mhurhangee/ep-ind-claims huggingface dataset:
A compressor unit for processing a working fluid comprising a compressor inside a housing to compress the working fluid, and a collection chamber fluidly coupled with a working fluid inlet of said housing and with a balance system of said compressor and said chamber being filled with part of the working fluid to balance at least in part the axial thrust of said compressor during the working phase; the other part of the working fluid entering inside said compressor to be worked; characterized by said collection chamber being configured to drain a liquid that may have entered inside said compressor unit during subsea installation thereof in order to avoid the passage of the liquid inside said compressor.
A tube for use in a liquid chromatography system, comprising: a) an outer layer having an inner surface and an outer surface, and having a first and a second end, wherein said first and second ends of said outer layer are flanged, flared or angled; and b) a biocompatible inner layer having an inner surface, an outer surface, a first end, a second end and a passageway therethrough, wherein said inner layer is located within said outer layer and wherein said first and second ends of said biocompatible inner layer extend beyond said first and second ends, respectively, of said outer layer, and wherein said first and second ends of said inner layer are flanged, flared, or angled. a) an outer layer having an inner surface and an outer surface, and having a first and a second end, wherein said first and second ends of said outer layer are flanged, flared or angled; and b) a biocompatible inner layer having an inner surface, an outer surface, a first end, a second end and a passageway therethrough, wherein said inner layer is located within said outer layer and wherein said first and second ends of said biocompatible inner layer extend beyond said first and second ends, respectively, of said outer layer, and wherein said first and second ends of said inner layer are flanged, flared, or angled.
A vitrectomy probe comprising: a component housing for accommodating moving components for supporting a vitrectomy procedure; an ergonomic shell for probe support during the procedure; and a securing interface accommodating each of the shell and the housing and positioned there between, the interface for mitigating vibrations from reaching the shell during the procedure from the moving components; wherein the ergonomic shell is physically coupled to the housing at discrete catch extension locations, the interface substantially eliminating contact between the shell and the housing outside of the extension locations for the mitigating of the vibrations; wherein the shell is removable by deflection of catch extensions of the shell at the locations, and comprising depressible tabs at an exterior surface of the shell to facilitate the deflection. a component housing for accommodating moving components for supporting a vitrectomy procedure; an ergonomic shell for probe support during the procedure; and a securing interface accommodating each of the shell and the housing and positioned there between, the interface for mitigating vibrations from reaching the shell during the procedure from the moving components; wherein the ergonomic shell is physically coupled to the housing at discrete catch extension locations, the interface substantially eliminating contact between the shell and the housing outside of the extension locations for the mitigating of the vibrations; wherein the shell is removable by deflection of catch extensions of the shell at the locations, and comprising depressible tabs at an exterior surface of the shell to facilitate the deflection.
Apparatus for heating plastics material preforms, with a transport device which transports the plastics material preforms along a predefined transport path, wherein the transport device has a plurality of holding elements for holding the plastics material preforms, with at least one heating device which heats the plastics material preforms transported by the transport device, wherein this heating device has a wall element which is arranged for at least part of the time below the transport path of the plastics material preforms, wherein this wall element is movable, characterised in that the apparatus has a detection device which detects an incorrect position and/or a falling of at least one plastics material preform in relation to the holding element holding this, and a control device which initiates a movement of the wall element on the basis of an incorrect position and/or falling of the at least one plastics material preform detected by the detection device, the wall element being moved in such a manner that a discharge of a falling plastics material preform is made possible.
A screw driving tool comprising a torque output element which defines an axis and is mounted in a housing, a torque transmission section with a plurality of depressions, a torque transmission element, which is pretensioned by a force of a force accumulator and engages in at least one of the depressions, for coupling the torque transmission section to the housing so as to transmit a torque, said torque-transmitting coupling being released when the torque transmission element leaves the depression in an edge-controlled manner against the force of the force accumulator, which can be adjusted by an adjustment device, when a torque limit is exceeded, characterised by a switchover element, which can be moved from a release position into a blocking position, which in the release position permits the torque transmission element to leave the depression, but in the blocking position blocks it.
A robotic surgical instrument, comprising: an end effector; a first support body that supports the end effector rotatably about a first shaft; a second support body that supports the first support body rotatably about a second shaft; an elongated element to rotate the first support body with respect to the second support body; and a shaft to which the second support body is connected, wherein the elongated element includes a wire, an attachment fixed to the wire, and a protection tube fixed to the wire, and characterized in that the first support body includes a through-hole having a size in which the attachment and the protection tube are insertable. an end effector; a first support body that supports the end effector rotatably about a first shaft; a second support body that supports the first support body rotatably about a second shaft; an elongated element to rotate the first support body with respect to the second support body; and a shaft to which the second support body is connected, wherein the elongated element includes a wire, an attachment fixed to the wire, and a protection tube fixed to the wire, and characterized in that the first support body includes a through-hole having a size in which the attachment and the protection tube are insertable.
A management device comprising: a resolution converter which converts original image data to N types of image data including a thumbnail, the original image data and the N types of image data having resolutions different with respect to each other, wherein N is an integer being N > 1; an image encoding unit which generates a plurality of encoded image data by performing compression encoding processing on the original image data and on each of the N types of image data; a secret sharing unit which performs secret sharing schemes so that the encoded original image data and each of the encoded N types of image data except the thumbnail is divided into n pieces of distributed data and each original encoded image data can be reconstructed by k pieces of distributed data, wherein n is an integer being n ≥ N+1, k is an integer being 2 ≤ k ≤ n and k takes a different value for each type of image data; and a data combination unit which generates n pieces of combination data by combining in each of them a different one of the n pieces of distributed data of the encoded original image data, of each of the encoded N types of image data and the thumbnail, and stores each piece of the combination data in a different storage. a resolution converter which converts original image data to N types of image data including a thumbnail, the original image data and the N types of image data having resolutions different with respect to each other, wherein N is an integer being N > 1; an image encoding unit which generates a plurality of encoded image data by performing compression encoding processing on the original image data and on each of the N types of image data; a secret sharing unit which performs secret sharing schemes so that the encoded original image data and each of the encoded N types of image data except the thumbnail is divided into n pieces of distributed data and each original encoded image data can be reconstructed by k pieces of distributed data, wherein n is an integer being n ≥ N+1, k is an integer being 2 ≤ k ≤ n and k takes a different value for each type of image data; and a data combination unit which generates n pieces of combination data by combining in each of them a different one of the n pieces of distributed data of the encoded original image data, of each of the encoded N types of image data and the thumbnail, and stores each piece of the combination data in a different storage.
An airfoil comprising: an airfoil section having an airfoil wall defining a leading end, a trailing end, and first and second sides (68c,68d) joining the leading end and the trailing end, the first and second sides (68c,68d) spanning in a longitudinal direction between first and second ends (68e, 68f), the airfoil wall circumscribing an internal core cavity; a rib extending from the first side to the second side and partitioning the internal core cavity into a forward cavity and an aft cavity; a baffle disposed in the forward cavity; and a cooling passage network embedded in the airfoil wall between inner and outer portions (76,78) of the airfoil wall, the cooling passage network having an inlet orifice through the inner portion of the airfoil wall, an array of pedestals, and at least one outlet orifice through the outer portion, characterised in that: the baffle has a showerhead array of impingement orifices adjacent the leading end of the airfoil wall, wherein the inlet orifice opens to the forward cavity at a location aft of the showerhead array of impingement orifices; and the first side includes stand-off ridges in the forward cavity and the baffle abuts the stand-off ridges. an airfoil section having an airfoil wall defining a leading end, a trailing end, and first and second sides (68c,68d) joining the leading end and the trailing end, the first and second sides (68c,68d) spanning in a longitudinal direction between first and second ends (68e, 68f), the airfoil wall circumscribing an internal core cavity; a rib extending from the first side to the second side and partitioning the internal core cavity into a forward cavity and an aft cavity; a baffle disposed in the forward cavity; and a cooling passage network embedded in the airfoil wall between inner and outer portions (76,78) of the airfoil wall, the cooling passage network having an inlet orifice through the inner portion of the airfoil wall, an array of pedestals, and at least one outlet orifice through the outer portion, characterised in that: the baffle has a showerhead array of impingement orifices adjacent the leading end of the airfoil wall, wherein the inlet orifice opens to the forward cavity at a location aft of the showerhead array of impingement orifices; and the first side includes stand-off ridges in the forward cavity and the baffle abuts the stand-off ridges. the baffle has a showerhead array of impingement orifices adjacent the leading end of the airfoil wall, wherein the inlet orifice opens to the forward cavity at a location aft of the showerhead array of impingement orifices; and the first side includes stand-off ridges in the forward cavity and the baffle abuts the stand-off ridges.
A skin substitute comprising, in a suspension, (i) epithelial cells; and (ii) hair follicle dermal cells derived from a temporal region of the scalp. (i) epithelial cells; and (ii) hair follicle dermal cells derived from a temporal region of the scalp.
A seating portion for a seating assembly in a motor vehicle, the seating portion being movable between at least a first, substantially upright position and a second, substantially horizontal position, wherein the seating portion includes a connector for an electronic device, characterised in that the connector is mounted in a recess in the seating portion and is configured to be accessible when the seating portion is in each of the first and second positions, wherein the seating portion is pivotable between first and second positions, and wherein the recess is configured to be accessible when the connector is in use.
A network system comprising: a plurality of sub-node balloons (420A-Q) configured as sub-nodes in a balloon network, wherein each of the sub-node balloons comprises a radio-frequency communication system that is operable for data communications; a plurality of super-node balloons (410A-C) configured as super-nodes in the balloon network and collectively functioning as a backhaul for the balloon network, wherein each super-node balloon comprises a free-space optical communication system that is operable for data communications with one or more of the plurality of super-node balloons via an optical link (402, 404), and wherein at least one of the plurality of super-node balloons comprises both: a) the free-space optical communication system that is operable for data communications with one or more of the plurality of super-node balloons and b) an RF communication system that is operable for data communications with at least one of the sub-node balloons via an RF link; wherein the RF communication system of the at least one sub-node balloon is operable to transmit data received from the at least one super-node balloon to at least one ground-based station (430A-L), and wherein the plurality of sub-node balloons is not configured for free-space optical communication. a plurality of sub-node balloons (420A-Q) configured as sub-nodes in a balloon network, wherein each of the sub-node balloons comprises a radio-frequency communication system that is operable for data communications; a plurality of super-node balloons (410A-C) configured as super-nodes in the balloon network and collectively functioning as a backhaul for the balloon network, wherein each super-node balloon comprises a free-space optical communication system that is operable for data communications with one or more of the plurality of super-node balloons via an optical link (402, 404), and wherein at least one of the plurality of super-node balloons comprises both: a) the free-space optical communication system that is operable for data communications with one or more of the plurality of super-node balloons and b) an RF communication system that is operable for data communications with at least one of the sub-node balloons via an RF link; wherein the RF communication system of the at least one sub-node balloon is operable to transmit data received from the at least one super-node balloon to at least one ground-based station (430A-L), and wherein the plurality of sub-node balloons is not configured for free-space optical communication.
A coupling by means of which two rail vehicles or two rail vehicle modules (2, 3) can be connected to one another, comprising a sensor or a sensor arrangement for determining the angle between the longitudinal axes (X1, X2) of the rail vehicles or rail vehicle modules, the sensor being an angle sensor, and, the coupling being embodied such that the two rail vehicles or two rail vehicle modules (2, 3) can be rotated relative to one another about a vertically upwardly standing axis, called the Z axis, characterized in that the two rail vehicles or two rail vehicle modules (2, 3) can be rotated relative to one another - about the longitudinal axis (X1, X2) of one of the rail vehicles or rail vehicle modules (2, 3), called the X axis, and/or - about an axis standing transverse to one of the rail vehicles or rail vehicle modules (2, 3) and perpendicular to the Z axis and X axis, called the Y axis, wherein the X axis and/or the Y axis intersect the Z axis at one point, which is called the articulation point, wherein the sensor is arranged at the site of the articulation point or in the vicinity of the articulation point. - about the longitudinal axis (X1, X2) of one of the rail vehicles or rail vehicle modules (2, 3), called the X axis, and/or - about an axis standing transverse to one of the rail vehicles or rail vehicle modules (2, 3) and perpendicular to the Z axis and X axis, called the Y axis, wherein
Peptide complex, organized in three-dimensional structure and characterized by general structural formula: wherein: X 1 is selected from Gln, Ser, Asn, Val, Ala, Phe or Asp; R1 and R2 are peptide chains, containing His- or Cys- amino acid residues, interactable with transition metal ions, wherein R1 is selected from: His-Gly-Val-Ser-Gly-, Cys-Val-Val-Thr-Gly-, Cys-Gly-, His-Gly-Ser-Asp-Gly-, Gly-, His-Gly-Asp-Ser-Gly-, Val-Ser-Gly-, His-Gly- or absent; R2 is selected from: -Val-His-Gly, - Val- Phe-Val, -Val- His, -Val- Asp or absent. X 1 is selected from Gln, Ser, Asn, Val, Ala, Phe or Asp; R1 and R2 are peptide chains, containing His- or Cys- amino acid residues, interactable with transition metal ions, wherein R1 is selected from: His-Gly-Val-Ser-Gly-, Cys-Val-Val-Thr-Gly-, Cys-Gly-, His-Gly-Ser-Asp-Gly-, Gly-, His-Gly-Asp-Ser-Gly-, Val-Ser-Gly-, His-Gly- or absent; R2 is selected from: -Val-His-Gly, - Val- Phe-Val, -Val- His, -Val- Asp or absent.
Method for processing spatially segmented content comprising: receiving by a client a spatial manifest data structure comprising one or more spatial representations of a source stream, each spatial representation identifying one or more spatial segment streams and location information for locating one or more delivery nodes associated with a content delivery network configured to transmit said one or more spatial segment streams to said client, said spatial manifest data structure further comprising positioning information for stitching spatial segment frames in said spatial segment streams into a video frame for display; selecting one or more spatial segment streams associated with at least one of said spatial representations and, on the basis of said location information, requesting at least one delivery node associated with said content delivery network to deliver said at least one or more selected spatial segment stream to said client; transmitting said at least one or more requested spatial segment streams to said client using a HTTP adaptive streaming protocol, at least part of said spatial segment streams being divided in time segments. and, receiving said one or more selected spatial segment streams from said at least one delivery node. receiving by a client a spatial manifest data structure comprising one or more spatial representations of a source stream, each spatial representation identifying one or more spatial segment streams and location information for locating one or more delivery nodes associated with a content delivery network configured to transmit said one or more spatial segment streams to said client, said spatial manifest data structure further comprising positioning information for stitching spatial segment frames in said spatial segment streams into a video frame for display; selecting one or more spatial segment streams associated with at least one of said spatial representations and, on the basis of said location information, requesting at least one delivery node associated with said content delivery network to deliver said at least one or more selected spatial segment stream to said client; transmitting said at least one or more requested spatial segment streams to said client using a HTTP adaptive streaming protocol, at least part of said spatial segment streams being divided in time segments. and, receiving said one or more selected spatial segment streams from said at least one delivery node.
Magnetocaloric thermal generator (10, 20, 30, 40, 50, 60, 70, 80) comprising at least one primary circuit (P 10, P 20, P 30, P 40, P 50, P 60, P 70) fluidically connecting magnetocaloric elements (M 11, M 12, M 21, M 22, M 111, M 112, M 113, M 114, M 221, M 222, M 223, M 224) by means of a heat transfer fluid called primary fluid flowing alternately back and forth, said magnetocaloric elements (M 11, M 12, M 21, M 22, M 111, M 112, M 113, M 114, M 221, M 222, M 223, M 224) being subjected to the variable magnetic field of a magnetic system that creates alternately in each magnetocaloric element (M 11, M 12, M 21, M 22, M 111, M 112, M 113, M 114, M 221, M 222, M 223, M 224) a magnetic heating phase and a magnetic cooling phase, generator wherein the primary system comprises a cold side and a hot side at which magnetocaloric elements (M 11, M 12; M 111,M 112 et M 21, M 22, M 223, M 224) are fluidically connected with each other, thermal generator characterized in that at least one of said hot and cold sides of the primary circuit comprises at least one outlet point (S 1, S 2, S 3, S 4, S 5, S 6) connected to another point of the primary circuit called injection point (I 1, I 2, I 3, I 4, I 5, I 6, I 7, I 8, I 9, I 10, I 11) by means of at least one bypass pipe (D 1, D 2, D 3, D 4, D 5, D 6, D 7, D 8, D 9, D 10, D 11) allowing the primary fluid to be displaced only from the outlet point (S 1, S 2,S 3, S 4, S 5, S 6) towards the injection point (I 1, I 2, I 3, I 4, I 5, I 6, I 7, I 8, I 9, I 10, I 11).