mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a system comprising a wireless router and a terminal, wherein the method comprises: a.) receiving (S201), by the wireless router from the terminal, a connection request for establishing a connection to the wireless router; b.) sending (S202), by the wireless router, a specified webpage address to the terminal, wherein the specified webpage address is an address of a predefined webpage in the wireless router and the predefined webpage includes a script; c.) receiving, by the terminal, the specified webpage address from the wireless network device, loading the script, by a browser of the terminal, and acquiring, by the script, the operating system type of the terminal; d.) receiving (S203), by the wireless router from the terminal, the operating system type of the terminal; e.) sending, by the wireless router, a download address to the terminal, wherein the download address is for the terminal to download an application program and is corresponding to the operating system type (S204), and f.) downloading, by the terminal, according to the download address the application program. a.) receiving (S201), by the wireless router from the terminal, a connection request for establishing a connection to the wireless router; b.) sending (S202), by the wireless router, a specified webpage address to the terminal, wherein the specified webpage address is an address of a predefined webpage in the wireless router and the predefined webpage includes a script; c.) receiving, by the terminal, the specified webpage address from the wireless network device, loading the script, by a browser of the terminal, and acquiring, by the script, the operating system type of the terminal; d.) receiving (S203), by the wireless router from the terminal, the operating system type of the terminal; e.) sending, by the wireless router, a download address to the terminal, wherein the download address is for the terminal to download an application program and is corresponding to the operating system type (S204), and f.) downloading, by the terminal, according to the download address the application program.
A robot hand comprising: a first drive gear on a first side configured to be rotated by a first actuator on the first side; a second drive gear on a second side configured to be rotated by a second actuator on the second side; a first interlocked gear on the first side interlocked with the second drive gear ; a second interlocked gear on the second side interlocked with the first drive gear ; a first inner link on the first side engaged with rotation of the first drive gear ; a first outer link on the first side engaged with rotation of the first interlocked gear ; a first end link on the first side connected to the first inner link and the first outer link opposite the first actuator ; a second inner link on the second side engaged with rotation of the second interlocked gear ; a second outer link on the second side engaged with rotation of the second drive gear ; and a second end link on the second side connected to the second inner link and the second outer link opposite the second actuator , where the first interlocked gear and the second drive gear rotate in opposite directions, and the second interlocked gear and the first drive gear rotate in opposite directions. a first drive gear on a first side configured to be rotated by a first actuator on the first side; a second drive gear on a second side configured to be rotated by a second actuator on the second side; a first interlocked gear on the first side interlocked with the second drive gear ; a second interlocked gear on the second side interlocked with the first drive gear ; a first inner link on the first side engaged with rotation of the first drive gear ; a first outer link on the first side engaged with rotation of the first interlocked gear ; a first end link on the first side connected to the first inner link and the first outer link opposite the first actuator ; a second inner link on the second side engaged with rotation of the second interlocked gear ; a second outer link on the second side engaged with rotation of the second drive gear ; and a second end link on the second side connected to the second inner link and the second outer link opposite the second actuator , where the first interlocked gear and the second drive gear rotate in opposite directions, and the second interlocked gear and the first drive gear rotate in opposite directions.
A medical laser system for treating a target tissue with a laser beam comprising an optical fiber with a fiber tip for guiding the laser beam to the target tissue, the target tissue being immersed in a liquid medium formed primarily of water, the system configured to: fire, at a first time (T1) and along a light path, an initiation pulse ; and fire, at a second time (T2) following the first time (T1) by a predetermined time delay (t) and along the same light path, a treatment pulse ; wherein the initiation pulse is characterized by a first energy (E i ), and the treatment pulse is characterized by a second energy (E t ), wherein an absorbed energy in the liquid medium located between the fiber tip and the target tissue creates a bubble in a short delay after the first time (T1), and wherein the treatment pulse is fired during a period the bubble is collapsing. fire, at a first time (T1) and along a light path, an initiation pulse ; and fire, at a second time (T2) following the first time (T1) by a predetermined time delay (t) and along the same light path, a treatment pulse ; wherein the initiation pulse is characterized by a first energy (E i ), and the treatment pulse is characterized by a second energy (E t ), wherein an absorbed energy in the liquid medium located between the fiber tip and the target tissue creates a bubble in a short delay after the first time (T1), and wherein the treatment pulse is fired during a period the bubble is collapsing.
A stowage carousel for handling cargo aboard an aircraft , the stowage carousel comprising: a revolving conveyor configured to rotate about a fuselage of the aircraft, the revolving conveyor having an inner ring arranged to face a passenger cabin of the aircraft and an outer ring arranged to face the fuselage ; and stowage compartments associated with the revolving conveyor, the stowage compartments being configured to receive the cargo, the stowage compartments being arranged to be rotatable within the aircraft, and the stowage compartments being mounted to the revolving conveyor and movable with the revolving conveyor, wherein: the revolving conveyor is arranged to be situated within the aircraft partially in the passenger cabin and partially in at least one of an upper crown and a lower lobe of the aircraft; each stowage compartment includes a plurality of compartment walls including a bottom wall; and each stowage compartment is hingedly coupled to a respective mounting bracket extending from the inner ring to the outer ring such that each bottom wall remains at a bottom of the respective stowage compartment as the revolving conveyor and the stowage compartments are rotated about the fuselage . a revolving conveyor configured to rotate about a fuselage of the aircraft, the revolving conveyor having an inner ring arranged to face a passenger cabin of the aircraft and an outer ring arranged to face the fuselage ; and stowage compartments associated with the revolving conveyor, the stowage compartments being configured to receive the cargo, the stowage compartments being arranged to be rotatable within the aircraft, and the stowage compartments being mounted to the revolving conveyor and movable with the revolving conveyor, wherein: the revolving conveyor is arranged to be situated within the aircraft partially in the passenger cabin and partially in at least one of an upper crown and a lower lobe of the aircraft; each stowage compartment includes a plurality of compartment walls including a bottom wall; and each stowage compartment is hingedly coupled to a respective mounting bracket extending from the inner ring to the outer ring such that each bottom wall remains at a bottom of the respective stowage compartment as the revolving conveyor and the stowage compartments are rotated about the fuselage . the revolving conveyor is arranged to be situated within the aircraft partially in the passenger cabin and partially in at least one of an upper crown and a lower lobe of the aircraft; each stowage compartment includes a plurality of compartment walls including a bottom wall; and each stowage compartment is hingedly coupled to a respective mounting bracket extending from the inner ring to the outer ring such that each bottom wall remains at a bottom of the respective stowage compartment as the revolving conveyor and the stowage compartments are rotated about the fuselage .
An implantable stimulator comprising: - a pulse generator configured to generate at least one stimulation pulse; - a conformable foil-like substrate having a longitudinal axis extending from the pulse generator to a distal end of the substrate , the substrate comprising one or more adjacent polymeric substrate layers, the substrate having a first and second substantially planar surface; and - an electrode array , proximate the distal end , having a first and second electrode comprised in the first or second surface , located along the conformable portion of the substrate , each electrode in operation being configurable for transferring treatment energy, in use, to and/or from human or animal tissue; the implantable stimulator further comprising: - one or more electrical interconnections , between the pulse generator and the first and the second electrodes, for transferring electrical energy as one or more electrical treatment stimulation pulses to the coupled first electrodes and/or the second electrodes ; wherein the one or more electrical interconnections are positioned between the first and second surfaces of the substrate ; wherein the conformable foil-like substrate has a maximum thickness of 0.5 millimeter or less, proximate the first and second electrodes , , the thickness being determined by a perpendicular distance between corresponding points on the first and second outer planar surfaces , and wherein the substrate and the pulse generator are embedded in one or more flexible bio-compatible encapsulation layers comprising Polydimethylsiloxane (PDMS). - a pulse generator configured to generate at least one stimulation pulse; - a conformable foil-like substrate having a longitudinal axis extending from the pulse generator to a distal end of the substrate , the substrate comprising one or more adjacent polymeric substrate layers, the substrate having a first and second substantially planar surface; and - an electrode array , proximate the distal end , having a first and second electrode comprised in the first or second surface , located along the conformable portion of the substrate , each electrode in operation being configurable for transferring treatment energy, in use, to and/or from human or animal tissue; - one or more electrical interconnections , between the pulse generator and the first and the second electrodes, for transferring electrical energy as one or more electrical treatment stimulation pulses to the coupled first electrodes and/or the second electrodes ; wherein the one or more electrical interconnections are positioned between the first and second surfaces of the substrate ; wherein the conformable foil-like substrate has a maximum thickness of 0.5 millimeter or less, proximate the first and second electrodes , , the thickness being determined by a perpendicular distance between corresponding points on the first and second outer planar surfaces , and wherein the substrate and the pulse generator are embedded in one or more flexible bio-compatible encapsulation layers comprising Polydimethylsiloxane (PDMS).
An antenna, comprising a tapered slot antenna , a folded dipole , and a feeding structure , wherein the tapered slot antenna comprises a first metal structure and a second metal structure , a tapered slot is formed between the first metal structure and the second metal structure, an extension direction of the tapered slot is a first direction (A1), and two ends of the tapered slot are a narrow-gap end and a wide-gap end ; an extension direction of the folded dipole is a second direction (A2), the second direction intersects with the first direction, the folded dipole comprises a main dipole and a parasitic dipole that are disposed opposite to each other, an area between the main dipole and the parasitic dipole forms internal space of the folded dipole, the main dipole is located between the parasitic dipole and the narrow-gap end, the main dipole comprises a first stub and a second stub that are alternately arranged in the second direction, the first stub is electrically connected to the first metal structure, and the second stub is electrically connected to the second metal structure, to enable the internal space of the folded dipole to form a resonant tank of the tapered slot antenna; and the feeding structure is electrically connected between the first stub and the second stub, and is configured to feed the folded dipole and the tapered slot antenna at the same time, to excite the tapered slot antenna that is a directional antenna and excite the folded dipole that is an omnidirectional antenna. the tapered slot antenna comprises a first metal structure and a second metal structure , a tapered slot is formed between the first metal structure and the second metal structure, an extension direction of the tapered slot is a first direction (A1), and two ends of the tapered slot are a narrow-gap end and a wide-gap end ; an extension direction of the folded dipole is a second direction (A2), the second direction intersects with the first direction, the folded dipole comprises a main dipole and a parasitic dipole that are disposed opposite to each other, an area between the main dipole and the parasitic dipole forms internal space of the folded dipole, the main dipole is located between the parasitic dipole and the narrow-gap end, the main dipole comprises a first stub and a second stub that are alternately arranged in the second direction, the first stub is electrically connected to the first metal structure, and the second stub is electrically connected to the second metal structure, to enable the internal space of the folded dipole to form a resonant tank of the tapered slot antenna; and the feeding structure is electrically connected between the first stub and the second stub, and is configured to feed the folded dipole and the tapered slot antenna at the same time, to excite the tapered slot antenna that is a directional antenna and excite the folded dipole that is an omnidirectional antenna.
Cleaning system for cleaning-off particles from an outer surface of a watercraft or a hydraulic structure, wherein the cleaning system has an afloatable system carrier device and a cleaning device floatable in water, wherein the system carrier device comprises a drive for moving in the water and a suction pump and the cleaning device comprises at least one brush roller for moving and cleaning-off the particles from the outer surface and the system carrier device and the cleaning device can be connected to one another via a detachable supply and disposal connection , wherein the at least one brush roller is arranged in and/or on a suction region of the cleaning device and the system carrier device comprises a filter system for separating cleaned-off particles from the water, so that the water with the particles cleaned-off by means of the at least one brush roller can be conveyed through the filter system via the suction area , the supply and disposal connection due to a vacuum generated by the suction pump and the particles can be separated by means of the filter system, characterized in that the system carrier device comprises an adapter unit for accommodating the cleaning device in such a away that the cleaning device can be used above a water level .
Mould container part , comprising: - one or more than one mould cavity for forming therein a green brick from clay, said mould cavity comprising a bottom and one or more than one side wall ; and - wherein at least a part of the bottom comprises one or more than one sliding plate that is slidable in a plane (P) defined by said bottom and that comprises one or more than one opening to define an aerator that is configured to allow introduction of air between the bottom of the mould cavity and the green brick formed in the mould cavity in a demoulding state, wherein the green brick is released form the mould cavity , characterized in that the one or more than one sliding plate is slidable in the plane (P) defined by said bottom between a filling state wherein the one or more than one opening defining the aerator is concealed from the mould cavity and the demoulding state wherein the one or more than one opening defining the aerator is moved sideward and exposed in the mould cavity to thereby selectively allow introduction of air between the bottom of the mould cavity and the green brick to promote the green brick formed in the mould cavity to be released therefrom. - one or more than one mould cavity for forming therein a green brick from clay, said mould cavity comprising a bottom and one or more than one side wall ; and - wherein at least a part of the bottom comprises one or more than one sliding plate that is slidable in a plane (P) defined by said bottom and that comprises one or more than one opening to define an aerator that is configured to allow introduction of air between the bottom of the mould cavity and the green brick formed in the mould cavity in a demoulding state, wherein the green brick is released form the mould cavity , characterized in that the one or more than one sliding plate is slidable in the plane (P) defined by said bottom between a filling state wherein the one or more than one opening defining the aerator is concealed from the mould cavity and the demoulding state wherein the one or more than one opening defining the aerator is moved sideward and exposed in the mould cavity to thereby selectively allow introduction of air between the bottom of the mould cavity and the green brick to promote the green brick formed in the mould cavity to be released therefrom.
A computer-implemented method of image processing, comprising: obtaining an image in a chrominance-luminance separated color mode; traversing luminance components of all pixels in the image to determine a number of pixels corresponding to the respective luminance component; generating an original luminance distribution of the image based on the luminance components and the number of the pixels corresponding to the respective luminance component; generating a luminance mapping relationship between a preset standard luminance distribution and the original luminance distribution; and adjusting the luminance components of the pixels in the image based on the luminance mapping relationship to obtain a processed image, wherein the image comprises a dark region, and luminance components of the pixels in the dark region have values smaller than a preset value; and the method is characterized in that , after generating the luminance mapping relationship , the method further comprises: determining a ratio of a number of pixels in the dark region of the image to a total number of pixels of the image; and adjusting the luminance mapping relationship based on the ratio of the number of pixels in the dark region to the total number of pixels of the image and the luminance components of the pixels in the dark region. obtaining an image in a chrominance-luminance separated color mode; traversing luminance components of all pixels in the image to determine a number of pixels corresponding to the respective luminance component; generating an original luminance distribution of the image based on the luminance components and the number of the pixels corresponding to the respective luminance component; generating a luminance mapping relationship between a preset standard luminance distribution and the original luminance distribution; and adjusting the luminance components of the pixels in the image based on the luminance mapping relationship to obtain a processed image, wherein the image comprises a dark region, and luminance components of the pixels in the dark region have values smaller than a preset value; and the method is characterized in that , after generating the luminance mapping relationship , the method further comprises: determining a ratio of a number of pixels in the dark region of the image to a total number of pixels of the image; and adjusting the luminance mapping relationship based on the ratio of the number of pixels in the dark region to the total number of pixels of the image and the luminance components of the pixels in the dark region. determining a ratio of a number of pixels in the dark region of the image to a total number of pixels of the image; and adjusting the luminance mapping relationship based on the ratio of the number of pixels in the dark region to the total number of pixels of the image and the luminance components of the pixels in the dark region.
A method for security assessment of a plurality of IoT devices through a computerized system, wherein the security assessment comprises a vulnerability assessment and is carried out without installing any software and any hardware on the IoT devices for the purpose of vulnerability assessment, wherein the computerized system performs the following steps: - at least wireless communication medium is selected to be used for the vulnerability assessment and at least one communication protocol is determined to be used for the vulnerability assessment, then - at least one vulnerability software scan tool is selected based on said selected wireless communication medium and said determined at least one communication protocol, then - said selected at least one vulnerability scan tool is executed on at least some of the plurality of IoT devices , and then - vulnerability data from said executed at least one vulnerability scan tool are collected and preferably stored in a vulnerability result database; wherein the computerized system performs a scan of a predetermined frequency bandwidth in order to identify IoT devices to be vulnerability assessed through the at least one vulnerability scan tool and determine the at least one communication protocol to be used for the vulnerability assessment; wherein execution of the at least one vulnerability scan tool comprises performing an attempt of communication with an IoT device from the at least some of the plurality of IoT devices and recording a reaction of the IoT device to the attempt of communication, and said vulnerability data are obtained from said reaction. - at least wireless communication medium is selected to be used for the vulnerability assessment and at least one communication protocol is determined to be used for the vulnerability assessment, then - at least one vulnerability software scan tool is selected based on said selected wireless communication medium and said determined at least one communication protocol, then - said selected at least one vulnerability scan tool is executed on at least some of the plurality of IoT devices , and then - vulnerability data from said executed at least one vulnerability scan tool are collected and preferably stored in a vulnerability result database; wherein the computerized system performs a scan of a predetermined frequency bandwidth in order to identify IoT devices to be vulnerability assessed through the at least one vulnerability scan tool and determine the at least one communication protocol to be used for the vulnerability assessment; wherein execution of the at least one vulnerability scan tool comprises performing an attempt of communication with an IoT device from the at least some of the plurality of IoT devices and recording a reaction of the IoT device to the attempt of communication, and said vulnerability data are obtained from said reaction.