mhurhangee/patent-ind-claim-en huggingface dataset:
An X-ray apparatus comprising: an X-ray radiator configured to radiate X-rays to an object; and a plurality of X-ray detectors configured to detect the X-rays radiated by the X-ray radiator and provide motion information indicating respective movements of each of the plurality of X-ray detectors ; a communicator configured to receive a signal related to the motion information from each of the plurality of X-ray detector ; and a controller configured to acquire orientation information indicating an orientation of the X-ray radiator and the motion information, select an X-ray detector from among the plurality of X-ray detectors based on the orientation information and the motion information, and control the communicator to transmit a control signal to the selected X-ray detector, the control signal being configured to control the selected X-ray detector. an X-ray radiator configured to radiate X-rays to an object; and a plurality of X-ray detectors configured to detect the X-rays radiated by the X-ray radiator and provide motion information indicating respective movements of each of the plurality of X-ray detectors ; a communicator configured to receive a signal related to the motion information from each of the plurality of X-ray detector ; and a controller configured to acquire orientation information indicating an orientation of the X-ray radiator and the motion information, select an X-ray detector from among the plurality of X-ray detectors based on the orientation information and the motion information, and control the communicator to transmit a control signal to the selected X-ray detector, the control signal being configured to control the selected X-ray detector.
A network management system comprising: a control unit comprising processing circuitry coupled to a memory, wherein the control unit is configured to: receive a configuration request (17, 17A-17N) comprising first configuration data for a network device (14, 14A-14G), the first configuration data defining a data structure comprising a first property/value pair; generate , from the first configuration data, a corresponding first path/value pair for the first property/value pair, wherein a path of the first path/value pair uniquely identifies the first path/value pair in an associative data structure; modify the associative data structure based on the first path/value pair; generate , from the associative data structure, a configuration resource comprising second configuration data for the network device, the second configuration data comprising a second property/value pair that corresponds to the first path/value pair; and send the second configuration data to the network device to modify a configuration of the network device. receive a configuration request (17, 17A-17N) comprising first configuration data for a network device (14, 14A-14G), the first configuration data defining a data structure comprising a first property/value pair; generate , from the first configuration data, a corresponding first path/value pair for the first property/value pair, wherein a path of the first path/value pair uniquely identifies the first path/value pair in an associative data structure; modify the associative data structure based on the first path/value pair; generate , from the associative data structure, a configuration resource comprising second configuration data for the network device, the second configuration data comprising a second property/value pair that corresponds to the first path/value pair; and send the second configuration data to the network device to modify a configuration of the network device.
A mixed water fitting with a fitting housing , a thermostatic mixing valve for controlling the mixed water temperature, an adjusting valve for adjusting a flow rate through the mixed water fitting , and at least one manual actuating element for selective, mechanical actuation of the mixing valve and the adjusting valve , wherein the mixing valve and the adjusting valve are arranged one behind the other in the fitting housing and are fluidically connected to one another in such a manner that water flowing through the mixed water fitting flows through the mixing valve upstream of the adjusting valve , and wherein the mixing valve and the adjusting valve are spatially separated from one another and are movable relative to one another, characterized in that the mixing valve has a threaded drive on the outflow side through which a flow can pass for temperature presetting.
A method of enhancing properties of sub-nanosecond pulses comprising: generating input sub-nanosecond pulsed signal light by pico- or femtosecond TM:II-VI lasers emitting in a mid-infrared spectral range, wherein each input sub-nanosecond pulse of the signal light has a first pulse duration, first spectral width, and first pulse peak power; coupling the input sub-nanosecond pulsed signal light at a first wavelength into a bulk gain medium, thereby guiding the input sub-nanosecond pulsed signal light through the bulk gain medium in a single pass, wherein the first pulse peak power is at least equal to a critical power ( Pc ) for self-focusing in the bulk gain medium, the bulk gain medium having nonlinear properties and being selected from polycrystals made from Cr:ZnS, Cr:ZnSe, Cr:CdS, Fe:ZnSe or Fe:ZnS; coupling pump light at a second wavelength, which is different from the first wavelength, into the bulk gain medium while guiding the input sub-nanosecond pulses there through, thereby outputting sub-nanosecond pulses at the first wavelength such that each output sub-nanosecond pulse has a: second pulse duration shorter than the first pulse duration, second spectral width broader than the first spectral width, and second pulse peak power higher than the first pulse peak power; and optically separating the output sub-nanosecond pulses of the signal light and pump light. generating input sub-nanosecond pulsed signal light by pico- or femtosecond TM:II-VI lasers emitting in a mid-infrared spectral range, wherein each input sub-nanosecond pulse of the signal light has a first pulse duration, first spectral width, and first pulse peak power; coupling the input sub-nanosecond pulsed signal light at a first wavelength into a bulk gain medium, thereby guiding the input sub-nanosecond pulsed signal light through the bulk gain medium in a single pass, wherein the first pulse peak power is at least equal to a critical power ( Pc ) for self-focusing in the bulk gain medium, the bulk gain medium having nonlinear properties and being selected from polycrystals made from Cr:ZnS, Cr:ZnSe, Cr:CdS, Fe:ZnSe or Fe:ZnS; coupling pump light at a second wavelength, which is different from the first wavelength, into the bulk gain medium while guiding the input sub-nanosecond pulses there through, thereby outputting sub-nanosecond pulses at the first wavelength such that each output sub-nanosecond pulse has a: second pulse duration shorter than the first pulse duration, second spectral width broader than the first spectral width, and second pulse peak power higher than the first pulse peak power; and second pulse duration shorter than the first pulse duration, second spectral width broader than the first spectral width, and second pulse peak power higher than the first pulse peak power; and optically separating the output sub-nanosecond pulses of the signal light and pump light.
A method for the catalytic cracking of naphtha to olefins, comprising: a) providing a feed stream comprising naphtha and steam; and b) contacting the feed stream with a catalyst, thereby producing olefins, wherein the catalyst comprises a HZSM-5 type zeolite comprising a metal or ion thereof, wherein the metal or ion thereof is titanium, wherein the metal originates from treating the zeolite with a metal precursor comprising titanium tetrachloride, wherein the zeolite catalyst comprises from 0.5 to 20 percent by weight of the metal or ion thereof and wherein the zeolite does not comprise molybdenum or phosphorus. a) providing a feed stream comprising naphtha and steam; and b) contacting the feed stream with a catalyst,
A cleaning tool capable of contracting to be cleaned and expanding to be used, comprising a mop and a cleaning barrel , wherein the mop comprises a mop head and a mop rod connected with the mop head, the mop rod is a rotary mop rod which is able to linearly move upwards or downwards and be driven to rotate, and a support site used for supporting the mop head during rotation is arranged in the cleaning barrel ; wherein the mop further comprises a transformation driving mechanism; the mop head comprises movable plates and a base plate , the movable plates are located on a same plane as the base plate and are able to slide relative to the base plate , and a track mechanism used for defining a movement track of the movable plates is arranged between the movable plates and the base plate ; and the mop rod is able to rotate relative to the base plate to drive the transformation driving mechanism to drive the movable plates to move so as to change a length and width of the mop head.
Valve device , in particular for a water circuit of a motor vehicle, with a housing comprising a circular-cylindrical housing wall enclosing a distribution chamber on the circumferential side and at least two media connections (7-10,45) in and/or on the housing wall , which are each designed as an inlet connection or outlet connection for a hydraulic medium and open into the distribution chamber at a distance from one another, and with a valve element rotatably mounted in the distribution chamber for the purpose of optionally connecting or disconnecting at least two of the media connections (7-10,45) to or from each other fluidically, wherein the valve element comprises a circular-cylindrical outer casing that is arranged coaxially to the housing wall and closes the media connections (7-10,45), and that the valve element comprises at least one media channel that comprises at least two openings in the outer casing , which, in at least one rotational position of the valve element , are assigned to a selected one of the media connections (7-10,45) in order to release the selected media connections (7-10,45) and to connect them to one another fluidically through the media channel , characterized in that a sealing element enclosing an orifice of the respective media connection (7-10,45) leading into the distribution chamber is assigned to each of the media connections (7-10,45), which projects with an elastically deformable and annular sealing lip into the distribution chamber in order to interact sealingly with the outer casing of the valve element , and that the outer casing comprises a radial elevation surrounding the opening only in the area of the respective openings of the outer casing as a guiding aid for the sealing element .
A hand-held power cutter of the type comprising a casing with a first handle part , where a second handle part runs in an arcuate shape over the casing , the second handle part being attached to the casing , the power cutter comprising a rotatable work tool with a center and a circumference and being adapted to rotate in a certain direction of rotation , where the power cutter further comprises a blade guard arrangement that is arranged to shield a variable part of the rotatable work tool , where the blade guard arrangement comprises a blade guard and a swiveling cover part (11, 11', 11") that is attached to the blade guard by means of at least one holding means (21, 22; 21', 22') comprised in the blade guard arrangement , and, in a first position, the swiveling cover part (11, 11', 11") is positioned such that a first arc (A) of a circle is covered, where the first arc (A) of a circle follows the blade guard , and runs an angular distance along the circumference after the blade guard , in the direction of rotation , where the cover part is moveable between the first position and a second position where a cutting operation of the rotatable work tool along the first arc (A) of a circle is allowed, where the cover part (11, 11', 11") is biased in the direction of rotation , towards the first position by means of a biasing member, wherein the direction of rotation is a down-cut direction of rotation, wherein the swiveling cover part (11, 11', 11") is arranged radially outside of the blade guard with respect to the center of the rotatable work tool .
A storage and retrieval machine comprising a mast , at least one chassis for supporting said mast , at least one rail on which said at least one chassis can be moved back and forth and at least one lifting truck (1") which is vertically slidable along said mast , characterized in that said mast is formed by two supports which are spaced apart from one another in the direction of movement of said at least one chassis and are connected to each other via at least one transversal bar to obtain a mast profile, the attachment of said at least one transversal bar to the supports is resistant to bending, said supports being formed by profiles and bolted onto the chassis at their foot points, and in that the bending-resistant attachment of said at least one transversal bar to said supports is formed by gusset plates.
A computer-implemented startup accelerating method, comprising: monitoring a startup procedure of a main process of an application to obtain startup data of the application, wherein the startup data is determined as pre-fetched data corresponding to the main process of the application; obtaining, according to the startup data, an offset value and a length value of data read by the main process from a magnetic disk in the startup procedure by means of obtaining a hard page fault event from the startup data, analyzing the hard page fault event and obtaining startup input/output (IO) data, wherein the startup IO data comprises the offset value and the length value of the data read by the main process from the magnetic disk in the startup procedure; generating pre-fetched information according to a file path of a file at which the startup data is located, the offset value and the length value; obtaining, when it is detected that a login process of the application is started up, the pre-fetched data corresponding to the main process of the application from the magnetic disk according to the pre-fetched information; loading the pre-fetched data into a cache; stopping, when it is monitored that the startup of the login process is completed or it is monitored that the main process of the application is started up, obtaining the pre-fetched data corresponding to the main process of the application; and completing a startup procedure of the main process according to the pre-fetched data loaded in the cache. monitoring a startup procedure of a main process of an application to obtain startup data of the application, wherein the startup data is determined as pre-fetched data corresponding to the main process of the application; obtaining, according to the startup data, an offset value and a length value of data read by the main process from a magnetic disk in the startup procedure by means of obtaining a hard page fault event from the startup data, analyzing the hard page fault event and obtaining startup input/output (IO) data, wherein the startup IO data comprises the offset value and the length value of the data read by the main process from the magnetic disk in the startup procedure; generating pre-fetched information according to a file path of a file at which the startup data is located, the offset value and the length value; obtaining, when it is detected that a login process of the application is started up, the pre-fetched data corresponding to the main process of the application from the magnetic disk according to the pre-fetched information; loading the pre-fetched data into a cache; stopping, when it is monitored that the startup of the login process is completed or it is monitored that the main process of the application is started up, obtaining the pre-fetched data corresponding to the main process of the application; and completing a startup procedure of the main process according to the pre-fetched data loaded in the cache.
Piston compressor , having: a motor ; a drive shaft that is connected to the motor and is driven by this motor; a crankshaft that is connected to the drive shaft ; at least one compressed air generating device (4; 5; 11) having a piston that can move in a cylinder and is driven by means of the crankshaft and is embodied for the purpose of generating compressed air in a compression chamber of the cylinder ; a crankcase , which comprises an inner chamber wall in the form of a hollow body that receives the drive shaft at least in sections, an outer chamber wall that is spaced radially with respect to the drive shaft from the inner chamber wall , an end wall , and a dividing wall ; and a compressed air storage container , which is embodied for the purpose of receiving the compressed air that is generated by the compressed air generating device (4; 5; 11), wherein the compressed air storage container is formed by means of the inner chamber wall , the outer chamber wall , the end wall and the dividing wall . a motor ; a drive shaft that is connected to the motor and is driven by this motor; a crankshaft that is connected to the drive shaft ; at least one compressed air generating device (4; 5; 11) having a piston that can move in a cylinder and is driven by means of the crankshaft and is embodied for the purpose of generating compressed air in a compression chamber of the cylinder ; a crankcase , which comprises an inner chamber wall in the form of a hollow body that receives the drive shaft at least in sections, an outer chamber wall that is spaced radially with respect to the drive shaft from the inner chamber wall , an end wall , and a dividing wall ; and an inner chamber wall in the form of a hollow body that receives the drive shaft at least in sections, an outer chamber wall that is spaced radially with respect to the drive shaft from the inner chamber wall , an end wall , and a dividing wall ; and a compressed air storage container , which is embodied for the purpose of receiving the compressed air that is generated by the compressed air generating device (4; 5; 11), wherein the compressed air storage container is formed by means of the inner chamber wall , the outer chamber wall , the end wall and the dividing wall .
Non-therapeutic use of a non-ionic surfactant comprising polyethylene glycol ether of a fatty alcohol, in a composition to promote lubricity of the mouth.
A delivery device comprising: a guide tool and an impact tool , said guide tool comprising an elongate body formed with a longitudinal guide channel , whose inner perimeter is made to complement an outer contour of an implant , said elongate body being formed with a longitudinal impact-tool channel , whose inner perimeter is made to complement an outer contour of said impact tool ; characterised in that a distal end of said guide tool is formed with distraction members , which are sharp lips that protrude distally from the distal end of said guide tool . a guide tool and an impact tool , said guide tool comprising an elongate body formed with a longitudinal guide channel , whose inner perimeter is made to complement an outer contour of an implant , said elongate body being formed with a longitudinal impact-tool channel , whose inner perimeter is made to complement an outer contour of said impact tool ; characterised in that a distal end of said guide tool is formed with distraction members , which are sharp lips that protrude distally from the distal end of said guide tool .
An apparatus configured to receive an audio signal comprising a left audio signal channel and a right audio signal channel, wherein the audio signal includes an audio music signal and an audio announcement signal, wherein the apparatus comprises: a music limiter configured to: receive volume control information for music , and volume control information for an audio announcement , to calculate a gain parameter based on a music-to-announcement ratio, and to apply the gain parameter to the audio signal, and wherein the apparatus further comprises: a mixer coupled to an output of the music limiter, wherein the mixer is configured to at least partially collapse the left audio signal channel (L in) and the right audio signal channel (R_in) to mono by making the left audio signal channel and the right audio signal channel similar to each other; and an equalizer coupled to an output of the mixer and configured to receive the left audio signal channel (L_out) and the right audio signal channel (R_out) from the mixer; wherein the equalizer is configured to change a spatial perception of a listener by introducing magnitude and phase differences between the left audio signal channel (L_out) and the right audio signal channel (R out); wherein the mixer is configured to make the left audio signal channel (L_in) and the right audio signal channel (R_in) similar to each other according to the equations: L _ out = 2 − G / 2 ∗ L _ in + G / 2 ∗ R _ in ; and R _ out = 2 − G / 2 ∗ R _ in + G / 2 ∗ L _ in ; wherein G = 0 produces stereo, G = 1 yields mono, and G is continuously variable between those two values of G. a mixer coupled to an output of the music limiter, wherein the mixer is configured to at least partially collapse the left audio signal channel (L in) and the right audio signal channel (R_in) to mono by making the left audio signal channel and the right audio signal channel similar to each other; and an equalizer coupled to an output of the mixer and configured to receive the left audio signal channel (L_out) and the right audio signal channel (R_out) from the mixer; wherein the equalizer is configured to change a spatial perception of a listener by introducing magnitude and phase differences between the left audio signal channel (L_out) and the right audio signal channel (R out); wherein the mixer is configured to make the left audio signal channel (L_in) and the right audio signal channel (R_in) similar to each other according to the equations: L _ out = 2 − G / 2 ∗ L _ in + G / 2 ∗ R _ in ; and R _ out = 2 − G / 2 ∗ R _ in + G / 2 ∗ L _ in ; wherein G = 0 produces stereo, G = 1 yields mono, and G is continuously variable between those two values of G.