent tissue sample regions (1386b-c) characterised in that the examination system further comprises a processing unit arranged for determining tissue contact information packages based on the ultrasound information packages, wherein the tissue contact information packages are indicative of tissue contact between the interventional device and the associated tissue sample at the ultrasound transducer positions. - an interventional device comprising: - a plurality of ultrasound transducers (306a-c) being placed on spatially distributed ultrasound transducer positions, wherein different ultrasound transducers within the plurality of ultrasound transducers are arranged to obtain ultrasound information packages from spatially different adjacent tissue sample regions (1386b-c) when the associated tissue sample is placed adjacent the plurality of ultrasound transducers, - a display device arranged for receiving and visualizing the ultrasound information packages in spatially different ultrasound display regions (1141a-c) on the display device, wherein the relative spatial positions of the different ultrasound display regions match the corresponding relative spatial positions of the different adjacent tissue sample regions (1386b-c) characterised in that the examination system further comprises a processing unit arranged for determining tissue contact information packages based on the ultrasound information packages, wherein the tissue contact information packages are indicative of tissue contact between the interventional device and the associated tissue sample at the ultrasound transducer positions.
Adapter configured to ensure stability of a measured wheel of a single-track vehicle placed on a roller of a roller test bench, characterized in that it comprises rolling elements arranged on each side of the measured wheel and pressed by a pair of coupling elements to the inner edge of the rim of the measured wheel, wherein each coupling element is furthermore connected by means of a bearing with an arm that is at one end connected in a swinging way by means of a journal with a main console fixedly connected with a test bench floor and at the opposite end connected with a load element exerting vertical force on the arm.
A wireless power supply system comprising: a power sending resonance coil configured to have a resonance frequency characteristic and to transmit power wirelessly; a power receiving resonance coil configured to have practically the same resonance frequency characteristic with the power sending resonance coil and to receive power wirelessly under a magnetic field resonance mode generated by synchronization of a resonance frequency; and one or more relay resonance coils configured to have practically the same resonance frequency characteristic with the power sending resonance coil and the power receiving resonance coil and to relay power from the power sending resonance coil to the power receiving resonance coil wirelessly under the magnetic field resonance mode generated by synchronization of a resonance frequency with them; characterised in that it further comprises a posture control apparatus configured to control a posture of at least one of the power sending resonance coil, the power receiving resonance coil and the relay resonance coil. a power sending resonance coil configured to have a resonance frequency characteristic and to transmit power wirelessly; a power receiving resonance coil configured to have practically the same resonance frequency characteristic with the power sending resonance coil and to receive power wirelessly under a magnetic field resonance mode generated by synchronization of a resonance frequency; and one or more relay resonance coils configured to have practically the same resonance frequency characteristic with the power sending resonance coil and the power receiving resonance coil and to relay power from the power sending resonance coil to the power receiving resonance coil wirelessly under the magnetic field resonance mode generated by synchronization of a resonance frequency with them; characterised in that it further comprises a posture control apparatus configured to control a posture of at least one of the power sending resonance coil, the power receiving resonance coil and the relay resonance coil.