mhurhangee/patent-ind-claim-en huggingface dataset:
A vibrating conveyor, comprising a trough having a working surface and open at least at one end, resiliently supported in a substantially horizontal position, and a vibration drive in the form of a pair of self-synchronizing counter-rotating electro-vibrators with the possibility of a smooth adjustment of rotation and suspended under the conveyor trough at an angle such that their resultant force passes through the centre of gravity of the trough lying on a vertical plane passing through the longitudinal axis of the trough, and the axes of rotation of the electro-vibrators are perpendicular to this plane, and further comprising a mass of an eliminator attached to the trough by means of a resilient suspension in such a way that the mass of the eliminator has degrees of freedom limited to one translational degree, in the direction coincident with the direction of the line of action of the resultant force of the electro-vibrators wherein the latter are equipped with rotational speed regulators for said smooth adjustment of rotation, which are inverters , characterised in that the centre of gravity of the mass of the eliminator lies on the direction of the line of action of the resultant force of the electro-vibrators , and the resilient suspension of the mass of the eliminator is provided by an additional coil spring with the axis thereof coinciding with the direction of the line of action of the resultant force of the electro-vibrators and at least one pair of spring bars with a longitudinal axis perpendicular to the direction of the line of action of the resultant force of the electro-vibrators .
A method of obtaining isoprene and/or cyclopentadiene from a C 5 stream, the method comprising: contacting, in a dimerization unit, a feed stream comprising primarily C 5 hydrocarbons with a dienophile under reaction conditions sufficient to dimerize cyclopentadiene and isoprene present in the feed stream to produce a first intermediate stream comprising dicyclopentadiene, cyclopentadiene isoprene, and unreacted C 5 hydrocarbons; and processing the first intermediate stream to produce a first product stream comprising primarily isoprene and a second product stream comprising primarily cyclopentadiene. contacting, in a dimerization unit, a feed stream comprising primarily C 5 hydrocarbons with a dienophile under reaction conditions sufficient to dimerize cyclopentadiene and isoprene present in the feed stream to produce a first intermediate stream comprising dicyclopentadiene, cyclopentadiene isoprene, and unreacted C 5 hydrocarbons; and processing the first intermediate stream to produce a first product stream comprising primarily isoprene and a second product stream comprising primarily cyclopentadiene.
A manifold assembly, comprising: a manifold body having a top end and an opposite bottom end; a center channel extending along a vertical axis from the manifold body top end to the manifold body bottom end, the center channel having an input port ; a top vent port proximal with the manifold body top end and in fluid connectivity with the center channel; a top vent valve coupled with the top vent port, the top vent valve comprising a connection port , a float, and a vent fitting ; a bottom flush port proximal with the manifold body bottom end and in fluid connectivity with the center channel; the top vent port, the center channel, and the bottom vent port comprising an open center conduit, the open center conduit aligned with the vertical axis; at least three distribution ports aligned along the vertical axis and oriented normal to the vertical axis, the at least three distribution ports in fluid connectivity with the center channel, each distribution port configured to receive a solenoid valve ; and an exit fitting associated with each distribution port of the at least three distribution ports, each exit fitting oriented normal with both of the vertical axis and its associated distribution port, each exit fitting in valved fluid connectivity with its associated distribution port, at least one exit fitting comprises a flow regulator. a manifold body having a top end and an opposite bottom end; a center channel extending along a vertical axis from the manifold body top end to the manifold body bottom end, the center channel having an input port ; a top vent port proximal with the manifold body top end and in fluid connectivity with the center channel; a top vent valve coupled with the top vent port, the top vent valve comprising a connection port , a float, and a vent fitting ; a bottom flush port proximal with the manifold body bottom end and in fluid connectivity with the center channel; the top vent port, the center channel, and the bottom vent port comprising an open center conduit, the open center conduit aligned with the vertical axis; at least three distribution ports aligned along the vertical axis and oriented normal to the vertical axis, the at least three distribution ports in fluid connectivity with the center channel, each distribution port configured to receive a solenoid valve ; and an exit fitting associated with each distribution port of the at least three distribution ports, each exit fitting oriented normal with both of the vertical axis and its associated distribution port, each exit fitting in valved fluid connectivity with its associated distribution port, at least one exit fitting comprises a flow regulator.
A method for preparing a corrosion-resistant anodized metal surface which comprises: anodizing a metal surface with a solution comprising an aniline-monomer and sealing the metal surface with a seal solution comprising a thiol inhibitor so as to form the corrosion-resistant anodized metal surface, wherein the aniline monomer is a substituted aniline monomer selected from 2-(methylamino)aniline, 2,3-dimethylaniline, 2,4-dimethoxyaniline, 2,5 dibutylaniline, 2,5 dimethoxyaniline, 2,5 dimethyl aniline, 2,5-dichloroaniline, 2-acetylaniline, 2-bromoaniline, 2-cyclohexylaniline, 2-dimethylaminoaniline, 2-ethylthioaniline, 2-methyl-4-methoxycarbonylaniline, 2-methylthiomethylaniline, 2-thiomethylaniline, 3-(n-butanesulfonic acid) aniline, 3-acetamidoaniline, 3-amino-9-methylcarbazole, 3-aminocarbazole, 3-bromoaniline, 3-phenoxyaniline, 3-propoxymethylaniline, 4-(2,4-dimethylphenyl) aniline, 4-acetamidoaniline, 4-amino carbazole, 4-aminoaniline, 4-benzylaniline, 4-bromoaniline, 4-carboxyaniline, 4-ethylthioaniline, 4-mercaptoaniline, 4-phenoxyaniline, 4-phenylthioaniline, 4-propanoaniline, 4-trimethylsilyl aniline, 5-chloro-2-ethoxy-aniline, 5-chloro-2-methoxy-aniline, alkyl aniline, ethylaniline, m-butylaniline, m-hexylaniline, m-octylaniline, m-toluidine, methylaniline, N hexyl-m-toluidine, N-(paraaminophenyl) aniline, N,N dimethyl aniline, N-hexyl aniline, N-methyl aniline, N-methyl o-cyanoaniline, N-methyl-2,4-dimethylaniline, N-octyl-m-toluidine, N-propyl aniline, N-propyl m-toluidine, o-cyano aniline, o-ethoxy aniline, o-ethylaniline, o-toluidine, or tetrahydronaphthyl aniline.
An enclosed carton having a top panel in folded connection with a second panel, the top panel having an interior tuck tab disposed thereon, the interior tuck tab comprising: a perimeter defined by a line of weakness for separating the interior tuck tab from the top panel ; a first fold line for hingedly connecting the interior tuck tab to the top panel and a second fold line spaced apart from the first fold line ; and characterized in that the interior tuck tab further comprises a pair of notches disposed on the interior tuck tab substantially parallel to the second fold line , the pair of notches comprises at least one of: a pair of slits, a pair of cuts, or a pair of V-shaped notches, formed in adjoining sections at opposite ends of the second fold line . a perimeter defined by a line of weakness for separating the interior tuck tab from the top panel ; a first fold line for hingedly connecting the interior tuck tab to the top panel and a second fold line spaced apart from the first fold line ; and characterized in that the interior tuck tab further comprises a pair of notches disposed on the interior tuck tab substantially parallel to the second fold line , the pair of notches comprises at least one of: a pair of slits, a pair of cuts, or a pair of V-shaped notches, formed in adjoining sections at opposite ends of the second fold line .
Method for determining a temperature (T 1 ) of an active layer of a heating resistor for a recuperation system of a motor vehicle, the method comprising the steps of: - determining an instantaneous value of a current (I 1 ) flowing through an active layer of a heating resistor at a first time (t 1 ), - determining an instantaneous value of a voltage (U 1 ) that is present on the active layer of the heating resistor at the first time (t 1 ), - calculating an instantaneous value of an electrical resistance (R 1 ) from the determined instantaneous value of the current (I 1 ) and from the determined instantaneous value of the voltage (U 1 ) and - determining an instantaneous value of a temperature (T 1 ) of the active layer from the calculated value of the electrical resistance (R 1 ), characterized by the further step of: - determining a future thermal absorption capacity of the active layer based on the determined instantaneous value of the temperature (T 1 ) of the active layer . - determining an instantaneous value of a current (I 1 ) flowing through an active layer of a heating resistor at a first time (t 1 ), - determining an instantaneous value of a voltage (U 1 ) that is present on the active layer of the heating resistor at the first time (t 1 ), - calculating an instantaneous value of an electrical resistance (R 1 ) from the determined instantaneous value of the current (I 1 ) and from the determined instantaneous value of the voltage (U 1 ) and - determining an instantaneous value of a temperature (T 1 ) of the active layer from the calculated value of the electrical resistance (R 1 ), - determining a future thermal absorption capacity of the active layer based on the determined instantaneous value of the temperature (T 1 ) of the active layer .
A method of conducting Doppler ultrasound, the method comprising: selecting a transmit aperture from a plurality of transducer elements of a transducer array; transmitting an unfocused spherical wavefront pulse in the form of a ping from the transmit aperture into a region of interest, wherein the ping is an unfocused point source pulse signal transmitted by a small transmit aperture consisting of a single transducer element or two, three, four, or five elements in combination; receiving echoes of the unfocused spherical wavefront pulse on a first receive aperture by a plurality of transducer elements: storing the received echoes in a memory device; beamforming the received echoes; selecting a first test segment from the received echoes; detecting a Doppler frequency shift within the echoes of the first test segment; determining a speed of at least one of a plurality of reflectors within the first test segment; and displaying motion information of the at least one reflector in an image wherein the motion information is based in part on the detecting step and the determining step. selecting a transmit aperture from a plurality of transducer elements of a transducer array; transmitting an unfocused spherical wavefront pulse in the form of a ping from the transmit aperture into a region of interest, wherein the ping is an unfocused point source pulse signal transmitted by a small transmit aperture consisting of a single transducer element or two, three, four, or five elements in combination; receiving echoes of the unfocused spherical wavefront pulse on a first receive aperture by a plurality of transducer elements: storing the received echoes in a memory device; beamforming the received echoes; selecting a first test segment from the received echoes; detecting a Doppler frequency shift within the echoes of the first test segment; determining a speed of at least one of a plurality of reflectors within the first test segment; and displaying motion information of the at least one reflector in an image wherein the motion information is based in part on the detecting step and the determining step. storing the received echoes in a memory device; beamforming the received echoes; selecting a first test segment from the received echoes; detecting a Doppler frequency shift within the echoes of the first test segment; determining a speed of at least one of a plurality of reflectors within the first test segment; and displaying motion information of the at least one reflector in an image wherein the motion information is based in part on the detecting step and the determining step.
An apparatus for cleaning a surface , the apparatus comprising: a bracket ; a drum , coupled to the bracket and rotatable relative to the bracket about a first axis ; a brush motor , mounted to the drum ; a brush , rotatable by the brush motor relative to the drum about a second axis , parallel to the first axis ; and wherein rotation of the drum relative to the bracket about the first axis controls angular orientation of the brush relative to the bracket and surface during cleaning operation, the bracket having a shape such that the bracket at least partially surrounds and retains the drum . a bracket ; a drum , coupled to the bracket and rotatable relative to the bracket about a first axis ; a brush motor , mounted to the drum ; a brush , rotatable by the brush motor relative to the drum about a second axis , parallel to the first axis ; and wherein rotation of the drum relative to the bracket about the first axis controls angular orientation of the brush relative to the bracket and surface during cleaning operation, the bracket having a shape such that the bracket at least partially surrounds and retains the drum .
An X-ray imaging system for medical imaging, the imaging system comprising: an X-ray source for emitting X-rays; an X-ray detector for detecting X-rays; at least one unmanned aircraft ; and at least one controller for controlling at least one of the X-ray source and the X-ray detector , and for controlling the at least one unmanned aircraft ; wherein the X-ray source or the X-ray detector is arranged on the at least one unmanned aircraft ; and wherein the X-ray imaging system is configured to capture an X-ray image of a patient arranged between the X-ray source and the X-ray detector . an X-ray source for emitting X-rays; an X-ray detector for detecting X-rays; at least one unmanned aircraft ; and at least one controller for controlling at least one of the X-ray source and the X-ray detector , and for controlling the at least one unmanned aircraft ; wherein the X-ray source or the X-ray detector is arranged on the at least one unmanned aircraft ; and wherein the X-ray imaging system is configured to capture an X-ray image of a patient arranged between the X-ray source and the X-ray detector .
A paper-based, nucleic acid-detecting sensor consisting of: a negatively-charged porous first paper substrate; a separation layer stacked on one surface of the first paper substrate and comprising any one of Sepharose, glass beads and a mixture thereof; and a negatively-charged porous second paper substrate stacked on one surface of the separation layer. a separation layer stacked on one surface of the first paper substrate and comprising any one of Sepharose, glass beads and a mixture thereof; and a negatively-charged porous second paper substrate stacked on one surface of the separation layer.
A cosmetic or dermatological composition comprising erythrulose and a polysiloxane-based UV filter having a chromophore residue of the benzalmalonate type, characterized in that the polysiloxane based UV-filter having a chromophore residue of the benzalmalonate type is used as a distinct, separate UV-filter and not in the form of a coating on a titanium dioxide, which coating is adhered to the surface to the titanium dioxide and is polysilicone-15.
An inkjet printer comprising: an inkjet head configured to eject ink; an ink warming block that includes an ink flow path portion and that is configured to heat the ink inside the ink flow path portion , a pressure control unit configured to supply ink from an ink storage unit to the ink warming block while adjusting the flow rate of the ink, the pressure control unit being arranged above the ink warming block , so that the ink is guided from the ink storage unit to the pressure control unit by the water head difference (h) between the height of the liquid level of the ink in the ink storage unit and the height of the liquid level of the ink at the inlet of the pressure control unit ; and a protrusion that protrudes from the inkjet head and is configured to guide the ink to the inkjet head through a protruding flow path that is formed in the protrusion ; wherein the ink flow path portion is configured to supply the ink to the protruding flow path of the protrusion ; and a conducting portion that is formed in the ink warming block itself or separately from the ink warming block and through which heat from the ink warming block is conducted is disposed outside of and adjacently to the protrusion , the conducting portion being configured to heat the protrusion with the conducted heat. an inkjet head configured to eject ink; an ink warming block that includes an ink flow path portion and that is configured to heat the ink inside the ink flow path portion , a pressure control unit configured to supply ink from an ink storage unit to the ink warming block while adjusting the flow rate of the ink, the pressure control unit being arranged above the ink warming block , so that the ink is guided from the ink storage unit to the pressure control unit by the water head difference (h) between the height of the liquid level of the ink in the ink storage unit and the height of the liquid level of the ink at the inlet of the pressure control unit ; and a protrusion that protrudes from the inkjet head and is configured to guide the ink to the inkjet head through a protruding flow path that is formed in the protrusion ; wherein the ink flow path portion is configured to supply the ink to the protruding flow path of the protrusion ; and a conducting portion that is formed in the ink warming block itself or separately from the ink warming block and through which heat from the ink warming block is conducted is disposed outside of and adjacently to the protrusion , the conducting portion being configured to heat the protrusion with the conducted heat.
A cooling system for cooling a heat generating component , the cooling system comprising: a main cooling arrangement thermally coupled to the heat generating component , and configured for collecting thermal energy of the heat generating component via a main heat transfer fluid; and a backup cooling arrangement thermally coupled to the main cooling arrangement , the backup cooling arrangement comprising: at least one fluid path configured for conducting a backup heat transfer fluid; the cooling system being characterized in that the backup cooling arrangement further comprises: a thermal fuse disposed within at least a portion of the at least one fluid path, the thermal fuse changing from a solid state to a melted state and selectively enabling a flow of the backup heat transfer fluid in the at least one fluid path of the backup cooling arrangement in response to its temperature being above a temperature threshold, the backup heat transfer fluid being configured to, upon flowing in the at least one fluid path, collect thermal energy from the main cooling arrangement . a main cooling arrangement thermally coupled to the heat generating component , and configured for collecting thermal energy of the heat generating component via a main heat transfer fluid; and a backup cooling arrangement thermally coupled to the main cooling arrangement , the backup cooling arrangement comprising: at least one fluid path configured for conducting a backup heat transfer fluid;
A composite object comprising a first component and a second component, the first component comprising a ceramic having a first coefficient of thermal expansion and the second component comprising a ceramic having a second coefficient of thermal expansion that is different than the first coefficient of thermal expansion, wherein the first component and the second component are bonded together by heating to a temperature of at least 1093°C (2000°F) for at least 30 minutes an adhesive comprising, a) a particulate having the same composition as one of the first or second components ; b) a fluxing agent; and c) a low-flux material, d) water; and e) a thickening agent the adhesive characterized in that said heating of the adhesive that is in contact with bonding surfaces of the first and second components causes chemical composition changes to at least one the bonding surfaces resulting in a formed bond between the first and second components and characterized in that the total amount of fluxing agent used in the final adhesive formulation is in the range of from 25 wt.% to 80 wt.%. a) a particulate having the same composition as one of the first or second components ; b) a fluxing agent; and c) a low-flux material, d) water; and e) a thickening agent
A machine tool for processing a workpiece within a processing area, comprising: a rotation driver ; a spindle that is rotated by said rotation driver ; a rotational angle detector that is provided to face a part forming said spindle in order to detect a rotational angle of said spindle ; and at least two bearings that support said spindle and are arranged on a side of the processing area with respect to said rotation driver , wherein said rotational angle detector is arranged at a position on the side of the processing area with respect to said rotation driver , the position being on the side of the processing area with respect to said bearings . a rotation driver ; a spindle that is rotated by said rotation driver ; a rotational angle detector that is provided to face a part forming said spindle in order to detect a rotational angle of said spindle ; and at least two bearings that support said spindle and are arranged on a side of the processing area with respect to said rotation driver , wherein said rotational angle detector is arranged at a position on the side of the processing area with respect to said rotation driver , the position being on the side of the processing area with respect to said bearings .