mhurhangee/ep-ind-claims huggingface dataset:
A method for processing an amide-containing feedstock, comprising: extracting a bio oil from a biomass feed comprising algae by exposing the biomass feed to water under hydrothermal processing conditions including a temperature of at least 200°C to obtain a feedstock containing the extracted bio oil, exposing said bio oil containing feedstock containing at least about 1.0 wt% nitrogen and at least 5 wt% fatty amides at a temperature from 300°C to 450°C to a first catalyst comprising at least about 5 wt% of a rare earth metal salt, an alkali metal salt, an alkaline earth metal salt, or a combination thereof under deoxygenation conditions to form an effluent containing ketones; separating the effluent to form at least a gas phase effluent and a liquid effluent containing ketones thereby removing NH 3 and H 2 O from the effluent containing ketones; and exposing at least a portion of the liquid effluent to a hydroprocessing catalyst under hydroprocessing conditions at a temperature from 200°C to 450°C to form a deoxygenated effluent, wherein an average carbon number of the ketones in the liquid effluent is greater than 1.5 times an average carbon number for the combined fatty amides, fatty acids, and fatty acid derivatives. extracting a bio oil from a biomass feed comprising algae by exposing the biomass feed to water under hydrothermal processing conditions including a temperature of at least 200°C to obtain a feedstock containing the extracted bio oil, exposing said bio oil containing feedstock containing at least about 1.0 wt% nitrogen and at least 5 wt% fatty amides at a temperature from 300°C to 450°C to a first catalyst comprising at least about 5 wt% of a rare earth metal salt, an alkali metal salt, an alkaline earth metal salt, or a combination thereof under deoxygenation conditions to form an effluent containing ketones; separating the effluent to form at least a gas phase effluent and a liquid effluent containing ketones thereby removing NH 3 and H 2 O from the effluent containing ketones; and exposing at least a portion of the liquid effluent to a hydroprocessing catalyst under hydroprocessing conditions at a temperature from 200°C to 450°C to form a deoxygenated effluent, wherein an average carbon number of the ketones in the liquid effluent is greater than 1.5 times an average carbon number for the combined fatty amides, fatty acids, and fatty acid derivatives.
An apparatus (100, 200, 400) for providing a processed audio signal (x̂, 160, 260, 460) on the basis of an input audio signal (y, 130, 230, 430), wherein the apparatus (100, 200, 400) is configured to process a noise signal (z, 120, 220, 420), or a signal derived from the noise signal (z, 120, 220, 420), using one or more flow blocks (110 1...N, 210 1...N, 410 1...N) in order to obtain the processed audio signal (x̂, 160, 260, 460), wherein the apparatus (100, 200, 400) is configured to adapt a processing performed using the one or more flow blocks (110 1...N, 210 1...N, 410 1...N) in dependence on the input audio signal (y, 130, 230, 430) and using a neural network. wherein the apparatus (100, 200, 400) is configured to process a noise signal (z, 120, 220, 420), or a signal derived from the noise signal (z, 120, 220, 420), using one or more flow blocks (110 1...N, 210 1...N, 410 1...N) in order to obtain the processed audio signal (x̂, 160, 260, 460), wherein the apparatus (100, 200, 400) is configured to adapt a processing performed using the one or more flow blocks (110 1...N, 210 1...N, 410 1...N) in dependence on the input audio signal (y, 130, 230, 430) and using a neural network.
A pump comprising: a casing; a driving rotor that is supported for rotation within the casing, the driving rotor having a plurality of teeth, each of the plurality of teeth having a leading convex surface and a trailing surface; and a plurality of driven rotors (1802, 1803, 1804) coupled to said driving rotor and supported for rotation within the casing, each of said plurality of driven rotors having an inlet port and a discharge port and a plurality of teeth, each of the plurality of teeth having a leading surface and a trailing flat surface; wherein the driving rotor and the plurality of driven rotors (1802, 1803, 1804) are positioned in the casing such that, as the driving rotor and the plurality of driven rotors rotate, the plurality of teeth of the driving rotor and the respective pluralities of teeth of the driven rotors are interfaced with one another to form a seal between the inlet port and the discharge port of each driven rotor, the seal being formed only between the leading convex surfaces of the teeth of the driving rotor and the trailing flat surfaces of the teeth of the driven rotors. a casing; a driving rotor that is supported for rotation within the casing, the driving rotor having a plurality of teeth, each of the plurality of teeth having a leading convex surface and a trailing surface; and a plurality of driven rotors (1802, 1803, 1804) coupled to said driving rotor and supported for rotation within the casing, each of said plurality of driven rotors having an inlet port and a discharge port and a plurality of teeth, each of the plurality of teeth having a leading surface and a trailing flat surface; wherein the driving rotor and the plurality of driven rotors (1802, 1803, 1804) are positioned in the casing such that, as the driving rotor and the plurality of driven rotors rotate, the plurality of teeth of the driving rotor and the respective pluralities of teeth of the driven rotors are interfaced with one another to form a seal between the inlet port and the discharge port of each driven rotor, the seal being formed only between the leading convex surfaces of the teeth of the driving rotor and the trailing flat surfaces of the teeth of the driven rotors.
Electrical plug device (100, 200) comprising: - a front housing with a collar (112, 212) which has first lockable components on its inner side; - an insert module with second lockable components, which lock with the first lockable components when the insert module is inserted into the front housing, and with third lockable components; - a retaining plate for receiving electrical contact elements (ST, BU), which has fourth lockable components which lock with the third lockable components when the retaining plate is coupled to the insert module; wherein - the axial extension of the second lockable components and the axial extension of the third lockable components overlap, characterized in that - at least one third lockable component is formed as a U-shaped bracket which surrounds at least one second lockable component. - a front housing with a collar (112, 212) which has first lockable components on its inner side; - an insert module with second lockable components, which lock with the first lockable components when the insert module is inserted into the front housing, and with third lockable components; - a retaining plate for receiving electrical contact elements (ST, BU), which has fourth lockable components which lock with the third lockable components when the retaining plate is coupled to the insert module; wherein - the axial extension of the second lockable components and the axial extension of the third lockable components overlap, characterized in that - at least one third lockable component is formed as a U-shaped bracket which surrounds at least one second lockable component.
Guiding device for guiding a furniture drawer which is movable relative to a furniture carcass, the device comprising at least one guide unit having a carcass rail which can be fastened to the furniture carcass by means of fastening means and a pull-out rail which is mounted movably relative thereto and can be fastened to the furniture drawer, and comprising an electric drive by way of which the furniture drawer can be driven to move, wherein the electric drive is integrated into the guide unit and wherein the electric drive has a stator located at the carcass rail and an output member movable relative thereto and coupled to the pull-out rail or forming the latter, wherein the electric drive is designed as a piezoelectric linear drive, wherein the output member is guided for linear movement along the stator, and comprising a piezoelectric actuator system for driving the output member, wherein the piezoelectric actuator system sits on or forms the stator, characterised in that the piezoelectric actuator system is designed such that on excitation a flexural wave running in a circumferential direction of the stator is generated.
A suspension of nanodiamond aggregates, the suspension being a suspension of detonation nanodiamond aggregates, the suspension having a pH of 8 to 10.5 and an electric conductivity of 300 μS/cm or less per weight percent of solids concentration of the suspension.
A method in a node (110, 115), comprising: determining a latency for an associated vehicle-to-anything, V2X, data packet; generating a tag for the associated V2X data packet at a first layer, the generated tag indicating one or more parameters related to transmission of the associated V2X data packet, wherein at least one of the one or more parameters comprises a ProSe Per-Packet Priority, PPPP, value that is based at least on the latency for the associated V2X data packet; signaling the tag from the first layer to another layer; mapping, at the another layer, the associated V2X data packet to a logical channel based on the one or more parameters including the PPP value indicated by the tag as well as a traffic type associated with the V2X data packet; and selecting one or more resources for transmission of the associated V2X data packet based on the mapping of the associated V2X data packet to the logical channel determining a latency for an associated vehicle-to-anything, V2X, data packet; generating a tag for the associated V2X data packet at a first layer, the generated tag indicating one or more parameters related to transmission of the associated V2X data packet, wherein at least one of the one or more parameters comprises a ProSe Per-Packet Priority, PPPP, value that is based at least on the latency for the associated V2X data packet; signaling the tag from the first layer to another layer; mapping, at the another layer, the associated V2X data packet to a logical channel based on the one or more parameters including the PPP value indicated by the tag as well as a traffic type associated with the V2X data packet; and selecting one or more resources for transmission of the associated V2X data packet based on the mapping of the associated V2X data packet to the logical channel
Apparatus for testing, processing and/or conveying articles of the tobacco-processing industry, comprising at least one base body which is mounted rotationally about a rotation axis and to or in which at least one electric consumer is arranged, a drive unit which rotationally drives the base body and comprises a first portion, on which the base body is coupled to the drive unit, and a second portion remote from the first portion, a transmission device which is coupled to the electric consumer and comprises a rotational transmission unit comprising a stationary primary part and a secondary part mounted rotationally about a rotation axis, wherein the rotational transmission unit contains power and/or data signal transmission means for supplying power to the electric consumer and/or transmitting signals to or from the electric consumer, and wherein the rotational transmission unit is arranged on or in the second portion of the drive unit and its secondary part is coupled to and directly rotationally driven by the drive unit, and a drive shaft which rotates about a rotation axis, is driven by the drive unit and comprises a first portion, extending from the first portion of the drive unit, and a second portion, located in the region of the second portion of the drive unit, wherein the secondary part of the rotational transmission unit is non-rotationally coupled to the second portion of the drive shaft so that the rotation axis of the secondary part of the rotational transmission unit coincides with the rotation axis of the drive shaft. at least one base body which is mounted rotationally about a rotation axis and to or in which at least one electric consumer is arranged, a drive unit which rotationally drives the base body and comprises a first portion, on which the base body is coupled to the drive unit, and a second portion remote from the first portion, a transmission device which is coupled to the electric consumer and comprises a rotational transmission unit comprising a stationary primary part and a secondary part mounted rotationally about a rotation axis, wherein the rotational transmission unit contains power and/or data signal transmission means for supplying power to the electric consumer and/or transmitting signals to or from the electric consumer, and wherein the rotational transmission unit is arranged on or in the second portion of the drive unit and its secondary part is coupled to and directly rotationally driven by the drive unit, and a drive shaft which rotates about a rotation axis, is driven by the drive unit and comprises a first portion, extending from the first portion of the drive unit, and a second portion, located in the region of the second portion of the drive unit, wherein the secondary part of the rotational transmission unit is non-rotationally coupled to the second portion of the drive shaft so that the rotation axis of the secondary part of the rotational transmission unit coincides with the rotation axis of the drive shaft.
Semi-mounted reversible plough, with an elongated, preferably beam-shaped frame support, on which to rows of ploughshares are fastened next to one another, a support wheel, which is connected with the frame support via a wheel carrier, which is pivotably fastened to the support wheel, around a horizontal pivot axis, facing roughly in the direction of travel, as well as a frame mount, which connects a front section of the frame support with a tow bar hingible on a tractor, wherein the frame mount is pivotably connected with the tow bar around an upright pivot axis, and adjusting means are provided for adjusting different pivot angles between the frame support and the tow bar, wherein the frame mount includes an articulating piece projecting transversely from the frame support, rigidly connected with the frame support, which articulating piece, on its section projecting from the frame support, supports the named upright pivot axis, which is fastened to a turning head, which, for the turning of the plough around a turning axis, is pivotable roughly parallel to the longitudinal tow bar axis relative to the tow bar, wherein the articulating piece, rigidly connected with the frame support, forms a frame boom, whose length, projecting from the frame support amounts to 50% to 150% of the distance of two neighboring ploughshares and/or 50% to 100% of the tow bar length.
A moving robot comprising: a main body configured to travel an area; an obstacle detector configured to detect an obstacle located in a traveling direction of the main body; an image acquirer configured to capture a front and a top in the traveling direction; and a controller, wherein the controller is configured to generate a first map which includes information on the obstacle detected by the obstacle detector and is created for an area where the main body can travel, to generate a second map which determines a shape of a ceiling from a plurality of features extracted by analyzing the image captured by the image acquirer and indicates a shape of the area corresponding to the shape of the ceiling, and to generate a final map in which the first map according to an obstacle detection result and the second map indicating the shape of the area are combined with each other, to generate the final map for the plurality of areas by combining the first map for a travelable area according to the obstacle and the second map according to the shape of the area for the plurality of areas, and to provide the final map to a terminal of a user. a main body configured to travel an area; an obstacle detector configured to detect an obstacle located in a traveling direction of the main body; an image acquirer configured to capture a front and a top in the traveling direction; and a controller, wherein the controller is configured to generate a first map which includes information on the obstacle detected by the obstacle detector and is created for an area where the main body can travel, to generate a second map which determines a shape of a ceiling from a plurality of features extracted by analyzing the image captured by the image acquirer and indicates a shape of the area corresponding to the shape of the ceiling, and to generate a final map in which the first map according to an obstacle detection result and the second map indicating the shape of the area are combined with each other, to generate the final map for the plurality of areas by combining the first map for a travelable area according to the obstacle and the second map according to the shape of the area for the plurality of areas, and to provide the final map to a terminal of a user.
Apparatus for transferring a folding box to a transporting apparatus, - having at least one rotatably mounted first arm, - having at least one second arm, wherein a respective second arm is mounted in a movable manner on the first arms, - wherein the second arm is mounted such that it can be displaced in a closed-loop rail system, - wherein at least one portion of the rail system is designed in the form of a straight line (42, 44), - characterized in that - the second arm is fastened on the first arm via a lever element. - having at least one rotatably mounted first arm, - having at least one second arm, wherein a respective second arm is mounted in a movable manner on the first arms, - wherein the second arm is mounted such that it can be displaced in a closed-loop rail system, - wherein at least one portion of the rail system is designed in the form of a straight line (42, 44), - characterized in that - the second arm is fastened on the first arm via a lever element.
A turbomachine having a contrarotating turbine for an aircraft, the turbomachine comprising a contrarotating turbine of which a first rotor is configured to rotate in a first direction of rotation and is connected to a first turbine shaft, and a second rotor configured to rotate in an opposite direction of rotation and connected to a second turbine shaft, the first rotor comprising turbine wheels interleaved between turbine wheels of the second rotor, the turbomachine further comprising a planetary-type epicyclic mechanical reduction gear which comprises a sun gear driven in rotation by said second shaft, a ring gear driven in rotation by said first shaft, and a planet carrier attached to a first stator casing of the turbomachine located upstream of the contrarotating turbine with respect to a direction of flow of gas in the turbomachine, the turbomachine comprising bearings for guiding the first and second shafts, said second shaft is guided by at least two guide bearings (56, 58) mounted between this second shaft and said first stator casing or an element connected to the latter, characterised in that said first shaft is guided by at least two guide bearings (60, 62) mounted between this first shaft and a second stator casing located downstream of the contrarotating turbine or an element connected to the latter. the turbomachine comprising a contrarotating turbine of which a first rotor is configured to rotate in a first direction of rotation and is connected to a first turbine shaft, and a second rotor configured to rotate in an opposite direction of rotation and connected to a second turbine shaft, the first rotor comprising turbine wheels interleaved between turbine wheels of the second rotor, the turbomachine further comprising a planetary-type epicyclic mechanical reduction gear which comprises a sun gear driven in rotation by said second shaft, a ring gear driven in rotation by said first shaft, and a planet carrier attached to a first stator casing of the turbomachine located upstream of the contrarotating turbine with respect to a direction of flow of gas in the turbomachine, the turbomachine comprising bearings for guiding the first and second shafts, said second shaft is guided by at least two guide bearings (56, 58) mounted between this second shaft and said first stator casing or an element connected to the latter, characterised in that said first shaft is guided by at least two guide bearings (60, 62) mounted between this first shaft and a second stator casing located downstream of the contrarotating turbine or an element connected to the latter.
Protective device against infiltration of water and dust for an electronic device equipped with at least one push-button, said push-button comprising a support surface and a contact pin, characterised in that it comprises: - a foam ring made of closed-cell foam, this foam ring being suitable for mounting around the contact pin of the push-button, - a first adhesive pellet comprising two adhesive faces, one suitable for being fastened to an upper face (21 a) of the foam ring, the other being suitable for being fastened beneath the support surface of the push-button, and - a second adhesive pellet comprising two adhesive faces, one suitable for being fastened to a lower face (21 b) of the foam ring, the other being suitable for being fastened to a case of the electronic device. - a foam ring made of closed-cell foam, this foam ring being suitable for mounting around the contact pin of the push-button, - a first adhesive pellet comprising two adhesive faces, one suitable for being fastened to an upper face (21 a) of the foam ring, the other being suitable for being fastened beneath the support surface of the push-button, and - a second adhesive pellet comprising two adhesive faces, one suitable for being fastened to a lower face (21 b) of the foam ring, the other being suitable for being fastened to a case of the electronic device.
A method for producing an unsaturated carboxylic acid product by the selective partial oxidation of an alkane comprising: i. reacting an alkane with oxygen or an oxygen-containing gas, such as air, in the presence of a catalyst to yield a product comprising at least one unsaturated carboxylic acid and a concentration of saturated carboxylic acid; and, ii. lowering the impurity concentration of the saturated carboxylic acid by destroying or converting at least a portion of the saturated carboxylic acid. i. reacting an alkane with oxygen or an oxygen-containing gas, such as air, in the presence of a catalyst to yield a product comprising at least one unsaturated carboxylic acid and a concentration of saturated carboxylic acid; and, ii. lowering the impurity concentration of the saturated carboxylic acid by destroying or converting at least a portion of the saturated carboxylic acid.