mhurhangee/ep-ind-claims huggingface dataset:
A compound suitable as a liquid crystal orientation promoter, which is a compound of formula: Hb-(L 1) k -Sp-(L 2 -A 1) l -L 3 -T-L 4 -(A 2 -L 5) m -Sp-(L 6) n -Hb wherein: L 2 -L 5 each independently are a single bond, -O-, -S-, -CO-, -COO-, -OCO-, -COS-, -SCO-, -NRCO- or-CONR-, with R being H or C 1-6 -alkyl; Hb is a C 3-30 -alkylfluoride having a linear shape, and Hb-(L 1) k -Sp- and -Sp-(L 6) n -Hb are groups represented by any one of the following formulae: (C s F 2s+1)-(C q H 2q)-O-(C r H 2r)-, (C s F 2s+1)-(C q H 2q)-COO-(C r H 2r)- (C s F 2s+1)-(C q H 2q)-OCO-(C r H 2r)-, wherein s is 1 to 30, q is 0 to 20, r is 1 to 10, and s + q is 3 to 30; each A 1 and A 2 independently are a divalent aromatic hydrocarbon group or a heterocyclic group, T is a group selected from wherein X is C 1-8 -alkyl, alkoxy, halogen, cyano or -COOR 0, and R 0 is H, alkyl or alkylfluoride wherein an adjacent CH 2 may be substituted by O or S, or -Sp 5 -P, wherein Sp 5 is a single bond or C 1-10 -alkylene wherein a H may be substituted by F and P is a polymerizable group, Y a, Y b, Y c and Y d each independently is H or C 1-4 -alkyl; and l, m, and p each independently is an integer of ≥ 0, o is any integer of 1-4, and when l, m, o and p are ≥ 2, the plurality of structures in parentheses may be equal or different. L 2 -L 5 each independently are a single bond, -O-, -S-, -CO-, -COO-, -OCO-, -COS-, -SCO-, -NRCO- or-CONR-, with R being H or C 1-6 -alkyl; Hb is a C 3-30 -alkylfluoride having a linear shape, and Hb-(L 1) k -Sp- and -Sp-(L 6) n -Hb are groups represented by any one of the following formulae: (C s F 2s+1)-(C q H 2q)-O-(C r H 2r)-, (C s F 2s+1)-(C q H 2q)-COO-(C r H 2r)- (C s F 2s+1)-(C q H 2q)-OCO-(C r H 2r)-, wherein s is 1 to 30, q is 0 to 20, r is 1 to 10, and s + q is 3 to 30; s is 1 to 30, q is 0 to 20, r is 1 to 10, and s + q is 3 to 30; each A 1 and A 2 independently are a divalent aromatic hydrocarbon group or a heterocyclic group, T is a group selected from wherein X is C 1-8 -alkyl, alkoxy, halogen, cyano or -COOR 0, and R 0 is H, alkyl or alkylfluoride wherein an adjacent CH 2 may be substituted by O or S, or -Sp 5 -P, wherein Sp 5 is a single bond or C 1-10 -alkylene wherein a H may be substituted by F and P is a polymerizable group, Y a, Y b, Y c and Y d each independently is H or C 1-4 -alkyl; and X is C 1-8 -alkyl, alkoxy, halogen, cyano or -COOR 0, and R 0 is H, alkyl or alkylfluoride wherein an adjacent CH 2 may be substituted by O or S, or -Sp 5 -P, wherein Sp 5 is a single bond or C 1-10 -alkylene wherein a H may be substituted by F and P is a polymerizable group, Y a, Y b, Y c and Y d each independently is H or C 1-4 -alkyl; and l, m, and p each independently is an integer of ≥ 0, o is any integer of 1-4,
A skull clamp (100, 200) comprising an attachment feature (172, 272) for connecting the skull clamp with other structures, wherein the attachment feature is located on a lateral portion (164, 264) of a first arm (160, 260) of the skull clamp (100, 200), wherein the attachment feature (172, 272) includes a first starburst having a first bore, and a second starburst having a second bore, wherein the first and second starbursts (171, 173) are positioned in opposing directions, characterized in that the first and the second starbursts (171, 173) are offset from each other.
A process for electrodialytic separation of heavy metals from a suspension of heavy metal containing particulate material in a two compartment electrochemical cell comprising a cathode compartment and an anode compartment, said cathode compartment and anode compartment being separated by a cation exchange membrane, said method comprising the steps of: a) introducing the suspension of heavy metal containing particulate material as the anolyte in the anode compartment, b) introducing a liquid solution without particulate material as the catholyte in the cathode compartment, and c) applying an electric field to the electrochemical cell, whereby dissolved heavy metals are removed from the suspension of particulate material and anolyte in the anode compartment by migration through the cation exchange membrane and into the catholyte in the cathode compartment. a) introducing the suspension of heavy metal containing particulate material as the anolyte in the anode compartment, b) introducing a liquid solution without particulate material as the catholyte in the cathode compartment, and c) applying an electric field to the electrochemical cell, whereby dissolved heavy metals are removed from the suspension of particulate material and anolyte in the anode compartment by migration through the cation exchange membrane and into the catholyte in the cathode compartment.
An oil filter wrench comprising: a base having an axis; a main gear centered on the axis and rotatably disposed within the base, and wherein said main gear further includes a drive portion accessible from outside the base; a plurality of claws (18, 20, 22) each having a gear portion and an arm configured to engage an oil filter, and wherein the gear portions are rotatably disposed within the base and configured to engage the main gear such that when the main gear rotates, the arms correspondingly extend or contract relative to the base; a main spring disposed within a cavity defined by the main gear and configured to selectively bias the main gear toward rotation in either a first direction or a second direction opposite to the first direction; and characterized in that the oil filter wrench further includes a switching mechanism configured to selectively toggle between a first position and a second position, wherein in said first position, the switching mechanism engages a first tine of the main spring such that the main gear is biased to rotate in the first direction, and wherein in said second position, the switching mechanism engages a second tine of the main spring such that the main gear is biased to rotate in the second direction, and wherein the switching mechanism is toggled between the first and second positions by respectively engaging a first pin or a second pin that is integrated into one of the plurality of claws. a base having an axis; a main gear centered on the axis and rotatably disposed within the base, and wherein said main gear further includes a drive portion accessible from outside the base; a plurality of claws (18, 20, 22) each having a gear portion and an arm configured to engage an oil filter, and wherein the gear portions are rotatably disposed within the base and configured to engage the main gear such that when the main gear rotates, the arms correspondingly extend or contract relative to the base; a main spring disposed within a cavity defined by the main gear and configured to selectively bias the main gear toward rotation in either a first direction or a second direction opposite to the first direction; and characterized in that the oil filter wrench further includes a switching mechanism configured to selectively toggle between a first position and a second position, wherein in said first position, the switching mechanism engages a first tine of the main spring such that the main gear is biased to rotate in the first direction, and wherein in said second position, the switching mechanism engages a second tine of the main spring such that the main gear is biased to rotate in the second direction, and wherein the switching mechanism is toggled between the first and second positions by respectively engaging a first pin or a second pin that is integrated into one of the plurality of claws.
A particle collecting container (2, 202) that is designed as a stand structure for a cyclone pre-separator (1, 201), which particle collecting container (2, 202) can be positioned with its container bottom on a flat underlying surface in a stable manner and has an open upper surface, on which the cyclone pre-separator (1, 201) can be placed, the particle collecting container (2, 202) comprising the rectangular container bottom and four container peripheral walls (33, 34, 35, 36), which extend upwards from the container bottom and define a horizontal outer contour of the particle collecting container (2, 202), characterised in that the horizontal outer contour defined by the container peripheral walls (33, 34, 35, 36) tapers towards the container bottom and the particle collecting container (2, 202) can be stacked into an identical particle collecting container (2, 202).
Modular tower for wind turbines, comprising a plurality of frustoconical elements fitted vertically one on top of the other, each element being formed by prefabricated concrete segments fitted horizontally side by side in a ring, wherein the frustoconical elements are linked together by means of vertical and horizontal joints, wet or dry, or vertical half joints stitched together by pre-stressed bars through the existing openings in a vertical rim, characterized in that ° the higher elements of the tower are formed by a smaller number of segments than the lower elements.
Projectile for bird strike tests, comprising a gel-like or jelly-like material, characterized by a stabilization device that is arranged in the projectile for the stabilization of the gel-like or jelly-like material and for the reduction or prevention of a deformation of the projectile in a flight phase, such that the projectile is dimensionally stable in flight.
An elevator, comprising: a hoistway; and a machine room located in an upper part of the hoistway, the machine room comprising at least a hoisting machine and a governor provided inside, wherein: the machine room comprises a governor-housing space, which is open on a machine-room floor upper surface and is formed in a machine-room floor constituting a bottom surface of the machine room; and the governor is provided in the governor-housing space so that a governor bottom-portion is located at a position lower than the machine-room floor upper surface. a hoistway; and a machine room located in an upper part of the hoistway, the machine room comprising at least a hoisting machine and a governor provided inside, wherein: the machine room comprises a governor-housing space, which is open on a machine-room floor upper surface and is formed in a machine-room floor constituting a bottom surface of the machine room; and the governor is provided in the governor-housing space so that a governor bottom-portion is located at a position lower than the machine-room floor upper surface. the machine room comprises a governor-housing space, which is open on a machine-room floor upper surface and is formed in a machine-room floor constituting a bottom surface of the machine room; and the governor is provided in the governor-housing space so that a governor bottom-portion is located at a position lower than the machine-room floor upper surface.
A motor comprising: a shaft having a central axis extending in one direction as a center thereof; two rotors (31, 32) attached to the shaft and spaced from each other in an axial direction by a predetermined distance; a stator arranged between the two rotors (31, 32); a busbar unit (60, 260) arranged on an axial side of at least one of the two rotors (31, 32), and arranged to hold a busbar (62, 262) electrically connected to the stator; and a housing (21, 221) arranged to hold the stator and house the two rotors (31, 32) therein; wherein the stator includes a plurality of cores arranged in a circumferential direction, and coils wound around the cores; a lead wire drawn out from the coils is arranged to extend, radially outside of one of the rotors (31, 32), from the corresponding core to a position on the axial side of said one of the rotors (31, 32), and is connected to the busbar (62, 262) at said position; the busbar unit (60, 260) is housed in the housing (21, 221); wherein the stator includes a lead wire support portion arranged radially outside to said one of the rotors (31, 32), and the lead wire is led out in the axial direction from the corresponding core through the lead wire support portion; and wherein the lead wire is connected to the busbar (62, 262) on the axial side of the lead wire support portion; characterized in that the lead wire is connected to the busbar (62, 262) at a position radially inward of the lead wire support portion. a shaft having a central axis extending in one direction as a center thereof; two rotors (31, 32) attached to the shaft and spaced from each other in an axial direction by a predetermined distance; a stator arranged between the two rotors (31, 32); a busbar unit (60, 260) arranged on an axial side of at least one of the two rotors (31, 32), and arranged to hold a busbar (62, 262) electrically connected to the stator; and a housing (21, 221) arranged to hold the stator and house the two rotors (31, 32) therein; wherein the stator includes a plurality of cores arranged in a circumferential direction, and coils wound around the cores; a lead wire drawn out from the coils is arranged to extend, radially outside of one of the rotors (31, 32), from the corresponding core to a position on the axial side of said one of the rotors (31, 32), and is connected to the busbar (62, 262) at said position; the busbar unit (60, 260) is housed in the housing (21, 221); wherein the stator includes a lead wire support portion arranged radially outside to said one of the rotors (31, 32), and the lead wire is led out in the axial direction from the corresponding core through the lead wire support portion; and wherein the lead wire is connected to the busbar (62, 262) on the axial side of the lead wire support portion; characterized in that the lead wire is connected to the busbar (62, 262) at a position radially inward of the lead wire support portion.
A hardening nickel-chromium-iron-titanium-aluminium wrought alloy having an excellent wear resistance and a simultaneously high creep resistance, a good high temperature corrosion resistance and a good workability, comprising (in % by mass) > 18 through 26 % chromium, 1.5 through 3.0 % titanium, 0.6 through 2.0 % aluminium, 7.0 through 40 % iron, 0.005 through 0.10 % carbon, 0.0005 through 0.050 % nitrogen, 0.0005 through 0.030 % phosphorous, max. 0.010 % sulphur, max. 0.020 % oxygen, max. 0.70 % silicon, max. 2.0 % manganese, max. 0.05 % magnesium, max. 0.05 % calcium, max. 0.5 % molybdenum, max. 0.5 % tungsten, max. 0.2 % niobium, max. 0.5 % copper, max. 0.5 % vanadium, if required 0 through 15 % Co, if required 0 through 0.20 % Zr, if required 0.0001 through 0.008 % boron, wherein optionally the following elements can still be contained in the alloy: Y 0 - 0.20 % and/or La 0 - 0.20 % and/or Ce 0 - 0.20 % and/or cerium mischmetall 0 - 0.20 % and/or Hf 0 - 0.20 % and/or Ta 0 - 0.60 % the rest being nickel and the usual process dependent impurities in amounts of max. 0.002 % Pb, max. 0.002 % Zn, max. 0.002 % Sn, wherein the nickel content is higher than 40 % and wherein the following relations have to be fulfilled: Cr + Fe + Co ≥ 25 % in order to achieve a high wear resistance and fh ≥ 0 fh = 6.49 + 3.88 Ti + 1.36 Al − 0.301 Fe + 0.759 − 0.0209 Co Co − 0.428 Cr − 28.2 C for obtaining a sufficient solidity at higher temperatures, wherein Ti, Al, Fe, Co, Cr and C indicate the concentration of the relevant elements in % by mass and fh is indicated in %.
A system for producing methanol/methane, said system comprising an electrolysis section producing hydrogen and oxygen from the cleaving of water molecules, and said system further comprising a closed cultivation/breeding container/pond for aquatic organisms creating CO 2 through the metabolism of the aquatic animals as well as biodegradation of faeces and unused feed at the bottom of the breeding/cultivation container/pond to be liberated into the water surrounding said organisms forming CO 2 -rich water, said CO 2 -rich water being transported to a CO 2 -liberating section forming gaseous CO 2 and CO 2 -poor water, said liberated gaseous CO 2 being transported to a reactor (6,6') and being combined with said hydrogen from said electrolysis plant for creating methanol and/or methane as an end product, said methanol/methane being isolated and exited from said system, the system being characterized in that the oxygen liberated from said cleaving of water molecules is introduced into the water in the cultivation/breeding plant for the aquatic animals.
Mechanical device for carrying, handling and placing an explosive cone for the release of overhangs in underground mines, attachable to a semi-automated handling arm, characterized in that the device comprises: (i) a gripping system of the explosive cone; (ii) a fitting spring; (iii) a support plate; (iv) two pneumatic thrust cylinders (5,6); (v) a pneumatic motor for rotation; (vi) a pneumatic motor for inclination with endless screw and crown system; (vii) a joint support; and (viii) a protective cover covering the pneumatic cylinder and the pneumatic motors.
Computer-implemented method for making a neural network more robust against adversarial disruptions, wherein the neural network is supplied with sensor data from a sensor of a motor vehicle, wherein, by means of at least one manipulator device (6, 8), during a use phase of the neural network, input data (11, 13) of at least one layer (5-0, 5-x, 5-i) of the neural network are at least partially modified, before being supplied to the at least one layer (5-0, 5-x, 5-i), in such a way that the modified input data (12, 15) are statistically more probable than the unmodified input data (11, 13) of the at least one layer (5-0, 5-x, 5-i), according to a statistical model provided to the at least one manipulator device (6, 8), wherein the statistical model in each case maps statistical properties of input data (11, 13) of the at least one layer (5-0, 5-x, 5-i) in the event that the neural network is supplied with training data of a training data set on which the neural network was trained. wherein, by means of at least one manipulator device (6, 8), during a use phase of the neural network, input data (11, 13) of at least one layer (5-0, 5-x, 5-i) of the neural network are at least partially modified, before being supplied to the at least one layer (5-0, 5-x, 5-i), in such a way that the modified input data (12, 15) are statistically more probable than the unmodified input data (11, 13) of the at least one layer (5-0, 5-x, 5-i), according to a statistical model provided to the at least one manipulator device (6, 8), wherein the statistical model in each case maps statistical properties of input data (11, 13) of the at least one layer (5-0, 5-x, 5-i) in the event that the neural network is supplied with training data of a training data set on which the neural network was trained.
A system for isolating secure input/output devices, comprising: a processor; a security element; a buffer on the security element, the buffer configured to store data received from the processor, wherein an index associated with the stored data is also received from the processor; a memory on the security element, the memory configured to store one or more index values corresponding to policies enforced by the security element, wherein each of the index values is associated with an isolated component connected to the security element via a secure bus, the policies used to control access to the isolated components: and a bus master controller on the security element, the bus master controller configured to control writing stored data to isolated components associated with the received index associated with the stored data when the security element verifies compliance with the policies corresponding to the received index. a processor; a security element; a buffer on the security element, the buffer configured to store data received from the processor, wherein an index associated with the stored data is also received from the processor; a memory on the security element, the memory configured to store one or more index values corresponding to policies enforced by the security element, wherein each of the index values is associated with an isolated component connected to the security element via a secure bus, the policies used to control access to the isolated components: and a bus master controller on the security element, the bus master controller configured to control writing stored data to isolated components associated with the received index associated with the stored data when the security element verifies compliance with the policies corresponding to the received index.
A compound of formula, or a salt thereof: wherein: R 1 is n -C 3-6 alkyl or C 1-2 alkoxyC 1-2 alkyl-; each R 2 independently represents halo, OH or C 1-3 alkyl; m is an integer having a value of 4, 5, 6 or 7; n is an integer having a value of 0, 1, 2 or 3; p is an integer having a value of 0, 1 or 2. R 1 is n -C 3-6 alkyl or C 1-2 alkoxyC 1-2 alkyl-; each R 2 independently represents halo, OH or C 1-3 alkyl; m is an integer having a value of 4, 5, 6 or 7; n is an integer having a value of 0, 1, 2 or 3; p is an integer having a value of 0, 1 or 2.
A fitting for windows, doors or the like, in particular for two-leaf windows, doors or the like without mullions, comprising a connecting rod and a cover rail as well as a gear having a drive toothed wheel which is rotatably supported about a first axis of rotation and which is or can be rotationally fixedly coupled to an actuation element of the fitting in order to actuate the fitting, wherein the axis of rotation lies in front of a main plane of the cover rail, viewed from an end face of the fitting, wherein the drive toothed wheel comprises a toothed arrangement which is limited to an angular range of less than 180 degrees, in particular to an angular range of approximately 90 degrees, wherein the gear comprises two intermediate toothed wheels, with the first intermediate toothed wheel being drive-effectively connected to both the drive toothed wheel and a first toothed arrangement section of the connecting rod during an actuation of the fitting over a first rotary angle range of the drive toothed wheel, and with the second intermediate toothed wheel being drive-effectively connected to both the drive toothed wheel and a second toothed arrangement section of the connecting rod during the actuation of the fitting over a second rotary angle range of the drive toothed wheel different from the first rotary angle range, and wherein the fitting is configured as a turn/tilt fitting which can be actuated via the gear, characterized in that a respective side edge of the drive toothed wheel extends at least approximately in parallel with the cover rail in a turned open actuation position and in a tilted actuation position of the turn/tilt fitting, with the drive toothed wheel essentially only projecting from the gear at the end face of the fitting in a closed actuation position of the turn/tilt fitting.