mhurhangee/ep-ind-claims huggingface dataset:
A storage and reclaim system for bulk material, said system comprising: a bulk material holding space having a bottom portion provided with a discharge port, wherein the bottom portion comprises an inclined support plate for supporting the bulk material and for assisting gravity induced feeding of the bulk material towards the discharge port, a support structure supporting the support plate, and one or more vibrators connected to the support plate and configured to transfer vibrational energy to the support plate to induce a vibrational movement of the support plate, wherein the support plate is inclined with an angle (α) in the range of 15-25 degrees with respect to a horizontal plane, wherein the support plate is supported by the support structure in a free-floating manner, characterised in that the discharge port comprises one or more inclined discharge port plates for guiding the bulk material and for assisting gravity induced feeding of the bulk material towards the discharge port, wherein each discharge port plate is inclined with an angle in the range of 30-70 degrees with respect to a horizontal plane, wherein one or more vibrators are connected to each discharge port plate and configured to transfer vibrational energy to the discharge port plate to induce a vibrational movement of the discharge port plate, and wherein each discharge port plate is supported by the support structure in a free-floating manner. a bulk material holding space having a bottom portion provided with a discharge port, wherein the bottom portion comprises an inclined support plate for supporting the bulk material and for assisting gravity induced feeding of the bulk material towards the discharge port, a support structure supporting the support plate, and one or more vibrators connected to the support plate and configured to transfer vibrational energy to the support plate to induce a vibrational movement of the support plate, wherein the support plate is inclined with an angle (α) in the range of 15-25 degrees with respect to a horizontal plane, wherein the support plate is supported by the support structure in a free-floating manner, characterised in that the discharge port comprises one or more inclined discharge port plates for guiding the bulk material and for assisting gravity induced feeding of the bulk material towards the discharge port, wherein each discharge port plate is inclined with an angle in the range of 30-70 degrees with respect to a horizontal plane, wherein one or more vibrators are connected to each discharge port plate and configured to transfer vibrational energy to the discharge port plate to induce a vibrational movement of the discharge port plate, and wherein each discharge port plate is supported by the support structure in a free-floating manner.
A blade outer air seal assembly, comprising: a seal segment having a base portion extending between a first circumferential side and a second circumferential side and from a first axial side to a second axial side, and a carrier, characterised by: the seal segment having a first wall axially spaced from a second wall, the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage; a wear liner within the seal passage, wherein the wear liner has a liner passage, and wherein a portion of the carrier is inserted into the liner passage. a seal segment having a base portion extending between a first circumferential side and a second circumferential side and from a first axial side to a second axial side, and a carrier, characterised by: the seal segment having a first wall axially spaced from a second wall, the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage; a wear liner within the seal passage, wherein the wear liner has a liner passage, and wherein a portion of the carrier is inserted into the liner passage. the seal segment having a first wall axially spaced from a second wall, the first and second walls extending from the base portion to an outer wall to define a circumferentially extending seal passage; a wear liner within the seal passage, wherein the wear liner has a liner passage, and wherein a portion of the carrier is inserted into the liner passage.
Measuring apparatus (200, 200', 200") for measuring a temperature of a molten metal bath, comprising i) an optical device (1, 1', 1", 1′′′), ii) a detecting means, which is adapted to receive a light signal transmitted by the optical device (1, 1', 1", 1′′′), iii) a storing unit for the optical device, iv) a rotatable support for the storing unit for the optical device, v) a moving means, vi) a straightening means (204, 204', 204", 204′′′), vii) a housing and viii) a guiding system (207, 207', 207") connected to the housing, wherein the optical device (1, 1', 1", 1′′′) comprises an optical fiber (2', 2", 2′′′) laterally surrounded by an inner and an outer metal tube (3', 3", 3′′′; 4', 4", 4′′′), wherein the outer metal tube (4', 4", 4′′′) has an outer diameter in the range of 2 mm to 8 mm and a wall-thickness in the range of 0.1 mm to 0.6 mm, wherein the housing encloses the detecting means, the storing unit for the optical device, the rotatable support for the storing unit for the optical device, the moving means, and the straightening means (204, 204', 204", 204′′′) and wherein the moving means is adapted to feed and retract the optical device (1, 1', 1", 1") and comprises a) at least one motor for forward and backward driving the rotatable support for the storing unit for the optical device, b) a feeding means (203, 203') for feeding the optical device (1, 1', 1", 1′′′) driven by at least one motor for forward and backward driving. i) an optical device (1, 1', 1", 1′′′), ii) a detecting means, which is adapted to receive a light signal transmitted by the optical device (1, 1', 1", 1′′′), iii) a storing unit for the optical device, iv) a rotatable support for the storing unit for the optical device, v) a moving means, vi) a straightening means (204, 204', 204", 204′′′), vii) a housing and viii) a guiding system (207, 207', 207") connected to the housing, wherein the optical device (1, 1', 1", 1′′′) comprises an optical fiber (2', 2", 2′′′) laterally surrounded by an inner and an outer metal tube (3', 3", 3′′′; 4', 4", 4′′′), wherein the outer metal tube (4', 4", 4′′′) has an outer diameter in the range of 2 mm to 8 mm and a wall-thickness in the range of 0.1 mm to 0.6 mm, wherein the housing encloses the detecting means, the storing unit for the optical device, the rotatable support for the storing unit for the optical device, the moving means, and the straightening means (204, 204', 204", 204′′′) and wherein the moving means is adapted to feed and retract the optical device (1, 1', 1", 1") and comprises a) at least one motor for forward and backward driving the rotatable support for the storing unit for the optical device, b) a feeding means (203, 203') for feeding the optical device (1, 1', 1", 1′′′) driven by at least one motor for forward and backward driving. a) at least one motor for forward and backward driving the rotatable support for the storing unit for the optical device, b) a feeding means (203, 203') for feeding the optical device (1, 1', 1", 1′′′) driven by at least one motor for forward and backward driving.
An apparatus, wherein the apparatus is a virtual reality apparatus, an augmented reality apparatus or a mixed reality apparatus, comprising: means for determining a spatial position of a user and/ or orientation of the user's head, wherein the apparatus is configured to display virtual reality content data to the user based on the determined spatial position and/or the orientation of the user's head; means for providing a visual representation (66, 84, 36b) of an interactive object (64, 36a, 136, 138) to the user; means for adding the interactive object (64, 36a, 136, 138) to an interactive object queue in response to a user indication to add the interactive object (64, 36a, 136, 138) to the queue; means for providing a first control area (82, 52, 132a, 132b) corresponding to the interactive object (64, 36a, 136, 138) in response to the interactive object (64, 36a, 136, 138) being added to the interactive object queue, wherein the first control area (82, 52, 132a, 132b) is accessible to the user; means for determining whether the user is at least partially within the first control area (82, 52, 132a, 132b); means for providing feedback to the user in response to determining that the user is at least partially within the first control area (82, 52, 132a, 132b); and means for receiving an interaction input from the user for interacting with the interactive object (64, 36a, 136, 138). means for determining a spatial position of a user and/ or orientation of the user's head, wherein the apparatus is configured to display virtual reality content data to the user based on the determined spatial position and/or the orientation of the user's head; means for providing a visual representation (66, 84, 36b) of an interactive object (64, 36a, 136, 138) to the user; means for adding the interactive object (64, 36a, 136, 138) to an interactive object queue in response to a user indication to add the interactive object (64, 36a, 136, 138) to the queue; means for providing a first control area (82, 52, 132a, 132b) corresponding to the interactive object (64, 36a, 136, 138) in response to the interactive object (64, 36a, 136, 138) being added to the interactive object queue, wherein the first control area (82, 52, 132a, 132b) is accessible to the user; means for determining whether the user is at least partially within the first control area (82, 52, 132a, 132b); means for providing feedback to the user in response to determining that the user is at least partially within the first control area (82, 52, 132a, 132b); and means for receiving an interaction input from the user for interacting with the interactive object (64, 36a, 136, 138).
A compound of formula: wherein: one of A and B is H and the other is G is R 2 and E is or G and E are both carbon atoms, said carbon atoms being linked together by a single bond, G being substituted by and E being substituted by R 6; each of R 1, R 2, R 3, and R 4 independently being H or alkyl; and each of R 5 and R 6, independently being H, OH, alkyl, or alkoxy, or a salt, ester, or solvate thereof, with the proviso that the compound of formula is not the compound:, or one of A and B is H and the other is G is R 2 and E is or G and E are both carbon atoms, said carbon atoms being linked together by a single bond, G being substituted by and E being substituted by R 6; each of R 1, R 2, R 3, and R 4 independently being H or alkyl; and each of R 5 and R 6, independently being H, OH, alkyl, or alkoxy, or a salt, ester, or solvate thereof, with the proviso that the compound of formula is not the compound:, or
A machine for cutting panels made of wood or the like, the machine comprising a base defining a resting surface for at least one panel and comprising two longitudinal guide members and two vertical uprights supporting the longitudinal members; a cutting station; a feeding unit slidingly engaged in the longitudinal guide members for moving the panel along the resting surface and through the cutting station in a given first direction; a blade supported by the vertical uprights and mounted on a carriage to move along a cutting surface substantially orthogonal to the first direction and to move, with respect to the carriage, between a lowered rest position, in which the blade is arranged underneath the resting surface to allow advancing the panel along the resting surface, and a raised operative position, in which the blade protrudes over the resting surface itself to cut the panel; and a first pressing device adapted to lock the panel against the resting surface during the action of said blade, the first pressing device comprising a bar, which extends over the resting surface in a second direction substantially transversal to the first direction, is fork-shaped, is slidingly coupled to the vertical uprights to carry out rectilinear movements in a third direction substantially orthogonal to the resting surface, and is provided with two arms parallel to each other arranged on opposite sides of the cutting surface in the first direction; the base further comprising a crosspiece, which extends over the resting surface in the second direction, and supports an auxiliary cutting device movable along the crosspiece in the second direction and further movable in the third direction between a raised rest position and a lowered operative position; and being characterized in that the crosspiece is fixed to the two uprights on the side opposite to the longitudinal members.
Vehicle restraint system having a post, having a plate, more particularly a base plate, connected to the post, wherein the plate has at least one recess (10.1, 10.2, 10.3, 10.4) spaced from the post, and having a weld seam, more particularly a fillet seam, with a leg length (z, z1) along the plate, which weld seam adjoins the post and the plate and connects the post and the plate in a materially bonded manner, characterized in that the recess (10.2, 10.3, 10.4) of the plate extends to the weld seam at least up to a maximum distance from a leg length (z, z1) and at most adjoins the weld seam in such a way that this weakening of the base plate in certain regions permits a hinge-like movement of the post on the base plate, whereby peeling of the post and thus detachment of the post from the plate can be avoided.
Laundry treatment appliance for drying or for washing and drying laundry, with a rotatably mounted drum, at least one electric motor (4, 15), which serves for driving the drum and/or for driving a process air fan, which is arranged in a process air guide and is connected with the drum and by which air for drying the laundry can be conducted to and from the drum, and at least one controlling and measuring device (6, 6') for the electric motor (4, 15), wherein the controlling and measuring device detects at least one electrical parameter of the electric motor (4, 15), characterised in that - the controlling and measuring device (6, 6') determines in dependence on the detected electrical parameter - an air output of the process air fan - and/or a remaining drying time (At) - and/or in dependence on an instantaneous time gradient of the detected electrical parameter of the electric motor, a loading of the drum, particularly the mass of the laundry introduced into the drum, and - the controlling and measuring device controls a heat output for the drying process in dependence on at least the air output and/or drying time (Δt) and/or loading of the drum determined by the controlling and measuring device. - the controlling and measuring device (6, 6') determines in dependence on the detected electrical parameter - an air output of the process air fan - and/or a remaining drying time (At) - and/or in dependence on an instantaneous time gradient of the detected electrical parameter of the electric motor, a loading of the drum, particularly the mass of the laundry introduced into the drum, and - the controlling and measuring device controls a heat output for the drying process in dependence on at least the air output and/or drying time (Δt) and/or loading of the drum determined by the controlling and measuring device.
Plate heat exchanger system with a plate heat exchanger comprising an inlet and an outlet of a primary circuit, an inlet and an outlet of a secondary circuit, at least one plate separating said two circuits in a housing of said plate heat exchanger from each other, and preferably a pipe which connects said primary circuit to a heating device, characterized in that said plate heat exchanger in the direction of gravity is arranged such that the plane, in which said plate is located, is inclined relative to the gravity vector and the horizontal.
A method for isolating non-adipocyte cells from adipose tissue comprising: introducing adipose tissue into a digestion chamber that includes a digestion fluid and an internal digestion mesh; recirculating the digestion fluid across the digestion mesh until the tissue is separated into a dissociated cell mixture that includes individual cells and cell clusters; dispersing said dissociated cell mixture proximal to a bottom inner surface of a lipid separating unit; and phase separating the dissociated cell mixture through an aqueous medium disposed in the lipid_separation unit, wherein the non-adipocyte cell population is collected without centrifugation. introducing adipose tissue into a digestion chamber that includes a digestion fluid and an internal digestion mesh; recirculating the digestion fluid across the digestion mesh until the tissue is separated into a dissociated cell mixture that includes individual cells and cell clusters; dispersing said dissociated cell mixture proximal to a bottom inner surface of a lipid separating unit; and phase separating the dissociated cell mixture through an aqueous medium disposed in the lipid_separation unit, wherein the non-adipocyte cell population is collected without centrifugation.
Framework for a seat squab such as for a motor vehicle seat, comprising a horizontal part supporting a load, two lateral holding parts extending substantially perpendicular to the horizontal part of the support, consisting of an injection-moulded thermoplastic material, a hollow structure of walls secured to each other defining a top wall forming the horizontal supporting part and two lateral walls (17, 35) extending on either side and substantially perpendicular to the top wall in order to form the lateral holding parts, and the hollow structure being formed by two hollow forms each provided with a bottom, a lateral wall extending from the bottom and extended perpendicularly by an edge defining an opening, the bottoms of the two hollow forms being facing each other, the top portion of the two lateral walls of the two hollow forms defining the supporting part of the device, the top parts (26, 34) of the two lateral edges of the hollow forms defining the two lateral holding parts of the device.
External cladding component of a vehicle, comprising a penetration section that is permeable to electromagnetic waves (λ) in the range between 50 and 200 GHz, the penetration section either comprising - a plastic body having a first surface and a second surface, - a basic lacquer applied to the first surface, - a top lacquer applied on the basic lacquer, and - a plastic foil applied on the top lacquer, or comprising - a plastic body having a first surface and a second surface, - a basic lacquer, - a top lacquer and - a plastic foil, either ∘ applied on the first surface between the plastic body and the basic lacquer, wherein the top lacquer is applied to the basic lacquer, or ∘ applied between the basic lacquer and the top lacquer, wherein the basic lacquer is applied to the first surface. - a plastic body having a first surface and a second surface, - a basic lacquer applied to the first surface, - a top lacquer applied on the basic lacquer, and - a plastic foil applied on the top lacquer, or comprising - a plastic body having a first surface and a second surface, - a basic lacquer, - a top lacquer and - a plastic foil, either ∘ applied on the first surface between the plastic body and the basic lacquer, wherein the top lacquer is applied to the basic lacquer, or ∘ applied between the basic lacquer and the top lacquer, wherein the basic lacquer is applied to the first surface. ∘ applied on the first surface between the plastic body and the basic lacquer, wherein the top lacquer is applied to the basic lacquer, or ∘ applied between the basic lacquer and the top lacquer, wherein the basic lacquer is applied to the first surface.
A communication system having operating parameters, the communication system comprising: first and second transmitters; a sensor (240, 250, 260) for providing data describing a detected object (270, 280); and a controller configured to: determine new operating parameters for the communication system, based on current operating parameters and the sensor data, so as to increase an incident radiation received at the object (270, 280) from the second transmitter and to compensate for a reduction in incident radiation received at the object (270, 280) from the first transmitter with an increase in incident radiation received at the object (270, 280) from the second transmitter; prior to instructing any compensatory changes to the operating parameters, determine whether the second transmitter would excessively irradiate an object (270, 280) in the vicinity of the second transmitter; and cause the communication system to continue transmitting with the new operating parameters. first and second transmitters; a sensor (240, 250, 260) for providing data describing a detected object (270, 280); and a controller configured to: determine new operating parameters for the communication system, based on current operating parameters and the sensor data, so as to increase an incident radiation received at the object (270, 280) from the second transmitter and to compensate for a reduction in incident radiation received at the object (270, 280) from the first transmitter with an increase in incident radiation received at the object (270, 280) from the second transmitter; prior to instructing any compensatory changes to the operating parameters, determine whether the second transmitter would excessively irradiate an object (270, 280) in the vicinity of the second transmitter; and cause the communication system to continue transmitting with the new operating parameters. determine new operating parameters for the communication system, based on current operating parameters and the sensor data, so as to increase an incident radiation received at the object (270, 280) from the second transmitter and to compensate for a reduction in incident radiation received at the object (270, 280) from the first transmitter with an increase in incident radiation received at the object (270, 280) from the second transmitter; prior to instructing any compensatory changes to the operating parameters, determine whether the second transmitter would excessively irradiate an object (270, 280) in the vicinity of the second transmitter; and cause the communication system to continue transmitting with the new operating parameters.
A vehicle comprising a wading depth sensor, an attitude sensor and a control unit configured to receive and use signals issued by said wading depth sensor and said attitude sensor to compute an estimated wading depth (D) at a location ahead of the direction of vehicle movement and/or to compute a distance (R max) ahead of the direction of vehicle movement at which a maximum wading depth (D max) will be reached.