mhurhangee/ep-ind-claims huggingface dataset:
Fluid filter, in particular an oil filter for cleaning lubricating oil for combustion engines of motor vehicles, - with a filter housing which contains a receiving area for a ring filter element inserted therein for filtering a fluid, - with an idle channel becoming free by removing the ring filter element wherein a pin protruding eccentrically and parallel to the longitudinal axis is formed on a lower end plate of the ring filter element, said pin penetrates in a sealing manner into an opening of the idle channel when the ring filter element is inserted into the filter housing, characterised in that - a current guiding structure is arranged in the filter housing in the region of the lower end plate of the ring filter element, said current guiding structure, during the operation of the fluid filter, reduces a pressure difference in the said fluid filter and effects a balancing of the flowing fluid, - the current guiding structure comprises an opening configured complementary to the idle channel by means of which it can be attached on the idle channel. - with a filter housing which contains a receiving area for a ring filter element inserted therein for filtering a fluid, - with an idle channel becoming free by removing the ring filter element wherein a pin protruding eccentrically and parallel to the longitudinal axis is formed on a lower end plate of the ring filter element, said pin penetrates in a sealing manner into an opening of the idle channel when the ring filter element is inserted into the filter housing, characterised in that - a current guiding structure is arranged in the filter housing in the region of the lower end plate of the ring filter element, said current guiding structure, during the operation of the fluid filter, reduces a pressure difference in the said fluid filter and effects a balancing of the flowing fluid, - the current guiding structure comprises an opening configured complementary to the idle channel by means of which it can be attached on the idle channel.
A system, comprising: a communication interface; and a processor, configured to: perform one or more probing transactions, in which respective amounts of a cryptocurrency are transferred to one or more cryptocurrency addresses, respectively, by monitoring, via the communication interface, communication traffic exchanged with one or more Internet Protocol addresses, ascertain that at least one of the probing transactions was downloaded to a particular one of the IP addresses, and in response to the ascertaining, generate an output indicating an association between a cryptocurrency address of interest and the particular one of the IP addresses. a communication interface; and a processor, configured to: perform one or more probing transactions, in which respective amounts of a cryptocurrency are transferred to one or more cryptocurrency addresses, respectively, by monitoring, via the communication interface, communication traffic exchanged with one or more Internet Protocol addresses, ascertain that at least one of the probing transactions was downloaded to a particular one of the IP addresses, and in response to the ascertaining, generate an output indicating an association between a cryptocurrency address of interest and the particular one of the IP addresses. perform one or more probing transactions, in which respective amounts of a cryptocurrency are transferred to one or more cryptocurrency addresses, respectively, by monitoring, via the communication interface, communication traffic exchanged with one or more Internet Protocol addresses, ascertain that at least one of the probing transactions was downloaded to a particular one of the IP addresses, and in response to the ascertaining, generate an output indicating an association between a cryptocurrency address of interest and the particular one of the IP addresses.
Use for inhibiting adsorption of a protein to a surface of a base body, of a compound represented by following Formula: wherein X is a hydrogen atom or a methyl group and n is an integer of 9 to 15, wherein the use is not a method of treatment of the human or animal body.
Method for composing a window or door profile starting from two half-shells in the form of profiles made from a metal such as aluminium or steel which are connected to each other by an insulator in the form of a profile made from a hard thermally insulating material, whereby the half-shells are provided with an undercut groove delimited by at least one elastically bendable lip and whereby the longitudinal edges of the insulator are clamped in the undercut grooves of the half-shells, wherein the method starts from a substantially flat slat-shaped insulator with longitudinal edges, the thickness of which is slightly greater than the width of the opening of undercut grooves, whereby the method comprises the following steps: - positioning the half-shells at a distance from each other and with the undercut grooves opposite each other and with their openings facing each other; - positioning the longitudinal edges of the insulator in line with and facing the grooves of the half-shells; - laterally pressing together the half-shells under pressure for the elastic clamping of the longitudinal edges of the insulator in the grooves by an elastic deformation of the at least one elastically bendable lip; characterised by the step of - supporting the insulator on both sides of the insulator to prevent buckling of the insulator when pressing the half-shells. the method starts from a substantially flat slat-shaped insulator with longitudinal edges, the thickness of which is slightly greater than the width of the opening of undercut grooves, whereby the method comprises the following steps: - positioning the half-shells at a distance from each other and with the undercut grooves opposite each other and with their openings facing each other; - positioning the longitudinal edges of the insulator in line with and facing the grooves of the half-shells; - laterally pressing together the half-shells under pressure for the elastic clamping of the longitudinal edges of the insulator in the grooves by an elastic deformation of the at least one elastically bendable lip; - positioning the half-shells at a distance from each other and with the undercut grooves opposite each other and with their openings facing each other; - positioning the longitudinal edges of the insulator in line with and facing the grooves of the half-shells; - laterally pressing together the half-shells under pressure for the elastic clamping of the longitudinal edges of the insulator in the grooves by an elastic deformation of the at least one elastically bendable lip; characterised by the step of - supporting the insulator on both sides of the insulator to prevent buckling of the insulator when pressing the half-shells. - supporting the insulator on both sides of the insulator to prevent buckling of the insulator when pressing the half-shells.
Bale wrapping device for a round baler, with a supply reel for wrapping material and a pressing device, wherein the pressing device in an engagement position is in engagement with the supply reel and for a standby position can be pivoted away from the supply reel, wherein the pressing device is connected at a contact point (80, 82) positioned on the pressing device to power means (76, 78) which generate via the contact point (80, 82) a controlling torque which acts on the pressing device, wherein adjusting means are provided through which the contact point (80, 82) can be shifted and thus the controlling torque can be changed, wherein the pressing device is mounted on a locally fixed pivotal axis (62, 64), capable of pivoting into an engagement position or into a standby position, and a position of the contact point (80, 82) relative to the pivotal axis (62, 64) can be altered via the adjusting means, characterised in that the adjusting means comprise a first guide groove (86, 88) formed in at least one pivotal arm (58, 60) of the pressing device, a guide plate (72, 74) connected to an adjusting axis and formed with a second guide groove (90, 92), and a guide bolt (94, 96) which is mounted displaceable in the second guide groove (90, 92) and connects the at least one pivotal arm (58, 60) and the guide plate (72, 74), wherein the adjusting axis is mounted displaceable in the first guide groove (86, 88).
An amphiphilic peptide and/or peptoid capable of forming a hydrogel, the amphiphilic peptide and/or peptoid comprising an amphiphilic sequence consisting of: a hydrophobic sequence stretch of n aliphatic amino acids, wherein n is an integer from 2 to 6, wherein all or a portion of the aliphatic amino acids of the hydrophobic sequence stretch are arranged in an order of decreasing amino acid size in the direction from N- to C-terminus of the amphiphilic peptide and/or peptoid, wherein the size of the aliphatic amino acids is defined as I = L > V > A > G, and a hydrophilic sequence stretch linked to said hydrophobic sequence stretch and having a polar moiety which is acidic, neutral or basic, said polar moiety comprising m adjacent hydrophilic amino acids, wherein m is an integer from 1 to 2, wherein the amphiphilic peptide and/or peptoid has a C-terminus and an N-terminus, wherein said hydrophobic sequence stretch comprises and/or forms the N-terminus of the amphiphilic peptide and/or peptoid and said polar moiety consists of at least one amino acid positioned at the C-terminus of the amphiphilic peptide and/or peptoid, and wherein the N-terminus is protected by an acetyl group. a hydrophobic sequence stretch of n aliphatic amino acids, wherein n is an integer from 2 to 6, wherein all or a portion of the aliphatic amino acids of the hydrophobic sequence stretch are arranged in an order of decreasing amino acid size in the direction from N- to C-terminus of the amphiphilic peptide and/or peptoid, wherein the size of the aliphatic amino acids is defined as I = L > V > A > G, and a hydrophilic sequence stretch linked to said hydrophobic sequence stretch and having a polar moiety which is acidic, neutral or basic, said polar moiety comprising m adjacent hydrophilic amino acids, wherein m is an integer from 1 to 2, wherein the amphiphilic peptide and/or peptoid has a C-terminus and an N-terminus, wherein said hydrophobic sequence stretch comprises and/or forms the N-terminus of the amphiphilic peptide and/or peptoid and said polar moiety consists of at least one amino acid positioned at the C-terminus of the amphiphilic peptide and/or peptoid, and wherein the N-terminus is protected by an acetyl group.
An electric motor, in particular an asynchronous motor for the operation of a centrifugal pump, with a first winding and with at least one second winding (A1-An), with at least one electronic switch, in particular with a triac which connects at least a part of a winding to an electrical supply (I1, N) or separates it from this and whose control electrode is activated by a microprocessor, wherein the microprocessor is fed by a voltage source which is connected in series with at least one winding or a winding part, wherein an impedance which bridges the switch is connected parallel to this, said impedance being dimensioned such that the electric minimum supply of the microprocessor by the voltage source is also ensured given an open switch, characterised in that the microprocessor comprises a low power mode and a high power mode and the impedance which is connected parallel to the switch is dimensioned such that given an opened switch, the supply of the microprocessor by the voltage source is only ensured in the low power mode.
A cooling mold for cooling a resin preform that has a gate portion protruding outward from a center of a bottom portion, wherein an accommodating space that accommodates the preform is formed in the cooling mold, a bottom region facing the bottom portion of the preform in the accommodating space has a shape following the bottom portion of the preform, and an air sucking hole that sucks air is formed in the bottom region at a position shifted from the center of the bottom portion of the preform, such that there is no air sucking hole at a position facing the gate portion of the preform in the cooling mold and a surface of the bottom region following the outer shape of the bottom portion of the preform faces the gate portion, such that the cooling mold is adapted for: sucking air from the air sucking holes of the cooling mold and drawing the preform into the accommodating space; and collapsing the gate portion in the bottom region to remove the gate portion. an accommodating space that accommodates the preform is formed in the cooling mold, a bottom region facing the bottom portion of the preform in the accommodating space has a shape following the bottom portion of the preform, and an air sucking hole that sucks air is formed in the bottom region at a position shifted from the center of the bottom portion of the preform, such that there is no air sucking hole at a position facing the gate portion of the preform in the cooling mold and a surface of the bottom region following the outer shape of the bottom portion of the preform faces the gate portion, such that the cooling mold is adapted for: sucking air from the air sucking holes of the cooling mold and drawing the preform into the accommodating space; and collapsing the gate portion in the bottom region to remove the gate portion. sucking air from the air sucking holes of the cooling mold and drawing the preform into the accommodating space; and collapsing the gate portion in the bottom region to remove the gate portion.
Antenna for a vehicle, having a carrier, in particular a printed circuit board, wherein antenna structures for transmitting and/or receiving radiofrequency signals are arranged on the carrier, and wherein the antenna has a plug connector for connection to an electronic device, wherein the antenna has a plastic half-shell with an encircling frame into which the carrier is inserted, wherein the plastic half-shell is filled with a potting compound, wherein the plastic half-shell has a mounting base, characterized in that a strut with a holder, in particular an angle holder, is additionally provided, wherein the holder is connected to the mounting base by means of the strut.
A method for the separation of carbon dioxide from a mixture, comprising contacting the mixture with a sorbent comprising a metal organic framework, wherein the MOF comprises: a plurality of secondary building units (SBUs), each SBU comprising a repeating unit of one metal cation connected to another metal cation via a first moiety of an organic linker; a layer of connected adjacent SBUs in which a second moiety of the linker in a first SBU is connected to a metal cation of an adjacent SBU, and wherein adjacent layers are connected to each other via linker-to-linker bonding interactions; wherein each metal ion is selected from cobalt ions, manganese ions and nickel ions, the organic linker is 5-aminoisophthalate, the first moiety is a carboxylate group and the second moiety is an amino group. a plurality of secondary building units (SBUs), each SBU comprising a repeating unit of one metal cation connected to another metal cation via a first moiety of an organic linker; a layer of connected adjacent SBUs in which a second moiety of the linker in a first SBU is connected to a metal cation of an adjacent SBU, and wherein adjacent layers are connected to each other via linker-to-linker bonding interactions; wherein each metal ion is selected from cobalt ions, manganese ions and nickel ions, the organic linker is 5-aminoisophthalate, the first moiety is a carboxylate group and the second moiety is an amino group.
A readily degradable resin composition comprising: an aliphatic polyester which is biodegradable; and an aliphatic polyester dispersed in said aliphatic polyester, which is biodegradable at a higher degradation rate than that of the aliphatic polyester and which has a melt viscosity of 50 Pa•S or less at 190°C and at a shear rate of 1 rad/s or a solution viscosity (η inh) of 0.25 dl/g or less measured under conditions of a concentration of 0.4 g/dl and of a temperature of 30°C in a solvent of m-chlorophenol and 1,2,4-trichlorobenzene mixed at a weight ratio of 4:1, wherein the aliphatic polyester has a solubility parameter calculated by the Fedors method of 25 or more and a content of the aliphatic polyester within the composition is 1 to 30% by weight, and wherein an enzyme can enter and act in voids from which the degraded aliphatic polyester is released and dissolved into water, thereby degrading the composition from inside to accelerate degradation. an aliphatic polyester which is biodegradable; and an aliphatic polyester dispersed in said aliphatic polyester, which is biodegradable at a higher degradation rate than that of the aliphatic polyester and which has a melt viscosity of 50 Pa•S or less at 190°C and at a shear rate of 1 rad/s or a solution viscosity (η inh) of 0.25 dl/g or less measured under conditions of a concentration of 0.4 g/dl and of a temperature of 30°C in a solvent of m-chlorophenol and 1,2,4-trichlorobenzene mixed at a weight ratio of 4:1, wherein the aliphatic polyester has a solubility parameter calculated by the Fedors method of 25 or more and a content of the aliphatic polyester within the composition is 1 to 30% by weight, and wherein an enzyme can enter and act in voids from which the degraded aliphatic polyester is released and dissolved into water, thereby degrading the composition from inside to accelerate degradation.
Non-therapeutic use of a saccharide composition which satisfies the following,,, and: a percentage of α-1,6 bonds relative to all glycosidic bonds being 60% or more; a content of saccharides having a degree of polymerization of 1 and 2 relative to all saccharides being 9 mass% or less; a content of saccharides having a degree of polymerization within a range of 3 to 30 relative to all saccharides being 41 mass% or more; and a content of saccharides having a degree of polymerization of 31 or more relative to all saccharides being 50 mass% or less, for the manufacture of a slowly digestible, sustained-type energy supplying agent or a slowly digestible, sustained-type energy supplying food or beverage product. a percentage of α-1,6 bonds relative to all glycosidic bonds being 60% or more; a content of saccharides having a degree of polymerization of 1 and 2 relative to all saccharides being 9 mass% or less; a content of saccharides having a degree of polymerization within a range of 3 to 30 relative to all saccharides being 41 mass% or more; and a content of saccharides having a degree of polymerization of 31 or more relative to all saccharides being 50 mass% or less,
An aircraft ejection system, comprising: an ejection seat; a catapult configured to eject the ejection seat from the aircraft; a cuff assembly; a retraction mechanism; a cord extending from the retraction mechanism to the cuff assembly, wherein the retraction mechanism is configured to utilize pressure from the catapult to retract the cord; a guillotine configured to sever the cord; and a controller in operable communication with the guillotine, the controller configured to: receive, via a processor, an ejection initiation signal indicating an ejection event of an ejection seat has been initiated; and command, via the processor, severing of the cord after ejection of the ejection seat. an ejection seat; a catapult configured to eject the ejection seat from the aircraft; a cuff assembly; a retraction mechanism; a cord extending from the retraction mechanism to the cuff assembly, wherein the retraction mechanism is configured to utilize pressure from the catapult to retract the cord; a guillotine configured to sever the cord; and a controller in operable communication with the guillotine, the controller configured to: receive, via a processor, an ejection initiation signal indicating an ejection event of an ejection seat has been initiated; and command, via the processor, severing of the cord after ejection of the ejection seat. receive, via a processor, an ejection initiation signal indicating an ejection event of an ejection seat has been initiated; and command, via the processor, severing of the cord after ejection of the ejection seat.
A method for modeling an industrial control device comprising: (a) executing on a host computer a program environment stored in a non-transient computer readable medium, the program environment being operable to execute an emulation module configured to model a logical behavior of an industrial control device, wherein the emulation module is configured to execute a second program being an industrial control program; (b) executing a portion of the industrial control program via the emulation module, the portion having multiple program elements including at least one instruction controlling an operation of the industrial control device being modeled; (c) counting a number of periodic ticks generated by the host computer while executing the portion of the industrial control program to determine a host computer time; (d) comparing the host computer time to a predetermined execution time, wherein the predetermined execution time indicates a time period for executing the portion of the industrial control program on the industrial control device being modeled; and adding a delay before executing a subsequent portion of the industrial control program, when the host computer time is less then the predetermined execution time. (a) executing on a host computer a program environment stored in a non-transient computer readable medium, the program environment being operable to execute an emulation module configured to model a logical behavior of an industrial control device, wherein the emulation module is configured to execute a second program being an industrial control program; (b) executing a portion of the industrial control program via the emulation module, the portion having multiple program elements including at least one instruction controlling an operation of the industrial control device being modeled; (c) counting a number of periodic ticks generated by the host computer while executing the portion of the industrial control program to determine a host computer time; (d) comparing the host computer time to a predetermined execution time, wherein the predetermined execution time indicates a time period for executing the portion of the industrial control program on the industrial control device being modeled; and adding a delay before executing a subsequent portion of the industrial control program, when the host computer time is less then the predetermined execution time.