mhurhangee/ep-ind-claims huggingface dataset:
Organic molecule, comprising a structure of formula I wherein T, V, W, X, Y is independently selected from the group consisting of H and tert-butyl; R T, R V, R W, R X, R Y is independently selected from the group consisting of H and tert-butyl; wherein at least one kind of substituent selected from the group consisting of T, V, W, X, Y, R T, R V, R W, R X, R Y is tert-butyl at each occurrence. T, V, W, X, Y is independently selected from the group consisting of H and tert-butyl; R T, R V, R W, R X, R Y is independently selected from the group consisting of H and tert-butyl; wherein at least one kind of substituent selected from the group consisting of T, V, W, X, Y, R T, R V, R W, R X, R Y is tert-butyl at each occurrence.
A side airbag apparatus, comprising a cushion that is provided on the side part on the central side in the width direction of a backrest part in either one of one seat (Sd) or the other seat disposed in parallel in the width direction of a vehicle and restrains a passenger from moving towards a region (where an impact is applied) upon a collision so as to protect this passenger, wherein: an inflator that receives a signal from a sensor, generates gas, and deploys the cushion is provided inside the cushion, characterized in that the cushion comprises: a main chamber, and a subchamber which is provided on a base cloth panel opposite a base cloth panel on the passenger side of the main chamber with which a passenger seated in the one seat (Sd) is in contact, and, wherein the main chamber is sectioned into a vehicle front side chamber and a vehicle rear side chamber, with the subchamber mounted on the vehicle front side chamber. an inflator that receives a signal from a sensor, generates gas, and deploys the cushion is provided inside the cushion, the cushion comprises: a main chamber, and a subchamber which is provided on a base cloth panel opposite a base cloth panel on the passenger side of the main chamber with which a passenger seated in the one seat (Sd) is in contact, and, wherein the main chamber is sectioned into a vehicle front side chamber and a vehicle rear side chamber, with the subchamber mounted on the vehicle front side chamber.
Fastening device for a thermoinsulating tile of a gas turbine combustion chamber, comprising: a supporting body (12; 112), provided with a lid (23; 123) and configured to be coupled to a seat of a wall of a combustion chamber of a gas turbine; coupling members (14; 114), connected to the supporting body (12; 112) at an end thereof opposite to the lid (23; 123) and configured to be coupled to thermoinsulating tiles of the combustion chamber through the wall; at least a sensor (15, 16; 115) connected to the lid (23; 123) and having a connecting line (15b, 16b; 115b), that extends through the supporting body (12; 112), and a sensing member (15a, 16a; 115a) at one end of the connecting line (15b, 16b; 115b). a supporting body (12; 112), provided with a lid (23; 123) and configured to be coupled to a seat of a wall of a combustion chamber of a gas turbine; coupling members (14; 114), connected to the supporting body (12; 112) at an end thereof opposite to the lid (23; 123) and configured to be coupled to thermoinsulating tiles of the combustion chamber through the wall; at least a sensor (15, 16; 115) connected to the lid (23; 123) and having a connecting line (15b, 16b; 115b), that extends through the supporting body (12; 112), and a sensing member (15a, 16a; 115a) at one end of the connecting line (15b, 16b; 115b).
A percussion cap for small caliber ammunition with an outer metallic cup which incorporates an ignition mixture, which upon initiation generates hot combustion gases, wherein the percussion cap also incorporates an electrically initiatable resistance bridge and an electrically conductive pole piece, wherein the first pole of the resistance bridge is connected with the cup, and the second pole with the pole piece, which protrudes out of the cup and is electrically insulated from the latter, and the cup incorporates a plate made out of an electrically insulating material with an upper side and a lower side facing the pole piece and with a hole, and the resistance bridge is arranged on the upper side, wherein the lower side and the hole are metalized and electrically connected with each other, and the edge of the upper side has arranged on it a metallic edge contact, which is connected with the first pole of the resistance bridge, and the second pole of the resistance bridge is connected with the metallization of the hole, and the plate lies on the pole piece, and the edge contact is connected with an electrically conductive support element, which presses the plate against the pole piece with its lower side, and which abuts against the inner wall of the cup, characterized in that the support element is the edge of the outer cup inwardly bent by 180°.
A shaving system, comprising: a unitary frame having a length and width, a topside and an underside, wherein the unitary frame includes angled bends forming at least three lengthwise guards on the unitary frame, the guards separated by at least three gaps in the unitary frame; and at least three blades (412, 490), affixed lengthwise to the underside of the guards of the unitary frame, wherein the at least three blades (412, 490) include edges, and wherein the blade edges extend into the gaps in the unitary frame when affixed to the underside of the guards of the unitary frame. a unitary frame having a length and width, a topside and an underside, wherein the unitary frame includes angled bends forming at least three lengthwise guards on the unitary frame, the guards separated by at least three gaps in the unitary frame; and at least three blades (412, 490), affixed lengthwise to the underside of the guards of the unitary frame, wherein the at least three blades (412, 490) include edges, and wherein the blade edges extend into the gaps in the unitary frame when affixed to the underside of the guards of the unitary frame.
Circuit arrangement for theft detection for hybrid components of a motor vehicle, in particular of a utility vehicle, wherein at least one detector monitors at least one electric line connection to or in a hybrid component, and if a line break is identified an alarm signal is triggered by means of a signal device, characterized in that the monitored line connection is an interlock loop which is led through the hybrid component via a connection plug.
A phosphor represented by general formula Me a Re b Si c Al d N e O f, wherein Me contains Sr as an essential element and may contain one or more elements selected from Na, Li, Mg, Ca, Ba, Sc, Y, and La; and Re contains Eu as an essential element and may contain one or more elements selected from Mn, Ce, Tb, Yb, and Sm, and wherein a, b, c, d, e, and f representing composition ratio satisfy the following formulae: a = 1 − x, b = x, c = 2 + 2 p × 1 − y, d = 2 + 2 p × y, e = 1 + 4 p × 1 − z, and f = 1 + 4 p × z, parameters p, x, y, and z fall within the following range: p=1.636, 0.01<x<0.25, 0.180<y<0.220, and 0.060<z<0.100. p=1.636, 0.01<x<0.25, 0.180<y<0.220, and 0.060<z<0.100.
Crystalline Form A of Compound 1: characterized by having four or more peaks in its XRPD pattern selected from those in the following table: Angle (2-Theta °) 9.1 ± 0.2 10.0 ± 0.2 11.6 ± 0.2 16.1 ± 0.2
A process for the manufacture of a high brightness composite pigment which comprises a mineral pigment and calcium carbonate, wherein the process comprises the steps of: (a) obtaining a slurry of particles of the mineral pigment; (b) adding slaked lime to the slurry to form a mixture; wherein the amount of slaked lime added to the mineral pigment slurry is from about 1.8% to about 6.3% based on the weight of the dry mineral pigment; (c) passing carbon dioxide gas through the mixture to precipitate calcium carbonate on surfaces of the mineral pigment particles; (d) stopping passage of the carbon dioxide gas when the mixture has a pH of about 7.0; and (e) repeating steps (b) - (d) a plurality of times to produce the composite pigment, wherein the amount of slaked lime added to the mineral pigment slurry in step (b) for each carbonation cycle is from about 1.8% to about 6.3% based on the weight of the dry mineral pigment; wherein the GE brightness of the composite pigment is increased by at least 1.1 unit compared to the starting material; and wherein the composite pigment has a substantially reduced amount of particles of less than 0.2 microns compared to the starting mineral pigment and the same or slightly increased amount of particles of 1-2 microns compared to the starting mineral pigment thus making the overall particle size distribution narrower. (a) obtaining a slurry of particles of the mineral pigment; (b) adding slaked lime to the slurry to form a mixture; wherein the amount of slaked lime added to the mineral pigment slurry is from about 1.8% to about 6.3% based on the weight of the dry mineral pigment; (c) passing carbon dioxide gas through the mixture to precipitate calcium carbonate on surfaces of the mineral pigment particles; (d) stopping passage of the carbon dioxide gas when the mixture has a pH of about 7.0; and (e) repeating steps (b) - (d) a plurality of times to produce the composite pigment, wherein the amount of slaked lime added to the mineral pigment slurry in step (b) for each carbonation cycle is from about 1.8% to about 6.3% based on the weight of the dry mineral pigment; wherein the GE brightness of the composite pigment is increased by at least 1.1 unit compared to the starting material; and wherein the composite pigment has a substantially reduced amount of particles of less than 0.2 microns compared to the starting mineral pigment and the same or slightly increased amount of particles of 1-2 microns compared to the starting mineral pigment thus making the overall particle size distribution narrower.
A method of controlling a garbage disposer including a crushing unit for crushing garbage, a housing including an inlet port through which garbage is introduced and an outlet port through which garbage is discharged, a storage body rotatably disposed in the housing and defining a space for receiving garbage, a communication hole provided at the storage body to communicate with either the inlet port or the outlet port based on rotation of the storage body, an agitation unit rotatably provided in the storage body, being configured to open and close the communication hole based on its relative rotation with respect to the storage body, and a driving unit for rotating at least one of the agitation unit and the storage body, the method comprises: a first connection operation of rotating the storage body to have the communication hole in a position to communicate with the inlet port; an opening operation of rotating the agitation unit to open the communication hole; a crushing operation of crushing garbage by means of the crushing unit and supplying the crushed garbage to the inlet port; a closing operation of rotating the agitation unit to close the communication hole; and a dehydration operation of concurrently rotating the agitation unit and the storage body at a predetermined first RPM such that garbage contained in the storage body can be dehydrated while the communication hole is kept closed. a first connection operation of rotating the storage body to have the communication hole in a position to communicate with the inlet port; an opening operation of rotating the agitation unit to open the communication hole; a crushing operation of crushing garbage by means of the crushing unit and supplying the crushed garbage to the inlet port; a closing operation of rotating the agitation unit to close the communication hole; and a dehydration operation of concurrently rotating the agitation unit and the storage body at a predetermined first RPM such that garbage contained in the storage body can be dehydrated while the communication hole is kept closed.
A process for loading, unloading and winding of product on a reel, that comprises the following steps: a) arranging in a loading position at least one movable reel, already loaded with a first product,facing a first shaft of a mobile station of a device for loading, unloading and winding of product on reels, wherein a loading side of the movable reel closer to the first shaft, faces the first shaft; b) transporting gripping means from the mobile station by means of transport means; c) gripping the movable reel, from one single side, the loading side, with the gripping means; d) the movable reel being gripped, moving, by means of the transport means, the gripping means together with the movable reel towards the mobile station in the direction of the first shaft; e) assembly the movable reel on the first shaft in the mobile station, characterized in that it further comprises the following steps: e1) hooking the first product of the movable reel on a non-movable reel next to the movable reel, and start to transfer the first product from the movable reel to the non-movable reel until completely emptying the movable reel; and e2) continuously providing a second product on the movable reel, to simultaneously transfer the first product back to the movable reel from the non-movable reel; and f) the gripping means being holding the winded movable reel on the loading side, actuate the transport means to move the gripping means together with the movable reel toward the loading position. a) arranging in a loading position at least one movable reel, already loaded with a first product,facing a first shaft of a mobile station of a device for loading, unloading and winding of product on reels, wherein a loading side of the movable reel closer to the first shaft, faces the first shaft; b) transporting gripping means from the mobile station by means of transport means; c) gripping the movable reel, from one single side, the loading side, with the gripping means; d) the movable reel being gripped, moving, by means of the transport means, the gripping means together with the movable reel towards the mobile station in the direction of the first shaft; e) assembly the movable reel on the first shaft in the mobile station, e1) hooking the first product of the movable reel on a non-movable reel next to the movable reel, and start to transfer the first product from the movable reel to the non-movable reel until completely emptying the movable reel; and e2) continuously providing a second product on the movable reel, to simultaneously transfer the first product back to the movable reel from the non-movable reel; and f) the gripping means being holding the winded movable reel on the loading side, actuate the transport means to move the gripping means together with the movable reel toward the loading position.
A power conversion device being an interleaved device comprising: a plurality of chopper circuits (3a, 3b) connected in parallel, each chopper circuit including a reactor (4a,4b), a switching element (5a, 5b), and a backflow prevention element (6a, 6b); characterized in that the power conversion device is configured to detect a bus-bar current in a state where respective switching elements are individually switched on in a non-overlapping manner, and is configured to calculate a ratio (k) between respective inductance values (La, Lb) of respective reactors (4a,4b) of respective chopper circuits (3a, 3b) before or during operation of the power conversion device, and is configured to perform on-duty correction by using the ratio between the respective inductance values calculated before or during operation of the power conversion device, wherein the power conversion device is configured to control a ratio among respective on-duties (Daon, Dbon) to be the ratio between the inductance values of the respective reactors so that change amounts of a bus-bar current, to which a reactor current flowing into the reactors is added become substantially the same, and is configured to supply drive pulses (pulse_a, pulse_b), the on-duties of which are different for each of a plurality of the switching elements. a plurality of chopper circuits (3a, 3b) connected in parallel, each chopper circuit including a reactor (4a,4b), a switching element (5a, 5b), and a backflow prevention element (6a, 6b); the power conversion device is configured to detect a bus-bar current in a state where respective switching elements are individually switched on in a non-overlapping manner, and is configured to calculate a ratio (k) between respective inductance values (La, Lb) of respective reactors (4a,4b) of respective chopper circuits (3a, 3b) before or during operation of the power conversion device, and is configured to perform on-duty correction by using the ratio between the respective inductance values calculated before or during operation of the power conversion device, wherein the power conversion device is configured to control a ratio among respective on-duties (Daon, Dbon) to be the ratio between the inductance values of the respective reactors so that change amounts of a bus-bar current, to which a reactor current flowing into the reactors is added become substantially the same, and is configured to supply drive pulses (pulse_a, pulse_b), the on-duties of which are different for each of a plurality of the switching elements.
An imaging method comprising: acquiring magnetic resonance data of a subject using a magnetic resonance component (30, 30') disposed with the subject, the magnetic resonance component configured to cooperate with a magnetic resonance imager in the acquisition of the magnetic resonance data; acquiring nuclear imaging data of the subject with the magnetic resonance component disposed with the subject; determining a position of the magnetic resonance component respective to a frame of reference of the nuclear imaging data; and reconstructing the nuclear imaging data to generate a nuclear image of at least a portion of the subject, the reconstructing including adjusting at least one of the nuclear imaging data and the nuclear image based on a density map that sets forth the radiation absorption characteristics of the magnetic resonance component and the determined position of the magnetic resonance component respective to the frame of reference of the nuclear imaging data to correct the nuclear image for radiation absorption by the magnetic resonance component. acquiring magnetic resonance data of a subject using a magnetic resonance component (30, 30') disposed with the subject, the magnetic resonance component configured to cooperate with a magnetic resonance imager in the acquisition of the magnetic resonance data; acquiring nuclear imaging data of the subject with the magnetic resonance component disposed with the subject; determining a position of the magnetic resonance component respective to a frame of reference of the nuclear imaging data; and reconstructing the nuclear imaging data to generate a nuclear image of at least a portion of the subject, the reconstructing including adjusting at least one of the nuclear imaging data and the nuclear image based on a density map that sets forth the radiation absorption characteristics of the magnetic resonance component and the determined position of the magnetic resonance component respective to the frame of reference of the nuclear imaging data to correct the nuclear image for radiation absorption by the magnetic resonance component.
Lipophilic oligonucleotide comprising a phosphate glycerol unit containing at least one aliphatic unsaturated carbon bond according to formula I with Oligonucleotide = an unmodified or modified nucleic acid of 2 - 1000 nucleotides in length R = a bond or a linker unit Y = OH, SH or NHR3 X and Z = independently O, S or NR3 R3 = hydrogen or branched or unbranched and/or substituted or unsubstituted alkyl, aryl and/or alkyl aryl residue with 10 to 30 carbon atoms R1, R2 = branched or unbranched and/or substituted or unsubstituted alkyl, aryl and/or alkylaryl residue with 10 to 30 carbon atoms, with the proviso that at least one of the residues R1 or R2 comprises at least one aliphatic carbon-carbon double bond Oligonucleotide = an unmodified or modified nucleic acid of 2 - 1000 nucleotides in length R = a bond or a linker unit Y = OH, SH or NHR3 X and Z = independently O, S or NR3 R3 = hydrogen or branched or unbranched and/or substituted or unsubstituted alkyl, aryl and/or alkyl aryl residue with 10 to 30 carbon atoms R1, R2 = branched or unbranched and/or substituted or unsubstituted alkyl, aryl and/or alkylaryl residue with 10 to 30 carbon atoms, with the proviso that at least one of the residues R1 or R2 comprises at least one aliphatic carbon-carbon double bond
A magnet retaining system comprising a magnet retainer and a plurality of permanent magnets for use in a brushless direct current, bldc, electric motor of an electrical appliance, the bldc electric motor comprising a stator, a shaft and an inner magnet-rotor which comprises a core that includes a plurality of slots each for receiving a permanent magnet and a bore for press-fittingly receiving the shaft and the plurality of permanent magnets that are adapted to be respectively mounted into the slots, the magnet retainer comprising a main body which is adapted for installation onto the core and a plurality of outer legs each disposed onto the main body and each adapted to be inserted into the respective slot, to resiliently press the respective permanent magnet radially outwards and to clamp the respective permanent magnet within the slot, the magnet retaining system being characterized in that each permanent magnet has an indent and each outer leg has a nose which snap-fits into the indent of the respective permanent magnet.
The method of manufacturing of an insulation component for electric applications made of cellulosic material using a mold being preprepared for the insulation component; the method having a step in which a wet sheet of cellulose pulp is deposited on the mold and comprises the step of modeling a shell of a raw insulation component by pressing the wet sheet of the cellulose pulp to external surface of the mold in order to map the shape of the mold into a shell of the raw insulation component, having a step of drying the shell of the raw component, step of removing the shell of the raw component from the mold and step of machining of the dried shell of the raw component into the final shape of the insulation component; characterized in that in the step of pre-preparing the mold, only a non-metallic material is used to form the mold, the mold is manufactured in any additive manufacturing process and has a bulky like structure with an open-like porous structure or a lattice-like structure in any form, or structure being their combination which structure is adapted to be non-permeable for cellulosic material in the form of wet sheet made of unbleached cellulose kraft pulp during the step of forming and drying the shell of the raw component, and the step of drying the shell of the raw component is performed by using an external microwave sources of heat.
A method for operating a steering system of a motor vehicle, in the case of which method a steering force assistance or a countertorque which is introduced by a feedback actuator into a steering handle generates a steering feel in a manner which is dependent on a driver-side manual torque which is applied to the steering handle, the steering feel being shown by means of a characteristic curve (1, 2, 3, 4, 5, 6) which is adapted in a manner which is dependent on the steering speed ( φ̇ STW), characterized in that the characteristic curve (1, 3, 5) is adapted in the case of steering speeds above 150°/s in such a way that the adapted characteristic curve (2, 4, 6) has a smaller maximum change of the gradient than the characteristic curve in the case of lower steering speeds (1, 3, 5).