mhurhangee/ep-ind-claims huggingface dataset:
A detachable hoist conversion kit for custom adaptation of a lifting arrangement such as a chain hoist, wherein such lifting arrangement includes a body having a first body side plate, a second body side plate, a suspension bolt arranged to connect the first and second body side plates (11, 12) to each other, lifting means, such as a chain, a fibre rope or a wire, and a hoist actuating unit operating the lifting arrangement and used for driving the lifting means in a lifting or lowering direction, the hoist actuating unit having an internal guide wheel arranged to lead the lifting means longitudinally through the lifting arrangement, wherein the hoist conversion kit comprises a guiding unit comprising a - holder, adapted to be arranged on the suspension bolt, and - an external guide wheel, wherein the external guide wheel is configured for internally guiding lifting means from the hoist actuating unit longitudinally through the body to its lifting location from which vertical lift is enabled, longitudinally being defined as the direction of elongation of the symmetry plane of the lifting arrangement, characterised in that the external guide wheel is arranged in the holder, and wherein the holder comprises a hole having a cross section substantially the same as the cross section of the suspension bolt, and wherein the hole and the cross section of the suspension bolt have at least one flat surface in order to prevent rotation of the holder when arranged on the suspension bolt, or the holder is adapted to be arranged on the suspension bolt by means of an external fastening arrangement such as a clamp or screw or the like. a guiding unit comprising a - holder, adapted to be arranged on the suspension bolt, and - an external guide wheel, - holder, adapted to be arranged on the suspension bolt, and - an external guide wheel, wherein the external guide wheel is configured for internally guiding lifting means from the hoist actuating unit longitudinally through the body to its lifting location from which vertical lift is enabled, longitudinally being defined as the direction of elongation of the symmetry plane of the lifting arrangement, characterised in that the external guide wheel is arranged in the holder, and the holder comprises a hole having a cross section substantially the same as the cross section of the suspension bolt, and wherein the hole and the cross section of the suspension bolt have at least one flat surface in order to prevent rotation of the holder when arranged on the suspension bolt, or the holder is adapted to be arranged on the suspension bolt by means of an external fastening arrangement such as a clamp or screw or the like.
A method for detecting a damaged nucleotide in a double-stranded DNA, comprising: (a) treating a double-stranded DNA that has at least one damaged nucleotide with one or more DNA repair enzyme to convert the damaged nucleotide into a nick or gap in the double-stranded DNA; wherein the one or more DNA repair enzyme is selected from: a DNA glycosylase selected from UDG, FPG, hOGG1, NEIL1, NEIL2, T4 pyrimidine dimer glycosylase (T4 PDG), alkyl adenine glycosylase, thymine DNA glycosylase, and SMUG; and/or a nicking endonuclease that is not sequence specific; (b) performing a nick translating reaction from the nick or gap using one or a plurality of enzymes that provide nick translating activity and a nucleotide mix comprising a plurality of nucleotides including one or more modified nucleotide; wherein a plurality of the nucleotides including at least one modified nucleotide is incorporated at or adjacent to the nick or gap during nick translation; (c) sealing the nick-translated DNA in the double-stranded DNA with a ligase to form a double-stranded DNA product comprising a sequence patch comprising a plurality of the nucleotides including said one or more modified nucleotides; and (d) sequencing the sealed nick-translated DNA to identify the location of the plurality of the modified nucleotides, and thereby determining the location of the nick or gap generated in (a) and hence the location of the damaged nucleotide in the original double-stranded DNA. (a) treating a double-stranded DNA that has at least one damaged nucleotide with one or more DNA repair enzyme to convert the damaged nucleotide into a nick or gap in the double-stranded DNA; wherein the one or more DNA repair enzyme is selected from: a DNA glycosylase selected from UDG, FPG, hOGG1, NEIL1, NEIL2, T4 pyrimidine dimer glycosylase (T4 PDG), alkyl adenine glycosylase, thymine DNA glycosylase, and SMUG; and/or a nicking endonuclease that is not sequence specific; (b) performing a nick translating reaction from the nick or gap using one or a plurality of enzymes that provide nick translating activity and a nucleotide mix comprising a plurality of nucleotides including one or more modified nucleotide; wherein a plurality of the nucleotides including at least one modified nucleotide is incorporated at or adjacent to the nick or gap during nick translation; (c) sealing the nick-translated DNA in the double-stranded DNA with a ligase to form a double-stranded DNA product comprising a sequence patch comprising a plurality of the nucleotides including said one or more modified nucleotides; and (d) sequencing the sealed nick-translated DNA to identify the location of the plurality of the modified nucleotides, and thereby determining the location of the nick or gap generated in (a) and hence the location of the damaged nucleotide in the original double-stranded DNA.
An impeller (26;126) for a centrifugal pump (20;120) including: a radially inner hub (37;136); a plurality of blades (36;130) extending straight and along a direction that is perpendicular to a rotational axis of the impeller, said blades extending from a radially outer end to a radially inner end, and defining a generally frusto-conical outer envelope at an axially outer face of the blades; and a flow control feature (32;132) formed radially inwardly of the inner end of said blades and extending all the way to said hub, said flow control feature having a curved upper surface (50,51), characterised in that there is additional material (40; 140) on a rotationally trailing side of the blades and the flow control feature, such that the trailing side additional material adds to the thickness of each said blade and said control feature, and in that the additional material is of a tapered thickness, and is thicker adjacent the hub than it is adjacent radially outer locations. a radially inner hub (37;136); a plurality of blades (36;130) extending straight and along a direction that is perpendicular to a rotational axis of the impeller, said blades extending from a radially outer end to a radially inner end, and defining a generally frusto-conical outer envelope at an axially outer face of the blades; and a flow control feature (32;132) formed radially inwardly of the inner end of said blades and extending all the way to said hub, said flow control feature having a curved upper surface (50,51), characterised in that there is additional material (40; 140) on a rotationally trailing side of the blades and the flow control feature, such that the trailing side additional material adds to the thickness of each said blade and said control feature, and in that the additional material is of a tapered thickness, and is thicker adjacent the hub than it is adjacent radially outer locations.
A water absorbing agent comprising: a water absorbing resin; and a polymer being a polyamine polymer having a hydroxyl group on a main chain, the polymer being (i) a polymer obtainable by reacting an aliphatic secondary amine (b2') and an epihalohydrin as essential monomer components, or (ii) a polymer obtainable by reacting an ammonia, an amine, and an/the epihalohydrin as essential monomer components. a water absorbing resin; and a polymer being a polyamine polymer having a hydroxyl group on a main chain, the polymer being (i) a polymer obtainable by reacting an aliphatic secondary amine (b2') and an epihalohydrin as essential monomer components, or (ii) a polymer obtainable by reacting an ammonia, an amine, and an/the epihalohydrin as essential monomer components. (i) a polymer obtainable by reacting an aliphatic secondary amine (b2') and an epihalohydrin as essential monomer components, or (ii) a polymer obtainable by reacting an ammonia, an amine, and an/the epihalohydrin as essential monomer components.
Device for damping torsional oscillations with a fixed resonant frequency, comprising: - a primary component, - a secondary component which can rotate about an axis with respect to the primary component counter to an elastic return force, the one of the primary component and of the secondary component defining at least one guide path with which there cooperates an element borne by the other of the primary component and of the secondary component, characterized in that the guide path having a profile such that, when the element cooperates with at least one portion (46, 48) at least of this guide path, the element moves axially so as to allow an axial movement of the secondary component with respect to the primary component. - a primary component, - a secondary component which can rotate about an axis with respect to the primary component counter to an elastic return force,
A programmable integrated circuit, IC, comprising: a processor; a plurality of endpoint circuits; a network-on-chip, NoC having NoC master units, NMUs, NoC slave units, NSUs, NoC programmable switches, NPSs, a plurality of registers, and a NoC programming interface, NPI; wherein the processor is coupled to the NPI and is configured to program the NPSs by loading first programming data to the registers through the NPI for providing physical channels between NMUs to the NSUs and providing data paths between the plurality of endpoint circuits; wherein the processor is further configured to receive second programming data during runtime and loading the second programming data to the registers in the NoC through the NPI, wherein the second programming data configures routing tables in NoC programmable switches, NPSs in the NoC. a processor; a plurality of endpoint circuits; a network-on-chip, NoC having NoC master units, NMUs, NoC slave units, NSUs, NoC programmable switches, NPSs, a plurality of registers, and a NoC programming interface, NPI; wherein the processor is coupled to the NPI and is configured to program the NPSs by loading first programming data to the registers through the NPI for providing physical channels between NMUs to the NSUs and providing data paths between the plurality of endpoint circuits; wherein the processor is further configured to receive second programming data during runtime and loading the second programming data to the registers in the NoC through the NPI, wherein the second programming data configures routing tables in NoC programmable switches, NPSs in the NoC.
A metallic powder comprising a plurality of metallic powder particles, each powder particle comprising: a particle core, the particle core comprises a core material, wherein the core material is pure Mg, pure Al, pure Zn or pure Mn, or the core material comprises Mg-Zn, Mg-Al, Mg-Mn, or Mg-Zn-Y, or the core material comprises an Mg-Al-X alloy, wherein X is Zn, Mn, Si, Ca or Y, or a combination thereof, wherein the core material has a melting temperature (T P); and at least one metallic coating layer disposed on the particle core and comprising a metallic coating material having a melting temperature (T C), wherein the powder particles are configured for solid-state sintering to one another at a predetermined sintering temperature (T S), and T S is less than T P and T C to form a powder metal compact by joining the at least one metallic coating layers by solid-state bonding to form a solid state layer extending throughout a cellular nanomatrix of the metallic coating material between dispersed particles of the core material; wherein the metallic coating layer comprises a plurality of coating layers (16,24); wherein the plurality of coating layers (16,24) comprises a first coating layer that is disposed on the particle core and a second coating layer that is disposed on the first layer; and wherein the first layer comprises Al or Ni, or a combination thereof, and the second layer comprises Al, Zn, Mn, Mg, Mo, W, Cu, Fe, Ca, Co, Ta, Re or Ni, or a combination thereof, wherein the first coating layer has a chemical composition that is different than a chemical composition of the second coating layer. a particle core, the particle core comprises a core material, wherein the core material is pure Mg, pure Al, pure Zn or pure Mn, or the core material comprises Mg-Zn, Mg-Al, Mg-Mn, or Mg-Zn-Y, or the core material comprises an Mg-Al-X alloy, wherein X is Zn, Mn, Si, Ca or Y, or a combination thereof, wherein the core material has a melting temperature (T P); and at least one metallic coating layer disposed on the particle core and comprising a metallic coating material having a melting temperature (T C), wherein the powder particles are configured for solid-state sintering to one another at a predetermined sintering temperature (T S), and T S is less than T P and T C to form a powder metal compact by joining the at least one metallic coating layers by solid-state bonding to form a solid state layer extending throughout a cellular nanomatrix of the metallic coating material between dispersed particles of the core material; wherein the metallic coating layer comprises a plurality of coating layers (16,24); wherein the plurality of coating layers (16,24) comprises a first coating layer that is disposed on the particle core and a second coating layer that is disposed on the first layer; and wherein the first layer comprises Al or Ni, or a combination thereof, and the second layer comprises Al, Zn, Mn, Mg, Mo, W, Cu, Fe, Ca, Co, Ta, Re or Ni, or a combination thereof, wherein the first coating layer has a chemical composition that is different than a chemical composition of the second coating layer.
A system for charge-discharge cycler characterized in that the system comprises: a current measuring circuit unit for measuring a current wave form of charge-discharge with a voltage across a shunt according to a charge-discharge signal; and a current conducting member combined with a shunt which is connected to the current measuring circuit unit electrically, wherein a shunt connecting groove is provided at the end of the current conducting member for insertion of the shunt into the inside of the current conducting member, and a side connecting groove penetrating the current conducting member is formed perpendicular to the way the shunt connecting groove is formed. a current measuring circuit unit for measuring a current wave form of charge-discharge with a voltage across a shunt according to a charge-discharge signal; and a current conducting member combined with a shunt which is connected to the current measuring circuit unit electrically, wherein a shunt connecting groove is provided at the end of the current conducting member for insertion of the shunt into the inside of the current conducting member, and a side connecting groove penetrating the current conducting member is formed perpendicular to the way the shunt connecting groove is formed.
A tamper resistant lid for a container, said lid exhibiting a centre axis and comprising an outer and an inner member (20, 40), said outer and inner members (20, 40) each comprising an outer and inner surface (26, 27, 46, 47) wherein at least a part of said outer surface of said inner member is substantially adjacent at least a part of said inner surface of said outer member, said inner member comprising connection means enabling a connection to said container by means of rotating said outer member in a first direction, said lid comprising at least one stop member (51, 52, 53, 60) preventing said inner member from rotation with respect to said outer member, said at least one stop member (51, 52, 53, 60) being adapted to be controllably disabled with a designated force after said inner member has been connected to said container, so that said outer member can be freely rotated with respect to said inner member to thereby prevent removal of said lid from said container, characterized in that said at least one stop member (51, 52, 53, 60) is adapted to be disabled with a designated rupture force imparted to said at least one stop member (51, 52, 53, 60), by moving said outer member or said at least one stop member in a designated direction.
An agent apparatus arranged to relay operation control information between at least one remote controller and at least one electrical apparatus, the agent apparatus comprising: a communication unit arranged to receive operation control information of the at least one electrical apparatus, transmitted from the at least one remote controller and to transmit the operation control information to the at least one electrical apparatus, and to receive user information and environment information, wherein the user information comprises a fingerprint of a user, information on the user's face, or information on the user's voice; a storage unit arranged to store the received operation control information of the at least one electrical apparatus, and pre-stored macros as a macro list; a controller arranged to analyze the received operation control information of the at least one electrical apparatus and the macro list to generate a macro and to control output of the generated macro; wherein the controller is arranged to add the generated macro to the macro list to update the macro list, and wherein the storage unit is arranged to store the updated macro list, and wherein the controller is further arranged to identify the user based on the user information and to generate the macro for the identified user based on the environment information. a communication unit arranged to receive operation control information of the at least one electrical apparatus, transmitted from the at least one remote controller and to transmit the operation control information to the at least one electrical apparatus, and to receive user information and environment information, wherein the user information comprises a fingerprint of a user, information on the user's face, or information on the user's voice; a storage unit arranged to store the received operation control information of the at least one electrical apparatus, and pre-stored macros as a macro list; a controller arranged to analyze the received operation control information of the at least one electrical apparatus and the macro list to generate a macro and to control output of the generated macro; wherein the controller is arranged to add the generated macro to the macro list to update the macro list, and wherein the storage unit is arranged to store the updated macro list, and wherein the controller is further arranged to identify the user based on the user information and to generate the macro for the identified user based on the environment information.
A method of switching memory access mode of an adaptive memory access mode, APMA, processor, comprising: generating a memory address for the APMA processor to perform memory access, monitoring an accessing of memory based on the memory address generated for the APMA processor, wherein a result of the monitoring indicates whether the accessing is to a local memory or to a remote non-local memory; and switching a rule-based switch module of the APMA processor, in response to the monitoring the accessing of memory, to switch the APMA processor from a remote non-local memory access mode, NP mode, to a local memory access mode, LP mode, wherein the rule-based switch module comprises application specific switching rules for switching the APMA processor; and wherein, in the LP mode, the APMA processor is configured to access only a local memory. generating a memory address for the APMA processor to perform memory access, monitoring an accessing of memory based on the memory address generated for the APMA processor, wherein a result of the monitoring indicates whether the accessing is to a local memory or to a remote non-local memory; and switching a rule-based switch module of the APMA processor, in response to the monitoring the accessing of memory, to switch the APMA processor from a remote non-local memory access mode, NP mode, to a local memory access mode, LP mode, wherein the rule-based switch module comprises application specific switching rules for switching the APMA processor; and wherein, in the LP mode, the APMA processor is configured to access only a local memory.
A piston assembly, comprising a first piston portion including a substantially cylindrical head portion and a first mating face formed on the first head portion and a second piston portion affixed to the first piston portion and including a substantially cylindrical head portion and a second mating face formed on the second head portion; and first and second substantially annular chambers (127a, 127b) formed in the first and second mating faces (105a, 105b) for receiving a magnet, characterized by: a first substantially annular stiffness insert chamber being formed in the first mating face of the first piston portion that receives a portion of a substantially annular stiffness insert; a second substantially annular stiffness insert chamber being formed in the second mating face of the second piston portion that receives a portion of the substantially annular stiffness insert; the substantially annular stiffness insert being clamped between the mating face of the first piston portion and the mating face of the second piston portion and held in position therebetween so as to stiffen the piston assembly. a first substantially annular stiffness insert chamber being formed in the first mating face of the first piston portion that receives a portion of a substantially annular stiffness insert; a second substantially annular stiffness insert chamber being formed in the second mating face of the second piston portion that receives a portion of the substantially annular stiffness insert; the substantially annular stiffness insert being clamped between the mating face of the first piston portion and the mating face of the second piston portion and held in position therebetween so as to stiffen the piston assembly.
Concentrate comprising: - at least one mannosylerythritol lipid, and - at least one polyethylene glycol fatty acid ester having an HLB value greater than or equal to 12, in which the MEL:polyethylene glycol fatty acid ester weight ratio is comprised between 0.01 and 5. - at least one mannosylerythritol lipid, and - at least one polyethylene glycol fatty acid ester having an HLB value greater than or equal to 12,