mhurhangee/ep-ind-claims huggingface dataset:
Device for fixing at least one agricultural implement (2, 5) to a support element, or for fixing a support element, to which an agricultural implement is fastened, to a supporting structure, characterized in that • the device has a main body having a guide receptacle for receiving the support element and for guiding the main body along the support element, wherein at least one agricultural implement (2, 5) is fastenable to the main body, or the main body forms a part of the supporting structure, • the device comprises a clamping lever with a clamping hole, wherein the clamping lever can be arranged such that the clamping hole is aligned with the guide receptacle, with the result that the device is connectable to the support element such that said support element extends both through the clamping hole and through the guide receptacle, • wherein the clamping hole has a first non-circular shape and a cross section of the guide receptacle has a second non-circular shape, such that torque can be transmitted firstly from the clamping lever to the support element, which has a cross section with a third non-circular shape, and secondly from the support element to the guide receptacle and thus to the main body, and • the device comprises an actuating mechanism that is arranged on the main body, wherein a clamping torque can be applied to the clamping lever by the actuating mechanism such that said clamping lever rotates relative to the main body from a release position, in which the device is movable relative to the support element, into a clamping position, in which the device is frictionally fixed on the support element owing to the torque transmission action. • the device has a main body having a guide receptacle for receiving the support element and for guiding the main body along the support element, wherein at least one agricultural implement (2, 5) is fastenable to the main body, or the main body forms a part of the supporting structure, • the device comprises a clamping lever with a clamping hole, wherein the clamping lever can be arranged such that the clamping hole is aligned with the guide receptacle, with the result that the device is connectable to the support element such that said support element extends both through the clamping hole and through the guide receptacle, • wherein the clamping hole has a first non-circular shape and a cross section of the guide receptacle has a second non-circular shape, such that torque can be transmitted firstly from the clamping lever to the support element, which has a cross section with a third non-circular shape, and secondly from the support element to the guide receptacle and thus to the main body, and • the device comprises an actuating mechanism that is arranged on the main body, wherein a clamping torque can be applied to the clamping lever by the actuating mechanism such that said clamping lever rotates relative to the main body from a release position, in which the device is movable relative to the support element, into a clamping position, in which the device is frictionally fixed on the support element owing to the torque transmission action.
A method of establishing a secure access to a proprietary network, the method comprising the steps of: establishing a communication link between a first device and the proprietary network using a first level of secure access to the network; requesting an access code by the first device; generating an access code by the proprietary network in response to the request; receiving the access code by the first device; entering the access code into a second device communicatively coupled to the proprietary network, wherein the second device is positioned in a secure location physically accessible only to an authorized user; comparing the entered access code to the generated access code by the proprietary network; and enabling a second level of secure access between the first device and the proprietary network. establishing a communication link between a first device and the proprietary network using a first level of secure access to the network; requesting an access code by the first device; generating an access code by the proprietary network in response to the request; receiving the access code by the first device; entering the access code into a second device communicatively coupled to the proprietary network, wherein the second device is positioned in a secure location physically accessible only to an authorized user; comparing the entered access code to the generated access code by the proprietary network; and enabling a second level of secure access between the first device and the proprietary network.
A mobile surface cleaning robot composing: a robot body having a forward drive direction; a drive system supporting the robot body above a floor surface for maneuvering the robot across the floor surface; a robot controller in communication with the drive system; a collection volume supported by the robot body; a cleaning cartridge releasably supported by the robot body and arranged to clean the floor surface, the cleaning cartridge composing: a first vacuum squeegee having a first duct; a driven roller brush rotatably supported rearward of the first vacuum squeegee; a second vacuum squeegee disposed rearward of the roller brush and having a second duct; and a third duct in fluid communication with the first and second ducts (208a, 208b), characterized in that the third duct is connectable to the collection volume at a fluid-tight interface formed by selectively engaging the cleaning cartridge with the robot body); and further characterized in that the cleaning cartridge comprises an engagement element for selectively engaging the cleaning cartridge with the robot body, the engagement element providing audible or physical verification of successful engagement. a robot body having a forward drive direction; a drive system supporting the robot body above a floor surface for maneuvering the robot across the floor surface; a robot controller in communication with the drive system; a collection volume supported by the robot body; a cleaning cartridge releasably supported by the robot body and arranged to clean the floor surface, the cleaning cartridge composing: a first vacuum squeegee having a first duct; a driven roller brush rotatably supported rearward of the first vacuum squeegee; a second vacuum squeegee disposed rearward of the roller brush and having a second duct; and a third duct in fluid communication with the first and second ducts (208a, 208b), characterized in that the third duct is connectable to the collection volume at a fluid-tight interface formed by selectively engaging the cleaning cartridge with the robot body); and further characterized in that the cleaning cartridge comprises an engagement element for selectively engaging the cleaning cartridge with the robot body, the engagement element providing audible or physical verification of successful engagement. a first vacuum squeegee having a first duct; a driven roller brush rotatably supported rearward of the first vacuum squeegee; a second vacuum squeegee disposed rearward of the roller brush and having a second duct; and a third duct in fluid communication with the first and second ducts (208a, 208b), characterized in that the third duct is connectable to the collection volume at a fluid-tight interface formed by selectively engaging the cleaning cartridge with the robot body); and further characterized in that the cleaning cartridge comprises an engagement element for selectively engaging the cleaning cartridge with the robot body, the engagement element providing audible or physical verification of successful engagement.
A process for preparing a polythiol, which comprises: reacting 1 equivalent of an organohalide or a polyol containing a sulfur atom with 1.11 to 1.30 equivalents of thiourea; hydrolyzing the reaction product to obtain a crude polythiol; and subjecting the crude polythiol to acid washing and water washing to remove unreacted thiourea, wherein the acid washing is carried out twice or more, and wherein the water washing is repeatedly carried out until the waste liquid has a pH of 6 to 7. reacting 1 equivalent of an organohalide or a polyol containing a sulfur atom with 1.11 to 1.30 equivalents of thiourea; hydrolyzing the reaction product to obtain a crude polythiol; and subjecting the crude polythiol to acid washing and water washing to remove unreacted thiourea, wherein the acid washing is carried out twice or more, and wherein the water washing is repeatedly carried out until the waste liquid has a pH of 6 to 7.
A capacitive matrix arrangement, comprising an active medium, which is embedded in a layer between a first set and a second set of respective parallel addressing electrodes, wherein the addressing electrodes of the first set form word lines and the addressing electrodes of the second set form bit lines of the matrix arrangement, wherein word lines and bit lines intersect at crossing points and capacitor cells with the intervening active medium are arranged at the crossing points, being selectable by actuation of the word lines and bit lines, characterized in that the word lines at least in the area of the crossing points consist of a material with variable Debye length, i.e., a material with variable mobile charge carrier concentration, and are arranged between the active medium and a non-active dielectric, forming with them a layered arrangement, and the layered arrangement is situated between a reference electrode (5, 6) and the bit lines, wherein - a first layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the reference electrode and - alternatively a second layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the bit lines. - a first layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the reference electrode and - alternatively a second layer of the layered arrangement is chosen such that the active medium as seen from the word line is situated on the side with the bit lines.
Microspheres, comprising: at least 45 wt-% TiO 2; at least 0.5 wt-% and less than 10 wt-% of one or more metal oxides selected from oxides of the lanthanide series elements; and between 0.5 wt-% and 25 wt-% of a combination of at least two alkaline earth oxides selected from a group consisting of barium oxide, strontium oxide, and magnesium oxide wherein the microspheres have a refractive index of at least 2.3. at least 45 wt-% TiO 2; at least 0.5 wt-% and less than 10 wt-% of one or more metal oxides selected from oxides of the lanthanide series elements; and between 0.5 wt-% and 25 wt-% of a combination of at least two alkaline earth oxides selected from a group consisting of barium oxide, strontium oxide, and magnesium oxide wherein the microspheres have a refractive index of at least 2.3.
Method for operating a hob, in which an operating element arranged at a positioning region can be moved to set an operating condition of the hob, wherein the operating element, in the state where it is arranged at the positioning region, is touched in a location-specific manner at a touch-sensitive operating field arranged at the operating element and, as a result, a functional subunit (4 to 8) of the hob is selected and the selection is automatically confirmed by releasing the touch-sensitive operating field or by rotating the operating element while the operating field continues to be touched, wherein after the selection of a functional subunit (4 to 8) by the location-specific touching of the operating field, the operating field is released and the operating element is rotated in order to set a value of an operating parameter of the confirmed functional subunit (4 to 8), or wherein after the selection of the functional subunit (4 to 8) the operating field remained touched and in the touched state the operating element is rotated, wherein the selection is confirmed when the rotation begins and, by rotating, a value of a parameter of the confirmed functional subunit (4 to 8) is set, characterised in that when touching or when releasing, a display unit, which is assigned to one of selected functional subunit (4 to 8) and is embodied adjacent to the positioning region, is activated, wherein the positioning region is arranged on a hob plate or directly adjacent to a hob and thus also adjacent to the hob plate in a worktop in which the hob is integrated, and wherein at least one value for an operating parameter of the functional subunit (4 to 8) is displayed on the display unit.
Biotin for use thereof in the treatment of a demyelinating neuropathy, wherein said demyelinating neuropathy is chosen in the group consisting of demyelinating neuropathy associated with immunoglobulin M (IgM) monoclonal gammopathy and antibodies against myelin-associated glycoprotein, typical chronic inflammatory demyelinating polyradiculoneuropathy, atypical chronic inflammatory demyelinating polyradiculoneuropathy, Charcot Marie Tooth la disease and Guillain-Barre syndrome.
Method for displaying a new rectangular window in a display area on a screen of a display device, said display area already comprising at least one first rectangular window, the new window being displayed progressively towards the inside and starting from an initial location of an edge of the first window in the display area, said method comprising steps of: shifting the content of the first window starting from the initial location of said edge, over a distance corresponding to the dimension of said new window in a second direction perpendicular to a first direction parallel to said edge, said shifting being performed without causing any deformation of the initial content of the first window; displaying the new window, along the initial location of said edge, this display having the effect of decreasing said first window by the same amount in said second direction such that all of the initial content of the first window is accessible in the first window by scrolling through the initial content in the first window, once the entire new window has been displayed; wherein said new window is divided into a plurality of bands parallel to said edge and, for each of said bands: said initial content of the first window is shifted from said edge over a distance corresponding to the dimension of said band in said second direction; and the band of the new window is displayed along said edge. shifting the content of the first window starting from the initial location of said edge, over a distance corresponding to the dimension of said new window in a second direction perpendicular to a first direction parallel to said edge, said shifting being performed without causing any deformation of the initial content of the first window; displaying the new window, along the initial location of said edge, this display having the effect of decreasing said first window by the same amount in said second direction such that all of the initial content of the first window is accessible in the first window by scrolling through the initial content in the first window, once the entire new window has been displayed; wherein said new window is divided into a plurality of bands parallel to said edge and, for each of said bands: said initial content of the first window is shifted from said edge over a distance corresponding to the dimension of said band in said second direction; and the band of the new window is displayed along said edge. said initial content of the first window is shifted from said edge over a distance corresponding to the dimension of said band in said second direction; and the band of the new window is displayed along said edge.
Process for treating, in particular for coating, seeds, comprising at least: - a step of dispersing, in an aqueous medium, a hydratable compound, the hydratable compound being present in the dispersion at a concentration of at least 4.5% by weight relative to the total weight of the dispersion, and - a step of bringing the dispersion thus obtained into contact with seeds, characterized in that the step of bringing the dispersion into contact with the seeds is carried out at the latest 180 s after the hydratable compound has been brought into contact with the aqueous medium, and in that said hydratable compound is chosen from galactomannans and derivatives thereof. - a step of dispersing, in an aqueous medium, a hydratable compound, the hydratable compound being present in the dispersion at a concentration of at least 4.5% by weight relative to the total weight of the dispersion, and - a step of bringing the dispersion thus obtained into contact with seeds, the step of bringing the dispersion into contact with the seeds is carried out at the latest 180 s after the hydratable compound has been brought into contact with the aqueous medium, and in that said hydratable compound is chosen from galactomannans and derivatives thereof.
A detection method, carried out by a user terminal, for detecting downlink transmission signals, the method comprising: obtaining first configuration information; determining detection parameters for the downlink transmission according to the first configuration information; and detecting the downlink transmission on an unlicensed frequency band according to the detection parameters, characterised in that: the first configuration information configures at least two groups of the detection parameters for the downlink transmission, wherein each group of detection parameters includes at least a type of downlink transmission signal and a detection position, and detecting the downlink transmission on the unlicensed frequency band according to the detection parameters comprises: detecting at least two different downlink transmission signals at different positions of the unlicensed frequency band according to the at least two groups of the detection parameters for the downlink transmission. obtaining first configuration information; determining detection parameters for the downlink transmission according to the first configuration information; and detecting the downlink transmission on an unlicensed frequency band according to the detection parameters, characterised in that: the first configuration information configures at least two groups of the detection parameters for the downlink transmission, wherein each group of detection parameters includes at least a type of downlink transmission signal and a detection position, and detecting the downlink transmission on the unlicensed frequency band according to the detection parameters comprises: detecting at least two different downlink transmission signals at different positions of the unlicensed frequency band according to the at least two groups of the detection parameters for the downlink transmission.
An apparatus of a base station for transmitting channel state information reference signals, CSI-RSs, the apparatus comprising: a controller configured to: identify a total number of antenna ports, APs, in a two-dimensional, 2D, antenna array associated with an aggregation of at least two CSI-RS configurations using non-zero power transmission for a subframe; and a transceiver configured to: transmit information on the at least two CSI-RS configurations; transmit CSI-RSs corresponding to the total number of antenna ports and the at least two CSI-RS configurations in the subframe, wherein each CSI-RS configuration includes a CSI-RS type field indicating whether the configured CSI-RS is a horizontal CSI-RS or a vertical CSI-RS. a controller configured to: identify a total number of antenna ports, APs, in a two-dimensional, 2D, antenna array associated with an aggregation of at least two CSI-RS configurations using non-zero power transmission for a subframe; and a transceiver configured to: transmit information on the at least two CSI-RS configurations; transmit CSI-RSs corresponding to the total number of antenna ports and the at least two CSI-RS configurations in the subframe, wherein transmit information on the at least two CSI-RS configurations; transmit CSI-RSs corresponding to the total number of antenna ports and the at least two CSI-RS configurations in the subframe, wherein each CSI-RS configuration includes a CSI-RS type field indicating whether the configured CSI-RS is a horizontal CSI-RS or a vertical CSI-RS.
Bogie (1, 1') for a rail vehicle, in particular configured as a driven bogie, having at least two wheelsets with wheels and a wheelset axle, a frame with at least two longitudinal carriers (2, 2') and at least one crossmember (2a, 2a'), and first primary suspension means (13, 13') suitable for suspending the wheelsets with respect to the frame, and wheelset bearings (12, 12') which mount the wheelsets in the frame, the longitudinal carriers being configured in each case as a self-supporting housing (2, 2'), by which the respective wheelset bearings (12, 12') of the two wheelsets are enclosed, at least one, preferably at least one per wheelset, of the first primary suspension means (13, 13') being configured in such a way that drive torque can be transmitted via it during operation, characterized in that the respective first primary suspension means (13, 13') are likewise enclosed by the self-supporting housing (2, 2') and in that the first primary suspension means (13, 13') are arranged within the respective wheelset bearings (12, 12') as viewed radially.
A method for parallel sequencing of a target DNA comprising: a) providing a library of linear target DNA fragments comprising a first transposon end and a first amplification tag domain affixed to the 5' end of the target DNA fragments and a second transposon end and a second amplification tag domain affixed to the 5' end of the complementary strand of the target DNA fragments wherein the transposon ends are affixed to the DNA fragments via an in vitro transposition reaction comprising a plurality of transposomes, each transposome comprising a transposase and transposon ends, b) denaturing the library of linear DNA fragments to generate single stranded DNA fragments, c) capturing the single stranded DNA fragments on a substrate under conditions wherein a portion of the fragments are captured on the substrate, and d) parallel sequencing the captured DNA fragments, wherein the captured DNA fragments are sequenced simultaneously in a single multiplex format. a) providing a library of linear target DNA fragments comprising a first transposon end and a first amplification tag domain affixed to the 5' end of the target DNA fragments and a second transposon end and a second amplification tag domain affixed to the 5' end of the complementary strand of the target DNA fragments wherein the transposon ends are affixed to the DNA fragments via an in vitro transposition reaction comprising a plurality of transposomes, each transposome comprising a transposase and transposon ends, b) denaturing the library of linear DNA fragments to generate single stranded DNA fragments, c) capturing the single stranded DNA fragments on a substrate under conditions wherein a portion of the fragments are captured on the substrate, and d) parallel sequencing the captured DNA fragments, wherein the captured DNA fragments are sequenced simultaneously in a single multiplex format.