mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving a first signal corresponding to a first flow of acoustic energy; applying to the received first signal: a first transform using at least a first amplitude-independent window size at a first frequency, the first frequency associated with a first resonance phenomenon, and a second transform using a second amplitude-independent window size at a second frequency, the second amplitude-independent window size improving a temporal response at the second frequency, wherein the second frequency is subject to amplitude reduction due to a second resonance phenomenon associated with the first frequency, and wherein the first and second amplitude-independent window sizes are different; and storing a first encoded signal , the first encoded signal based on applying the transforms to the received first signal. receiving a first signal corresponding to a first flow of acoustic energy; applying to the received first signal: a first transform using at least a first amplitude-independent window size at a first frequency, the first frequency associated with a first resonance phenomenon, and a second transform using a second amplitude-independent window size at a second frequency, the second amplitude-independent window size improving a temporal response at the second frequency, wherein the second frequency is subject to amplitude reduction due to a second resonance phenomenon associated with the first frequency, and wherein the first and second amplitude-independent window sizes are different; and a first transform using at least a first amplitude-independent window size at a first frequency, the first frequency associated with a first resonance phenomenon, and a second transform using a second amplitude-independent window size at a second frequency, the second amplitude-independent window size improving a temporal response at the second frequency, wherein the second frequency is subject to amplitude reduction due to a second resonance phenomenon associated with the first frequency, and wherein the first and second amplitude-independent window sizes are different; and storing a first encoded signal , the first encoded signal based on applying the transforms to the received first signal.
Backrest device for an item of furniture for seating and in particular an office chair, which device has a backrest support that comprises a support arm , a backrest mounted on the support arm and an adjusting element which is adjustable between a blocking position and a movement position, the support arm of the backrest support being equipped with a latching row , the adjusting element being connected to the backrest and having an engagement piece , the engagement piece of the adjusting element , in the blocking position, engaging in the latching row of the support arm of the backrest support such that movement of the backrest along the support arm of the backrest support is blocked, and, the engagement piece of the adjusting element , in the movement position, being disengaged from the latching row of the support arm of the backrest support such that the backrest can move along the support arm of the backrest support , characterized in that the adjusting element is made in one piece from an elastic material, said adjusting element being elastically deformed by a force in the movement position such that the engagement piece of the adjusting element is moved out of the latching row of the support arm of the backrest support .
Microcapsule consisting in: • a single core consisting in or comprising an oxidizable active (OA), the outer part of said core being in a solid form, and • a single water insoluble coating obtained from an encapsulating agent (EA), said coating surrounding said core, in particular, a microcapsule wherein said EA is water soluble, or a microcapsule wherein said EA is an agent, the water solubility of which is pH-dependent, with the proviso that: - said core does not consist in or comprise a metal oxide, nor a phospholipid and - said coating does not comprise a disintegrant, in particular sodium starch glycolate. • a single core consisting in or comprising an oxidizable active (OA), the outer part of said core being in a solid form, and • a single water insoluble coating obtained from an encapsulating agent (EA), said coating surrounding said core, - said core does not consist in or comprise a metal oxide, nor a phospholipid and - said coating does not comprise a disintegrant, in particular sodium starch glycolate.
A computer-implemented method performed by a server apparatus employed in a wireless communication network comprising a cellular tower establishing a network cell the method comprising: recording information regarding data traffic associated with individual users of the network cell; at least partially identifying the individual users of the network cell to generate a list of the individual users; determining a number of unique users in the list of the individual users; comparing the number to a predetermined threshold; and based at least in part on the comparing, determining whether to categorize the recorded information as anonymized traffic data, characterized in that the information regarding the data traffic includes type of the data traffic, direction of the data traffic, quantity of the data traffic, and time of data flow of the data traffic. recording information regarding data traffic associated with individual users of the network cell; at least partially identifying the individual users of the network cell to generate a list of the individual users; determining a number of unique users in the list of the individual users; comparing the number to a predetermined threshold; and
Apparatus for obtaining information on an emergency situation, comprising: an ID-interface for receiving an identification information of a mobile device via which the emergency situation is reported by placing an emergency call through an acoustic communication channel, by sending a text message or by making use of an internet-based reporting mechanism; a transmission unit for transmitting a deployment data packet to the mobile device identified by the identification information, said deployment data packet including application deployment information for executing on the mobile device a control application for providing remote access to the mobile device to control a sensor of the mobile device; and a control unit for communicating with the mobile device to obtain information on the emergency situation by controlling the sensor via the control application, wherein the application deployment information includes at least one of: installer data for installing the control application on the mobile device and/or a download link to an internet server for providing the installer data; and an executable file for executing the control application on the mobile device and/or a download link to an internet server for providing the executable file. an ID-interface for receiving an identification information of a mobile device via which the emergency situation is reported by placing an emergency call through an acoustic communication channel, by sending a text message or by making use of an internet-based reporting mechanism; a transmission unit for transmitting a deployment data packet to the mobile device identified by the identification information, said deployment data packet including application deployment information for executing on the mobile device a control application for providing remote access to the mobile device to control a sensor of the mobile device; and a control unit for communicating with the mobile device to obtain information on the emergency situation by controlling the sensor via the control application, wherein the application deployment information includes at least one of: installer data for installing the control application on the mobile device and/or a download link to an internet server for providing the installer data; and an executable file for executing the control application on the mobile device and/or a download link to an internet server for providing the executable file.
Method for autonomous driving of a vehicle, called ego-vehicle (EV), for taking into account the detection of a target object, comprising the steps of: • Obtaining data from at least one sensor of the ego-vehicle, said data comprising information on the presence of the target object; • Calculation of a presence indicator configured to quantify the probability of presence of the target object on a trajectory of the ego-vehicle; • Calculation of a coherence indicator configured to quantify the predictability of the movement of the target object; • if the presence indicator is less than a second predetermined value, generation of a second driving instruction configured to reduce the speed of the ego-vehicle; • if the coherence indicator is less than a first predetermined value, generation of a first driving instruction configured to increase the distance between the target object and the ego-vehicle. • Obtaining data from at least one sensor of the ego-vehicle, said data comprising information on the presence of the target object; • Calculation of a presence indicator configured to quantify the probability of presence of the target object on a trajectory of the ego-vehicle; • Calculation of a coherence indicator configured to quantify the predictability of the movement of the target object; • if the presence indicator is less than a second predetermined value, generation of a second driving instruction configured to reduce the speed of the ego-vehicle; • if the coherence indicator is less than a first predetermined value, generation of a first driving instruction configured to increase the distance between the target object and the ego-vehicle.
A scissors device for leveraged tilting or lifting a movable platform, comprising at least one hydraulic/pneumatic/electric cylinder for actuating the scissors device and hinged at its first end to a base ; a scissors with two arms hinged together, an arm coupled to a cargo platform and an arm coupled to a base , wherein the lower arm is hinged to the base and the upper arm is hinged to the cargo platform ; a lever arm hinged to at least one of the scissors arms and with a second end of the hydraulic cylinder , wherein said lever arm comprises a protruding end for supporting one of the arms in a portion of the start-up/return movement of said scissors comprising its closed (open) position, by linearly sliding over a surface solidary to the base , characterised in that the base is incorporated in a cargo mechanism, wherein the hydraulic/pneumatic/electric cylinder for actuating the scissors device and hinged at its first end on the cargo platform; a scissors wherein the lower arm is hinged to the base and the upper arm is hinged to the cargo platform; a lever arm hinged to the upper arm and to a second end of the hydraulic cylinder , wherein said lever arm comprises a protruding end for supporting the upper arm in a portion of the movement of said scissors comprising its closed position, by linearly sliding over a surface solidary to the base ; wherein the hinge with the base of the hydraulic/pneumatic/electric cylinder and the hinge with the base of the lower arm is the same hinge.
Device for closing packages , having a product feed unit and a packaging material feed unit for a tubular packaging material and a transport device for at least one sealing tape and/or sealing elements in the form of sealing strips, the device having a sealing device with which at least one package can be enclosed in at least one sealing region by a sealing element formed as a sealing strip and with which a materially bonded connection of the sealing strip to the package can be produced, wherein the sealing device has a welding device for realizing the materially bonded connection of sealing elements formed as sealing strips to the package and wherein the sealing elements are made from the same material as the tubular packaging material, characterized in that the sealing device has a bending device , with which at least one sealing strip can be bent around at least one end of the package , so that the package can be enclosed in a sealing region respectively with the aid of at least one sealing strip, and in that it has at least one clamping device , with the aid of which a tubular package or the packaging tube can be clamped on at least one side adjacent to the region of a weld seam to be produced, i.e. adjacent to the sealing region , in such a way that the weld seam can be relieved, in particular in a hot state, and in that it has a cooling device with which the region of the connection of a package with at least one sealing element in the form of a sealing strip can be cooled.
An aerosol can assembly comprising: a steel end having an opening for receiving a valve assembly; a one-piece, drawn and wall ironed, aluminum can body that includes a base , a sidewall , and a neck ; and a double seam formed between the steel end and the aluminum body, the seam including a seaming panel , an end hook and a body hook ; the seam defining an internal seam height defined between an inner surface of the end hook and an inner surface of the seaming panel, a length of the body hook (BH) is at least 83 percent of the internal seam height. a steel end having an opening for receiving a valve assembly; a one-piece, drawn and wall ironed, aluminum can body that includes a base , a sidewall , and a neck ; and a double seam formed between the steel end and the aluminum body, the seam including a seaming panel , an end hook and a body hook ; the seam defining an internal seam height defined between an inner surface of the end hook and an inner surface of the seaming panel, a length of the body hook (BH) is at least 83 percent of the internal seam height.
A herbicidal composition comprising: A) at least one herbicidal compound A from the class of ACC inhibitors which is cycloxydim (a1.19) including agriculturally acceptable salts thereof; and B) at least one herbicidal compound B selected from penoxsulam (b2.12) and bispyribac (b2.13); including agriculturally acceptable salts and ester, thioester and/or amide thereof; or a herbicidal composition, comprising cycloxydim (a1.19) and one further herbicidal compound B as the only active ingredients, wherein the herbicidal compound B is selected from azimsulfuron (b2.1) and bensulfuron (b2.2) including agriculturally acceptable salts, ester, thioester and/or amide thereof. A) at least one herbicidal compound A from the class of ACC inhibitors which is cycloxydim (a1.19) including agriculturally acceptable salts thereof; and B) at least one herbicidal compound B selected from penoxsulam (b2.12) and bispyribac (b2.13); including agriculturally acceptable salts and ester, thioester and/or amide thereof; or a herbicidal composition, comprising cycloxydim (a1.19) and one further herbicidal compound B as the only active ingredients, wherein the herbicidal compound B is selected from azimsulfuron (b2.1) and bensulfuron (b2.2) including agriculturally acceptable salts, ester, thioester and/or amide thereof.
Connection part comprising - at least two busbars, wherein a broad face of a first of the at least two busbars overlaps with a broad face of a second of the at least two busbars in an overlap region of the at least two busbars, and the longitudinal axes of the at least two busbars runs substantially parallel to one another in at least parts of the overlap region, and - the at least two busbars open into a common end portion with their corresponding end portions different from the overlap region, and - at least one connection element arranged in each case on one of the at least two busbars in the end portion of the busbar, the connection elements of the at least two busbars being spaced apart from one another, - a width of the end portion of at least the first busbar being reduced in relation to a width of the first busbar in at least parts of the overlap region in such a way that the connection element of the second busbar is free of overlap by the end portion of the first busbar characterized in that - at least one seal surrounds at least one of the at least two busbars. - at least two busbars, wherein a broad face of a first of the at least two busbars overlaps with a broad face of a second of the at least two busbars in an overlap region of the at least two busbars, and the longitudinal axes of the at least two busbars runs substantially parallel to one another in at least parts of the overlap region, and - the at least two busbars open into a common end portion with their corresponding end portions different from the overlap region, and - at least one connection element arranged in each case on one of the at least two busbars in the end portion of the busbar, the connection elements of the at least two busbars being spaced apart from one another, - a width of the end portion of at least the first busbar being reduced in relation to a width of the first busbar in at least parts of the overlap region in such a way that the connection element of the second busbar is free of overlap by the end portion of the first busbar characterized in that - at least one seal surrounds at least one of the at least two busbars.
A bolt with an external thread and a cylindrical bolt shank of allogeneic, cortical bone material for surgically operative osteosynthesis, wherein the external thread is a symmetrical angular or trapezoidal thread, which has at least one thread turn per millimeter, and the bone material is formed by osteons and is permeated by Haversian canals , wherein the thread flanks , which delimit a thread valley, of the symmetrical angular or trapezoidal thread converge into each other via a thread valley portion , whose length, in an axial section of the bolt, lies in the range of 0.02 mm to 0.6 mm, characterized in that the thread valley portion is formed by a circular arc with a thread valley radius of 0.01 mm to 0.20 mm.
A transfer apparatus, provided in a ring redundant communication path, comprising: a first and a second port both belonging to the ring redundant communication path; a control unit for setting each of the first port and the second port to a first condition in which both a normal frame and a control frame are transferred or a second condition in which at least the normal frame is not transferred, wherein the control unit , when a control frame for inspecting the ring redundant communication path is not received for a fixed time via the first port, is configured to set the first port to the second condition, and is subsequently configured to transmit a control frame which is generated by the transfer apparatus itself for changing the second condition to the first condition from at least one of the first and second ports. a first and a second port both belonging to the ring redundant communication path; a control unit for setting each of the first port and the second port to a first condition in which both a normal frame and a control frame are transferred or a second condition in which at least the normal frame is not transferred, wherein the control unit , when a control frame for inspecting the ring redundant communication path is not received for a fixed time via the first port, is configured to set the first port to the second condition, and is subsequently configured to transmit a control frame which is generated by the transfer apparatus itself for changing the second condition to the first condition from at least one of the first and second ports.
Vibrating machine comprising a first machine part that vibrates in operation; a second machine part connected to an installation area of the vibrating machine ; and a vibratory drive , wherein a resilient bearing system is arranged between the machine parts and has one or more air springs per support point and one or more compressed air reservoirs fluidically connected to the air spring , and wherein a throttle is switched in between the air spring and the compressed air reservoir , characterized in that the bearing system with the first vibratory machine part has a resonant or natural frequency (f R ) lower than an operating frequency (f B ) of the vibrating machine ; that the bearing system has a frequency-dependent lower stiffness level with high damping at low frequencies, an upper stiffness level with low damping at higher frequencies, and a transition zone lying in between at a transitional frequency (f Ü ); and that the/each throttle is dimensioned in such a way that the transitional frequency (f Ü ) is close to, preferably slightly above the resonant or natural frequency (f R ).
A coil position detection method for a non-contact power supply system , configured to supply power from a power transmission coil on a ground side to a power reception coil on a vehicle side, by which a position of the power reception coil is detected, comprising: - when a relay circuit is on and the vehicle is traveling, detecting the position of the power reception coil based on AC voltage detected by a first voltmeter which is configured to detect AC voltage upstream of a rectifier circuit which is configured to rectify AC power received by the power reception coil , the relay circuit provided between a battery and the rectifier circuit as well as a drive circuit connected to the rectifier circuit ; and - when the relay circuit is off and the vehicle is stopped, detecting the position of the power reception coil based on DC voltage detected by a second voltmeter which is configured to detect DC voltage downstream of the rectifier circuit and upstream of the relay circuit . - when a relay circuit is on and the vehicle is traveling, detecting the position of the power reception coil based on AC voltage detected by a first voltmeter which is configured to detect AC voltage upstream of a rectifier circuit which is configured to rectify AC power received by the power reception coil , the relay circuit provided between a battery and the rectifier circuit as well as a drive circuit connected to the rectifier circuit ; and - when the relay circuit is off and the vehicle is stopped, detecting the position of the power reception coil based on DC voltage detected by a second voltmeter which is configured to detect DC voltage downstream of the rectifier circuit and upstream of the relay circuit .
Method for data transmission from a user equipment to a remote server by means of a base station of a cellular network, wherein the user equipment is configured to carry out payload data transmission to said remote server, the method comprising the steps of: - carrying out a first signaling data transmission (TALI1) to the base station , - determining a first power value representative of the power spent for said first signaling data transmission (TAU1), - maintaining the first power value (PV1) as reference value, - carrying out a second signaling data transmission (TAU2) to the base station , - determining a second power value (PV1) representative of the power spent for said second signaling data transmission (TAU2), in case said second power value (PV1) exceeds said reference power value by a predetermined threshold value, delaying the next payload data transmission (DP1) for a predetermined time. - carrying out a first signaling data transmission (TALI1) to the base station , - determining a first power value representative of the power spent for said first signaling data transmission (TAU1), - maintaining the first power value (PV1) as reference value, - carrying out a second signaling data transmission (TAU2) to the base station , - determining a second power value (PV1) representative of the power spent for said second signaling data transmission (TAU2),