mhurhangee/ep-ind-claims huggingface dataset:
A plate heat exchanger comprising a plurality of heat exchanger plates, which are made through forming of a metal sheet and are provided beside each other and permanently joined to each other by means of a braze material to form a plate package having first plate interspaces for a first medium and second plate interspaces for a second medium, wherein at least one of the first medium and the second medium is carbon dioxide, wherein each heat exchanger plate has a pattern forming a heat transfer area, a plurality of porthole areas, each porthole area surrounding a respective porthole defined by a porthole edge, wherein each heat exchanger plate extends along a main extension plane (p), wherein said areas, on one side of the heat exchanger plate, extend between a primary level (p') at a distance from the main extension plane (p) and a secondary level (p") at a distance from and on an opposite side of the main extension plane (p), wherein each heat exchanger plate has a depth (d) defined by the distance between the primary level (p') and the secondary level (p"), the depth (d) being equal to or less than 1,0 mm, wherein each heat exchanger plate defines a longitudinal centre line (x) and wherein the heat transfer area comprises ridges and valleys arranged in such a manner that the ridges of one of the heat exchanger plates abut the valleys of an adjoining one of the heat exchanger plates to form a plurality of joining areas, wherein the ridges and valleys extend along at least one extension line (e) forming an angle α of inclination with the centre line, characterised in that each heat exchanger plate, before the forming, has a metal sheet thickness t, which lies in the range 0,2 ≤ t ≤ 0,4 mm, that the extension line (e) of each ridge and valley forms a positive angle α of inclination at one side of the centre line (x) and a corresponding negative angle α of inclination at the other side of the centre line (x), that the angle α of inclination lies in the range 20° ≤ α ≤ 70°, that the ridges and valleys form joining areas at the centre line (x), that the ridges are disposed at a distance (r) from and extend in parallel with each other, and that the distance (r) between adjacent ridges on the heat transfer area is less than 4 mm.
A method for producing a steering spindle part which forms a portion of a steering spindle for a motor vehicle and which is in the form of a hollow shaft and which, at least at one of its ends, comprises a connecting portion which, at least over a part of its length, comprises an increased wall thickness in relation to a portion of the steering spindle part adjoining the connecting portion, comprising the steps: - providing a hollow cylindrical tube with an inner surface which is smooth in a circumferential direction and which comprises a circular cross section, - providing a hollow cylindrical sleeve, - inserting the sleeve into an end portion of the tube, - jointly deforming the end portion of the tube and the sleeve, wherein a flow of the material of the tube and of the sleeve occurs, wherein the hollow cylindrical sleeve comprises an outer surface which is smooth in the circumferential direction and which comprises a circular cross section and, as a result of the flow of the material, positively locking elements (43, 53) which engage into one another in the circumferential direction are formed on the tube and on the sleeve for the purposes of generating positive locking which acts in the circumferential direction, characterized in that, for the deformation, a mandrel with non-circular cross section is introduced into the sleeve, and a deformation pressure is exerted on the tube from the outside in order to mold the tube and the sleeve jointly on the mandrel, wherein the deformation pressure is exerted on the tube by means of at least one deformation tool. - providing a hollow cylindrical tube with an inner surface which is smooth in a circumferential direction and which comprises a circular cross section, - providing a hollow cylindrical sleeve, - inserting the sleeve into an end portion of the tube, - jointly deforming the end portion of the tube and the sleeve, wherein a flow of the material of the tube and of the sleeve occurs,
A double layer capacitor (14; 28; 42) comprising at least one double layer capacitor cell, wherein each double layer capacitor cell comprises a first and a second current collector, each current collector comprising a metallized carrier film having an upper planar surface and a lower planar surface, a first thin electrode layer (18; 36) in direct contact with the lower planar surface of the metallized carrier film of the first current collector, a second thin electrode layer (22, 34) in direct contact with the upper planar surface of the metallized carrier film of the second current collector, and a thin polymer electrolyte layer in direct contact with the first and the second thin electrode layers (18, 22; 36, 34), wherein the polymer electrolyte is applied as a liquid which impregnates and encases the first and the second electrode layers and is then solidified to form the electrolyte layer.
A method of controlling an artificial force feel generating device for generation of an artificial feeling of force on an inceptor of a vehicle control system that comprises an automatic flight control system, the inceptor being adapted for controlling a servo-assisted control unit of the vehicle control system via associated flight control kinematics, wherein the artificial force feel generating device comprises at least one force generating device that is mechanically connected to the inceptor via a mechanical connection for generating a tactile cue force acting in operation on the inceptor, the method comprising at least the steps of: - monitoring usage of the inceptor and the mechanical connection during operation of the artificial force feel generating device, - determining a current accumulated fatigue of the inceptor and/or the mechanical connection on the basis of the monitored usage, - determining a fatigue prediction (33a, 33b, 33c) for the inceptor and / or the mechanical connection on the basis of the current accumulated fatigue, - re-configuring protections of the automatic flight control system on the basis of the current accumulated fatigue, - re-configuring the at least one force generating device on the basis of the current accumulated fatigue, and determining an applicable overhaul interval of the inceptor and the mechanical linkage on the basis of the determined fatigue prediction (33a, 33b, 33c). - monitoring usage of the inceptor and the mechanical connection during operation of the artificial force feel generating device, - determining a current accumulated fatigue of the inceptor and/or the mechanical connection on the basis of the monitored usage, - determining a fatigue prediction (33a, 33b, 33c) for the inceptor and / or the mechanical connection on the basis of the current accumulated fatigue, - re-configuring protections of the automatic flight control system on the basis of the current accumulated fatigue, - re-configuring the at least one force generating device on the basis of the current accumulated fatigue, and determining an applicable overhaul interval of the inceptor and the mechanical linkage on the basis of the determined fatigue prediction (33a, 33b, 33c).
Method of manufacturing a formed extruded profile, - in which a metallic material is heated to a pressing temperature and then pressed through a die to form an extruded profile, - in which the extruded profile is cooled to a temperature of less than 50 °C, - in which the extruded profile is formed less than 7 days after cooling, at least in sections, in which a rib structure extending rectilinearly in the longitudinal direction of the extruded profile is at least partially foremd by alternate bending to form a rib structure extending undulatingly in the longitudinal direction of the extruded profile. - in which a metallic material is heated to a pressing temperature and then pressed through a die to form an extruded profile, - in which the extruded profile is cooled to a temperature of less than 50 °C, - in which the extruded profile is formed less than 7 days after cooling, at least in sections, in which a rib structure extending rectilinearly in the longitudinal direction of the extruded profile is at least partially foremd by alternate bending to form a rib structure extending undulatingly in the longitudinal direction of the extruded profile.
Prechamber spark plug for igniting a fuel-air mixture in an internal combustion engine, in particular in a gas engine, comprising 1.1a spark plug body, 1.2 a prechamber, 1.3 an earth electrode retained in the spark plug body and projecting at least partially into the prechamber, 1.4 an insulator attached to the spark plug body, 1.5 a center electrode leading out of the insulator and projecting into the prechamber, characterized in that 1.6 the earth electrode is retained in the spark plug body by a multi-part retaining element extending between the earth electrode and the insulator, the retaining element comprising a first part made of a shape memory alloy which abuts against the insulator. 1.1a spark plug body, 1.2 a prechamber, 1.3 an earth electrode retained in the spark plug body and projecting at least partially into the prechamber, 1.4 an insulator attached to the spark plug body, 1.5 a center electrode leading out of the insulator and projecting into the prechamber, characterized in that 1.6 the earth electrode is retained in the spark plug body by a multi-part retaining element extending between the earth electrode and the insulator, the retaining element comprising a first part made of a shape memory alloy which abuts against the insulator.
A touch display device comprising: a substrate having an active area and a non-active area excluding the active area; a light-emitting element disposed in the active area of the substrate; an encapsulation unit disposed on the light-emitting element; a touch sensing electrode (Rx) and a touch drive electrode (Tx) disposed on the encapsulation unit and constituting a first mutual capacitor (Ca) having a first capacitance value, wherein the touch sensing electrode (Rx) and the touch drive electrode (Tx) do not overlap with each other; and a compensation circuit disposed in the non-active area and including a second mutual capacitor (Cb) connected to the first mutual capacitor (Ca) in parallel, wherein the second mutual capacitor (Cb) has a second capacitance value greater than the first capacitance value, wherein the second mutual capacitor (Cb) includes first and second compensation electrodes (180, 190), wherein the first compensation electrode is connected to one of the touch sensing electrode (Rx) and the touch drive electrode (Tx), and the second compensation electrode is connected to the other of the touch sensing electrode (Rx) and the touch drive electrode (Tx). a substrate having an active area and a non-active area excluding the active area; a light-emitting element disposed in the active area of the substrate; an encapsulation unit disposed on the light-emitting element; a touch sensing electrode (Rx) and a touch drive electrode (Tx) disposed on the encapsulation unit and constituting a first mutual capacitor (Ca) having a first capacitance value, wherein the touch sensing electrode (Rx) and the touch drive electrode (Tx) do not overlap with each other; and a compensation circuit disposed in the non-active area and including a second mutual capacitor (Cb) connected to the first mutual capacitor (Ca) in parallel, wherein the second mutual capacitor (Cb) has a second capacitance value greater than the first capacitance value, wherein the second mutual capacitor (Cb) includes first and second compensation electrodes (180, 190), wherein the first compensation electrode is connected to one of the touch sensing electrode (Rx) and the touch drive electrode (Tx), and the second compensation electrode is connected to the other of the touch sensing electrode (Rx) and the touch drive electrode (Tx).
An antistatic agent comprising: a block polymer having a block of a hydrophobic polymer (a) and a block of a hydrophilic polymer (b) as structure units; and a sulfonate, the sulfonate being a salt of an alkylbenzenesulfonic acid anion which has a C6-C18 alkyl group, the sulfonate including at least two alkylbenzenesulfonates different in the number of carbon atoms of the alkyl group in the anion, the sulfonate satisfying the following formula: 0.40 ≤ W n / W n − 1 + W n + W n + 1 ≤ 0.90 wherein n is the number of carbon atoms of the alkyl group in the anion of an alkylbenzenesulfonate accounting for the highest proportion by weight in the sulfonate; W(n) is a weight of said alkylbenzenesulfonate; and W(n - 1) and W(n + 1) are respectively a weight of an alkylbenzenesulfonate containing an anion having an alkyl group with (n - 1) carbon atoms and a weight of an alkylbenzenesulfonate containing an anion having an alkyl group with (n + 1) carbon atoms. a block polymer having a block of a hydrophobic polymer (a) and a block of a hydrophilic polymer (b) as structure units; and a sulfonate, the sulfonate being a salt of an alkylbenzenesulfonic acid anion which has a C6-C18 alkyl group, the sulfonate including at least two alkylbenzenesulfonates different in the number of carbon atoms of the alkyl group in the anion, the sulfonate satisfying the following formula: 0.40 ≤ W n / W n − 1 + W n + W n + 1 ≤ 0.90 wherein n is the number of carbon atoms of the alkyl group in the anion of an alkylbenzenesulfonate accounting for the highest proportion by weight in the sulfonate; W(n) is a weight of said alkylbenzenesulfonate; and W(n - 1) and W(n + 1) are respectively a weight of an alkylbenzenesulfonate containing an anion having an alkyl group with (n - 1) carbon atoms and a weight of an alkylbenzenesulfonate containing an anion having an alkyl group with (n + 1) carbon atoms.
A method comprising: storing, by a packet forwarding engine of a network device, a packet processing template, wherein the packet processing template includes a plurality of service objects executable by the packet forwarding engine to process packets, and at least one instruction representing a variable for the packet processing template; storing, by the packet forwarding engine, a subscriber record for a subscriber, wherein the subscriber record specifies the packet processing template and includes a variable value that resolves the variable to a service object of the plurality of service objects; executing, by the packet forwarding engine based at least on the subscriber record and in response to receiving a packet associated with the subscriber, the at least one instruction to obtain the variable value; and resolving, by the packet forwarding engine, the variable value to the service object and applying the service object to the packet. storing, by a packet forwarding engine of a network device, a packet processing template, wherein the packet processing template includes a plurality of service objects executable by the packet forwarding engine to process packets, and at least one instruction representing a variable for the packet processing template; storing, by the packet forwarding engine, a subscriber record for a subscriber, wherein the subscriber record specifies the packet processing template and includes a variable value that resolves the variable to a service object of the plurality of service objects; executing, by the packet forwarding engine based at least on the subscriber record and in response to receiving a packet associated with the subscriber, the at least one instruction to obtain the variable value; and resolving, by the packet forwarding engine, the variable value to the service object and applying the service object to the packet.
A device comprising: a first elongated segment (220, 740, 840) having two opposing ends and defining a first primary lumen extending therebetween; a second elongated segment having two opposing ends and defining a second primary lumen extending therebetween; and a first branch segment engaged to a first side opening in one of the first elongated segment and the second elongated segment, the first branch segment having a first branch lumen in fluid communication with one of the first primary lumen and the second primary lumen; wherein a combined cross section of the first elongated segment and second elongated segment is substantially conformable to an intraluminal cross section of a body lumen; wherein the device further comprises a connector configured to maintain at least a portion of an outer surface of one of the first elongated segment and the second elongated segment in proximity to an adjacent peripheral surface so as to reduce fluid flow into an area between the outer surface and the adjacent peripheral surface, and wherein the connector comprises articulating flange segments, and wherein the articulating flange segments are configured to extend outwardly from a longitudinal axis of one of the first elongated segment and the second elongated segment along the at least a portion of the outer surface, or wherein the connector comprises a flap at an end of one of the first elongated segment and the second elongated segment configured to occlude fluid entry into an area between the outer surface and the adjacent peripheral surface. a first elongated segment (220, 740, 840) having two opposing ends and defining a first primary lumen extending therebetween; a second elongated segment having two opposing ends and defining a second primary lumen extending therebetween; and a first branch segment engaged to a first side opening in one of the first elongated segment and the second elongated segment, the first branch segment having a first branch lumen in fluid communication with one of the first primary lumen and the second primary lumen; wherein a combined cross section of the first elongated segment and second elongated segment is substantially conformable to an intraluminal cross section of a body lumen; wherein the device further comprises a connector configured to maintain at least a portion of an outer surface of one of the first elongated segment and the second elongated segment in proximity to an adjacent peripheral surface so as to reduce fluid flow into an area between the outer surface and the adjacent peripheral surface, and wherein the connector comprises articulating flange segments, and wherein the articulating flange segments are configured to extend outwardly from a longitudinal axis of one of the first elongated segment and the second elongated segment along the at least a portion of the outer surface, or wherein the connector comprises a flap at an end of one of the first elongated segment and the second elongated segment configured to occlude fluid entry into an area between the outer surface and the adjacent peripheral surface.
A cell stack device (12, 121, 122, 51), comprising: a cell stack comprising a plurality of arranged cells (3, 30); and a first manifold configured to fix a first end of each of the cells (3, 30) with a sealing material and supply a reactive gas to the cells (3, 30), wherein the first manifold comprises a frame body configured to fix the first end of each of the cells (3, 30) with the sealing material inside the frame body, and a plate body bonded to a first end portion of the frame body and having a bending rigidity lower than that of the frame body, wherein: the plate body has a first surface to which the frame body is bonded and a second surface opposite to the first surface (nl); a first groove having an annular shape is provided in the first surface of the plate body; and the first end portion of the frame body is bonded to an inner portion of the first groove, characterised in that the plate body comprises a second groove, provided in the first surface, that extends in an arrangement direction of the cells (3, 30) on an inner side of the first groove in plan view. a cell stack comprising a plurality of arranged cells (3, 30); and a first manifold configured to fix a first end of each of the cells (3, 30) with a sealing material and supply a reactive gas to the cells (3, 30), wherein the first manifold comprises a frame body configured to fix the first end of each of the cells (3, 30) with the sealing material inside the frame body, and a plate body bonded to a first end portion of the frame body and having a bending rigidity lower than that of the frame body, wherein: the plate body has a first surface to which the frame body is bonded and a second surface opposite to the first surface (nl); a first groove having an annular shape is provided in the first surface of the plate body; and the first end portion of the frame body is bonded to an inner portion of the first groove, characterised in that the plate body comprises a second groove, provided in the first surface, that extends in an arrangement direction of the cells (3, 30) on an inner side of the first groove in plan view. the plate body has a first surface to which the frame body is bonded and a second surface opposite to the first surface (nl); a first groove having an annular shape is provided in the first surface of the plate body; and the first end portion of the frame body is bonded to an inner portion of the first groove,
A method performed at a tenant growth prediction system, comprising: identifying a plurality of cluster features for a node cluster (108; 208; 402) based on utilization data for the node cluster, wherein the node cluster comprises a grouping of server nodes on a cloud computing system; determining a deployment growth classification for the node cluster based on the identified plurality of cluster features, the deployment growth classification comprising a classification for predicted growth of an existing set of deployments on the node cluster; and providing the deployment growth classification to a resource management system on the node cluster for use in determining whether to permit or deny a received deployment request based on the deployment growth classification and a cluster configuration for the node cluster, wherein the cluster configuration includes one or more policies associated with whether to permit or deny incoming deployment requests on the node cluster. identifying a plurality of cluster features for a node cluster (108; 208; 402) based on utilization data for the node cluster, wherein the node cluster comprises a grouping of server nodes on a cloud computing system; determining a deployment growth classification for the node cluster based on the identified plurality of cluster features, the deployment growth classification comprising a classification for predicted growth of an existing set of deployments on the node cluster; and providing the deployment growth classification to a resource management system on the node cluster for use in determining whether to permit or deny a received deployment request based on the deployment growth classification and a cluster configuration for the node cluster, wherein the cluster configuration includes one or more policies associated with whether to permit or deny incoming deployment requests on the node cluster.