mhurhangee/ep-ind-claims huggingface dataset:
Tap changer comprising - a preselector, comprising at least one movable switching element and two switching contacts (21, 23), which are contactable by the switching element; - a fine selector, comprising the two fine selector contacts (32, 34) and one load diverter which can be selectively connected with each fine selector contact (32, 34); and - an electrical connection between the preselector and the fine selector, in which at least one coupling switch is arranged; characterised in that - the electrical connection connects the switching element with the load diverter; - the switching element is mechanically or electrically coupled with at least one switching element of the coupling switch; - the coupling is such that the switching element of the preselector can be set to a non-connected neutral setting after closing of the switching element of the coupling switch and - the coupling is such that the switching element of the coupling switch can be opened after closing of the switching element of the preselector. - a preselector, comprising at least one movable switching element and two switching contacts (21, 23), which are contactable by the switching element; - a fine selector, comprising the two fine selector contacts (32, 34) and one load diverter which can be selectively connected with each fine selector contact (32, 34); and - an electrical connection between the preselector and the fine selector, in which at least one coupling switch is arranged; - the electrical connection connects the switching element with the load diverter; - the switching element is mechanically or electrically coupled with at least one switching element of the coupling switch; - the coupling is such that the switching element of the preselector can be set to a non-connected neutral setting after closing of the switching element of the coupling switch and - the coupling is such that the switching element of the coupling switch can be opened after closing of the switching element of the preselector.
Multi-phase cross-connectors for carrying potential between at least two switching devices arranged in series on a support member, said switching devices having plug sockets for feeding in the potential, the cross-connectors (20.X, 21) comprising at least: • one bus bar for each phase provided, arranged in an elongate housing made of insulating material, • and each bus bar having its own plug-in tabs which extend outwards in a comb-like configuration in a common plane perpendicular to the longitudinal extent of the housing of insulating material and are arranged side by side in a sequence, the serial spacing of which corresponds to a first grid spacing of the plug sockets of the switching devices that are adapted to be arranged side by side in series on the support member, • and the cross-connectors (20.X, 21) comprising, at least at one end of their longitudinal extent, contact openings (32, 30.1, 30.2) into the bus bars, so that the bus bars of cross-connectors arranged adjacent to one another can be connected electrically, characterised in that - the housing of insulating material is of box-shaped configuration and the housing of insulating material has a front and a back, the plug-in tabs extending along the front, and - the contact openings (32, 30.2) are arranged on the back of the housing of insulating material, so as to be capable of being covered. • one bus bar for each phase provided, arranged in an elongate housing made of insulating material, • and each bus bar having its own plug-in tabs which extend outwards in a comb-like configuration in a common plane perpendicular to the longitudinal extent of the housing of insulating material and are arranged side by side in a sequence, the serial spacing of which corresponds to a first grid spacing of the plug sockets of the switching devices that are adapted to be arranged side by side in series on the support member, • and the cross-connectors (20.X, 21) comprising, at least at one end of their longitudinal extent, contact openings (32, 30.1, 30.2) into the bus bars, so that the bus bars of cross-connectors arranged adjacent to one another can be connected electrically, - the housing of insulating material is of box-shaped configuration and the housing of insulating material has a front and a back, the plug-in tabs extending along the front, and - the contact openings (32, 30.2) are arranged on the back of the housing of insulating material, so as to be capable of being covered.
An exercise apparatus for the exercise of a user's gluteus muscles through a supported seated squat downward from an upper starting position and a upward return movement, comprising: a base; a pair of user foot support ramps mounted to the base for supporting the toe portions of the feet with the heels on the floor, the ramps being positioned and oriented to position the user upon the apparatus whereby weight of the user is directed through the heels during a full range of exercise motion; a pair of spaced fixed uprights mounted to the base and located forward of the foot support ramps, the uprights terminating in a pair of non-moving user hand grips, the uprights configured to remain in a fixed position throughout the exercise; a buttocks support assembly pivotally mounted to the uprights and extending rearwardly thereof, the assembly having a buttocks support pad at a distal end thereof located rearwardly of the foot support ramps; and a compressible linkage connecting the support assembly and the base, the linkage providing an opposing force to the downward travel of the support assembly and a boost restoring force to the support assembly for returning the support pad to an upper starting position in conjunction with a return of the user supported by the pad from the squat by extending the user's legs, thereby exercising the user's gluteus muscles. a base; a pair of user foot support ramps mounted to the base for supporting the toe portions of the feet with the heels on the floor, the ramps being positioned and oriented to position the user upon the apparatus whereby weight of the user is directed through the heels during a full range of exercise motion; a pair of spaced fixed uprights mounted to the base and located forward of the foot support ramps, the uprights terminating in a pair of non-moving user hand grips, the uprights configured to remain in a fixed position throughout the exercise; a buttocks support assembly pivotally mounted to the uprights and extending rearwardly thereof, the assembly having a buttocks support pad at a distal end thereof located rearwardly of the foot support ramps; and a compressible linkage connecting the support assembly and the base, the linkage providing an opposing force to the downward travel of the support assembly and a boost restoring force to the support assembly for returning the support pad to an upper starting position in conjunction with a return of the user supported by the pad from the squat by extending the user's legs, thereby exercising the user's gluteus muscles.
An interface device comprising a layer of material thoroughly crossed by metal electrodes intended to electrically connect two electronic circuits (12, 14), characterized: • in that the layer of material comprises a graphene layer having a negative thermal expansion coefficient; • and in that the electrodes each comprise: o a central electrically-conductive element formed across the thickness of the graphene layer; and an electrically-insulating peripheral layer, interposed between the central element and the graphene layer. • in that the layer of material comprises a graphene layer having a negative thermal expansion coefficient; • and in that the electrodes each comprise: o a central electrically-conductive element formed across the thickness of the graphene layer; and an electrically-insulating peripheral layer, interposed between the central element and the graphene layer.
Packaging for a snack, in particular a kebab, in the form of a bag which assumes a folded state for the preparation of the snack and can be transformed from the folded state into an unfolded state for the packaging of the snack, the bag having a front part and a back part with a flap which form a pocket which can be closed by means of the flap, wherein in the folded state of the bag - a bottom portion of the bag is folded along a folding edge extending in the transverse direction of the bag, thereby reducing the volume of the bag, and wherein in the folded state - two corners located at the ends of the folding edge are folded over in the form of dog-ears, so that the bag has beveled corners in the region of the folding edge. - a bottom portion of the bag is folded along a folding edge extending in the transverse direction of the bag, thereby reducing the volume of the bag, and wherein in the folded state - two corners located at the ends of the folding edge are folded over in the form of dog-ears, so that the bag has beveled corners in the region of the folding edge.
Arrangement for detecting a position, in particular a roll, pitch and/or yaw angle, of a human upper jaw and/or head, comprising at least one first sensor to be arranged on an upper jaw, wherein the at least one first sensor has a data interface for transmitting and/or receiving data, wherein the arrangement has at least one second sensor to be arranged on a head, wherein the at least one second sensor has a data interface for transmitting and/or receiving data, characterized in that the first sensor and the second sensor have a wireless data connection to each other, or in that the first sensor and the second sensor have a wired data connection to each other.
An antisense oligonucleotide containing 20-35 morpholino subunits linked by phosphorus-containing intersubunit linkages joining a morpholino nitrogen of one subunit to a 5' exocyclic carbon of an adjacent subunit, comprising a sequence selected from: cagcctctcgctcactcacc(SEQ ID NO: 552), caaagcagcctctcgctcactcacc(SEQ ID NO: 525), cagcctctcgctcactcaccctgca(SEQ ID NO: 524), tctcgctcactcaccctgca(SEQ ID NO: 551), caaagcagcctctcgctcac(SEQ ID NO: 553), tcttccaaagcagcctctcgctcac(SEQ ID NO: 526), tctatgagtttcttccaaagcagcc(SEQ ID NO: 527),and tctatgagtttcttccaaag(SEQ ID NO: 554), wherein said antisense oligonucleotide is complementary to human dystrophin pre-mRNA to induce exon 55 skipping. cagcctctcgctcactcacc(SEQ ID NO: 552), caaagcagcctctcgctcactcacc(SEQ ID NO: 525), cagcctctcgctcactcaccctgca(SEQ ID NO: 524), tctcgctcactcaccctgca(SEQ ID NO: 551), caaagcagcctctcgctcac(SEQ ID NO: 553), tcttccaaagcagcctctcgctcac(SEQ ID NO: 526), tctatgagtttcttccaaagcagcc(SEQ ID NO: 527),and tctatgagtttcttccaaag(SEQ ID NO: 554),
A liquid ejecting module comprising: an element arranged face on which a plurality of ejecting elements are arranged, each of the ejecting elements including a pressure chamber in which liquid is contained, an energy generating element for applying energy to liquid in the pressure chamber, and an ejection port for ejecting liquid to which energy is applied by the energy generating element; a circulation flow path including a supply flow path which supplies liquid to the pressure chamber and a collection flow path which collects liquid from the pressure chamber; and a liquid delivery mechanism provided in the circulation flow path for circulating liquid in the pressure chamber, characterized in that in the liquid ejecting module, the liquid is ejected from the ejection port from a lower side to an upper side, and the liquid delivery mechanism is disposed lower than the element arranged face. an element arranged face on which a plurality of ejecting elements are arranged, each of the ejecting elements including a pressure chamber in which liquid is contained, an energy generating element for applying energy to liquid in the pressure chamber, and an ejection port for ejecting liquid to which energy is applied by the energy generating element; a pressure chamber in which liquid is contained, an energy generating element for applying energy to liquid in the pressure chamber, and an ejection port for ejecting liquid to which energy is applied by the energy generating element; a circulation flow path including a supply flow path which supplies liquid to the pressure chamber and a collection flow path which collects liquid from the pressure chamber; and a liquid delivery mechanism provided in the circulation flow path for circulating liquid in the pressure chamber, in the liquid ejecting module, the liquid is ejected from the ejection port from a lower side to an upper side, and the liquid delivery mechanism is disposed lower than the element arranged face.
A supercharger for a combustion engine, the supercharger being driven by a rotational force of a crankshaft of the combustion engine via an endless band-shaped power transmission member, the supercharger comprising: a supercharger holder configured to support a supercharger rotation shaft and detachably mounted on a combustion engine case; the supercharger rotation shaft being rotatably supported by the supercharger holder through bearings; and characterized by a supercharger lubricating oil passage configured to introduce a lubricating oil to the supercharger; the supercharger lubrication oil passage being formed in the supercharger holder; a hydraulic biasing force generating device configured to suppress slack of the power transmission member, and a tensioner lubricating oil passage branched off the supercharger lubricating oil passage, wherein a supercharger lubricating oil introduction path is connected, form a exit port, directly to the supercharger lubricating oil passage of the supercharger holder, and supplies the lubricating oil to the bearings; and a part of the lubricating oil introduced to the supercharger lubricating oil passage is supplied as a hydraulic source to the biasing force generating device through the tensioner lubricating oil passage. a supercharger holder configured to support a supercharger rotation shaft and detachably mounted on a combustion engine case; the supercharger rotation shaft being rotatably supported by the supercharger holder through bearings; and characterized by a supercharger lubricating oil passage configured to introduce a lubricating oil to the supercharger; the supercharger lubrication oil passage being formed in the supercharger holder; a hydraulic biasing force generating device configured to suppress slack of the power transmission member, and a tensioner lubricating oil passage branched off the supercharger lubricating oil passage, wherein a supercharger lubricating oil introduction path is connected, form a exit port, directly to the supercharger lubricating oil passage of the supercharger holder, and supplies the lubricating oil to the bearings; and a part of the lubricating oil introduced to the supercharger lubricating oil passage is supplied as a hydraulic source to the biasing force generating device through the tensioner lubricating oil passage.
An environmental barrier coating system for a silicon-containing substrate, the environmental barrier coating system comprising: a bond coat layer on the silicon-containing substrate, the bond coat layer comprising silicon and at least one doping material comprising a creep-resistant element, wherein the creep-resistant element is chosen from the group containing Sb, As, Hf, In and Bi, the doping material being located at grain boundaries within the bond coat layer in sufficient size and quantity to improve the creep resistance of the bond coat layer; and at least one ceramic environmental barrier layer on the bond coat layer.
A tool for the assembly and the disassembly of a chisel on or from a chisel holder with an actuator, which has a pushing-out section, wherein the actuator is displaceable along a traversing direction, wherein the actuator is displaceable by means of a setting unit, characterized in that the actuator has a pulling-in section, which is at a distance to the pushing-out section and which is arranged transversely to the traversing direction of the actuator, and that the actuator can be power-actuated bi-directionally by means of the setting unit in the traversing direction and is designed: a. to assemble the chisel by pulling the chisel into a chisel receptacle of a chisel holder by means of the pulling-in section; as well as b. to disassemble the chisel by pushing the chisel out of the chisel receptacle of the chisel holder by means of the pushing-out section. a. to assemble the chisel by pulling the chisel into a chisel receptacle of a chisel holder by means of the pulling-in section; as well as b. to disassemble the chisel by pushing the chisel out of the chisel receptacle of the chisel holder by means of the pushing-out section.
Motor vehicle latch, in particular for a vehicle rear door, comprising a latch cover and a locking mechanism (12, 13) consisting substantially of a catch and at least one pawl, further comprising at least one coupling element (17, 18), and comprising at least one electric drive (14, 15, 16), it being possible for the coupling element (17, 18) to assume different positions (I, II, III) and the coupling element (17, 18) interacting with a drive element of the drive (14, 15, 16) and a central locking mechanism, the coupling element (17, 18) being connected to the drive element in order to assume its positions (I, II, III), the drive element and/or the latch cover having a ratchet contour having at least two position indentations (19.1, 19.2, 19.3), and a spring mechanism being provided, the spring mechanism interacting with the position indentations (19.1, 19.2, 19.3) of the ratchet contour, whereby the coupling element (17, 18) can be positioned in the positions (I, II, III), characterized in that the spring mechanism is designed as a leg spring, in particular a double leg spring.
A process of making paper or paperboard in which a cellulosic thin stock is provided and subjected to one or more shear stages and then drained and a moving screen to form a sheet which is dried, wherein the process employs a retention system which is applied to the thin stock, said retention system comprising as components i) a blend of different cationic polymers and ii) a microparticulate material, in which the blend of cationic polymers comprises, a) a cationic polymer having a charge density of at least 3 mEq per gram and a molar mass of greater than 700,000, wherein the cationic polymer (a) is selected from the group consisting of polyethyleneimines, modified polyethyleneimines, polyvinylamines and partially hydrolyzed polyvinyl carboxamides, b) a cationic polymer having a charge density of below 3 mEq per gram and an intrinsic viscosity of at least 4 dl/g, wherein the cationic polymer (b) comprises between 5 and 40 mol % of a cationic monomer selected from the group consisting of cationic polyacrylamides comprising acrylamide and a methyl chloride quaternary ammonium salt of dimethylamino ethyl acrylate, and wherein one of the components of the retention system is dosed into the thin stock after the final shearing stage and the other is dosed into the thin stock before the final shearing stage. i) a blend of different cationic polymers and ii) a microparticulate material, a) a cationic polymer having a charge density of at least 3 mEq per gram and a molar mass of greater than 700,000, wherein the cationic polymer (a) is selected from the group consisting of polyethyleneimines, modified polyethyleneimines, polyvinylamines and partially hydrolyzed polyvinyl carboxamides, b) a cationic polymer having a charge density of below 3 mEq per gram and an intrinsic viscosity of at least 4 dl/g,
An air conditioner which receives power supply from a three-phase four-wire system alternating current power source, the air conditioner comprising: a crank case heater connected between an N phase and a phase other than the N phase of the alternating current power source; a first current transformer and a second current transformer provided respectively to detect an electric current which flows through the N phase and the phase other than the N phase; and control means to control a compressor, and connected to the output of a secondary winding wire of each current transformer and to the alternating current power source, wherein the winding number of the secondary winding wire of the first current transformer is larger than that of the secondary winding wire of the second current transformer; and wherein the control means is adapted to determine that the N phase is lost or the crank case heater is abnormal, if the output of the first current transformer is smaller than that of the second current transformer or the output of the first current transformer does not reach a predetermined value, based on the outputs of the respective current transformers during energizing the crank case heater, in a state where the compressor stops. a crank case heater connected between an N phase and a phase other than the N phase of the alternating current power source; a first current transformer and a second current transformer provided respectively to detect an electric current which flows through the N phase and the phase other than the N phase; and control means to control a compressor, and connected to the output of a secondary winding wire of each current transformer and to the alternating current power source, wherein the winding number of the secondary winding wire of the first current transformer is larger than that of the secondary winding wire of the second current transformer; and wherein the control means is adapted to determine that the N phase is lost or the crank case heater is abnormal, if the output of the first current transformer is smaller than that of the second current transformer or the output of the first current transformer does not reach a predetermined value, based on the outputs of the respective current transformers during energizing the crank case heater, in a state where the compressor stops.