mhurhangee/ep-ind-claims huggingface dataset:
Balloon catheter for drug release for the selective therapy of specific diseased tissue or organ parts, wherein the balloon catheter comprises a balloon for the treatment of vessels that contacts diseased tissue at least shortly under pressure, characterized in that paclitaxel adheres to the surface of the balloon, with immediate active substance release after tissue contact, as an active substance dried after application of a solution containing a solvent and paclitaxel, wherein the material of the catheter is selected from polyamides, polyamide-blends, polyamide-copolymers, polyethylene terephthalate, polyethylene, polyethylene-copolymers, polyurethane, natural rubber and its derivatives, wherein the balloon has preformed longitudinal folds whose tendency to fold back is not lost with expansion of the balloon, wherein the region of the balloon surface covered by the folds is covered by paclitaxel.
A shoe roll end module, comprising: a pedestal, having an axle hole configured to accommodate an axle of a shoe roll; a roll head configured to hold a belt; and a ferrule attached to the pedestal on an inner side of the pedestal, the inner side of the pedestal being the side facing the roll head, wherein the roll head is supported on the ferrule in an axially movable manner. a pedestal, having an axle hole configured to accommodate an axle of a shoe roll; a roll head configured to hold a belt; and a ferrule attached to the pedestal on an inner side of the pedestal, the inner side of the pedestal being the side facing the roll head, wherein the roll head is supported on the ferrule in an axially movable manner.
A mobile harvesting machine, comprising: a user interface logic operable to control a user interface mechanisms and to detect inputs through the user interface mechanisms, a performance issue detection logic operable to generate a user interface on the user interface mechanisms with an issue selection user input mechanism that is actuatable to identify a machine performance issue, and to detect actuation of the issue selection user input mechanism; a solution identification system operable to identify a solution that has corresponding actions, based on the identified machine performance issue; and a control signal generator operable to generate an action signal based on the actions corresponding to the identified solution, characterized in that the harvesting machine comprises a severity level detection logic that is operable to generate a severity level user input mechanism that is actuatable to identify a severity level corresponding to the identified machine performance issue, and to detect actuation of the severity level user input mechanism; and that the solution identification system is operable to identify the solution based on the identified machine performance issue and the corresponding severity level. a user interface logic operable to control a user interface mechanisms and to detect inputs through the user interface mechanisms, a performance issue detection logic operable to generate a user interface on the user interface mechanisms with an issue selection user input mechanism that is actuatable to identify a machine performance issue, and to detect actuation of the issue selection user input mechanism; a solution identification system operable to identify a solution that has corresponding actions, based on the identified machine performance issue; and a control signal generator operable to generate an action signal based on the actions corresponding to the identified solution,
Method for determining a magnetic fingerprint of a sleeve part of a tool holder, said sleeve part being inserted into an induction coil of a shrink-fit device, characterized in that a test pulse having a known current magnitude, current waveform, frequency and duration of action is applied to the induction coil still before the beginning of an actual inductive heating process at the sleeve part inserted into the induction coil, for said test pulse a time/current curve is determined for the sleeve part inserted into the induction coil and the time/current curve determined for the test pulse as a whole is taken as the magnetic fingerprint for the sleeve part inserted into the induction coil.
Modular medical implant for targeted injection consisting of a proximal module, one or more intermediate modules of which one or more are perforated intermediate modules provided with perforations, and a distal module, characterized in that each of the modules (1, 2, 3, 4) has a lumen and all the modules required to achieve the desired length of the modular medical implant are connected to each other via cooperating assemblies comprising a male connection principle and a female connection principle, thereby enabling the perforations of the perforated intermediate module(s) to be positioned at the levels required to target the injection of a liquid or paste-like material.
A document tracking method, comprising: intercepting, by a gateway device, a first data flow sent from an internal network to an external network, wherein the gateway device is located at a connection portion between the internal network and the external network, and the first data flow is a data flow sent by a first terminal device in the internal network to a second terminal device in the external network; obtaining, by the gateway device, a first document transmitted in the first data flow; inserting, by the gateway device, a first uniform resource locator, URL, into an associated part of the first document, so as to obtain a second document, wherein the associated part of the first document comprises a URL which is automatically accessed when the first document is opened, the first URL comprises a server address of a first server; wherein the associated part is a document.xml.rels file in a _rels folder of a word folder that is a top-level folder obtained by decompressing the first document, and a path of the associated part is /word/_rels/, wherein the first document is a word document; replacing, by the gateway device, the first document in the first data flow with the second document, so as to obtain a second data flow; and sending, by the gateway device, the second data flow to the second terminal device. intercepting, by a gateway device, a first data flow sent from an internal network to an external network, wherein the gateway device is located at a connection portion between the internal network and the external network, and the first data flow is a data flow sent by a first terminal device in the internal network to a second terminal device in the external network; obtaining, by the gateway device, a first document transmitted in the first data flow; inserting, by the gateway device, a first uniform resource locator, URL, into an associated part of the first document, so as to obtain a second document, wherein the associated part of the first document comprises a URL which is automatically accessed when the first document is opened, the first URL comprises a server address of a first server; wherein the associated part is a document.xml.rels file in a _rels folder of a word folder that is a top-level folder obtained by decompressing the first document, and a path of the associated part is /word/_rels/, wherein the first document is a word document; replacing, by the gateway device, the first document in the first data flow with the second document, so as to obtain a second data flow; and sending, by the gateway device, the second data flow to the second terminal device.
A method performed for sharing content, comprising: detecting, by a first device, a selection for content to be shared stored in at least one peripheral device associated with the first device; publishing, by the first device to at least one target device, presence information including an indication of the at least one peripheral device in which the downloadable content is stored (512, 322), an indication of a number of contents available from the at least one peripheral device, and a presence state of the first device; receiving, by the at least one peripheral device, a message from the at least one target device indicative of a request for downloading the selected content based on the indication to the at least one peripheral device (514, 330), and transmitting, by the at least one peripheral device that received the message, the selected content of the at least one target device (518, 340); and publishing, by the first device to other target devices, presence information to each of the other target devices which excludes the indication of the at least one peripheral device, whereby the selected content is not downloadable to the other target devices. detecting, by a first device, a selection for content to be shared stored in at least one peripheral device associated with the first device; publishing, by the first device to at least one target device, presence information including an indication of the at least one peripheral device in which the downloadable content is stored (512, 322), an indication of a number of contents available from the at least one peripheral device, and a presence state of the first device; receiving, by the at least one peripheral device, a message from the at least one target device indicative of a request for downloading the selected content based on the indication to the at least one peripheral device (514, 330), and transmitting, by the at least one peripheral device that received the message, the selected content of the at least one target device (518, 340); and publishing, by the first device to other target devices, presence information to each of the other target devices which excludes the indication of the at least one peripheral device, whereby the selected content is not downloadable to the other target devices.
A method for forming a three-dimensional memory device, comprising: forming an array wafer including a periphery region and a staircase and array region, comprising: forming an alternating dielectric etch stop structure on a first substrate in the periphery region, wherein the alternating dielectric etch stop structure comprises at least two dielectric layer pairs each including a first dielectric layer and a second dielectric layer different from the first dielectric layer; forming an array device on the first substrate in the staircase and array region, and forming at least one first vertical through contact in the periphery region and in contact with the alternating dielectric etch stop structure; forming a CMOS wafer; bonding the array wafer and the CMOS wafer; and forming at least one through substrate contact penetrating the first substrate and the alternating dielectric etch stop structure, and in contact with the at least one first vertical through contact, wherein forming the array wafer further comprises: forming an array well structure in the first substrate in the periphery region; and forming at least one second vertical through contact in contact with the array well structure. forming an array wafer including a periphery region and a staircase and array region, comprising: forming an alternating dielectric etch stop structure on a first substrate in the periphery region, wherein the alternating dielectric etch stop structure comprises at least two dielectric layer pairs each including a first dielectric layer and a second dielectric layer different from the first dielectric layer; forming an array device on the first substrate in the staircase and array region, and forming at least one first vertical through contact in the periphery region and in contact with the alternating dielectric etch stop structure; forming an alternating dielectric etch stop structure on a first substrate in the periphery region, wherein the alternating dielectric etch stop structure comprises at least two dielectric layer pairs each including a first dielectric layer and a second dielectric layer different from the first dielectric layer; forming an array device on the first substrate in the staircase and array region, and forming at least one first vertical through contact in the periphery region and in contact with the alternating dielectric etch stop structure; forming a CMOS wafer; bonding the array wafer and the CMOS wafer; and forming at least one through substrate contact penetrating the first substrate and the alternating dielectric etch stop structure, and in contact with the at least one first vertical through contact, wherein forming the array wafer further comprises: forming an array well structure in the first substrate in the periphery region; and forming at least one second vertical through contact in contact with the array well structure. forming an array well structure in the first substrate in the periphery region; and forming at least one second vertical through contact in contact with the array well structure.
A vacuum gripping device, comprising one even contact surface of a suction plate for picking up objects, the vacuum gripping device having at least one valve, wherein the suction plate in each case has at least one suction opening, which is in connection with an air duct and an assigned valve, wherein the valve comprises a sleeve-shaped valve housing with an integrated vacuum chamber for accommodating a valve body, wherein the valve body is movably arranged within the vacuum chamber of the valve, which vacuum chamber is located in the air duct, and wherein the valve body has a flow stop plate, characterised in that the at least one suction opening is designed as reception opening and in that the sleeve-shaped valve housing is fastenable in the reception opening by means of a detachable snap lock connection.
Wind turbine rotor blade, with a leading edge, a trailing edge, a rotor blade root, a rotor blade tip, a suction side, a pressure side, a rotor blade length, a profile depth and a pitch axis of rotation, the rotor blade tip being designed as a winglet and being angled away or bent away towards the pressure side, the rotor blade tip having a rotor blade tip trailing edge, the rotor blade trailing edge having a trailing edge delimiting line, which replicates the contour of the rotor blade tip trailing edge, the rotor blade tip trailing edge having a plurality of serrations to improve flow behaviour at the rotor blade tip trailing edge, the serrations respectively having a serration tip, two serration edges and an angle bisector (255a-255e), the serration edges being provided non-parallel to a direction of incident flow that are provided perpendicular to the pitch axis of rotation, the serration edges being arranged non-perpendicular to a tangent to the trailing edge delimiting line, the trailing edge delimiting line having a plurality of portions, at least one of the portions extending non-parallel to the pitch axis of rotation, the angle bisector (255a-255e) of a serration being non-perpendicular to the pitch axis of rotation.
A rotating electrical machine comprising: a multi-phase single-layer stator winding that includes n pre-formed coils, wherein each pre-formed coil includes two winding runs; and a stator having a longitudinal axis and a cylindrical surface with 2 n circumferentially spaced open-type winding slots formed in it, each winding slot extending along an axial length of the cylindrical surface and having a central plane (X, Z), wherein the 2 n winding slots define n winding slot pairs, each winding slot pair having two winding slots receiving one of the pre-formed coils that are separated by one or more intermediate winding slots and whose central planes are circumferentially spaced at the cylindrical surface of the stator by an angular distance that is equal to the angular pitch of the pre-formed coil received in the winding slot pair; wherein the central planes of the two winding slots forming each winding slot pair are substantially parallel to one another and at least one of those central planes is not parallel to a radius of the stator; and wherein the two winding runs of each pre-formed coil are substantially parallel to each other along the longitudinal axis of the stator and are substantially parallel to the central planes of the two winding slots in which the two winding runs are received. a multi-phase single-layer stator winding that includes n pre-formed coils, wherein each pre-formed coil includes two winding runs; and a stator having a longitudinal axis and a cylindrical surface with 2 n circumferentially spaced open-type winding slots formed in it, each winding slot extending along an axial length of the cylindrical surface and having a central plane (X, Z), wherein the 2 n winding slots define n winding slot pairs, each winding slot pair having two winding slots receiving one of the pre-formed coils that are separated by one or more intermediate winding slots and whose central planes are circumferentially spaced at the cylindrical surface of the stator by an angular distance that is equal to the angular pitch of the pre-formed coil received in the winding slot pair; wherein the central planes of the two winding slots forming each winding slot pair are substantially parallel to one another and at least one of those central planes is not parallel to a radius of the stator; and wherein the two winding runs of each pre-formed coil are substantially parallel to each other along the longitudinal axis of the stator and are substantially parallel to the central planes of the two winding slots in which the two winding runs are received.
A blade of a wind turbine, comprising: at least one spar cap having at least one trench, said at least one trench extending in a substantially span-wise direction in at least a portion of said at least one spar cap; characterized in that: the at least one spar cap comprises a first surface that extends from said at least one trench towards a side of the at least one spar cap; at least one shear web connecting to said at least one spar cap; skin foam disposed next to the at least one spar cap; wherein, at least a portion of said at least one shear web is positioned within said at least one trench, and at least a portion of the first surface is tapered or contoured towards the skin foam so that a portion of the first surface is at substantially the same height as the skin foam. at least one spar cap having at least one trench, said at least one trench extending in a substantially span-wise direction in at least a portion of said at least one spar cap; characterized in that: the at least one spar cap comprises a first surface that extends from said at least one trench towards a side of the at least one spar cap; at least one shear web connecting to said at least one spar cap; skin foam disposed next to the at least one spar cap; wherein, at least a portion of said at least one shear web is positioned within said at least one trench, and at least a portion of the first surface is tapered or contoured towards the skin foam so that a portion of the first surface is at substantially the same height as the skin foam. the at least one spar cap comprises a first surface that extends from said at least one trench towards a side of the at least one spar cap; at least one shear web connecting to said at least one spar cap; skin foam disposed next to the at least one spar cap; wherein, at least a portion of said at least one shear web is positioned within said at least one trench, and at least a portion of the first surface is tapered or contoured towards the skin foam so that a portion of the first surface is at substantially the same height as the skin foam.
A rotatable mixing member for batch-freezer machines comprising: a rigid structure adapted to be inserted in axially rotatable manner about the longitudinal axis thereof inside the creaming tank of a batch-freezer machine, and which is provided with a plurality of plate-like longitudinal blades which are angularly spaced about the longitudinal axis of the rigid structure, extend substantially parallel to the longitudinal axis of the rigid structure, and are arranged so as to have an outer lateral edge thereof substantially tangent to/grazing the inner cylindrical surface of a creaming tank; a series of tangential scraping paddles which are located on the longitudinal blades of the rigid structure, close to the outer lateral edge of the individual blades; and a plurality of pushing assemblies adapted to push the individual scraping paddles in elastic manner toward the outside of the rigid structure, in abutment on the inner surface of a creaming tank; wherein at least one of said scraping paddles is hinged on the corresponding longitudinal blade close to the outer lateral edge of the blade, so as to rotate about a rotation axis substantially parallel to the longitudinal axis of the rigid structure; characterized in that the corresponding pushing member comprises: a movable rod which extends coaxial to a reference axis substantially perpendicular to the longitudinal axis of the rigid structure and misaligned with respect to the rotation axis of the scraping paddle, and is inserted in axially sliding manner inside a corresponding rectilinear hole located on the body of the longitudinal blade, underneath the scraping paddle; and an elastic element which is capable of pushing the movable rod in elastic manner outside the rectilinear hole, toward the superjacent scraping paddle.
System for calculating the total fatigue (D TOTAL) of an aircraft component (7, 8, P, P', 9a, 6') subjected to mechanical stresses, the system comprising: - a plurality of n stress sensors Ci, mounted on the component (7, 8, P, P', 9a, 6'), each sensor being configured to detect a predetermined mechanical stress threshold S(Ci) and to deliver a data signal (Si) representative of the violation of this threshold S(Ci), - means for recording this data, characterised in that the sensors Ci are configured to detect different thresholds S(Ci) of the same stress and staged for calculating, based on the number of threshold violation occurrences of each sensor, an estimate of fatigue of the component (7, 8, P, P', 9a, 6') due to the mechanical stress in question, wherein each sensor Ci is configured to measure the number of occurrences N(Ci) of stresses higher than their threshold S(Ci), and for calculating the number of occurrences n(Ci) corresponding to the stresses between the threshold S(Ci) of the sensor Ci and the higher threshold S(Ci+1), according to the formula n(Cn) = N(Cn); for i<n, n(Ci) = N(Ci)-N(Ci+1), and wherein the calculation means enables the calculation for each sensor Ci of an equivalent fatigue (Di) for the component corresponding to the range of stresses between the threshold S(Ci) of the sensor Ci and the higher threshold S(Ci+1), the total fatigue (D TOTAL) being calculated by adding the equivalent fatigues(Di) of each sensor Ci. - a plurality of n stress sensors Ci, mounted on the component (7, 8, P, P', 9a, 6'), each sensor being configured to detect a predetermined mechanical stress threshold S(Ci) and to deliver a data signal (Si) representative of the violation of this threshold S(Ci), - means for recording this data,