mhurhangee/patent-ind-claim-en huggingface dataset:
A probe system for measuring an electrical field, comprising: - at least three sensing means arranged in accordance with at least three non-coplanar axes such that three electrical field components along said three non-coplanar axes can be sensed; each sensing means being adapted to sense an electric field component of an RF signal and to output an electric signal representative for an amplitude of the sensed electrical field component; - a processing circuit operationally connected to each sensing means, said processing circuit being configured for processing the obtained electric signals and for outputting a measurement result; - a measurement correction mechanism; characterized in that the measurement correction mechanism is configured for correcting the measurement result based on a frequency of said electrical field and an angular position of the at least three sensing means relative to said electrical field, said angular position being determined based on the at least three electric signals representative for the at least three detected amplitudes output by the at least three sensing means. - at least three sensing means arranged in accordance with at least three non-coplanar axes such that three electrical field components along said three non-coplanar axes can be sensed; each sensing means being adapted to sense an electric field component of an RF signal and to output an electric signal representative for an amplitude of the sensed electrical field component; - a processing circuit operationally connected to each sensing means, said processing circuit being configured for processing the obtained electric signals and for outputting a measurement result; - a measurement correction mechanism; characterized in that the measurement correction mechanism is configured for
Dryer or washer-dryer with a closed process air circuit comprising a drum , a condenser downstream the drum for dehumidifying warm air and a thermoelectric device having a cold side arranged in the process air circuit downstream the drum and arranged upstream the condenser , characterized in that the dryer or washer-dryer further comprises - a liquid/air heat exchanger arranged in the process air circuit downstream the condenser ; - a liquid circuit ; and wherein the thermoelectric device has warm side cooled by a liquid which is circulated in the liquid circuit from the warm side of the thermoelectric device to the liquid/air heat exchanger . - a liquid/air heat exchanger arranged in the process air circuit downstream the condenser ; - a liquid circuit ; and
Knotter system for performing a knotter cycle comprising a first knot forming cycle and a second knot forming cycle, said knotter system comprising: a needle configured for delivering a needle twine; a tucker arm configured for delivering a tucker twine; a twine receiver configured for holding the needle twine and the tucker twine; a billhook ; a cutting arm adapted for cutting twines between the billhook and the twine receiver; a twine finger configured for guiding at least the needle twine, said twine finger being mounted moveably below the billhook and the cutting arm , a drive means (96, 98, 100; 110, 112; 122, 124, 126, 128, 134) adapted to make the billhook perform at least a first full rotation during the first knot forming cycle and a second full rotation during the second knot forming cycle, to move the cutting arm a first time from a rest position to an extended position and back during the first knot forming cycle and a second time during the second knot forming cycle, and to move the twine finger at least a first time during the first knot forming cycle and a second time during the second knot forming cycle, wherein the twine finger is configured to guide and position, during the second knot forming cycle, the needle twine between the needle and the twine receiver, and to guide and position the tucker twine between the tucker arm and the twine receiver; characterized in that the twine finger is configured such that during the second knot forming cycle the needle twine is moved away from the tucker twine in order to drape it adjacent to the tucker twine on the billhook. a needle configured for delivering a needle twine; a tucker arm configured for delivering a tucker twine; a twine receiver configured for holding the needle twine and the tucker twine; a billhook ; a cutting arm adapted for cutting twines between the billhook and the twine receiver; a twine finger configured for guiding at least the needle twine, said twine finger being mounted moveably below the billhook and the cutting arm , a drive means (96, 98, 100; 110, 112; 122, 124, 126, 128, 134) adapted to make the billhook perform at least a first full rotation during the first knot forming cycle and a second full rotation during the second knot forming cycle, to move the cutting arm a first time from a rest position to an extended position and back during the first knot forming cycle and a second time during the second knot forming cycle, and to move the twine finger at least a first time during the first knot forming cycle and a second time during the second knot forming cycle, to make the billhook perform at least a first full rotation during the first knot forming cycle and a second full rotation during the second knot forming cycle, to move the cutting arm a first time from a rest position to an extended position and back during the first knot forming cycle and a second time during the second knot forming cycle, and to move the twine finger at least a first time during the first knot forming cycle and a second time during the second knot forming cycle,
A method comprising: determining an estimation of an original motion path of a camera that recorded a video , wherein the original motion path of the camera is a camera motion path used to record the video and extending over all frames of the video; selecting a crop window size being less than a size of a video frame of the video ; determining a crop window transform to transform the original motion path of the camera to a modified motion camera path , wherein a crop window associated with the crop window transform is constrained to the crop window size, wherein the crop window transform describes a transform of the original motion path of the camera to the modified motion camera path that is smoother than the original motion path of the camera; determining a first smoothness metric indicative of a degree of smoothness of the modified motion camera path ; determining whether the first smoothness metric exceeds a first predetermined threshold; and based on a determination that the first smoothness metric exceeds the first predetermined threshold, applying the crop window transform to each frame in the video to crop the video and to provide a modified video from a viewpoint of the modified motion camera path, wherein the applying of the crop window transform comprises stabilizing the video. determining an estimation of an original motion path of a camera that recorded a video , wherein the original motion path of the camera is a camera motion path used to record the video and extending over all frames of the video; selecting a crop window size being less than a size of a video frame of the video ; determining a crop window transform to transform the original motion path of the camera to a modified motion camera path , wherein a crop window associated with the crop window transform is constrained to the crop window size, wherein the crop window transform describes a transform of the original motion path of the camera to the modified motion camera path that is smoother than the original motion path of the camera; determining a first smoothness metric indicative of a degree of smoothness of the modified motion camera path ; determining whether the first smoothness metric exceeds a first predetermined threshold; and based on a determination that the first smoothness metric exceeds the first predetermined threshold, applying the crop window transform to each frame in the video to crop the video and to provide a modified video from a viewpoint of the modified motion camera path, wherein the applying of the crop window transform comprises stabilizing the video.
Method for an infotainment system in a vehicle for customizing a program function including, for example, media playback and reproduction, media reception such as radio, navigation, Internet connection, data access, language option or suchlike in the infotainment system , which system communicates with a drive time calculation unit in the vehicle, further the method is characterized by: reception of identity information (ID) representing an identity card , extraction of a program function activity in the vehicle's infotainment system , linked to the identity information (ID) received , from a memory arranged in said infotainment system , setting of the program function in the infotainment system in accordance with the program function activity extracted , wherein the identity information (ID) representing an identity card is received from a drive time calculating unit in the vehicle , such as the vehicle's tachograph. reception of identity information (ID) representing an identity card , extraction of a program function activity in the vehicle's infotainment system , linked to the identity information (ID) received , from a memory arranged in said infotainment system , setting of the program function in the infotainment system in accordance with the program function activity extracted , wherein the identity information (ID) representing an identity card is received from a drive time calculating unit in the vehicle , such as the vehicle's tachograph.
An operation device , comprising: a touch sensor that detects a touch operation performed by a finger on an operation surface and outputs a detection value; and a computing portion that stores a first threshold for determining whether or not the finger is touching the operation surface and stores a second threshold greater than the first threshold , wherein the computing portion operates such that a touch point calculated based on a second detection value acquired from the touch sensor is replaced by a touch point calculated based on a first detection value acquired from the touch sensor when the second detection value is a value between the first and second thresholds , 1 Z wherein the first detection value Z than the second threshold and acquired before the second detection value, wherein the computing portion outputs the touch point calculated based on the first detection value as operation information (S6) when the touch point calculated based on the second detection values is replaced by the touch point calculated based on the first detection value, and wherein the computing portion sets the second threshold by multiplying a maximum value among the acquired detection values by a predetermined multiplier, or by multiplying a detection value of a first detected touch operation by a predetermined multiplier. a touch sensor that detects a touch operation performed by a finger on an operation surface and outputs a detection value; and a computing portion that stores a first threshold for determining whether or not the finger is touching the operation surface and stores a second threshold greater than the first threshold ,
A sensory device having at least one sensor which has a transceiver apparatus for securing the closing edge of a door leaf consisting of several members which are hinged together one beneath the other and which are movable in lateral guides by rollers , wherein the sensory device can be placed between lateral edges of the lower member on at least one side of the door leaf and the associated guide, and wherein the sensory device has a base member which can be fastened to a lower member of the members of the door leaf via a connecting pin , wherein a unit is contained within the base member displaceably in a recess , characterised in that the unit has three rollers of which the axles are arranged in a vertical orientation one beneath the other such that the axles are not assigned any common vertical connecting line, the axle of the lowest roller being mounted in a rotationally movable manner via an eccentric bracket by means of a spring , whereas the upper and middle rollers are each arranged on stationary axles , wherein the middle roller has an alterable and fixable mounting , wherein the mounting of the middle roller is alterable and fixable by means of a setting device for the purpose of installing the sensory device in the lateral guide rail, wherein the setting device substantially consists of an end piece and a connecting piece which contain an eccentric connection.
A multi-layer composite body comprising: • an upper layer , composed of at least one (meth)acrylate copolymer having a coefficient of linear thermal expansion of approximately 7 to 9.5 x 10 -5 K -1 measured according to ISO 11359, • an intermediate layer composed of at least one (meth)acrylate copolymer, containing pigments and/or dyes and optionally light stabilisers, having a coefficient of linear thermal expansion of approximately 7 to 9.5 x 10 -5 K -1 measured according to ISO 11359, • a lower layer comprising at least one styrene polymer, in particular a styrene copolymer having a blend of acrylonitrile-butadiene-styrene copolymer (ABS) with a proportion of approximately 10 to 90 wt.% styrene-acrylonitrile (SAN), preferably 20 to 80 wt.% styrene -acrylonitrile (SAN), having a coefficient of linear thermal expansion of approximately 6.5 to 9.5 x 10 -5 K -1 measured according to ISO 11359, and a moulding shrinkage of approximately 0.3 to 0.7% measured according to ISO 294-4, wherein the multi-layer composite body has a total thickness of at least 1 mm and the material of the multi-layer composite body has a coefficient of linear thermal expansion of approximately 5 to 7 x 10 -5 K -1 measured according to ISO 11359. • an upper layer , composed of at least one (meth)acrylate copolymer having a coefficient of linear thermal expansion of approximately 7 to 9.5 x 10 -5 K -1 measured according to ISO 11359, • an intermediate layer composed of at least one (meth)acrylate copolymer, containing pigments and/or dyes and optionally light stabilisers, having a coefficient of linear thermal expansion of approximately 7 to 9.5 x 10 -5 K -1 measured according to ISO 11359, • a lower layer comprising at least one styrene polymer, in particular a styrene copolymer having a blend of acrylonitrile-butadiene-styrene copolymer (ABS) with a proportion of approximately 10 to 90 wt.% styrene-acrylonitrile (SAN), preferably 20 to 80 wt.% styrene -acrylonitrile (SAN), having a coefficient of linear thermal expansion of approximately 6.5 to 9.5 x 10 -5 K -1 measured according to ISO 11359, and a moulding shrinkage of approximately 0.3 to 0.7% measured according to ISO 294-4,
A composition of a protein-rich nutrient supplement generated from a fermentation process using anaerobic bacteria, wherein the composition has a protein content of between 10% to 80% of the composition, a carbohydrate content of between 5% to 35% of the composition, and a nucleic acid content of no more than 2% of the composition, comprising: a first protein-containing portion which has been obtained from a homogenate by fractionating a homogenate into the first protein-containing portion and a protein-containing cell debris portion using one or more fractionators, wherein the homogenate comprising the protein-containing portion and a protein-containing cell debris portion has been obtained from rupturing a cell-containing suspension containing cells of the anaerobic bacteria, wherein the cell-containing suspension containing the cells of the anaerobic bacteria has been obtained from separating a fermentation liquid broth being delivered out of a fermentation vessel during fermentation of a gaseous substrate by the anaerobic bacteria, wherein the anaerobic bacteria is selected from a group consisting of Clostridium bacteria, Acetobacterium bacteria, and combinations thereof, wherein the fermentation liquid broth has been separated into the cell-containing suspension containing the cells of the anaerobic bacteria and a cell-free permeate solution. a first protein-containing portion which has been obtained from a homogenate by fractionating a homogenate into the first protein-containing portion and a protein-containing cell debris portion using one or more fractionators, wherein the homogenate comprising the protein-containing portion and a protein-containing cell debris portion has been obtained from rupturing a cell-containing suspension containing cells of the anaerobic bacteria, wherein the cell-containing suspension containing the cells of the anaerobic bacteria has been obtained from separating a fermentation liquid broth being delivered out of a fermentation vessel during fermentation of a gaseous substrate by the anaerobic bacteria, wherein the anaerobic bacteria is selected from a group consisting of Clostridium bacteria, Acetobacterium bacteria, and combinations thereof, wherein the fermentation liquid broth has been separated into the cell-containing suspension containing the cells of the anaerobic bacteria and a cell-free permeate solution.
A method for cryptographic key provisioning, the method comprising, via a main authentication server: generating a first secret key; registering a client by performing a first portion of a first instance of a distributed threshold oblivious pseudo-random function, the first instance of the function resulting in the client obtaining a root secret key and the main authentication server obtaining a corresponding root public key; and authenticating the client to the main authentication server by performing a first portion of a second instance of the distributed threshold oblivious pseudo-random function, the second instance of the function resulting in the client obtaining the root secret key; wherein information stored by the client, the first secret key, and a second secret key generated by a support authentication server are inputs to at least one of the first and second instances of the distributed threshold oblivious pseudo-random function. generating a first secret key; registering a client by performing a first portion of a first instance of a distributed threshold oblivious pseudo-random function, the first instance of the function resulting in the client obtaining a root secret key and the main authentication server obtaining a corresponding root public key; and authenticating the client to the main authentication server by performing a first portion of a second instance of the distributed threshold oblivious pseudo-random function, the second instance of the function resulting in the client obtaining the root secret key; wherein information stored by the client, the first secret key, and a second secret key generated by a support authentication server are inputs to at least one of the first and second instances of the distributed threshold oblivious pseudo-random function.
A method of providing a preform for a composite part, the method comprising the steps of: obtaining a batch of dry fibers ; obtaining a batch of catalyst capsules , each capsule comprising a catalyst and a shell that encapsulates the catalyst , which shell is rupturable under predetermined conditions to thereby release the encapsulated catalyst ; obtaining a resin for impregnating the batch of dry fibers , wherein the catalyst accelerates polymerization of monomers in the resin ; interspersing the catalyst capsules among the dry fibers ; attracting and/or attaching the catalyst capsules to one or more of the dry fibers ; wherein the resin for impregnating the batch of dry fibers is a catalyst free resin, further comprising the step of impregnating the dry fibers with the resin after interspersing the catalyst capsules among the dry fibers and attracting and/or attaching the interspersed catalyst capsules to the dry fibers , whereby on attaining the predetermined conditions the shells rupture to release the catalyst to thereby catalyze polymerization of the resin monomers. obtaining a batch of dry fibers ; obtaining a batch of catalyst capsules , each capsule comprising a catalyst and a shell that encapsulates the catalyst , which shell is rupturable under predetermined conditions to thereby release the encapsulated catalyst ; obtaining a resin for impregnating the batch of dry fibers , wherein the catalyst accelerates polymerization of monomers in the resin ; interspersing the catalyst capsules among the dry fibers ; attracting and/or attaching the catalyst capsules to one or more of the dry fibers ; wherein the resin for impregnating the batch of dry fibers is a catalyst free resin, further comprising the step of impregnating the dry fibers with the resin after interspersing the catalyst capsules among the dry fibers and attracting and/or attaching the interspersed catalyst capsules to the dry fibers , whereby on attaining the predetermined conditions the shells rupture to release the catalyst to thereby catalyze polymerization of the resin monomers.
A method of producing an acoustical building panel comprising: forming a mixture comprising recycled material in a first-state and water; feeding the mixture to an extruder at an entry point, whereby the mixture is processed into uniform web that exits the extruder at an exit point; forming pellets from the uniform web after the exit point, the pellets being in a second-state; and forming an acoustical building panel from the pellets; characterized in that the recycled material in the first-state is a cellulosic dust having a first average particle size and the pellets in the second-state have a second average particle size, the ratio of the second average particle size to the first average particle size is at least about 20:1. forming a mixture comprising recycled material in a first-state and water; feeding the mixture to an extruder at an entry point, whereby the mixture is processed into uniform web that exits the extruder at an exit point; forming pellets from the uniform web after the exit point, the pellets being in a second-state; and forming an acoustical building panel from the pellets;