mhurhangee/ep-ind-claims huggingface dataset:
Drainage fitting for a flushing cistern, comprising a valve body with a sealing element cooperating with a valve seat, and a float, wherein the valve body is movable with the sealing element from the valve seat along a center axis from a resting position into a flushing position and from the flushing position into the resting position, and a float chamber with an opening, through which the valve body extends, wherein the float is movable within the float chamber along the center axis and hydraulically cooperates with the float chamber, wherein the float chamber comprises at least one guiding passage formed for the triggering of a first flushing with a first flushing amount, through which, as soon as a flushing water level surrounding the drainage fitting has sunken to the height of the guiding passage, air from areas outside of the float chamber can enter into the float chamber, such that the pressure ratios between the float chamber and the areas outside of the float chamber can be equalized, wherein the float is movable from the flushing position to the resting position upon the equalization of the pressure ratios, wherein a central axis extends centrally through the float chamber, wherein the valve body is arranged in a laterally offset manner with respect to the float chamber, such that the center axis lies with a transverse offset with respect to the central axis of the float chamber and wherein the drainage fitting furthermore comprises a control unit for controlling a second flushing amount, wherein the control unit provides, upon reaching a water level prescribed for the second flushing amount, with a closing weight a closing force on the valve body, wherein the closing force can be switched or transferred, respectively, via a switching device from the control unit to the valve body.
Overcurrent protection device for protecting a consumer (11, 12; 13, 14) arranged in a DC grid, wherein in the DC grid the consumer (11, 12; 13, 14) is coupled via the overcurrent protection device (11S, 13S) to a supply rail, which can be connected or is connected to a supply potential of the DC grid, wherein the overcurrent protection device (11S, 13S) is designed - to ascertain a present trigger value on the basis of a detection value of a current (I 11, I 13) flowing through the overcurrent protection device (11S, 13S) and on the basis of a current-dependent trigger characteristic curve associated with the consumer (11, 12; 13, 14); - to compare the present trigger value with a previously stipulated threshold value; and - to trigger when the present trigger value exceeds the threshold value and not to trigger when the present trigger value does not exceed the threshold value; - wherein, when the present trigger value is ascertained based on the trigger characteristic curve, the detection value of the current flowing through the overcurrent protection device is taken into consideration together with a first or a second factor, depending on the current direction. - to ascertain a present trigger value on the basis of a detection value of a current (I 11, I 13) flowing through the overcurrent protection device (11S, 13S) and on the basis of a current-dependent trigger characteristic curve associated with the consumer (11, 12; 13, 14); - to compare the present trigger value with a previously stipulated threshold value; and - to trigger when the present trigger value exceeds the threshold value and not to trigger when the present trigger value does not exceed the threshold value; - wherein, when the present trigger value is ascertained based on the trigger characteristic curve, the detection value of the current flowing through the overcurrent protection device is taken into consideration together with a first or a second factor, depending on the current direction.
A method of enhancing the efficacy of agricultural formulations comprising at least one agricultural active, said method comprising adding to said formulation a nitrogen containing surfactant having at least one of the following functional groups: N + -CH 2 COO - or N + -CH 2 COO - M +, and is of the following general structure: where R is C6 - C22 linear or branched, saturated or non-saturated hydrocarbon group; A = C1 - C3 linear or branched alkylene; m = 0 - 10; B = C2 - C6 alkylene; p = 1 - 5; r = 0 - 1; t = 0 - 1; R 1 is nothing, hydrogen or CH 3 and the whole molecule has a chloride as the counter ion for each hydrogen or CH 3 when R 1 is hydrogen or CH 3; X =Y=Z=methyl, M is H, Na, K, Li, NH 4, monoethanolamine, diethanolamine, triethanolamine, isopropylamine, dimethyamine, or dimethylamidopropylamine, and wherein the agricultural active comprises glyphosate and/or a salt of glyphosate. where R is C6 - C22 linear or branched, saturated or non-saturated hydrocarbon group; A = C1 - C3 linear or branched alkylene; m = 0 - 10; B = C2 - C6 alkylene; p = 1 - 5; r = 0 - 1; t = 0 - 1; R 1 is nothing, hydrogen or CH 3 and the whole molecule has a chloride as the counter ion for each hydrogen or CH 3 when R 1 is hydrogen or CH 3; X =Y=Z=methyl, M is H, Na, K, Li, NH 4, monoethanolamine, diethanolamine, triethanolamine, isopropylamine, dimethyamine, or dimethylamidopropylamine, and wherein the agricultural active comprises glyphosate and/or a salt of glyphosate.
Agent where at least 50 wt% of the agent has a particle size of 1 mm or more, containing • at least one inorganic pigment selected from the group of iron oxides, iron oxide hydroxides, chromium oxides, titanium dioxides and/or mixed-phase pigments based on metal oxides, • one or more oils, • at least one Fischer-Tropsch wax having a congealing point between 50 and 140°C and a needle penetration at 25°C of up to 1 mm, and at least one second wax having a congealing point between 50 and 140°C, wherein this wax is not a Fischer-Tropsch wax nor a polyolefin wax, wherein the total amount of Fischer-Tropsch wax and second wax is from 10 to 25 wt% based on the total amount of the agent. • at least one inorganic pigment selected from the group of iron oxides, iron oxide hydroxides, chromium oxides, titanium dioxides and/or mixed-phase pigments based on metal oxides, • one or more oils, • at least one Fischer-Tropsch wax having a congealing point between 50 and 140°C and a needle penetration at 25°C of up to 1 mm, and at least one second wax having a congealing point between 50 and 140°C, wherein this wax is not a Fischer-Tropsch wax nor a polyolefin wax, wherein the total amount of Fischer-Tropsch wax and second wax is from 10 to 25 wt% based on the total amount of the agent.
An instrument system comprising: an instrument configured to process and analyze samples; a presentation unit configured to support a plurality of sample containers containing the samples to be processed and analyzed by the instrument; and a computing device comprising a display device, at least one processing device and at least one computer readable storage device, the computer readable storage device storing data instructions, which when executed by the at least one processing device are configured to cause the at least one processing device to generate a user interface on the display device, the user interface including a presentation unit display, the presentation unit display including a graphical representation of the presentation unit, characterized in that the presentation unit display is configured to receive inputs from an operator to provide instructions to the instrument to cause the instrument to process and analyze the samples and at least one of the inputs is provided into the graphical representation of the presentation unit. an instrument configured to process and analyze samples; a presentation unit configured to support a plurality of sample containers containing the samples to be processed and analyzed by the instrument; and a computing device comprising a display device, at least one processing device and at least one computer readable storage device, the computer readable storage device storing data instructions, which when executed by the at least one processing device are configured to cause the at least one processing device to generate a user interface on the display device, the user interface including a presentation unit display, the presentation unit display including a graphical representation of the presentation unit, characterized in that the presentation unit display is configured to receive inputs from an operator to provide instructions to the instrument to cause the instrument to process and analyze the samples and at least one of the inputs is provided into the graphical representation of the presentation unit.
Migalastat or salt thereof for use in stabilizing cardiac function in an enzyme replacement therapy -experienced patient having Fabry disease, wherein the patient is administered 123 mg free base equivalent of the migalastat or salt thereof every other day.
Working cylinder, in particular slave cylinder of a release system of a vehicle, there being fluid ducts in an end face of a housing of the working cylinder, in each case one piston which is arranged axially displaceably in a recess of the housing being assigned at least one fluid duct, characterized in that at least one first fluid duct (1.1) which is configured in the end face is closed in a sealed manner with respect to the fluid medium by means of a first plate, the contour of which is adapted to the contour of the first fluid duct (1.1).
An enclosure comprising: first and second housing pieces (212, 214) that cooperate to define an enclosed interior of the enclosure, the first and second housing pieces (212, 214) mating at an interface that extends at least substantially about a perimeter of the enclosure; a perimeter seal that extends at least substantially about the perimeter of the enclosure at the interface between the first and second housing pieces; the first and second housing pieces (212, 214) being pivotally connected by a hinge, that allows relative pivotal movement between the first and second housing pieces (212, 214) such that the enclosure can be pivoted between an open configuration and a staged configuration, the first and second housing pieces (212, 214) being oriented in registration with one another when the enclosure is in the staged configuration; and the hinge including a hinge pin receiver integrated with the second housing piece that receives a hinge pin integrated with the first housing piece, the hinge pin receiver defining a slide track, the hinge pin and the slide track cooperating such that the hinge pin slides in the slide track to thereby translate the first housing piece toward the second housing piece without pivoting the first housing piece relative to the second housing piece and to thereby move the enclosure from the staged configuration to a mated configuration in which the first and second housing pieces (212, 214) are mated at the interface and the perimeter seal is compressed between the first and second housing pieces (212, 214). first and second housing pieces (212, 214) that cooperate to define an enclosed interior of the enclosure, the first and second housing pieces (212, 214) mating at an interface that extends at least substantially about a perimeter of the enclosure; a perimeter seal that extends at least substantially about the perimeter of the enclosure at the interface between the first and second housing pieces; the first and second housing pieces (212, 214) being pivotally connected by a hinge, that allows relative pivotal movement between the first and second housing pieces (212, 214) such that the enclosure can be pivoted between an open configuration and a staged configuration, the first and second housing pieces (212, 214) being oriented in registration with one another when the enclosure is in the staged configuration; and the hinge including a hinge pin receiver integrated with the second housing piece that receives a hinge pin integrated with the first housing piece, the hinge pin receiver defining a slide track, the hinge pin and the slide track cooperating such that the hinge pin slides in the slide track to thereby translate the first housing piece toward the second housing piece without pivoting the first housing piece relative to the second housing piece and to thereby move the enclosure from the staged configuration to a mated configuration in which the first and second housing pieces (212, 214) are mated at the interface and the perimeter seal is compressed between the first and second housing pieces (212, 214).
A chromatic dispersion measurement method, comprising: performing chromatic dispersion sequence process on acquired frequency domain data to obtain chromatic dispersion sequences of the frequency domain data; performing correlation operation process with a preset interval on the obtained chromatic dispersion sequences, respectively, and calculating a sum of obtained correlation values to obtain a first value; and determining a chromatic dispersion value according to the first value, a frequency value per unit frequency interval of the frequency domain data, and the preset interval, characterized in that the determining a chromatic dispersion value according to the first value, a frequency value per unit frequency interval of the frequency domain data, and the preset interval comprises: calculating an argument of the first value to obtain a second value; dividing the second value by the preset interval to obtain a third value; multiplying a square of a wavelength of an optical signal corresponding to the frequency domain data by the frequency value per unit frequency interval of the frequency domain data and the system symbol rate to obtain a fourth value; dividing velocity of light by the fourth value to obtain a fifth value; and multiplying the third value by the fifth value to obtain the chromatic dispersion value. performing chromatic dispersion sequence process on acquired frequency domain data to obtain chromatic dispersion sequences of the frequency domain data; performing correlation operation process with a preset interval on the obtained chromatic dispersion sequences, respectively, and calculating a sum of obtained correlation values to obtain a first value; and determining a chromatic dispersion value according to the first value, a frequency value per unit frequency interval of the frequency domain data, and the preset interval, characterized in that the determining a chromatic dispersion value according to the first value, a frequency value per unit frequency interval of the frequency domain data, and the preset interval comprises: calculating an argument of the first value to obtain a second value; dividing the second value by the preset interval to obtain a third value; multiplying a square of a wavelength of an optical signal corresponding to the frequency domain data by the frequency value per unit frequency interval of the frequency domain data and the system symbol rate to obtain a fourth value; dividing velocity of light by the fourth value to obtain a fifth value; and multiplying the third value by the fifth value to obtain the chromatic dispersion value. calculating an argument of the first value to obtain a second value; dividing the second value by the preset interval to obtain a third value; multiplying a square of a wavelength of an optical signal corresponding to the frequency domain data by the frequency value per unit frequency interval of the frequency domain data and the system symbol rate to obtain a fourth value; dividing velocity of light by the fourth value to obtain a fifth value; and multiplying the third value by the fifth value to obtain the chromatic dispersion value.
Press-bound tool for placing a plurality of resistance welding elements in at least one planar workpiece, - having a tool lower part to be disposed on the press bed, and a tool upper part to be fastened to the press ram, the workpiece being disposable substantially across the entire area therebetween and being fixable in a defined position by a closing movement of the tool upper part; - having a plurality of placing heads (25, 35) by way of which in the course of the closing movement a multiplicity of resistance welding elements are capable of being punched or pressed into the fixed workpiece without pilot holes; characterized in that the placing heads (25, 35) are disposed in the tool lower part as well as in the tool upper part, wherein by way of the placing heads (25, 35) a multiplicity of resistance welding elements are capable of being punched or pressed from both workpiece sides into the fixed workpiece in the course of the closing movement, to which end each tool part (2, 3) has one base plate (21, 31) and one carrier plate (23, 33) that by way of gas pressure springs (22, 32) is spaced apart from and is movable relative to said base plate (21, 31), the placing heads (25, 35) being fastened to said carrier plate (23, 33), and the carrier plates (23, 33) for activating the placing heads (25, 35) are pressed against the base plates (21, 31) during the closing movement. - having a tool lower part to be disposed on the press bed, and a tool upper part to be fastened to the press ram, the workpiece being disposable substantially across the entire area therebetween and being fixable in a defined position by a closing movement of the tool upper part; - having a plurality of placing heads (25, 35) by way of which in the course of the closing movement a multiplicity of resistance welding elements are capable of being punched or pressed into the fixed workpiece without pilot holes;
A robot-supported flexible-arm boring machine capable of excavating a tunnel with a cross-section, comprising a cutterhead and cutter system and a main beam, a rear portion of the main beam being connected to a front portion of a rear gripper by means of a thrust cylinder, and a rear portion of the rear gripper being connected to a rear support, characterized in that the cutterhead and cutter system comprises at least two cutterheads, which are arranged at the front portion of the robot in parallel, a front portion of the main beam is flexibly connected to the cutterhead and cutter system by means of a robot, said robot is capable of realizing multi-degree-of-freedom movements of the cutterhead.
Roof mounted bike carrier comprising a wheel tray and a support structure, said supporting structure comprising - a first attachment part and a second attachment part being separable from said first attachment part, and - a bike supporting device having a coupling section coupled to said first attachment part and adapted to support a bike with a supporting section thereof, wherein - said second attachment part comprises a wheel tray attachment part fixedly mountable to an underside of a wheel tray of said bike carrier, and wherein - said first attachment part and said second attachment part are structured so as to be invertedly couplable for providing respective reversed positions of said bike supporting device with respect to said second attachment part, and further wherein - said first attachment part and said second attachment part comprise attachment openings (9, 10, 11) for accommodating attachment means (7b, 8c) for fixing said first and second attachment part (5, 6) to a cross bar of a load carrier system, said attachment openings (9, 10, 11) being arranged in said first and second attachment parts (5, 6) such that attachment openings of said second attachment part are aligned with attachment openings (10, 11) of said first attachment part when said attachment parts (5, 6) are coupled to each other, wherein said attachment openings (9, 10, 11) are preferably arranged symmetrically on said attachment parts (4, 5). - a first attachment part and a second attachment part being separable from said first attachment part, and - a bike supporting device having a coupling section coupled to said first attachment part and adapted to support a bike with a supporting section thereof, wherein - said second attachment part comprises a wheel tray attachment part fixedly mountable to an underside of a wheel tray of said bike carrier, and wherein - said first attachment part and said second attachment part are structured so as to be invertedly couplable for providing respective reversed positions of said bike supporting device with respect to said second attachment part, and further wherein - said first attachment part and said second attachment part comprise attachment openings (9, 10, 11) for accommodating attachment means (7b, 8c) for fixing said first and second attachment part (5, 6) to a cross bar of a load carrier system, said attachment openings (9, 10, 11) being arranged in said first and second attachment parts (5, 6) such that attachment openings of said second attachment part are aligned with attachment openings (10, 11) of said first attachment part when said attachment parts (5, 6) are coupled to each other, wherein said attachment openings (9, 10, 11) are preferably arranged symmetrically on said attachment parts (4, 5).
A method performed by a computing system for providing a private key of a first device to a second device for performing a cryptographic action on behalf of an owner of the private key, wherein the second device is an edge server of a content delivery network and the first device is a key server of a customer of the content delivery network whose content is delivered by the content delivery network, the method comprising: receiving (153, 301) from the second device a quote generated by a secure enclave of the second device, the quote attesting to code of the secure enclave, and a public key of the secure enclave of the second device; verifying (154, 302) the quote to ensure that the code of the secure enclave is trusted code; encrypting the private key using the public key of the secure enclave; and after the quote is verified, sending (156, 303) to the second device the encrypted private key for storage of the decrypted private key in the secure enclave. receiving (153, 301) from the second device a quote generated by a secure enclave of the second device, the quote attesting to code of the secure enclave, and a public key of the secure enclave of the second device; verifying (154, 302) the quote to ensure that the code of the secure enclave is trusted code; encrypting the private key using the public key of the secure enclave; and after the quote is verified, sending (156, 303) to the second device the encrypted private key for storage of the decrypted private key in the secure enclave.
A mono-succinic acid salt of one of the compounds la, Ib, Ic, and Id in a solid form having the characteristic X-ray powder diffraction pattern as shown in Figure 1:
A method performed by a network node in control of a cell in a cellular telecommunication network for reducing intra-cell interference between user equipments, UEs, residing in said cell and performing random access, RA, on a Random Access Channel, RACH, comprising the steps of - arranging groups (12, 12a, 12b) of preamble sequences where the sequences within each group are orthogonal to each other, while sequences belonging to different groups are not orthogonal to each other; - assigning one such group to the cell, from which group the UEs performing RA randomly selects a preamble, and - assigning one or more additional groups (12a, 12b) of preamble sequences to said cell if the RACH or traffic load exceeds a certain threshold such that the number of sequences available for selection by the UEs is increased. - arranging groups (12, 12a, 12b) of preamble sequences where the sequences within each group are orthogonal to each other, while sequences belonging to different groups are not orthogonal to each other; - assigning one such group to the cell, from which group the UEs performing RA randomly selects a preamble, and - assigning one or more additional groups (12a, 12b) of preamble sequences to said cell if the RACH or traffic load exceeds a certain threshold such that the number of sequences available for selection by the UEs is increased.