mhurhangee/patent-ind-claim-en huggingface dataset:
A power supply box device to be mounted to a wiring duct from below is characterized in that the power supply box device comprises: a power supply box including a box body having an opening that opens upward, and a lid member for closing the opening ; and a plug having an operation lever protruding in a radial direction from a plug body and extending downward, and is supported by the lid member so as to be capable of being rotated forward and backward, wherein the box body includes: a housing for housing a power supply; and a lever cover supported by the housing so as to be capable of ascending and descending between an upper locked position (P1) and a lower unlocked position (P2), and wherein the lever cover allows the rotation of the operation lever when disposed in the unlocked position (P2), and, for the operation lever disposed in a predefined position, covers the operation lever , preventing the operation lever to be visible from outside by ascending from the unlocked position (P2) to the locked position (P1). a power supply box including a box body having an opening that opens upward, and a lid member for closing the opening ; and a plug having an operation lever protruding in a radial direction from a plug body and extending downward, and is supported by the lid member so as to be capable of being rotated forward and backward, wherein the box body includes: a housing for housing a power supply; and a lever cover supported by the housing so as to be capable of ascending and descending between an upper locked position (P1) and a lower unlocked position (P2), and wherein the lever cover allows the rotation of the operation lever when disposed in the unlocked position (P2), and, for the operation lever disposed in a predefined position, covers the operation lever , preventing the operation lever to be visible from outside by ascending from the unlocked position (P2) to the locked position (P1).
A linkage assembly to operatively couple an expanding valve actuator and a movable element of a valve housing of a valve, the linkage assembly comprising: a thrust plate having a thrust plate body and including a plurality of thru-slots defined in the thrust plate body and that extend axially through the thrust plate body; a lifting housing to engage the expanding valve actuator, the lifting housing including a plurality of prongs depending from the lifting housing and extending through at least one of the plurality of thru-slots ; a ring nut securable to the valve housing and surrounding the plurality of prongs , the ring nut securing, in use, the thrust plate to the valve housing; and a lifting element secured to the plurality of prongs , the lifting element securable to the movable element, and further comprising a guide disc attached to the thrust plate body and attached to the lifting housing to center an upper end of the thrust plate body within the lifting housing and to provide angular indexing between the plurality of prongs and the plurality of thru-slots . a thrust plate having a thrust plate body and including a plurality of thru-slots defined in the thrust plate body and that extend axially through the thrust plate body; a lifting housing to engage the expanding valve actuator, the lifting housing including a plurality of prongs depending from the lifting housing and extending through at least one of the plurality of thru-slots ; a ring nut securable to the valve housing and surrounding the plurality of prongs , the ring nut securing, in use, the thrust plate to the valve housing; and a lifting element secured to the plurality of prongs , the lifting element securable to the movable element, and further comprising a guide disc attached to the thrust plate body and attached to the lifting housing to center an upper end of the thrust plate body within the lifting housing and to provide angular indexing between the plurality of prongs and the plurality of thru-slots .
A filling level measuring device for measuring a filling level of a container, comprising - an electronic control and evaluation system with an interface , which system is disposed in a housing , - sensor unit with a sensor and terminals, - a signal cable for connecting the electronic control and evaluation system and the sensor unit, and - a connecting device , which establishes both a mechanical connection between the sensor unit and the housing of the electronic control and evaluation system and an electrical connection between the interface of the electronic control and evaluation system and the signal cable , each of the mechanical and electrical connections established by the connecting device being detachable, characterized in that the electrical connection is established by one or more clamps disposed in the connecting device and a cable feed-through device for the signal cable in a process connection is configured with a strain relief means, wherein the strain relief means is formed by an externally conically formed seal disposed in the cable feed-through device with an internally conically formed seal arranged over the externally conically formed seal , and the internally conically formed seal and the externally conically formed seal are braced together by another sealing member . - an electronic control and evaluation system with an interface , which system is disposed in a housing , - sensor unit with a sensor and terminals, - a signal cable for connecting the electronic control and evaluation system and the sensor unit, and - a connecting device , which establishes both a mechanical connection between the sensor unit and the housing of the electronic control and evaluation system and an electrical connection between the interface of the electronic control and evaluation system and the signal cable , each of the mechanical and electrical connections established by the connecting device being detachable,
A lighting data network , comprising: a first luminaire (102 1 ), comprising: a processor ; a first wireless communication interface configured to receive data from a machine (104 1 ) and transmit the data to a second luminaire (102 n ); a lighting communication interface configured to transmit and receive lighting control signals; a plurality of first light emitting diodes ; and a memory storing rules for determining if the data received from the machine (104 1 ) should be processed locally or remotely; and the second luminaire (102 n ), comprising: a second wireless communication interface configured to receive the data from the first luminaire (102 1 ); a second lighting communication interface configured to transmit and receive the lighting control signals; and a third communication interface configured to transmit the data to a third party control system , wherein the processor of the first luminaire (102 1 ) is configured to determine if the data is to be processed locally by the first luminaire (102 1 ) or remotely by the third party control system based on the rules stored in the memory , wherein when the data is to be processed locally, the first luminaire (102 1 ) is configured to generate a response to the data or when the data is to be processed remotely, the first luminaire (102 1 ) is configured to transmit the data to the second luminaire (102 n ) for transmission to the third party control system . a first luminaire (102 1 ), comprising: a processor ; a first wireless communication interface configured to receive data from a machine (104 1 ) and transmit the data to a second luminaire (102 n ); a lighting communication interface configured to transmit and receive lighting control signals; a plurality of first light emitting diodes ; and a memory storing rules for determining if the data received from the machine (104 1 ) should be processed locally or remotely; and a processor ; a first wireless communication interface configured to receive data from a machine (104 1 ) and transmit the data to a second luminaire (102 n ); a lighting communication interface configured to transmit and receive lighting control signals; a plurality of first light emitting diodes ; and a memory storing rules for determining if the data received from the machine (104 1 ) should be processed locally or remotely; and the second luminaire (102 n ), comprising: a second wireless communication interface configured to receive the data from the first luminaire (102 1 ); a second lighting communication interface configured to transmit and receive the lighting control signals; and a third communication interface configured to transmit the data to a third a second wireless communication interface configured to receive the data from the first luminaire (102 1 ); a second lighting communication interface configured to transmit and receive the lighting control signals; and a third communication interface configured to transmit the data to a third party control system ,
Purse or wallet for receiving a tag/tracker , having at least one outer side which is made of leather and has a wall thickness , wherein a cutout with a receiving pocket for the tag/tracker is provided in the outer side , characterised in that in that the cutout has a viewing window which is round on the outside, wherein the tag/tracker can be form-fittingly integrated in a detachable and captive manner into the outer side so as to be directly visible from the outside, and the receiving pocket is accessible from an interior of the purse or wallet.
Cable screw connection having a cable screw-connection insert and a housing shell , of corresponding design, of a housing comprising at least two housing shells , the parting plane of which runs through the housing opening , for the purpose of inserting and fastening the cable screw-connection insert to the housing , wherein the cable screw-connection insert comprises an insert element , on which a flange that is in one piece with the insert element and has a contour is realized, and wherein at least one of the housing shells has an inner contour which corresponds to the contour in such a manner that the cable screw-connection insert , when its insert element is inserted into the housing shell , is arranged with the contour of its flange non-rotatably in the inner contour of the housing shell , and wherein realized outside the housing , on the insert element , is a thread , seated on which there is a locknut , for fixing the cable screw-connection insert to the housing by means of screw-fastening of the locknut against an outer wall in the vicinity of the housing opening , wherein the flange is pulled against the inside wall in the vicinity of the housing opening.
Topical cosmetic and/or pharmaceutical composition consisting of a hydrophobic oil phase, wherein the hydrophobic oil phase contains dimethyl sulfoxide, one or more monocarboxylic acids which are liquid at room temperature and have at least 6 carbon atoms, and at least one active ingredient in solution, which active ingredient contains an unsaturated and/or aromatic ring and/or a group forming hydrogen bridges, the molar ratio of active ingredient(s): dimethyl sulfoxide: monocarboxylic acid(s) being in the range of 1 : 1-700 : 1-180 and the molar ratio of dimethyl sulfoxide : monocarboxylic acid is in the range of 1 : 5 to 12 : 1, and a mixture consisting of dimethyl sulfoxide, monocarboxylic acid, and active ingredient, as defined above, can form a clear phase, and wherein the oil phase further comprises a triglyceride or a natural triglyceride oil. monocarboxylic acid(s) being in the range of 1 : 1-700 : 1-180 and the molar ratio of dimethyl sulfoxide : monocarboxylic acid is in the range of 1 : 5 to 12 : 1, and a mixture consisting of dimethyl sulfoxide, monocarboxylic acid, and active ingredient, as defined above, can form a clear phase, and wherein the oil phase further comprises a triglyceride or a natural triglyceride oil.
Water-hardening dental cement comprising an acid-reactive powder, a polyprotic acid, water and dispersed polymer particles, characterized in that the polymer particles are polyurethane particles.
A drive device for generating a translational movement of a movable tappet by means of an electromagnetic rotating machine, wherein the electromagnetic rotating machine is designed as an outer rotor, comprising at least: - a rotor , - a stator arranged coaxially to the rotor , the stator having at least one movement-thread pair integrated coaxially therein, comprising a lead screw , which is coupled in a rotationally fixed manner to the rotor , and a threaded nut guided linearly in a stator sleeve by anti-twist locking, the threaded nut being rigidly coupled to the tappet , wherein - the rotor is guided in a rotational movement around the stator , wherein - the transfer of a torque from the rotor to the lead screw takes place by means of a flange having a wall thickness T < 0.1 D, with D = diameter of flange , wherein - an anti-twist lock of the threaded nut is provided in the recess of the stator sleeve by a form-fitting interlocking of the two. - a rotor , - a stator arranged coaxially to the rotor , the stator having at least one movement-thread pair integrated coaxially therein, comprising a lead screw , which is coupled in a rotationally fixed manner to the rotor , and a threaded nut guided linearly in a stator sleeve by anti-twist locking, the threaded nut being rigidly coupled to the tappet , wherein - the rotor is guided in a rotational movement around the stator , wherein - the transfer of a torque from the rotor to the lead screw takes place by means of a flange having a wall thickness T < 0.1 D, with D = diameter of flange , wherein - an anti-twist lock of the threaded nut is provided in the recess of the stator sleeve by a form-fitting interlocking of the two.
A kit suitable for the treatment of Huntington's disease (HD) for allele or non-allele-specific huntingtin ( HTT ) gene editing or repair comprising a gene delivery vector consisting of: one or more nucleic acid sequences of at least one viral vector selected from the group consisting of adeno-associated vector serotypes (AAV) and lentiviral vectors (LV); at least one nucleic acid sequence that encodes a Cas9 being human codon-optimized or fused to an epitope tag selected among the group of FLAG, His, myc, Tap, HA, V5; at least one nucleic acid sequence that encodes at least one artificial single guide RNA (sgRNA) having a total size from 63-115 nucleotides comprising a tracrRNA sequence of 48-85 nucleotides long and a crRNA sequence encoded by a nucleic acid sequence selected from the group consisting of SEQ ID NOS: 4-7 and 13-39 and recognizing the sequence of the HTT gene within the region defined by position 3066800 to position 3086939 excluding the expanded CAG repeat mutation (ENSG00000197386, position of the first CAG repeat in exon 1: 3'074'877-3'074'879), wherein said crRNA sequence binds directly upstream of the required 5'-NGG/NAG-3' protospacer adjacent motif (PAM) and whereas said crRNA sequence base-pairs with the target HTT sequence and Cas9 mediates a double-stranded break (DSB) 3-4 bp upstream of said PAM. one or more nucleic acid sequences of at least one viral vector selected from the group consisting of adeno-associated vector serotypes (AAV) and lentiviral vectors (LV); at least one nucleic acid sequence that encodes a Cas9 being human codon-optimized or fused to an epitope tag selected among the group of FLAG, His, myc, Tap, HA, V5; at least one nucleic acid sequence that encodes at least one artificial single guide RNA (sgRNA) having a total size from 63-115 nucleotides comprising a tracrRNA sequence of 48-85 nucleotides long and a crRNA sequence encoded by a nucleic acid sequence selected from the group consisting of SEQ ID NOS: 4-7 and 13-39 and recognizing the sequence of the HTT gene within the region defined by position 3066800 to position 3086939 excluding the expanded CAG repeat mutation (ENSG00000197386, position of the first CAG repeat in exon 1: 3'074'877-3'074'879), wherein said crRNA sequence binds directly upstream of the required 5'-NGG/NAG-3' protospacer adjacent motif (PAM) and whereas said crRNA sequence base-pairs with the target HTT sequence and Cas9 mediates a double-stranded break (DSB) 3-4 bp upstream of said PAM.
A plasma spray system for providing a multi-layer barrier coating, comprising: a temperature sensor operable to determine a temperature of a workpiece (W) in a measurement zone ; a heater operable to selectively heat the workpiece (W) in a heating zone downstream of the measurement zone ; a plasma spray subsystem operable to plasma spray the workpiece (W) in an application zone downstream of the heating zone ; and a control in communication with the plasma spray subsystem , the temperature sensor , and the heater , the control operable to control the heater to heat the workpiece (W) in the heating zone in response to the temperature of the workpiece (W) in the measurement zone such that the workpiece (W) in the application zone is at a desired temperature to receive the plasma spray; characterised by a turntable (62;62A;62B;62C) operable to move the workpiece (W) with respect to the temperature sensor , the heater , and the plasma spray subsystem such that the workpiece (W) sequentially traverses through the measurement zone , the heating zone , then the application zone ; and a chiller in communication with the control , the chiller operable to selectively cool the workpiece (W) in a cooling zone downstream of the measurement zone . a temperature sensor operable to determine a temperature of a workpiece (W) in a measurement zone ; a heater operable to selectively heat the workpiece (W) in a heating zone downstream of the measurement zone ; a plasma spray subsystem operable to plasma spray the workpiece (W) in an application zone downstream of the heating zone ; and a control in communication with the plasma spray subsystem , the temperature sensor , and the heater , the control operable to control the heater to heat the workpiece (W) in the heating zone in response to the temperature of the workpiece (W) in the measurement zone such that the workpiece (W) in the application zone is at a desired temperature to receive the plasma spray; characterised by a turntable (62;62A;62B;62C) operable to move the workpiece (W) with respect to the temperature sensor , the heater , and the plasma spray subsystem such that the workpiece (W) sequentially traverses through the measurement zone , the heating zone , then the application zone ; and a chiller in communication with the control , the chiller operable to selectively cool the workpiece (W) in a cooling zone downstream of the measurement zone .
A wake-up signal resource determining method, comprising: receiving (S101) resource configuration information from a network ; and determining (S102) a frequency domain resource configured for a wake-up signal based on the resource configuration information, wherein Physical Resource Blocks, PRBs, configured for the wake-up signal are continuous, and the resource configuration information comprises a frequency domain offset, characterized in that the frequency domain offset is an offset between a PRB with a smallest index of the wake-up signal and a PRB with a smallest index of a Bandwidth Part, BWP. receiving (S101) resource configuration information from a network ; and determining (S102) a frequency domain resource configured for a wake-up signal based on the resource configuration information, wherein Physical Resource Blocks, PRBs, configured for the wake-up signal are continuous, and the resource configuration information comprises a frequency domain offset, characterized in that the frequency domain offset is an offset between a PRB with a smallest index of the wake-up signal and a PRB with a smallest index of a Bandwidth Part, BWP.
Use of a polyamine derivative for the in vitro transfection of polyanions into cells, said polyamine comprising: a polyamine moiety selected from polyalkylenimines, comprising a plurality of amino groups; a plurality of hydroxylated substituents comprising a hydroxyl group bonded via a hydrophobic linker to amino groups of said polyamine moiety, wherein each of said hydroxylated substituents comprises from 4 to 40 carbon atoms, and each of said hydrophobic linkers may comprise from 1 to 3 heteroatoms selected from O, N, and S, wherein said hydroxylated substituents are hydroxyhydrocarbyl groups or hydroxyheterohydrocarbyl groups; and a plurality of hydrophobic substituents bonded to amino groups of said polyamine moiety, wherein each of said hydrophobic substituents comprises at least 2 carbon atoms, and may comprise from 1 to 3 heteroatoms provided said hydrophobic substituent has at least 6 carbon atoms, wherein said hydrophobic substituents are hydrocarbyl groups or heterohydrocarbyl groups, and said from 1 to 3 heteroatoms are selected from O and S. a polyamine moiety selected from polyalkylenimines, comprising a plurality of amino groups; a plurality of hydroxylated substituents comprising a hydroxyl group bonded via a hydrophobic linker to amino groups of said polyamine moiety, wherein each of said hydroxylated substituents comprises from 4 to 40 carbon atoms, and each of said hydrophobic linkers may comprise from 1 to 3 heteroatoms selected from O, N, and S, wherein said hydroxylated substituents are hydroxyhydrocarbyl groups or hydroxyheterohydrocarbyl groups; and a plurality of hydrophobic substituents bonded to amino groups of said polyamine moiety, wherein each of said hydrophobic substituents comprises at least 2 carbon atoms, and may comprise from 1 to 3 heteroatoms provided said hydrophobic substituent has at least 6 carbon atoms, wherein said hydrophobic substituents are hydrocarbyl groups or heterohydrocarbyl groups, and said from 1 to 3 heteroatoms are selected from O and S.
Assembly for realising a lamp incorporated into a masonry wall, comprising: - a lamp housing that delimits a lamp seat suitable for housing a lamp body, the lamp housing being suitable to be incorporated in a masonry wall and delimiting an emission window of the light beam generated by the lamp body; - a mould suitable to be removably fixed to the lamp housing on the side that delimits the emission window and having a front opening delimited by a front edge lying in a vertical frontal plane and suitable to be placed in contact with the inner side of a formwork , so that the mould realises, after pouring cement in the formwork, an emission cavity of the light that extends from the emission window and that is open on the outer surface of the masonry wall, the mould being suitable to rigidly support the lamp housing before and during the pouring of the cement and being provided with mould fixing means suitable for removably fixing the mould to the inner side of the formwork, characterized in that the mould defines a horizontal plane , perpendicular to the frontal plane, on which the lamp housing rests when it is fixed to the mould, and in that the mould is delimited rearwardly and inferiorly by an inclined wall that connects the rear edge of the horizontal plane to the lower side of the front edge . - a lamp housing that delimits a lamp seat suitable for housing a lamp body, the lamp housing being suitable to be incorporated in a masonry wall and delimiting an emission window of the light beam generated by the lamp body; - a mould suitable to be removably fixed to the lamp housing on the side that delimits the emission window and having a front opening delimited by a front edge lying in a vertical frontal plane and suitable