mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing an active catalyst having a protective coating material comprising the steps of: (a) heating a hydrocarbon material having a congealing point in a low-shear jacketed blender, and then purging the system with an inert gas, combining the hydrocarbon material with a powdered catalyst in the low-shear jacketed blender, and forming a mixture wherein said catalyst is uniformly dispersed throughout said hydrocarbon, the said low-shear jacketed blender having paddles or ribbons and the rotation direction, rotation speed, and design as well as the clearance between the tips of rotating paddles or ribbons and the interior wall of the blender being set so as to minimize attrition of said catalyst and being set to maintain a temperature that is from 0°C to 11°C (0°F to 20°F) above the congealing point of said hydrocarbon material; wherein the density of the catalyst is greater than the density of the hydrocarbon material. (b) transferring said mixture from said lock-shear jacketed blender to a pastillator at a temperature sufficient to maintain said hydrocarbon material in a semi-solid phase; and (c) depositing at a blender end of said pastillator a plurality of drops of said mixture onto a steel belt cooler of predentermined length, and transporting said drops to a discharge end of said pastillator while cooling said drops to a temperature low enough to solidify said hydrocarbon phase to form pastilles. (a) heating a hydrocarbon material having a congealing point in a low-shear jacketed blender, and then purging the system with an inert gas, combining the hydrocarbon material with a powdered catalyst in the low-shear jacketed blender, and forming a mixture wherein said catalyst is uniformly dispersed throughout said hydrocarbon, the said low-shear jacketed blender having paddles or ribbons and the rotation direction, rotation speed, and design as well as the clearance between the tips of rotating paddles or ribbons and the interior wall of the blender being set so as to minimize attrition of said catalyst and being set to maintain a temperature that is from 0°C to 11°C (0°F to 20°F) above the congealing point of said hydrocarbon material; wherein the density of the catalyst is greater than the density of the hydrocarbon material. (b) transferring said mixture from said lock-shear jacketed blender to a pastillator at a temperature sufficient to maintain said hydrocarbon material in a semi-solid phase; and (c) depositing at a blender end of said pastillator a plurality of drops of said mixture onto a steel belt cooler of predentermined length, and transporting said drops to a discharge end of said pastillator while cooling said drops to a temperature low enough to solidify said hydrocarbon phase to form pastilles.
A connection piece of a heating plate (46, 47) of a radiator, wherein the connection piece has two connecting sections (7, 8) with an end-side opening cross section (49, 50) and a valve section in each case, in the end-side opening cross section of which a valve can be inserted in a sealing manner using the connecting section thereof, and furthermore comprises a pipe section arranged in an interior (15, 22) of the connection piece, which defines a flow channel, which opens into a connecting section, wherein an inner enveloping surface of the connecting section of the valve surrounds an outer enveloping surface of the pipe section in a sealing manner or an inner enveloping surface of the pipe section surrounds an outer enveloping surface of the connecting section of the valve in a sealing manner, characterised by an insert part, which can be pushed into an end-side opening cross section (49, 50) of one of the connecting sections (7, 8) in a first pipe body and, by means of the outer enveloping surface thereof, is in sealing contact with an inner enveloping surface of the respective connecting section (7, 8), wherein the insert part is connected to the pipe section for connecting the valve and has a flow channel, which corresponds to the flow channel of the pipe section and opens into the respective connecting section (7, 8).
Device for forming an interference pattern on a sample, the device comprising a laser which transmits a light beam having a wavelength λ, a beam splitter separating the beam transmitted by the laser into a first portion of the first beam and a first portion of the second beam, the first portion of the first beam being deflected in a first direction, a first fixed deflector mirror for returning the first portion of the first beam to a point of the sample along a second portion of the first beam and a first fixed angle of incidence θ 1, and at least a second fixed deflector mirror for returning the first portion of the second beam along a final trajectory which reaches the point of the sample along a second angle of incidence θ 2, in order to form on the sample an interference pattern whose pitch is dependent on the angular difference θ between the first angle of incidence θ 1 and the second angle of incidence θ 2, the path of the second beam being characterised in that it comprises a deflector mirror (7, 7') which can be moved in translation or in rotation, respectively, in order to direct and return the second beam from a plurality of first return points, formed by a plurality of positions of the movable mirror when the movable mirror can be moved in translation or formed by a plurality of points of impact of a first fixed parabolic mirror (M 1) when the movable mirror can be moved in rotation, to a plurality of second return points, formed by positions of a plurality of fixed second mirrors having different orientations in order to ensure that the point P of the sample is always reached by the second beam, or formed by a plurality of points of impact of a second fixed parabolic mirror, forming a plurality of pairs comprising a first return point and a second return point, each of which corresponds to a final trajectory of the second beam with a different value of the angle θ 2, in order to vary the value of the angle of incidence θ 2 and therefore the angular difference θ, and in that the first return points are arranged along a linear or parabolic trajectory, extending from an upstream end remote from the sample where it is spaced apart from the beam transmitted by the laser in the opposite direction to that of the first portion of the first beam as far as a downstream end closer to the sample, the linear or parabolic trajectory developing from the upstream end as far as the downstream end in the direction of the second portion of the first beam in order to compensate at least partially for the variations of the optical length of the second beam for the pairs of the first return point and second return point, each of which corresponds to a value of the angular difference θ.
An information processing apparatus, comprising: a data processing section configured to reproduce contents stored in a removable medium comprising a central processing unit; the medium having a general purpose area in which encrypted contents and utilization controlling information corresponding to the encrypted contents are stored, and a protected area configured from a plurality of blocks to which access limitation is set and which includes a block in which an encryption key for decrypting the encrypted contents is stored; said data processing section acquiring the utilization controlling information corresponding to a content from the general purpose area; said data processing section being operable to decide, based on recorded data of the acquired utilization controlling information, whether validity period information indicative of a content utilization permission period is to be acquired from the utilization controlling information or from the block in which the encryption key is stored, acquire the validity period information from the utilization controlling information or the block in accordance with a result of the decision and then decide by comparison between the acquired validity period information and current date information whether or not reproduction of the content is permitted (S305, S310), wherein the block in which the encryption key is stored is a block access to which is permitted based on access privilege decision by the central processing unit of the medium; and upon a data reading out process of the block, said data processing section transmits a certificate of the information processing apparatus to the medium and carries out data reading out of the block taking it as a condition that a data reading out privilege is confirmed by the access privilege decision process by the medium. a data processing section configured to reproduce contents stored in a removable medium comprising a central processing unit; the medium having a general purpose area in which encrypted contents and utilization controlling information corresponding to the encrypted contents are stored, and a protected area configured from a plurality of blocks to which access limitation is set and which includes a block in which an encryption key for decrypting the encrypted contents is stored; said data processing section acquiring the utilization controlling information corresponding to a content from the general purpose area; said data processing section being operable to decide, based on recorded data of the acquired utilization controlling information, whether validity period information indicative of a content utilization permission period is to be acquired from the utilization controlling information or from the block in which the encryption key is stored, acquire the validity period information from the utilization controlling information or the block in accordance with a result of the decision and then decide by comparison between the acquired validity period information and current date information whether or not reproduction of the content is permitted (S305, S310), wherein
A method for determining a presence of an intracranial aneurysm in a subject, the method comprising analyzing a biological sample, that has been obtained from the subject for expression of biomarkers, wherein determining expression of the biomarkers that is different from a control indicates the presence of the intracranial aneurysm in the subject, the method comprising: i) determining that expression of all of the following biomarkers is increased relative to the control: PVRL2, CYP181, CD177, PDE9A, ARMC12, OLAH, TGS1, CD163, LOC100506229, OCLN, SEMA6B, ADTRP, VWA8, MTRNR2L1, HOX82, EPCAM, and IL18R1, and ii) determining that expression of all of the following biomarkers is decreased relative to the control: IGSF23, PTGES, G0S2, FCRL5, C1orf226, UTS2, HBG2, CYP2681, and C1QL1. i) determining that expression of all of the following biomarkers is increased relative to the control: PVRL2, CYP181, CD177, PDE9A, ARMC12, OLAH, TGS1, CD163, LOC100506229, OCLN, SEMA6B, ADTRP, VWA8, MTRNR2L1, HOX82, EPCAM, and IL18R1, and ii) determining that expression of all of the following biomarkers is decreased relative to the control: IGSF23, PTGES, G0S2, FCRL5, C1orf226, UTS2, HBG2, CYP2681, and C1QL1.
A construction element made of compressed clay adobe, suitable for being joined on at least one of the surfaces thereof with an adjacent element characterised in that a layer including an activatable gellable mixture extends over the at least one surface of the element, wherein said layer permits said joining.
A rack system, comprising: a rack comprising at least one first post and at least one second post; a first slide rail assembly mounted to the at least one first post of the rack; a second slide rail assembly mounted to the at least one second post of the rack; a chassis comprising an upper part and a lower part, the upper part having an upper part width, the lower part having a lower part width narrower than the upper part width, and the lower part having a first side and a second side, wherein the first side of the lower part is engaged with the first slide rail assembly, and the second side of the lower part is engaged with the second slide rail assembly, the rack system characterized by each of the first slide rail assembly and the second slide rail assembly comprising a support rail, and the support rail comprising a supporting part, the supporting part directly contacting a bottom surface of the upper part of the chassis, where the bottom surface is extended from and bent relative to an upper edge of the first side or the second side of the lower part. a rack comprising at least one first post and at least one second post; a first slide rail assembly mounted to the at least one first post of the rack; a second slide rail assembly mounted to the at least one second post of the rack; a chassis comprising an upper part and a lower part, the upper part having an upper part width, the lower part having a lower part width narrower than the upper part width, and the lower part having a first side and a second side, wherein the first side of the lower part is engaged with the first slide rail assembly, and the second side of the lower part is engaged with the second slide rail assembly, the rack system characterized by each of the first slide rail assembly and the second slide rail assembly comprising a support rail, and the support rail comprising a supporting part, the supporting part directly contacting a bottom surface of the upper part of the chassis, where the bottom surface is extended from and bent relative to an upper edge of the first side or the second side of the lower part.
Test apparatus for checking a battery control device or for checking a battery having at least one cell, comprising a battery simulator for simulating a voltage of at least one cell of a simulated battery for specification to the battery control device, wherein the battery control device or the battery is connected to an evaluation module via a rail designed as a central bus in order to process and check the voltage of a selected cell, wherein the selected cell of the battery simulator for the battery control device or the selected cell of the battery can be selected via an isolating module, characterized in that a voltage of a selected cell of the battery simulator or the battery can be changed via a resistor network having at least one controllable optical field effect transistor.
A system for heating a mold, the system comprising: a mold having a mold cavity surface adapted to be proximate a foam item; a first induction heating assembly adapted to receive the mold, the first induction heating assembly configured to heat the mold cavity surface to a first temperature by induction heating using high-frequency alternating current, AC; a second induction heating assembly adapted to receive the mold, the second induction heating assembly configured to heat the mold cavity surface to a second temperature that is higher than the first temperature by induction heating; and a conveyance mechanism having rollers or a belt adapted to move the mold from the first induction heating assembly to the second induction heating assembly; and wherein the first induction heating assembly is separated from the second induction heating assembly by an inactive zone such that as the mold is located in the inactive zone, at least a portion of the mold is not subjected to induction heating by either the first induction heating assembly or the second induction heating assembly to heat the mold cavity surface to an intermediate temperature between the first temperature and the second temperature. a mold having a mold cavity surface adapted to be proximate a foam item; a first induction heating assembly adapted to receive the mold, the first induction heating assembly configured to heat the mold cavity surface to a first temperature by induction heating using high-frequency alternating current, AC; a second induction heating assembly adapted to receive the mold, the second induction heating assembly configured to heat the mold cavity surface to a second temperature that is higher than the first temperature by induction heating; and a conveyance mechanism having rollers or a belt adapted to move the mold from the first induction heating assembly to the second induction heating assembly; and wherein the first induction heating assembly is separated from the second induction heating assembly by an inactive zone such that as the mold is located in the inactive zone, at least a portion of the mold is not subjected to induction heating by either the first induction heating assembly or the second induction heating assembly to heat the mold cavity surface to an intermediate temperature between the first temperature and the second temperature.
A book-like document having a book cover (102, 104) and a personalised page, wherein the personalised page is connected to the book cover (102, 104) by a bookbinding, and a display device is arranged in the personalised page, and having an electronic circuit for actuating the display device, characterised in that the electronic circuit is integrated in the book cover (102, 104), and a flexible printed circuit board is provided, which extends over or through the bookbinding between the display device and the electronic circuit.
A vehicle steering system for a vehicle including a body, the steering system including: a) a first swing arm assembly including a first end pivotally mountable to the body; b) at least one wheel support arm including a first end pivotally mounted to a second end of the first swing arm assembly; c) an axle coupled to a second end of the at least one wheel support arm; d) a wheel hub pivotally mounted to the axle, the wheel hub rotatably supporting at least one wheel in use; e) a second swing arm assembly including a first end pivotally mountable to the body; f) a support member pivotally mounted to a second end of the second swing arm assembly, the first end of the at least one wheel support arm and pivotally mounted to the second end of the first swing arm assembly; g) at least one steering arm having a first end pivotally connected to the support member and a second end coupled to the wheel hub, wherein the at least one steering arm, the at least one wheel support arm, and the support member are provided in a substantially triangular arrangement; h) a steering input pivotally mountable to the body; and, i) a steering coupling for connecting the at least one steering arm to the steering input. a) a first swing arm assembly including a first end pivotally mountable to the body; b) at least one wheel support arm including a first end pivotally mounted to a second end of the first swing arm assembly; c) an axle coupled to a second end of the at least one wheel support arm; d) a wheel hub pivotally mounted to the axle, the wheel hub rotatably supporting at least one wheel in use; e) a second swing arm assembly including a first end pivotally mountable to the body; f) a support member pivotally mounted to a second end of the second swing arm assembly, the first end of the at least one wheel support arm and pivotally mounted to the second end of the first swing arm assembly; g) at least one steering arm having a first end pivotally connected to the support member and a second end coupled to the wheel hub, wherein the at least one steering arm, the at least one wheel support arm, and the support member are provided in a substantially triangular arrangement; h) a steering input pivotally mountable to the body; and, i) a steering coupling for connecting the at least one steering arm to the steering input.
A laser system comprising: a first laser source that generates a first tunable optical signal that is tuned over a first spectral scan band, the first laser source having a first laser cavity defined by a first reflector and a shared reflector, the first laser source including a first gain element for amplifying light in the first laser cavity and a first tuning element for dictating a wavelength of the first optical signal; a second laser source that generates a second tunable optical signal that is tuned over a second spectral scan band, the second laser source having a second laser cavity defined by a second reflector and the shared reflector, the second laser source including a second gain element for amplifying light in the second laser cavity and a second tuning element for dictating a wavelength of the second optical signal; and an intracavity combiner located between the shared reflector and each of the first reflector and the second reflector for coupling light to the shared reflector and back into the first laser cavity and the second laser cavity, characterized in that each laser source comprises a lens (414-1, 414-2) for coupling light between the corresponding gain element (410-1, 410-2) and the corresponding tuning element (412-1, 412-2), wherein each of the tuning elements comprises a Fabry-Perot tunable filter. a first laser source that generates a first tunable optical signal that is tuned over a first spectral scan band, the first laser source having a first laser cavity defined by a first reflector and a shared reflector, the first laser source including a first gain element for amplifying light in the first laser cavity and a first tuning element for dictating a wavelength of the first optical signal; a second laser source that generates a second tunable optical signal that is tuned over a second spectral scan band, the second laser source having a second laser cavity defined by a second reflector and the shared reflector, the second laser source including a second gain element for amplifying light in the second laser cavity and a second tuning element for dictating a wavelength of the second optical signal; and an intracavity combiner located between the shared reflector and each of the first reflector and the second reflector for coupling light to the shared reflector and back into the first laser cavity and the second laser cavity, characterized in that each laser source comprises a lens (414-1, 414-2) for coupling light between the corresponding gain element (410-1, 410-2) and the corresponding tuning element (412-1, 412-2), wherein each of the tuning elements comprises a Fabry-Perot tunable filter.
An element for developing aquatic fauna or flora, including a lattice of flexible strands, attached between two flexible strips extending along a longitudinal direction and secured together, the two flexible strips having at least one edge and said strands having a protruding portion of said at least one edge along a transversal direction.