mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a first device (15 to 22, 28, 40, 42, 43, 80) entering a wireless network (10, 31), for communicating with the wireless network comprised of nodes (12, 14, 15 to 22, 24 to 26, 28, 40, 42, 43, 80) that are active for predefined activation times and that are at least partially dormant when not active, the method comprising: outputting a preamble message that exceeds a maximum activation time of nodes on the wireless network by a factor N, where N is equal to at least a maximum number of frequencies on the wireless network; and exchanging information with a second device (15 to 22, 28, 40, 42, 43, 80) comprising a node on the wireless network that is within a transmission range of the first device, wherein the information is exchanged following the preamble message; wherein exchanging information comprises: outputting a search packet including frequency hopping data of the first device which identifies how the first device performs frequency hopping to receive data; and receiving frequency hopping data for the second device, the frequency hopping data from the second device identifying how the second device performs frequency hopping to receive data. outputting a preamble message that exceeds a maximum activation time of nodes on the wireless network by a factor N, where N is equal to at least a maximum number of frequencies on the wireless network; and exchanging information with a second device (15 to 22, 28, 40, 42, 43, 80) comprising a node on the wireless network that is within a transmission range of the first device, wherein the information is exchanged following the preamble message; wherein exchanging information comprises: outputting a search packet including frequency hopping data of the first device which identifies how the first device performs frequency hopping to receive data; and receiving frequency hopping data for the second device, the frequency hopping data from the second device identifying how the second device performs frequency hopping to receive data. outputting a search packet including frequency hopping data of the first device which identifies how the first device performs frequency hopping to receive data; and receiving frequency hopping data for the second device, the frequency hopping data from the second device identifying how the second device performs frequency hopping to receive data.
A network for forwarding packets from a source device to a destination device, said network including a plurality of network elements including nodes and connecting links, a master server for monitoring the network and establishing an initial route between the source device and the destination device, the network characterized in that at least one intermediate node, 205) along the initial route comprises: a processor to compute an alternative route for the initial route; a storage space to store the initial route and the alternative route; a mechanism to detect failure in a downstream network element in the initial route; and a forwarder to automatically forward a packet to the next node on the alternative route. a processor to compute an alternative route for the initial route; a storage space to store the initial route and the alternative route; a mechanism to detect failure in a downstream network element in the initial route; and a forwarder to automatically forward a packet to the next node on the alternative route.
Method for producing a security element for security papers, valuable documents or the like, having the following method steps [1.1] providing a first substrate made from a translucent plastics film, [1.2] applying a first optically variable coating onto the first substrate, [1.3] providing a second substrate made from a plastics film, [1.4] applying a second metallic or optically variable coating onto the second substrate, wherein the second, metallic or optically variable coating differs from the first optically variable coating, [1.5] laminating the first substrate onto the second substrate in accurate register to form a multilayer construction, [1.6] pulling the second substrate off the multilayer construction, wherein the first optically variable coating is formed from a colour layer containing metallic particles in the shape of small plates, the particles having a longest edge length of 15 nm to 1000 nm and a thickness of 2 nm to 100 nm, with the result that the colour layer shows a metallic, preferably golden hue in direct light and a coloured, preferably blue, hue in transmitted light, or is formed from a multilayer construction comprising at least two semi-transparent reflective layers and at least one dielectric layer arranged between the at least two reflective layers, wherein the optically variable coating exhibits a resonance with a full width at half maximum of 70 nm to 150 nm in a measurement of the transmission of unpolarized light in the blue wavelength range of 420 nm to 490 nm. [1.1] providing a first substrate made from a translucent plastics film, [1.2] applying a first optically variable coating onto the first substrate, [1.3] providing a second substrate made from a plastics film, [1.4] applying a second metallic or optically variable coating onto the second substrate, wherein the second, metallic or optically variable coating differs from the first optically variable coating, [1.5] laminating the first substrate onto the second substrate in accurate register to form a multilayer construction, [1.6] pulling the second substrate off the multilayer construction,
A method of operating a data processing system to automatically process a color digital image of a specimen that has been stained with a first dye and a second different dye, said method comprising: receiving said digital color image comprising a plurality of pixels, each pixel being characterized by a pixel vector having components determined by an intensity of light in each of a corresponding number of wavelength bands; transforming a plurality of pixel vectors of said color digital image to a hue space divided into a plurality of bins, each bin being characterized by a number of pixels that have been transformed into that bin; and causing said data processing system to automatically find first and second color vectors characterizing said first and second dyes, respectively based on said number of pixels that were transformed into each of said bins; characterized by correcting a density distribution of the number of pixels in the bins for distortions introduced by the transformation from pixel space to the hue space using a correction table, wherein each bin in the density distribution is divided by the corresponding bin in the correction table, and wherein the correction table is generated from a calibration table by transforming a uniformly populated pixel space. receiving said digital color image comprising a plurality of pixels, each pixel being characterized by a pixel vector having components determined by an intensity of light in each of a corresponding number of wavelength bands; transforming a plurality of pixel vectors of said color digital image to a hue space divided into a plurality of bins, each bin being characterized by a number of pixels that have been transformed into that bin; and causing said data processing system to automatically find first and second color vectors characterizing said first and second dyes, respectively based on said number of pixels that were transformed into each of said bins; characterized by correcting a density distribution of the number of pixels in the bins for distortions introduced by the transformation from pixel space to the hue space using a correction table, wherein each bin in the density distribution is divided by the corresponding bin in the correction table, and wherein the correction table is generated from a calibration table by transforming a uniformly populated pixel space.
A hybrid material comprising a matrix of polyurethane and foamed particles of thermoplastic polyurethane comprised therein, wherein the foamed particles have a closed surface skin.
Method for determining calibration parameters of an agricultural spreading machine, wherein the agricultural spreading machine is equipped with a first measuring system for determining first measurement parameters for monitoring at least one spreading parameter of the spreading machine, preferably discharge quantity and/or spreading characteristic, for use during field work, wherein the spreading machine is configured to discharge various spreading materials, for example various types of fertilizer and/or various seeds and/or sprays, and wherein a second fixed measuring system is provided for determining second measurement parameters for monitoring at least one spreading parameter of the spreading machine, in particular at the manufacturer of the spreading machine, characterized by the method steps: a) discharging spreading material by means of the spreading machine with predefined setting parameters of the spreading machine, b) determining second measurement parameters by means of the second measuring system for characterizing the actual spreading parameters of the spreading machine, c) comparing the determined actual spreading parameters with desired target spreading parameters, d) repeating steps a)-c) while adapting the setting parameters of the spreading machine until the actual spreading parameters at least approximately correspond to the target spreading parameters, e) at least when the actual spreading parameters correspond to the target spreading parameters: determining first measurement parameters by means of the first measuring system and determining at least one calibration parameter, which is specific to a spreading material, for the first measuring system from a comparison of the first and second measurement parameters and/or from the first measurement parameters while taking into account the target spreading characteristic which has been set. a) discharging spreading material by means of the spreading machine with predefined setting parameters of the spreading machine, b) determining second measurement parameters by means of the second measuring system for characterizing the actual spreading parameters of the spreading machine, c) comparing the determined actual spreading parameters with desired target spreading parameters, d) repeating steps a)-c) while adapting the setting parameters of the spreading machine until the actual spreading parameters at least approximately correspond to the target spreading parameters, e) at least when the actual spreading parameters correspond to the target spreading parameters: determining first measurement parameters by means of the first measuring system and determining at least one calibration parameter, which is specific to a spreading material, for the first measuring system from a comparison of the first and second measurement parameters and/or from the first measurement parameters while taking into account the target spreading characteristic which has been set.
A manually guided press device for connecting two work pieces, in particular a pipe and a press fitting, by pressing, comprising a pressing tool with a plurality of pressing jaws, and a converting device connected to the pressing tool and driven by an electric motor, characterized in that the electric motor is designed as a brushless electric motor, the electric motor is connected to a control device for controlling the rotational speed, and a determination of the current rotational speed of the motor is made by means of the control device, and the electric motor is deactivated upon an increase in rotational speed.
A reusable urinary catheter product (10, 10a), comprising: a case (12, 12a) comprising a body (14, 14a) and a re-closable cap (16, 16a), the body (14, 14a) defining a first compartment (24, 24a) and a second compartment (26, 26a), the first compartment (24, 24a) and second compartment (26, 26a) being separated by a barrier (28, 28a) that allows the passage of sterilizing light; a urinary catheter (22, 22a) located in the first compartment (24, 24a); and a sterilizing light source (42, 42a) located in the second compartment, wherein sterilizing light emitted from the light source (42, 42a) passes through the barrier (28, 28a) and into the (26, 26a) second compartment. a case (12, 12a) comprising a body (14, 14a) and a re-closable cap (16, 16a), the body (14, 14a) defining a first compartment (24, 24a) and a second compartment (26, 26a), the first compartment (24, 24a) and second compartment (26, 26a) being separated by a barrier (28, 28a) that allows the passage of sterilizing light; a urinary catheter (22, 22a) located in the first compartment (24, 24a); and a sterilizing light source (42, 42a) located in the second compartment, wherein sterilizing light emitted from the light source (42, 42a) passes through the barrier (28, 28a) and into the (26, 26a) second compartment.
An electromotive kitchen appliance with a motor for driving a turning gear and with a coupling, wherein the motor is arranged in a first appliance part and the turning gear is arranged in a second appliance part which is or can be connected to the first appliance part, wherein the coupling comprises a coupling part (10, 40) and an insertion piston (20, 50) for transmitting a rotational movement from a motor output shaft to the turning gear, wherein the coupling part has an insertion opening (11, 41) which is an opening of a receiving shaft or ring for receiving at least one part of the insertion piston (20, 50), characterized in that a plurality of guide elements (13, 43) for the insertion piston is arranged at the insertion opening (11, 41), said guide elements having a pre-arched surface in the direction of a shaft connected to the insertion piston to be inserted in each case in order to correct an insertion direction.
A method for hydrolyzing a chlorosilane polymer generated in a step of a chemical vapor deposition method using chlorosilane-based gas, characterized by: a step of bringing alcohol into contact with the chlorosilane polymer to degrade the chlorosilane polymer to alkoxide, hydrogen chloride and hydrogen, and to dilute the degraded alkoxide, hydrogen chloride and hydrogen with the alcohol; and a step of performing hydrolysis on the alkoxide by pouring the alcohol containing the diluted alkoxide into water. a step of bringing alcohol into contact with the chlorosilane polymer to degrade the chlorosilane polymer to alkoxide, hydrogen chloride and hydrogen, and to dilute the degraded alkoxide, hydrogen chloride and hydrogen with the alcohol; and a step of performing hydrolysis on the alkoxide by pouring the alcohol containing the diluted alkoxide into water.
An overrun brake device for a trailer with a draw tube (101, 401) and a drawbar tube (102, 402), which is guided and supported in a longitudinally stroke-like and sliding manner in or around the draw tube (101, 401) and is firmly connected to the trailer, wherein the draw tube (101, 401) and the drawbar tube (102, 402) form three air cylinders (403, 404, 405) due to a reciprocal stroke-like movement, characterized in that, in each of the air cylinders (403, 404, 405), air ducts (109, 110, 409, 410, 411) are integrated, which open and/or close due to the stroke-like shift between the draw tube (101, 401) and the drawbar tube (102, 402).
Guide vane ring for a turbomachine, the guide vane ring comprising: a guide vane row having a plurality of pivotable guide vanes, each having a vane airfoil and a vane disk; and an inner ring having an inner ring surface facing the plurality of guide vanes, the vane disks having a front and a rear surface region (22a, 22b), as viewed in the direction of a provided main flow flowing through the turbomachine, when at least one of the vane disks is in a nominal and/or a maximum opening position of the guide vane, the front and/or the rear surface region (22a, 22b) having, with respect to a central axis of the inner ring, a radial offset (31a, 31b) from the inner ring surface, characterized in that the front surface region of the vane disk in the nominal and/or the maximum opening position of the guide vane is lowered with respect to the inner ring surface, and the rear surface region of the vane disk in the maximum open position of the guide vane is raised with respect to the inner ring surface. a guide vane row having a plurality of pivotable guide vanes, each having a vane airfoil and a vane disk; and an inner ring having an inner ring surface facing the plurality of guide vanes, the vane disks having a front and a rear surface region (22a, 22b), as viewed in the direction of a provided main flow flowing through the turbomachine, when at least one of the vane disks is in a nominal and/or a maximum opening position of the guide vane, the front and/or the rear surface region (22a, 22b) having, with respect to a central axis of the inner ring, a radial offset (31a, 31b) from the inner ring surface, characterized in that the front surface region of the vane disk in the nominal and/or the maximum opening position of the guide vane is lowered with respect to the inner ring surface, and the rear surface region of the vane disk in the maximum open position of the guide vane is raised with respect to the inner ring surface.
An adjusting mechanism of a circuit breaker, comprising: an operating rod configured to operate a moving contact of the circuit breaker via a contact spring arranged between the operating rod and the moving contact; a transmitting rod pivotally coupled to the operating rod and configured to drive the operating rod to move towards or away from a stationary contact of the circuit breaker; characterised by an adjusting block pivotally coupled to the transmitting rod at a position different from the operating rod and comprising a thread hole; a bracket comprising a first supporting element and a second supporting element spaced from the first supporting element along a first direction, each of the first supporting element and the second supporting element comprising a through hole extending along the first direction; and an adjusting bolt extending through the through hole of the first supporting element, the thread hole of the adjusting block, and the through hole of the second supporting element sequentially along the first direction, the adjusting bolt comprising an external thread engaging with the thread hole, such that when the adjusting bolt is actuated to rotate about its axis, the adjusting block slides along the first direction between the first supporting element and the second supporting element. an operating rod configured to operate a moving contact of the circuit breaker via a contact spring arranged between the operating rod and the moving contact; a transmitting rod pivotally coupled to the operating rod and configured to drive the operating rod to move towards or away from a stationary contact of the circuit breaker; characterised by an adjusting block pivotally coupled to the transmitting rod at a position different from the operating rod and comprising a thread hole; a bracket comprising a first supporting element and a second supporting element spaced from the first supporting element along a first direction, each of the first supporting element and the second supporting element comprising a through hole extending along the first direction; and an adjusting bolt extending through the through hole of the first supporting element, the thread hole of the adjusting block, and the through hole of the second supporting element sequentially along the first direction, the adjusting bolt comprising an external thread engaging with the thread hole, such that when the adjusting bolt is actuated to rotate about its axis, the adjusting block slides along the first direction between the first supporting element and the second supporting element.
A process for producing aldehydes and ketones comprising the oxidation of primary or secondary alcohols with an oxygen-containing gas in the presence of a catalyst composition comprising at least one nitroxyl radical, one or more NO sources and at least one or more carboxylic acids or anhydrides or one or more carboxylic acids or anhydrides and mineral acids or anhydrides, optionally in the presence of one or more solvents, characterized in that the primary and secondary alcohols used have a value of less than 2 for the decadic logarithm of the n-octanol-water partition coefficient (logP).
A method of operating a hearing system comprising a first hearing device and a second hearing device, the first hearing device comprising a first sensor being a photoplethysmogram sensor, and the second hearing device comprising a second sensor being a photoplethysmogram sensor, the method comprising: obtaining sensor data, the sensor data comprising first sensor data representing first physiological data and second sensor data representing second physiological data, where the first sensor data is indicative of a first ■ sensor signal from the first sensor of the first hearing device arranged at a first ear of a user, and the second sensor data is indicative of a second sensor signal from the second sensor of the second hearing device arranged at a second ear of the user; obtaining motion data (320, MD) from the first hearing device and/or the second hearing device; comparing the first sensor data and the second sensor data based on the motion data (MD, 320); identifying a first parameter based on the comparison of the first sensor data and the second sensor data; and outputting a first output signal indicative of the first parameter. obtaining sensor data, the sensor data comprising first sensor data representing first physiological data and second sensor data representing second physiological data, where the first sensor data is indicative of a first ■ sensor signal from the first sensor of the first hearing device arranged at a first ear of a user, and the second sensor data is indicative of a second sensor signal from the second sensor of the second hearing device arranged at a second ear of the user; obtaining motion data (320, MD) from the first hearing device and/or the second hearing device; comparing the first sensor data and the second sensor data based on the motion data (MD, 320); identifying a first parameter based on the comparison of the first sensor data and the second sensor data; and outputting a first output signal indicative of the first parameter.
Pressurized appliance comprising: - a tank, suitable for receiving liquid contents, - a cover, suitable for sealing the tank in a closed position, - said cover comprising a sampling tip, said tip comprising: o a cannula capable of being in contact with the contents when the cover is in the closed position, o and at least one sealable orifice making it possible, when the cover is in its closed position and said orifice is a through-orifice, to ensure a pressure equilibrium between the inside of the cannula and the inside of the tank, and when the cover is in its closed position and said orifice is sealed, to sample the contents via the cannula, characterized in that it comprises a removable sampler, said removable sampler sealing the sealable orifice when the latter is positioned and held in the sampling tip. - a tank, suitable for receiving liquid contents, - a cover, suitable for sealing the tank in a closed position, - said cover comprising a sampling tip, said tip comprising: o a cannula capable of being in contact with the contents when the cover is in the closed position, o and at least one sealable orifice making it possible, when the cover is in its closed position and said orifice is a through-orifice, to ensure a pressure equilibrium between the inside of the cannula and the inside of the tank, and when the cover is in its closed position and said orifice is sealed, to sample the contents via the cannula, o a cannula capable of being in contact with the contents when the cover is in the closed position, o and at least one sealable orifice making it possible, when the cover is in its closed position and said orifice is a through-orifice, to ensure a pressure equilibrium between the inside of the cannula and the inside of the tank, and when the cover is in its closed position and said orifice is sealed, to sample the contents via the cannula,