mhurhangee/ep-ind-claims huggingface dataset:
A sowing coulter arrangement of an agricultural machine for the spreading of materials to be distributed, such as seeds, fertilisers, or the like, the sowing coulter arrangement comprising at least: - a suspension device for the mounting of the sowing coulter arrangement on a frame structure; - a coulter frame for the mounting of components of the sowing coulter arrangement thereon, the coulter frame being connected to the suspension device; - a coulter disc for the creating of a seed furrow, the coulter disc being disposed in a rotatable manner on the coulter frame, and/or a furrow opener for the creating of a seed furrow; - a pressure roller for the closing of the seed furrow, the pressure roller being pivot-mounted and/or tandem-mounted on the coulter frame and being mounted in a rotatable manner via a pivot point, or furrow-closing implements for the closing of the seed furrow; - a metering device for the dispensing in an at least largely separated manner of the material to be distributed; - a seed tube for the transporting of the material to be distributed from the metering device to a seed furrow; and - a catching element for the catching of the material to be distributed, the catching element being disposed downstream of the outlet of the seed tube; characterised in that the metering device, the seed tube, and the catching element form a constructional unit and are mounted on a carrier that is pivotably affixed to the coulter frame, whereby an arrangement of the particular outlet of the seed tube in relation to the particular catching element is at all times kept largely constant. - a suspension device for the mounting of the sowing coulter arrangement on a frame structure; - a coulter frame for the mounting of components of the sowing coulter arrangement thereon, the coulter frame being connected to the suspension device; - a coulter disc for the creating of a seed furrow, the coulter disc being disposed in a rotatable manner on the coulter frame, and/or a furrow opener for the creating of a seed furrow; - a pressure roller for the closing of the seed furrow, the pressure roller being pivot-mounted and/or tandem-mounted on the coulter frame and being mounted in a rotatable manner via a pivot point, or furrow-closing implements for the closing of the seed furrow; - a metering device for the dispensing in an at least largely separated manner of the material to be distributed; - a seed tube for the transporting of the material to be distributed from the metering device to a seed furrow; and - a catching element for the catching of the material to be distributed, the catching element being disposed downstream of the outlet of the seed tube;
A method of processing signals, the method comprising: acquiring at a global navigation satellite systems, GNSS, enabled device (110, 200), location information from a plurality of different resources, said acquired location information comprising GNSS data, GNSS assistance data, long term orbit, LTO, data, reference positions, reference time, FEMTOCELL data, wireless personal area network, PAN, data, wireless local area network, WLAN, data, worldwide interoperability for microwave access, WiMAX, data, and/or cellular data; calculating a plurality of possible positions of said GNSS enabled device based on said acquired location information, each of said plurality of possible positions of said GNSS enabled device calculated in a determined order based on computational complexity of utlilizing said acquired location information; determining a confidence level for each of said calculated plurality of possible positions in said determined order, said confidence level for an i th calculated possible position P i defined as 1 - |P i - P mean |/ P mean, where P mean is a mean calculated possible position of said calculated plurality of possible positions; and determining a refined position of said GNSS enabled device based on using either a weighted sum of said calculated plurality of possible positions or a particular calculated possible position having a highest confidence level. acquiring at a global navigation satellite systems, GNSS, enabled device (110, 200), location information from a plurality of different resources, said acquired location information comprising GNSS data, GNSS assistance data, long term orbit, LTO, data, reference positions, reference time, FEMTOCELL data, wireless personal area network, PAN, data, wireless local area network, WLAN, data, worldwide interoperability for microwave access, WiMAX, data, and/or cellular data; calculating a plurality of possible positions of said GNSS enabled device based on said acquired location information, each of said plurality of possible positions of said GNSS enabled device calculated in a determined order based on computational complexity of utlilizing said acquired location information; determining a confidence level for each of said calculated plurality of possible positions in said determined order, said confidence level for an i th calculated possible position P i defined as 1 - |P i - P mean |/ P mean, where P mean is a mean calculated possible position of said calculated plurality of possible positions; and determining a refined position of said GNSS enabled device based on using either a weighted sum of said calculated plurality of possible positions or a particular calculated possible position having a highest confidence level.
Reactor apparatus for dehydrogenating a carrier medium comprising a. a reactor housing in which the carrier medium is arranged, b. an interior space which is enclosed by the reactor housing, i. with a preliminary space, which has an inflow opening for inflow of loaded carrier medium into the preliminary space and at least one first connecting opening for outflow of the carrier medium from the preliminary space, ii. with a reaction space connected via the at least one first connecting opening to the preliminary space, c. a heat transfer space which is arranged between the reactor housing and the reaction space and contains a heat transfer medium for transfer of heat from the heat transfer medium to the carrier medium, d. a plurality of reaction tubes, which each have a reaction space and are each connected via a first connecting opening to the preliminary space, characterized in that the reaction tubes are oriented horizontally, the carrier medium is liquid. a. a reactor housing in which the carrier medium is arranged, b. an interior space which is enclosed by the reactor housing, i. with a preliminary space, which has an inflow opening for inflow of loaded carrier medium into the preliminary space and at least one first connecting opening for outflow of the carrier medium from the preliminary space, ii. with a reaction space connected via the at least one first connecting opening to the preliminary space, i. with a preliminary space, which has an inflow opening for inflow of loaded carrier medium into the preliminary space and at least one first connecting opening for outflow of the carrier medium from the preliminary space, ii. with a reaction space connected via the at least one first connecting opening to the preliminary space, c. a heat transfer space which is arranged between the reactor housing and the reaction space and contains a heat transfer medium for transfer of heat from the heat transfer medium to the carrier medium, d. a plurality of reaction tubes, which each have a reaction space and are each connected via a first connecting opening to the preliminary space, the reaction tubes are oriented horizontally, the carrier medium is liquid.
A computer-implemented method comprising: identifying by a security agent implemented on the computing device, memory locations of a subset of memory locations in memory of the computing device to be intercepted; determining, by a security agent component of the security agent, the security agent component being initiated as a hypervisor on the computing device by the security agent, pages of the memory which include the identified memory locations; setting, by the security agent component, privilege attributes of the pages to prevent specific types of operations from affecting the memory locations; noting, by the security agent component, an operation affecting one of the identified memory locations and in response to noting the operation, either: temporarily resetting the privilege attribute of the page including the one of the identified memory locations to allow the operation and, after temporarily resetting the privilege attribute, identifying a process, thread, or module that requested the operation and monitoring activities of the process, thread, or module, or returning a false indication of success for the operation. identifying by a security agent implemented on the computing device, memory locations of a subset of memory locations in memory of the computing device to be intercepted; determining, by a security agent component of the security agent, the security agent component being initiated as a hypervisor on the computing device by the security agent, pages of the memory which include the identified memory locations; setting, by the security agent component, privilege attributes of the pages to prevent specific types of operations from affecting the memory locations; noting, by the security agent component, an operation affecting one of the identified memory locations and in response to noting the operation, either: temporarily resetting the privilege attribute of the page including the one of the identified memory locations to allow the operation and, after temporarily resetting the privilege attribute, identifying a process, thread, or module that requested the operation and monitoring activities of the process, thread, or module, or returning a false indication of success for the operation. temporarily resetting the privilege attribute of the page including the one of the identified memory locations to allow the operation and, after temporarily resetting the privilege attribute, identifying a process, thread, or module that requested the operation and monitoring activities of the process, thread, or module, or returning a false indication of success for the operation.
A body side panel (1, 10) comprising: a metal panel (3, 5A); and plastics that are integrally-molded on the metal panel (3, 5A), wherein the plastics have a plurality of straight ribs (17, 23, 29, 33, 37) that are formed from an end edge portion of the metal panel (3, 5A) on an outer circumferential side of the metal panel (3, 5A) along a surface of the metal panel (3, 5A) the body side panel being characterised by a joint rib (19, 25, 31, 35, 39) that joints the plurality of straight ribs (17, 23, 29, 33, 37) so as to intersect with the plurality of straight ribs (17, 23, 29, 33, 37), wherein the plurality of straight ribs (17, 23, 29, 33, 37) are formed radially from the end edge portion of the metal panel (3, 5A), and the joint rib (19, 25, 31, 35, 39) has a curved shape that is concave toward a side of the end edge portion of the metal panel (3, 5A). a metal panel (3, 5A); and plastics that are integrally-molded on the metal panel (3, 5A), wherein the plastics have a plurality of straight ribs (17, 23, 29, 33, 37) that are formed from an end edge portion of the metal panel (3, 5A) on an outer circumferential side of the metal panel (3, 5A) along a surface of the metal panel (3, 5A) the body side panel being characterised by a joint rib (19, 25, 31, 35, 39) that joints the plurality of straight ribs (17, 23, 29, 33, 37) so as to intersect with the plurality of straight ribs (17, 23, 29, 33, 37), wherein the plurality of straight ribs (17, 23, 29, 33, 37) are formed radially from the end edge portion of the metal panel (3, 5A), and the joint rib (19, 25, 31, 35, 39) has a curved shape that is concave toward a side of the end edge portion of the metal panel (3, 5A).
A composition comprising: a polymeric material; and a calcined calcium copper titanate filler material; wherein the composition has a reversible non-linear current-voltage characteristic, wherein the composition comprises between 25 vol.-% and 45 vol.-% of the filler material, wherein the composition has a reversible non-linear current-voltage characteristic, and wherein the calcium copper titanate filler is calcinated at 1100°C. a polymeric material; and a calcined calcium copper titanate filler material; wherein the composition has a reversible non-linear current-voltage characteristic, wherein the composition comprises between 25 vol.-% and 45 vol.-% of the filler material, wherein the composition has a reversible non-linear current-voltage characteristic, and wherein the calcium copper titanate filler is calcinated at 1100°C.
An electrostatic ion trap for mass analysis comprising: a first array of electrodes and a second array (8") of electrodes, spaced from the first array of electrodes, voltage being supplied, in use, to electrodes of the first and second arrays (8") of electrodes to create an electrostatic field in the space between the electrode arrays (8', 8"), wherein electrodes of the first array and electrodes of the second array (8") are supplied, in use, with substantially the same pattern of voltage, whereby the distribution of electrical potential in said space is such as to reflect ions isochronously in a flight direction causing them to undergo periodic, oscillatory motion in said space, focused substantially mid-way between said first and second arrays (8"), and amplifier circuitry connected to at least one electrode of said arrays (8', 8") for detection of image current having frequency components related to the mass-to-charge ratio of ions undergoing said periodic oscillatory motion in said space between the first and second arrays (8") of electrodes characterised in that said first and second arrays (8") of electrodes each comprise concentric, circular electrically conductive rings (3', 3") or concentric, part-circular electrically conductive rings (3', 3"); and in that the ion trap further includes a full-, or part-toroidal ion trap, or ion guide injector extending around said electrically conductive rings (3', 3"), arranged for respectively temporarily storing or guiding ions and then pulsing the ions radially inwards into said space between the first and second arrays (8") of electrodes. a first array of electrodes and a second array (8") of electrodes, spaced from the first array of electrodes, voltage being supplied, in use, to electrodes of the first and second arrays (8") of electrodes to create an electrostatic field in the space between the electrode arrays (8', 8"), wherein electrodes of the first array and electrodes of the second array (8") are supplied, in use, with substantially the same pattern of voltage, whereby the distribution of electrical potential in said space is such as to reflect ions isochronously in a flight direction causing them to undergo periodic, oscillatory motion in said space, focused substantially mid-way between said first and second arrays (8"), and amplifier circuitry connected to at least one electrode of said arrays (8', 8") for detection of image current having frequency components related to the mass-to-charge ratio of ions undergoing said periodic oscillatory motion in said space between the first and second arrays (8") of electrodes characterised in that said first and second arrays (8") of electrodes each comprise concentric, circular electrically conductive rings (3', 3") or concentric, part-circular electrically conductive rings (3', 3"); and in that the ion trap further includes a full-, or part-toroidal ion trap, or ion guide injector extending around said electrically conductive rings (3', 3"), arranged for respectively temporarily storing or guiding ions and then pulsing the ions radially inwards into said space between the first and second arrays (8") of electrodes.
Method for manufacturing a fibre board (1; 1'; 1"), comprising the steps: a) providing a fibre mat containing glued, lignocellulose-containing fibres, b) completely or partially bringing into contact at least one surface (2; 3) of one of the two main sides of the fibre mat from step a) with an inorganic Bronsted acid, wherein the inorganic Bronsted acid is selected from the group consisting of phosphoric acid, phosphorous acid, hypophosphorous acid, phosphonic acid and their mixtures, c) pressing the surface-treated fibre mat obtained in step b) into a fibre board (1; 1'; 1"), whose core remains acid free. a) providing a fibre mat containing glued, lignocellulose-containing fibres, b) completely or partially bringing into contact at least one surface (2; 3) of one of the two main sides of the fibre mat from step a) with an inorganic Bronsted acid, wherein the inorganic Bronsted acid is selected from the group consisting of phosphoric acid, phosphorous acid, hypophosphorous acid, phosphonic acid and their mixtures, c) pressing the surface-treated fibre mat obtained in step b) into a fibre board (1; 1'; 1"), whose core remains acid free.
A garment comprising: a torso portion; at least one electrode positioned on the torso portion; a receptacle provided on the torso portion, the receptacle comprising a receptacle housing including a rear surface and a front surface with a socket formed in the front surface, the receptacle further comprising at least one electrode lead retained by the receptacle housing, the at least one electrode lead including a first portion connected to the at least one electrode, and a second portion extending through a channel in the receptacle housing, the channel is elongated in a direction that extends substantially parallel to the rear surface of the receptacle housing; and an electronics module releasably positioned within the socket, the electronics module including at least one module contact, wherein the at least one module contact is electrically connected to the electrode lead when the electronics module is positioned within the socket, wherein the receptacle further comprising at least one receptacle contact engaging the electrode lead, the receptacle contact further engaging the at least one module contact when the electronics module is positioned in the socket wherein the at least one receptacle contact is a connection pin that is elongated in a direction that extends substantially parallel to the rear surface of the receptacle housing. a torso portion; at least one electrode positioned on the torso portion; a receptacle provided on the torso portion, the receptacle comprising a receptacle housing including a rear surface and a front surface with a socket formed in the front surface, the receptacle further comprising at least one electrode lead retained by the receptacle housing, the at least one electrode lead including a first portion connected to the at least one electrode, and a second portion extending through a channel in the receptacle housing, the channel is elongated in a direction that extends substantially parallel to the rear surface of the receptacle housing; and an electronics module releasably positioned within the socket, the electronics module including at least one module contact, wherein the at least one module contact is electrically connected to the electrode lead when the electronics module is positioned within the socket, wherein the receptacle further comprising at least one receptacle contact engaging the electrode lead, the receptacle contact further engaging the at least one module contact when the electronics module is positioned in the socket wherein the at least one receptacle contact is a connection pin that is elongated in a direction that extends substantially parallel to the rear surface of the receptacle housing.
Robot system for treating a patient, comprising: a multi-axis articulated arm robot; a printing device, which is guided by the articulated arm robot and is configured for constructing an implant by printing a biocompatible print material; and a controller, which is configured for positioning the articulated arm robot on the patient and for constructing the implant in the patient, characterized in that the multi-axis articulated arm robot comprises sensors, which are configured for detecting forces and/or torques acting on the articulated arm robot, and the controller is configured for positioning the articulated arm robot based on a guidance of the articulated arm robot by hand. a multi-axis articulated arm robot; a printing device, which is guided by the articulated arm robot and is configured for constructing an implant by printing a biocompatible print material; and a controller, which is configured for positioning the articulated arm robot on the patient and for constructing the implant in the patient, characterized in that the multi-axis articulated arm robot comprises sensors, which are configured for detecting forces and/or torques acting on the articulated arm robot, and the controller is configured for positioning the articulated arm robot based on a guidance of the articulated arm robot by hand.
A computing device (110, 210, 600, 700) comprising: a processor (610, 615, 710); a network connection (670, 760); and memory comprising computer-executable instructions (620, 625, 640, 722, 724); the computing device configured, when the instructions are executed by the computing device, to perform operations for conditional forward error correction of data over the network connection, the operations comprising: obtaining a current portion of streaming audio data to be sent in a current network packet to a second computing device (120, 220) via the network connection; obtaining a previous portion of streaming audio data, wherein the previous portion of streaming audio data has been previously sent to the second computing device in a previous network packet; characterized in that the operations are further comprising: determining whether the previous portion of streaming audio data can be predicted, at the second computing device, from the current portion of streaming audio data; and when the previous portion of streaming audio data can be predicted from the current portion of streaming audio data, skipping sending a redundant copy of the previous portion of data along with the current portion of streaming audio data in the current network packet to the second computing device. a processor (610, 615, 710); a network connection (670, 760); and memory comprising computer-executable instructions (620, 625, 640, 722, 724); the computing device configured, when the instructions are executed by the computing device, to perform operations for conditional forward error correction of data over the network connection, the operations comprising: obtaining a current portion of streaming audio data to be sent in a current network packet to a second computing device (120, 220) via the network connection; obtaining a previous portion of streaming audio data, wherein the previous portion of streaming audio data has been previously sent to the second computing device in a previous network packet; obtaining a current portion of streaming audio data to be sent in a current network packet to a second computing device (120, 220) via the network connection; obtaining a previous portion of streaming audio data, wherein the previous portion of streaming audio data has been previously sent to the second computing device in a previous network packet; determining whether the previous portion of streaming audio data can be predicted, at the second computing device, from the current portion of streaming audio data; and when the previous portion of streaming audio data can be predicted from the current portion of streaming audio data, skipping sending a redundant copy of the previous portion of data along with the current portion of streaming audio data in the current network packet to the second computing device.