mhurhangee/ep-ind-claims huggingface dataset:
A tool for gripping a tubular article, said tool comprising: (a) a generally cylindrical main body having an upper end and a lower end, with a lower region of the main body defining an internal frustoconical surface, the diameter of which internal frustoconical surface increases toward the lower end of the main body; (b) a generally cylindrical grip element carrier having a plurality of circumferentially-spaced grip element windows, said grip element carrier being coaxially disposed within the main body and being axially movable relative thereto; (c) a plurality of grip elements, each of which is radially slidably disposed within a corresponding grip element window in the grip element carrier, with each grip element having a radially-inward grip surface and a radially-outward frustoconical surface, said radially-outward frustoconical surface being engageable with the internal frustoconical surface of the main body; (d) a generally ring-shaped land element fixed to a downward-facing internal shoulder formed on the grip element carrier in a region above the grip element windows, said land element defining a downward-facing annular bearing face; and (e) preload means, for biasing the grip element carrier downward relative to the main body; wherein application of an axially compressive load to the tool causes engagement of said radially-outward frustoconical surface of each grip element with the internal frustoconical surface of the main body such that the grip elements extend radially inward into gripping engagement with said tubular article. (a) a generally cylindrical main body having an upper end and a lower end, with a lower region of the main body defining an internal frustoconical surface, the diameter of which internal frustoconical surface increases toward the lower end of the main body; (b) a generally cylindrical grip element carrier having a plurality of circumferentially-spaced grip element windows, said grip element carrier being coaxially disposed within the main body and being axially movable relative thereto; (c) a plurality of grip elements, each of which is radially slidably disposed within a corresponding grip element window in the grip element carrier, with each grip element having a radially-inward grip surface and a radially-outward frustoconical surface, said radially-outward frustoconical surface being engageable with the internal frustoconical surface of the main body; (d) a generally ring-shaped land element fixed to a downward-facing internal shoulder formed on the grip element carrier in a region above the grip element windows, said land element defining a downward-facing annular bearing face; and (e) preload means, for biasing the grip element carrier downward relative to the main body;
A mattress structure, which is a mattress body, comprising: a fixed plate having a plurality of flexible member accommodating holes and a plurality of first flexible members, wherein the flexible member accommodating holes are disposed at the bottom in the first flexible members; a moving plate having a plurality of second flexible members corresponding to the flexible member accommodating holes of the fixed plate, the moving plate disposed below the fixed plate, and the second flexible members being able to move up and down via the internal of the first flexible members; a guiding member for guiding the second flexible members, disposed at a gap between the at least one first flexible members and the second flexible members; and at least one lifting device (5; 9) combined with the bottom of the moving plate, the moving plate and the second flexible members moving up and down via the lifting device (5; 9) in order to let that the second flexible members penetrate through the flexible member accommodating holes and protrude out of the top surface of the flexible plate. a fixed plate having a plurality of flexible member accommodating holes and a plurality of first flexible members, wherein the flexible member accommodating holes are disposed at the bottom in the first flexible members; a moving plate having a plurality of second flexible members corresponding to the flexible member accommodating holes of the fixed plate, the moving plate disposed below the fixed plate, and the second flexible members being able to move up and down via the internal of the first flexible members; a guiding member for guiding the second flexible members, disposed at a gap between the at least one first flexible members and the second flexible members; and at least one lifting device (5; 9) combined with the bottom of the moving plate, the moving plate and the second flexible members moving up and down via the lifting device (5; 9) in order to let that the second flexible members penetrate through the flexible member accommodating holes and protrude out of the top surface of the flexible plate.
A rotor for a brushless electric machine, comprising: a rotor core; a rotor shaft, installed inside the rotor core; wherein multiple U-shaped holes of a shape similar to the English letter U are formed in the rotor core, each of the U-shaped holes comprising a first magnet installation hole, a second magnet installation hole and a hardening material filling hole formed by a bottom space of the U-shaped hole, with the hardening material filling hole being connected with the first magnet installation hole and with the second magnet installation hole separately, wherein a groove structure is formed on the rotor core forming a first surface of the hardening material filling hole, with a width of a groove opening of the groove structure, said width being smaller than a width of a bottom of the groove, characterized in that an arcuate bridge is formed on the rotor core forming a second surface of the hardening material filling hole, with a bridge hole formed between the arcuate bridge and the rotor core forming the second surface of the hardening material filling hole, the arcuate bridge being positioned on at least one lamination but not on all laminations, wherein the hardening material filling hole, groove structure and bridge hole are filled with a hardening material in a single piece. a rotor core; a rotor shaft, installed inside the rotor core; wherein multiple U-shaped holes of a shape similar to the English letter U are formed in the rotor core, each of the U-shaped holes comprising a first magnet installation hole, a second magnet installation hole and a hardening material filling hole formed by a bottom space of the U-shaped hole, with the hardening material filling hole being connected with the first magnet installation hole and with the second magnet installation hole separately, wherein a groove structure is formed on the rotor core forming a first surface of the hardening material filling hole, with a width of a groove opening of the groove structure, said width being smaller than a width of a bottom of the groove, characterized in that an arcuate bridge is formed on the rotor core forming a second surface of the hardening material filling hole, with a bridge hole formed between the arcuate bridge and the rotor core forming the second surface of the hardening material filling hole, the arcuate bridge being positioned on at least one lamination but not on all laminations, wherein the hardening material filling hole, groove structure and bridge hole are filled with a hardening material in a single piece.
A plasma source for a plasma CVD apparatus, comprising: an electrode group including four electrodes, which are a first electrode, a second electrode, a third electrode and a fourth electrode that are arranged in a row in that order, wherein said electrode group is connected to at least one AC power supply; configured such that when in operation a voltage supplied to two of said four electrodes is shifted in phase from a voltage supplied to the remaining two electrodes; spaces (850A, 850B, 850C) to which a source gas is supplied are provided between the adjacent electrodes, said electrode group is constituted by hollow electrodes (810A, 810B, 810C, 810D); the plasma source is equipped with first pipes (860A, 860B, 860C, 860D) for supplying a reaction assist gas, and with second pipes (865A, 865B, 865C) and manifolds (870A, 870B, 870C) for supplying the source gas via the spaces (850A, 850B, 850C); and characterized in that the voltages applied to the first electrode and the second electrode are in phase.
Encryption method comprising the following steps; - compression of the input data before all encoding operations, characterized in that the method also comprises the following steps; - coding the compressed data with non prefix free encoding operation, - splitting the encoded data to two streams as code-word boundaries information data which has all information of boundaries of non prefix free code words stream, and non prefix free code words stream which has all payload of the encoded data except code-word boundaries information, - encrypting the code-word boundaries information without the non prefix free code words stream. - compression of the input data before all encoding operations, - coding the compressed data with non prefix free encoding operation, - splitting the encoded data to two streams as code-word boundaries information data which has all information of boundaries of non prefix free code words stream, and non prefix free code words stream which has all payload of the encoded data except code-word boundaries information, - encrypting the code-word boundaries information without the non prefix free code words stream.
Method for optimal use of solar energy in a building, the method comprising: - measuring the amount of local solar energy generation by means of a digital meter, - monitoring energy consumption in the building by means of the digital meter, characterized in that the method furthermore comprises - determining the difference between the energy consumption and the generated solar energy by subtracting the generated solar energy from the energy consumption which results in the available energy level (E A), and monitoring that difference, - sending signals from the digital meter to a gateway, the signals being indicative of the available energy level (E A), - monitoring the available energy level (E A), and - upon monitoring that the available energy level (E A) is below a predetermined threshold (E TH) for at least a predetermined time duration (T SET), sending a signal from the gateway to a first electric or electronic appliance for activating the first electric or electronic appliance, the predetermined threshold (E TH) and the predetermined time duration (T SET) being programmed in the gateway. - measuring the amount of local solar energy generation by means of a digital meter, - monitoring energy consumption in the building by means of the digital meter, characterized in that the method furthermore comprises - determining the difference between the energy consumption and the generated solar energy by subtracting the generated solar energy from the energy consumption which results in the available energy level (E A), and monitoring that difference, - sending signals from the digital meter to a gateway, the signals being indicative of the available energy level (E A), - monitoring the available energy level (E A), and - upon monitoring that the available energy level (E A) is below a predetermined threshold (E TH) for at least a predetermined time duration (T SET), sending a signal from the gateway to a first electric or electronic appliance for activating the first electric or electronic appliance, the predetermined threshold (E TH) and the predetermined time duration (T SET) being programmed in the gateway.
A method for treating lignin, characterized in that the method comprises the following steps: a) dissolving lignin, the lignin being selected from a group consisting of kraft lignin, steam explosion lignin, biorefinery lignin, supercritical separation lignin, hydrolysis lignin, flash precipitated lignin, biomass originating lignin, lignin from alkaline pulping process, lignin from soda process, lignin from organosolv pulping and combinations thereof, into an aqueous composition, which contains a compound selected from the class of phenols and alkali, while keeping the temperature of the composition at 40 - 85 °C, and the pH of the composition at the pH value of 4 - 10, wherein the alkali comprises a hydroxide of an alkali metal; and b) heating the composition formed in step a) at a temperature, which is higher than the temperature of the composition in step a), with the proviso that the temperature of the composition does not exceed 100 °C, while keeping the pH of the composition at a pH value of 6 - 10. a) dissolving lignin, the lignin being selected from a group consisting of kraft lignin, steam explosion lignin, biorefinery lignin, supercritical separation lignin, hydrolysis lignin, flash precipitated lignin, biomass originating lignin, lignin from alkaline pulping process, lignin from soda process, lignin from organosolv pulping and combinations thereof, into an aqueous composition, which contains a compound selected from the class of phenols and alkali, while keeping the temperature of the composition at 40 - 85 °C, and the pH of the composition at the pH value of 4 - 10, wherein the alkali comprises a hydroxide of an alkali metal; and b) heating the composition formed in step a) at a temperature, which is higher than the temperature of the composition in step a), with the proviso that the temperature of the composition does not exceed 100 °C, while keeping the pH of the composition at a pH value of 6 - 10.
A transfer element configured as pivot joint connections (4, 30) essentially consisting of two attachment plates (28,29) connected by means of a joint, for connecting movable elements extending in horizontal extension, characterized in that the pivot joint connection is connected to a further pivot joint connection, wherein said connection of the two pivot joint connections (4, 30) includes a separate rotatable connection with adjoining connecting elements.
An arrangement for manufacturing packages in a digitally controlled process, comprising: - a digital printing machine for producing printed workpieces; - a cutting machine for cutting packaging blanks from the printed workpieces; - a conveyor line for automatically transferring the printed workpieces to the said cutting machine; - a digital control system, which is arranged to transmit digital control data between at least said digital printing machine and said control system and between said cutting machine and said control system; characterized in - a stacker between said digital printing machine and said conveyor line, which stacker is arranged to collect the printed workpieces in stacks and to deliver the collected stacks to the said conveyor line; - the digital control system being further arranged to transmit workpiece-specific information stored in the stacker from said stacker to said digital control system. - a digital printing machine for producing printed workpieces; - a cutting machine for cutting packaging blanks from the printed workpieces; - a conveyor line for automatically transferring the printed workpieces to the said cutting machine; - a digital control system, which is arranged to transmit digital control data between at least said digital printing machine and said control system and between said cutting machine and said control system; - a stacker between said digital printing machine and said conveyor line, which stacker is arranged to collect the printed workpieces in stacks and to deliver the collected stacks to the said conveyor line; - the digital control system being further arranged to transmit workpiece-specific information stored in the stacker from said stacker to said digital control system.
A chemically-modified siRNA comprising an oligonucleotide duplex comprising a sense strand and an antisense strand, each respectively comprising: (i) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 2 [(2'F-ANA)(2'F-RNA)] 3 (2'F-ANA) Antisense: 19; (ii) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 2 [(2'F-ANA)(2'F-RNA)] 3 (2'F-ANA) Antisense: (2'F-RNA) 19; (iii) Sense: [(2'F-ANA)(2'F-RNA)] 9 (2'F-ANA) Antisense: 19; (iv) Sense: [(2'F-ANA)(2'F-RNA)] 9 (2'F-ANA) Antisense: (2'F-RNA) 19; (v) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 3 (2'F-ANA) Antisense: 19; or (vi) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 3 (2'F-ANA) Antisense: (2'F-RNA) 19, wherein the siRNA has siRNA activity. (i) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 2 [(2'F-ANA)(2'F-RNA)] 3 (2'F-ANA) Antisense: 19; (ii) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 2 [(2'F-ANA)(2'F-RNA)] 3 (2'F-ANA) Antisense: (2'F-RNA) 19; (iii) Sense: [(2'F-ANA)(2'F-RNA)] 9 (2'F-ANA) Antisense: 19; (iv) Sense: [(2'F-ANA)(2'F-RNA)] 9 (2'F-ANA) Antisense: (2'F-RNA) 19; (v) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 3 (2'F-ANA) Antisense: 19; or (vi) Sense: [(2'F-ANA) 3 (2'F-RNA) 3] 3 (2'F-ANA) Antisense: (2'F-RNA) 19,
A powder coating composition, comprising a base powder comprising a polyether copolymer that includes one or more segments of the below Formula: wherein: each of the oxygen atoms depicted in Formula is present in an ether linkage; each R 1 is independently an atom or group having an atomic weight of at least 15 daltons; v is independently 1 to 4; w is 4; each of the phenylene groups depicted in Formula includes at least one R 1 that is attached to the ring at an ortho or meta position relative to the depicted oxygen atom; R 2, if present, is a divalent group; n is 0 or 1; with the proviso that if n is 0, the phenylene groups depicted in Formula can optionally join to form a fused ring system, in which case w is 3; and two or more R 1 and/or R 2 groups can join to form one or more cyclic groups; and wherein the polyether copolymer is formed using reactants that include at least one polyepoxide compound having a segment of Formula and an extender; and wherein the powder coating composition is substantially free of bisphenol A and bisphenol A diglycidyl ether, and is suitable for use in forming an adherent coating. each of the oxygen atoms depicted in Formula is present in an ether linkage; each R 1 is independently an atom or group having an atomic weight of at least 15 daltons; v is independently 1 to 4; w is 4; each of the phenylene groups depicted in Formula includes at least one R 1 that is attached to the ring at an ortho or meta position relative to the depicted oxygen atom; R 2, if present, is a divalent group; n is 0 or 1; with the proviso that if n is 0, the phenylene groups depicted in Formula can optionally join to form a fused ring system, in which case w is 3; and two or more R 1 and/or R 2 groups can join to form one or more cyclic groups; and
Interior air filter for a motor vehicle with a pleated pack, wherein a material strip with a first leg and with a second leg is disposed on at least one first side (3, 7) of the pleated pack, wherein between the first and second leg (13, 15) a folding is provided at an upper edge or at a lower edge of the pleated pack which closes off at the edge with the pleated pack, - wherein the first leg is attached to the first side (3, 7) and - the second leg features a width which is larger than a height of the pleated pack, - and the first leg features a width which is smaller than or equal to the height of the pleated pack, - wherein the width of the second leg relative to the height of the pleated pack is 1.3 to 1.8 - and wherein the material strip comprises exactly a first leg and a second leg, - wherein the angle spanned by the first leg and the second leg is variable. - wherein the first leg is attached to the first side (3, 7) and - the second leg features a width which is larger than a height of the pleated pack, - and the first leg features a width which is smaller than or equal to the height of the pleated pack, - wherein the width of the second leg relative to the height of the pleated pack is 1.3 to 1.8 - and wherein the material strip comprises exactly a first leg and a second leg, - wherein the angle spanned by the first leg and the second leg is variable.
A variable transmission electro-optic medium comprising: a plurality of capsules and a binder, each capsule containing a plurality of electrically charged particles and a fluid, the charged particles being movable by application of an electric field and being capable of being switched between an open state and a closed state, wherein absorbance of light of the capsules is greater in the closed state than the open state, and wherein the binder comprises a tinting agent consisting of a pigment, the electro-optic medium being characterized in that the tinting agent comprises a mixture of black, cyan and magenta particles, wherein a mass ratio of black to cyan particles is between 10:1 and 3:2, and a mass ratio of black to magenta particles is between 10:1 and 3:2. a plurality of capsules and a binder, each capsule containing a plurality of electrically charged particles and a fluid, the charged particles being movable by application of an electric field and being capable of being switched between an open state and a closed state, wherein absorbance of light of the capsules is greater in the closed state than the open state, and wherein the binder comprises a tinting agent consisting of a pigment, the electro-optic medium being characterized in that the tinting agent comprises a mixture of black, cyan and magenta particles, wherein a mass ratio of black to cyan particles is between 10:1 and 3:2, and a mass ratio of black to magenta particles is between 10:1 and 3:2.
A method for operating a portable wireless terminal (WT A) comprising: transmitting a first transmission symbol at a first time index from a first set of time indices; transmitting a second transmission symbol at a second time index from the first set of time indices, the second time index being different from the first time index from the first set of time indices, a portion of the first transmission symbol and a portion of the second transmission symbol including the same data information, wherein the first set of time indices is associated with a first device ID (WT A), and a second set of time indices is associated with a second device ID (WT B), wherein the first set of time indices includes at least one index not included in the second set of time indices, and wherein the second set of time indices includes at least one index not included in the first set of time indices, wherein one of the first time index or the second time index of said first set of time indices share a time index of said second set of time indices. transmitting a first transmission symbol at a first time index from a first set of time indices; transmitting a second transmission symbol at a second time index from the first set of time indices, the second time index being different from the first time index from the first set of time indices, a portion of the first transmission symbol and a portion of the second transmission symbol including the same data information, wherein the first set of time indices is associated with a first device ID (WT A), and a second set of time indices is associated with a second device ID (WT B), wherein the first set of time indices includes at least one index not included in the second set of time indices, and wherein the second set of time indices includes at least one index not included in the first set of time indices, wherein one of the first time index or the second time index of said first set of time indices share a time index of said second set of time indices.