mhurhangee/ep-ind-claims huggingface dataset:
A system for performing dilation, comprising: a catheter body comprising: an inflation lumen extending along a portion of the catheter body; a fluid connector coupled to the catheter body adjacent a proximal end and in fluid communication with the inflation lumen; and a balloon comprising a distal end and a proximal end, wherein the proximal end is coupled to a distal end of the catheter body, characterized in that the balloon is configured to be expanded to four or more predefined discrete diameters correlated to four or more predefined discrete pressures; and a label displaying the four or more predefined discrete diameters and the correlated four or more predefined discrete pressures. a catheter body comprising: an inflation lumen extending along a portion of the catheter body; a fluid connector coupled to the catheter body adjacent a proximal end and in fluid communication with the inflation lumen; and a balloon comprising a distal end and a proximal end, wherein the proximal end is coupled to a distal end of the catheter body, characterized in that the balloon is configured to be expanded to four or more predefined discrete diameters correlated to four or more predefined discrete pressures; and an inflation lumen extending along a portion of the catheter body; a fluid connector coupled to the catheter body adjacent a proximal end and in fluid communication with the inflation lumen; and a balloon comprising a distal end and a proximal end, wherein the proximal end is coupled to a distal end of the catheter body, characterized in that the balloon is configured to be expanded to four or more predefined discrete diameters correlated to four or more predefined discrete pressures; and a label displaying the four or more predefined discrete diameters and the correlated four or more predefined discrete pressures.
A furcation assembly for electrical conductors of an electro-optical cable with electrical conductors and optical conductors, comprising: a polymer inner tube; the inner tube surrounded by a metallic shield layer; and a polymer jacket surrounding the metallic shield layer. a polymer inner tube; the inner tube surrounded by a metallic shield layer; and a polymer jacket surrounding the metallic shield layer.
A door assembly for a vehicle, the door assembly comprising: a door; a stiffening structure fixed to a surface of the door, the stiffening structure comprising a first wall spaced apart from and substantially parallel to the surface of the door, and first side walls extending between the first wall and the surface of the door; and a hinge member comprising: a base portion; and a hinge arm extending from the base portion; wherein the base portion comprises a top wall and second side walls extending from the top wall, the top wall and second side walls defining a volume; at least a part of the stiffening structure is located in the volume; the hinge member sits on top of the stiffening structure; and outer surfaces of the first side walls are bonded to internal surfaces of the second side walls via bond surfaces, without the use of mechanical fasteners; wherein the bond surface of the internal surface of a second side wall comprises a plurality of protrusions that extend into the stiffening structure, wherein each of the plurality of protrusions have a length of less than or equal to 2mm. a door; a stiffening structure fixed to a surface of the door, the stiffening structure comprising a first wall spaced apart from and substantially parallel to the surface of the door, and first side walls extending between the first wall and the surface of the door; and a hinge member comprising: a base portion; and a hinge arm extending from the base portion; wherein a base portion; and a hinge arm extending from the base portion; wherein the base portion comprises a top wall and second side walls extending from the top wall, the top wall and second side walls defining a volume; at least a part of the stiffening structure is located in the volume; the hinge member sits on top of the stiffening structure; and outer surfaces of the first side walls are bonded to internal surfaces of the second side walls via bond surfaces, without the use of mechanical fasteners; wherein the bond surface of the internal surface of a second side wall comprises a plurality of protrusions that extend into the stiffening structure, wherein each of the plurality of protrusions have a length of less than or equal to 2mm.
Method for manufacturing a connector for a container for medical use intended for the administration of fluid, said connector comprising a main body defining an inside channel for a fluid to pass through and at least one continuous or discontinuous flange, projecting inside said channel, comprising at least the following steps: a) a tubular duct with no flange projecting inside said channel is taken as a starting point, said channel inside which is formed to block it, or being blocked by, a divisible sealing membrane, b) inserted at least partially into said tubular duct formed in this manner is a mandrel having, on the outer surface thereof, at least one continuous or discontinuous annular recess, the dimensions and the shape of which correspond to those of a continuous or discontinuous flange to be formed in the inside channel of said duct, said sealing membrane being positioned in said inside channel in order to form an abutment for stopping the movement of the mandrel when it is inserted into said channel in order to position said or each flange at one or more precise points of said channel, c) only said tubular duct is partially heated, said part comprising at least said duct portion placed at said at least one recess when said mandrel has been positioned in said tubular duct, such that the material of said tubular duct fills said at least one recess. a) a tubular duct with no flange projecting inside said channel is taken as a starting point, said channel inside which is formed to block it, or being blocked by, a divisible sealing membrane, b) inserted at least partially into said tubular duct formed in this manner is a mandrel having, on the outer surface thereof, at least one continuous or discontinuous annular recess, the dimensions and the shape of which correspond to those of a continuous or discontinuous flange to be formed in the inside channel of said duct, said sealing membrane being positioned in said inside channel in order to form an abutment for stopping the movement of the mandrel when it is inserted into said channel in order to position said or each flange at one or more precise points of said channel, c) only said tubular duct is partially heated, said part comprising at least said duct portion placed at said at least one recess when said mandrel has been positioned in said tubular duct, such that the material of said tubular duct fills said at least one recess.
Measuring device having a transmitting unit for transmitting (38, 60) a measurement signal in a frequency range, a sensor unit for receiving (40, 62) an evaluation signal excited by the measurement signal and a control unit for evaluating (42, 66) the evaluation signal to form a measurement result, wherein the control unit is provided for the purpose of examining the frequency range for a signal independent of the measurement signal before transmitting (38, 60) the measurement signal, characterized in that the control unit is provided for the purpose of controlling transmission of the measurement signal on the basis of property detection of material in the environment of the transmitting unit.
A coating composition comprising: an isocyanate component; an amine-functional resin comprising an aspartic acid ester; a reactive silicone component having a molecular weight of at least of 500; and TiO 2 in an amount of at least 5 wt. %. an isocyanate component; an amine-functional resin comprising an aspartic acid ester; a reactive silicone component having a molecular weight of at least of 500; and TiO 2 in an amount of at least 5 wt. %.
A shear blade for a downhole apparatus, the shear blade comprising: a body portion; and a first cutting edge provided at a cutting end of the shear blade, characterised in that the first cutting edge comprising a sharp edge located at a central region of the first cutting edge, and at least one blunt edge located at at least one outer portion of the first cutting edge. a body portion; and a first cutting edge provided at a cutting end of the shear blade, characterised in that the first cutting edge comprising a sharp edge located at a central region of the first cutting edge, and at least one blunt edge located at at least one outer portion of the first cutting edge.
An apparatus, comprising: at least one processor; and at least one memory including computer program code; wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the apparatus at least to: support communication of a source routed packet over a path from an ingress node to an egress node over a network, wherein the network includes a set of network elements having a respective set of network element identifiers associated therewith, wherein the source routed packet has encoded therein a plurality of source route blocks associated with respective subsets of network elements of the path sharing respective common prefixes based on the respective network element identifiers of the network elements in the respective subsets of network elements of the path, wherein each of the source route blocks includes, respectively, the respective common prefix shared by the network elements in the respective subset of network elements of the path and a respective offset list including a respective set of offset values associated with respective ones of the network elements in the respective subset of network elements of the path and configured to be combined with the respective common prefix shared by the network elements in the respective subset of network elements of the path to recover the respective network element identifiers of the respective ones of the network elements in the respective subset of network elements of the path. at least one processor; and at least one memory including computer program code; wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the apparatus at least to: support communication of a source routed packet over a path from an ingress node to an egress node over a network, wherein the network includes a set of network elements having a respective set of network element identifiers associated therewith, wherein the source routed packet has encoded therein a plurality of source route blocks associated with respective subsets of network elements of the path sharing respective common prefixes based on the respective network element identifiers of the network elements in the respective subsets of network elements of the path, wherein each of the source route blocks includes, respectively, the respective common prefix shared by the network elements in the respective subset of network elements of the path and a respective offset list including a respective set of offset values associated with respective ones of the network elements in the respective subset of network elements of the path and configured to be combined with the respective common prefix shared by the network elements in the respective subset of network elements of the path to recover the respective network element identifiers of the respective ones of the network elements in the respective subset of network elements of the path.
Assembly comprising a module comprising electronic equipment items, and an associated supporting structure, said supporting structure comprising at least two vertical structural elements having a front face and a rear face, said module comprising fixing means (21; 21') designed to fix said module onto the front face of said at least two vertical structural elements, characterized in that said supporting structure comprises at least one plate comprising an electrical interface designed to receive an electrical interface of said module, and in that the fixing means are housed by reception means passing through the module between its front face and its rear face.
Lighting system with a plurality of luminaires (10, 20), which are controlled by a central control unit via transmission of control commands, wherein at least one of the luminaires (10, 20) is an emergency luminaire and a part of an emergency lighting system, which has an emergency light supply and a control unit for controlling the emergency luminaire, wherein the emergency luminaire is associated with a storage module which maintains a communication link with the central control unit during an activity of the emergency lighting system, wherein the storage module is designed to provide the associated emergency luminaire with information regarding the operation of the emergency luminaire after the end of the activity of the emergency light system, wherein the information provided by the storage module represents the operating state of the luminaire before the emergency lighting system is activated, wherein, in the event that the central control unit transmits a new control command related to a luminaire during the activity of the emergency lighting system, it forms the information provided by the storage module, characterized in that the central control unit is connected to the emergency luminaire via a control line, while the emergency light supply and control unit are connected to the emergency luminaire via a supply and control line.
Copper-ceramic substrate comprising - a ceramic carrier and - at least one copper layer (3, 4) bonded to a surface of the ceramic carrier, characterized in that - the copper layer (3, 4) has a Cu content of at least 99.5%, - the copper layer (3, 4) has an Ag content of at least 50 ppm, and - the copper layer (3, 4) has an Ag content of not more than 3000 ppm Ag, and - the copper layer (3, 4) has a P content of not more than 30 ppm, and - the copper layer (3, 4) has a P content of at least 0.1 ppm. The contents are weight fractions. - a ceramic carrier and - at least one copper layer (3, 4) bonded to a surface of the ceramic carrier, characterized in that - the copper layer (3, 4) has a Cu content of at least 99.5%, - the copper layer (3, 4) has an Ag content of at least 50 ppm, and - the copper layer (3, 4) has an Ag content of not more than 3000 ppm Ag, and - the copper layer (3, 4) has a P content of not more than 30 ppm, and - the copper layer (3, 4) has a P content of at least 0.1 ppm. The contents are weight fractions.
A method for sending user key-value pair data, comprising: obtaining first target key-value pair data 〈k 1, v 1 〉, wherein k 1 is a value of a key in the first target key-value pair data, and v 1 is a value of a value in the first target key-value pair data; and sending, to a data collector, first perturbed key-value pair data K 1 * V 1 * obtained after the first target key-value pair data is perturbed, wherein a value of the first perturbed key-value pair data K 1 * V 1 * is randomly set to 〈a,v 1 * 〉 or 〈b,v 〉 based on a preset probability, v* 1 is obtained by perturbing v 1, all of a, b, and v are preset values, and a and b are different values, wherein randomly setting the value of the first perturbed key-value pair data K 1 ∗ V 1 ∗ to 〈 a, v 1 *〉 or 〈 b,v 〉 based on the preset probability comprises: perturbing the first target key-value pair 〈 k 1, v 1 〉 based on a privacy budget ε 1 and by using a first differential privacy model, to obtain the first perturbed key-value pair data K 1 ∗ V 1 ∗, where the first differential privacy model is K 1 ∗ V 1 ∗ = a ν 1 ∗ w. p. e ε 1 1 + e ε 1 b ν w. p. 1 1 + e ε 1, a is a rational number that is not 0, e is a natural logarithm constant and w.p. means with probability; and wherein the obtaining first target key-value pair data 〈k 1,v 1 〉 comprises: selecting a target key from a first key set, wherein the first key set comprises a key of key-value pair data to be collected by the data collector. obtaining first target key-value pair data 〈k 1, v 1 〉, wherein k 1 is a value of a key in the first target key-value pair data, and v 1 is a value of a value in the first target key-value pair data; and sending, to a data collector, first perturbed key-value pair data K 1 * V 1 * obtained after the first target key-value pair data is perturbed, wherein a value of the first perturbed key-value pair data K 1 * V 1 * is randomly set to 〈a,v 1 * 〉 or 〈b,v 〉 based on a preset probability, v* 1 is obtained by perturbing v 1, all of a, b, and v are preset values, and a and b are different values, wherein randomly setting the value of the first perturbed key-value pair data K 1 ∗ V 1 ∗ to 〈 a, v 1 *〉 or 〈 b,v 〉 based on the preset probability comprises: perturbing the first target key-value pair 〈 k 1, v 1 〉 based on a privacy budget ε 1 and by using a first differential privacy model, to obtain the first perturbed key-value pair data K 1 ∗ V 1 ∗, where the first differential privacy model is K 1 ∗ V 1 ∗ = a ν 1 ∗ w. p. e ε 1 1 + e ε 1 b ν w. p. 1 1 + e ε 1, a is a rational number that is not 0, e is a natural logarithm constant and w.p. means with probability; and wherein the obtaining first target key-value pair data 〈k 1,v 1 〉 comprises: selecting a target key from a first key set, wherein the first key set comprises a key of key-value pair data to be collected by the data collector.
A method of manufacturing an optical fiber, said method comprising the steps of: providing a preform in a furnace; drawing a plurality of optical fibers from the preform at a plurality of different draw tensions; measuring a bandwidth characteristic of each of the optical fibers drawn at each of the different draw tensions; selecting a draw tension setpoint based on the measured bandwidth characteristics of each optical fiber; adjusting the draw tension to the selected draw tension setpoint; and drawing from the preform a select tuned optical fiber at the selected draw tension setpoint. providing a preform in a furnace; drawing a plurality of optical fibers from the preform at a plurality of different draw tensions; measuring a bandwidth characteristic of each of the optical fibers drawn at each of the different draw tensions; selecting a draw tension setpoint based on the measured bandwidth characteristics of each optical fiber; adjusting the draw tension to the selected draw tension setpoint; and drawing from the preform a select tuned optical fiber at the selected draw tension setpoint.
Working plant for products comprising a primary branch which comprises an outlet and having a respective moving direction of the products going out from it; the plant comprises a secondary branch of the kind having a longitudinal extension and a plurality of product carriers for moving these products in a bidirectional moving direction mainly rectilinear and elongated or ring-shaped and provided with respective inlet and outlet for the products placed at the same end of such extension; the plant comprises a linear transfer branch and having its own inlet for the products; and it comprises a routing device having: - a first inlet facing the outlet of the primary branch from which it receives the products; - a first outlet facing the inlet of the transfer branch to which it supplies the products; - a second outlet facing the inlet of the secondary branch for the passage of the products from the routing device to the product carriers of the secondary branch; - a second inlet facing the outlet of the secondary branch for passing the products from the product carriers of the secondary branch to the routing device; - a switch means which can be controlled to send the products to the first outlet or to the second outlet; - a picking up means which transfers the products of the routing device coming from the first inlet or from the second inlet towards the first outlet; wherein the first inlet is provided with a first horizontal or almost horizontal linear conveyor, oriented towards the switch means; said plant being characterized in that the first horizontal or almost horizontal linear conveyor comprises a motorized lifter provided with a grab means vertically movable on command between three conditions, a first condition in which the grab means is in a lower position in which it is intended to collect at least one of the products carried by the first linear conveyor, a second condition wherein the grab means is in an upper position in which it passes the at least one product to a feeding means of the second outlet routing the at least one product to the latter second outlet and a third condition in which the grab means is lifted with respect to the first linear conveyor and does not interfere with the products of this latter allowing the latter products to reach, in succession, the picking up means, the first outlet and the inlet of the transfer branch. - a first inlet facing the outlet of the primary branch from which it receives the products; - a first outlet facing the inlet of the transfer branch to which it supplies the products; - a second outlet facing the inlet of the secondary branch for the passage of the products from the routing device to the product carriers of the secondary branch; - a second inlet facing the outlet of the secondary branch for passing the products from the product carriers of the secondary branch to the routing device; - a switch means which can be controlled to send the products to the first outlet or to the second outlet; - a picking up means which transfers the products of the routing device coming from the first inlet or from the second inlet towards the first outlet;