mhurhangee/ep-ind-claims huggingface dataset:
Ski comprising a core having - a left-hand lateral edge, - a right-hand lateral edge, and - at least one central web (44, 44G, 442D) placed between the two lateral edges, said lateral edges and said at least one central web extending along a longitudinal axis substantially parallel to the longitudinal axis X of the ski, wherein the core comprises - a plurality of left-hand fins arranged between at least one central web (44, 44G) and the left-hand lateral edge, each left-hand fin forming an angle of between 5° and 85° or between 95° and 175° with the longitudinal axis X, - a plurality of right-hand fins arranged between at least one central web (44, 44D) and the right-hand lateral edge, each right-hand fin forming an angle of between 5° and 85° or between 95° and 175° with the longitudinal axis X, and in that the core comprises a plurality of recesses (45G, 45D), each recess being delimited by two adjacent fins (46G, 46D), each recess being blind or passing through the entire height of the core, characterized in that said recesses (45G, 46D) are arranged over the majority of a central portion of the core, in the longitudinal direction. - a left-hand lateral edge, - a right-hand lateral edge, and - at least one central web (44, 44G, 442D) placed between the two lateral edges, said lateral edges and said at least one central web extending along a longitudinal axis substantially parallel to the longitudinal axis X of the ski, wherein the core comprises - a plurality of left-hand fins arranged between at least one central web (44, 44G) and the left-hand lateral edge, each left-hand fin forming an angle of between 5° and 85° or between 95° and 175° with the longitudinal axis X, - a plurality of right-hand fins arranged between at least one central web (44, 44D) and the right-hand lateral edge, each right-hand fin forming an angle of between 5° and 85° or between 95° and 175° with the longitudinal axis X, - a plurality of left-hand fins arranged between at least one central web (44, 44G) and the left-hand lateral edge, each left-hand fin forming an angle of between 5° and 85° or between 95° and 175° with the longitudinal axis X, - a plurality of right-hand fins arranged between at least one central web (44, 44D) and the right-hand lateral edge, each right-hand fin forming an angle of between 5° and 85° or between 95° and 175° with the longitudinal axis X, and in that the core comprises a plurality of recesses (45G, 45D), each recess being delimited by two adjacent fins (46G, 46D), each recess being blind or passing through the entire height of the core, characterized in that said recesses (45G, 46D) are arranged over the majority of a central portion of the core, in the longitudinal direction.
Method for making a casing for a pool, a tarpaulin or a containment enclosure, characterised in that it comprises: - assembly of a series of adjacent sheets including at least: a) fixing of a monolithic sheet (2, 2a, 2b) to at least one anchoring plate (3, 3a, 3b) arranged facing the latter, the monolithic sheet (2, 2a, 2b) being partially decreased in thickness so as to form a thinned part (c) so that, in its thinned part (c), it can be welded with at least one sheet devoid of anchoring parts and, in its non-thinned part (b), said monolithic sheet (2, 2a, 2b) can be mechanically fixed to the anchoring plate (3, 3a, 3b), b) and placing of a rail demarcating, with the adjacent sheets (1, 2, 2a, 2b) and facing the area to be welded, an inspection space of the welding seam, - and welding of the sheets (1, 2, 2a, 2b) to one another to form a part of a surface of the casing by making a welding seam, said weld being a full penetration butt weld. - assembly of a series of adjacent sheets including at least: a) fixing of a monolithic sheet (2, 2a, 2b) to at least one anchoring plate (3, 3a, 3b) arranged facing the latter, the monolithic sheet (2, 2a, 2b) being partially decreased in thickness so as to form a thinned part (c) so that, in its thinned part (c), it can be welded with at least one sheet devoid of anchoring parts and, in its non-thinned part (b), said monolithic sheet (2, 2a, 2b) can be mechanically fixed to the anchoring plate (3, 3a, 3b), b) and placing of a rail demarcating, with the adjacent sheets (1, 2, 2a, 2b) and facing the area to be welded, an inspection space of the welding seam, a) fixing of a monolithic sheet (2, 2a, 2b) to at least one anchoring plate (3, 3a, 3b) arranged facing the latter, the monolithic sheet (2, 2a, 2b) being partially decreased in thickness so as to form a thinned part (c) so that, in its thinned part (c), it can be welded with at least one sheet devoid of anchoring parts and, in its non-thinned part (b), said monolithic sheet (2, 2a, 2b) can be mechanically fixed to the anchoring plate (3, 3a, 3b), b) and placing of a rail demarcating, with the adjacent sheets (1, 2, 2a, 2b) and facing the area to be welded, an inspection space of the welding seam, - and welding of the sheets (1, 2, 2a, 2b) to one another to form a part of a surface of the casing by making a welding seam, said weld being a full penetration butt weld.
A treatment tool inserting/withdrawing auxiliary device comprising: a catheter through which a treatment tool for an endoscope is to be inserted, and which is insertable into a channel of a flexible endoscope; an operation wire which is inserted into the catheter, and is supported on a distal end or the vicinity of the catheter; an operation portion which moves the operation wire back and forth with respect to the catheter; and a curvable portion which is provided on the catheter and is curved by a back and forth movement of the operation wire, wherein a coil layer is arranged at least on the curvable portion of the catheter, and the inner diameter of the catheter is 1.5mm to 5.7mm, characterized in that the operation wire is removable from the catheter and in that one end of the operation wire is connected to the operation portion, and the other end side is folded on the distal end of the catheter and arranged toward the proximal side of the catheter. a catheter through which a treatment tool for an endoscope is to be inserted, and which is insertable into a channel of a flexible endoscope; an operation wire which is inserted into the catheter, and is supported on a distal end or the vicinity of the catheter; an operation portion which moves the operation wire back and forth with respect to the catheter; and a curvable portion which is provided on the catheter and is curved by a back and forth movement of the operation wire, wherein a coil layer is arranged at least on the curvable portion of the catheter, and the inner diameter of the catheter is 1.5mm to 5.7mm, characterized in that the operation wire is removable from the catheter and in that one end of the operation wire is connected to the operation portion, and the other end side is folded on the distal end of the catheter and arranged toward the proximal side of the catheter.
An EGR mixing and adjusting device, comprising an EGR pipe internally provided with an EGR mixing chamber, wherein an exhaust gas inlet channel in communication with the EGR mixing chamber is provided on a side wall of the EGR pipe; and wherein a gas guide sliding block for blocking or opening the exhaust gas inlet channel is slidably provided in the EGR pipe along an axial direction, and the EGR mixing and adjusting device further comprises a driving device for driving the gas guide sliding block to slide to a predetermined opening degree, wherein the gas guide sliding block comprises a gas guide channel communicating the exhaust gas inlet channel with the EGR mixing chamber, and a blocking structure for blocking the exhaust gas inlet channel, wherein the gas guide sliding block is a gas guide cylinder slidably fitting with an inner wall of the EGR pipe, and the gas guide channel and the blocking structure are respectively arranged on cylinder walls at two ends of the gas guide cylinder in an axial direction, characterized in that a guide vane for guiding an intake gas in the gas guide channel is provided on an inner wall of the gas guide cylinder, and the guide vane is inclined with respect to a radial direction of the gas guide cylinder and extends inward. wherein a gas guide sliding block for blocking or opening the exhaust gas inlet channel is slidably provided in the EGR pipe along an axial direction, and the EGR mixing and adjusting device further comprises a driving device for driving the gas guide sliding block to slide to a predetermined opening degree, wherein the gas guide sliding block comprises a gas guide channel communicating the exhaust gas inlet channel with the EGR mixing chamber, and a blocking structure for blocking the exhaust gas inlet channel, wherein the gas guide sliding block is a gas guide cylinder slidably fitting with an inner wall of the EGR pipe, and the gas guide channel and the blocking structure are respectively arranged on cylinder walls at two ends of the gas guide cylinder in an axial direction, characterized in that a guide vane for guiding an intake gas in the gas guide channel is provided on an inner wall of the gas guide cylinder, and the guide vane is inclined with respect to a radial direction of the gas guide cylinder and extends inward.
A method to obtain energy by nuclear reactions between hydrogen and a transition metal, said method including the steps of: - prearranging a primary material comprising a predetermined amount of cluster nanostructures having a number of atoms of said transition metal lower than a predetermined number of atoms; - keeping said hydrogen in contact with said clusters; - heating said primary material at an initial process temperature (T 1) higher than a predetermined critical temperature; - dissociation of H 2 molecules of said hydrogen and formation of H- ions as a consequence of said step of heating; - impulsively acting on said primary material; - orbital capture of said H- ions by said cluster nanostructures as a consequence of said step of impulsively acting; - capture of said H- ions by said atoms of said clusters, generating a thermal power as a primary reaction heat (Q 1); removing said thermal power, maintaining the temperature of the primary material above said critical temperature, characterised in that it provides a step of prearranging an amount of a secondary material that faces said primary material and within a predetermined maximum distance from said primary material, said secondary material arranged to interact with protons (35"') emitted from said primary material by energy-releasing proton-dependent nuclear reactions that occur with a release of further thermal power in the form of a secondary reaction heat (Q 2), such that said step of removing comprises said generated thermal power as said primary reaction heat (Q 1) and said secondary reaction heat (Q 2). - prearranging a primary material comprising a predetermined amount of cluster nanostructures having a number of atoms of said transition metal lower than a predetermined number of atoms; - keeping said hydrogen in contact with said clusters; - heating said primary material at an initial process temperature (T 1) higher than a predetermined critical temperature; - dissociation of H 2 molecules of said hydrogen and formation of H- ions as a consequence of said step of heating; - impulsively acting on said primary material; - orbital capture of said H- ions by said cluster nanostructures as a consequence of said step of impulsively acting; - capture of said H- ions by said atoms of said clusters, generating a thermal power as a primary reaction heat (Q 1);
An article comprising: a substrate; a sanitizing solution absorbed into said substrate; and indicia printed on said substrate, said indicia printed with an ink that is detectable by in-line manufacturing production X-ray, metal, or magnetic detectors. a substrate; a sanitizing solution absorbed into said substrate; and indicia printed on said substrate, said indicia printed with an ink that is detectable by in-line manufacturing production X-ray, metal, or magnetic detectors.
A plasma temperature control apparatus comprising: a plasma generating section configured to be supplied with a plasma generating gas and to turn said plasma-generating gas into plasma; a plasma-generating gas temperature control section comprising a plasma-generating gas cooling section and a plasma-generating heating section, and configured to control a temperature of the plasma-generating gas to a temperature lower than room temperature, said plasma-generating gas cooling section configured to cool the plasma generating gas and said plasma-generating heating section configured to heat the plasma generating gas; characterised in that the plasma temperature control apparatus further comprises a temperature measuring section configured to measure the temperature of the plasma, and configured to feedback the temperature of the plasma to said plasma-generating gas temperature control section, such that the plasma-generating gas temperature control section is further configured to adjust the temperature of the plasma to a value lower than 0 °C. a plasma generating section configured to be supplied with a plasma generating gas and to turn said plasma-generating gas into plasma; a plasma-generating gas temperature control section comprising a plasma-generating gas cooling section and a plasma-generating heating section, and configured to control a temperature of the plasma-generating gas to a temperature lower than room temperature, said plasma-generating gas cooling section configured to cool the plasma generating gas and said plasma-generating heating section configured to heat the plasma generating gas; characterised in that the plasma temperature control apparatus further comprises a temperature measuring section configured to measure the temperature of the plasma, and configured to feedback the temperature of the plasma to said plasma-generating gas temperature control section, such that the plasma-generating gas temperature control section is further configured to adjust the temperature of the plasma to a value lower than 0 °C.
A flashing device for a roof window comprising a frame and mounted in a roof structure, said flashing device comprising a first flashing member and a second flashing member both extending in a length direction of the flashing device, and two sealing members arranged at opposite ends of the flashing device seen in the length direction, where an upwards portion of the first flashing member and a downwards portion of the second flashing members are interconnected in sliding engagement allowing the relative position between the first and second flashing members to be adjusted during mounting of the flashing device, where the first flashing member further comprises a outward portion extending at an angle in relation to the upwards portion and being configured for extending over the roof structure away from the roof window, where the second flashing member further comprises an inward portion extending at an angle in relation to the downward portion and being configured for engagement with the frame of the roof window, and where each sealing member includes a first sealing portion and a second sealing portion, said first sealing portion being positioned substantially in parallel with the inward portion and said second sealing portion being positioned substantially in parallel with the downward portion, characterized in that each sealing member further comprises at least one frame attachment portion configured for attachment of the sealing member to the frame of the roof window, where the at least one frame attachment portion comprises a flange extending from the first sealing portion and being configured for sliding engagement with a groove in the frame, and where the flange comprises a first flange leg extending from the first sealing portion away from the second sealing portion and a second flange leg extending substantially perpendicular to the first flange leg and substantially in parallel with the first sealing portion.
A method for providing access to a video content, comprising steps of - providing a first encryption key; - recording a first video with at least one video camera during a first time interval; - encrypting the first video with the first encryption key; - sending the encrypted first video to a video storage server; - detecting a triggering event; - providing a second encryption key based on the triggering event; - recording a second video with the at least one video camera during a second time interval; - encrypting the second video with the second encryption key; - sending the encrypted second video to the video storage server; characterized by - transmitting the first and the second encryption keys and a first and a second decryption keys in ciphertext format encrypted using the first user's master key to the video storage server; - decrypting the first and the second encryption keys and the first and the second decryption keys from ciphertext format using the first user's master key; - providing the first decryption key to at least a first user wherein the first decryption key is usable to decrypt the encrypted first video; and - based on an authorization of a second user as granted by the first user, providing the second decryption key to at least the second user wherein the second decryption key is usable to decrypt the encrypted second video. - providing a first encryption key; - recording a first video with at least one video camera during a first time interval; - encrypting the first video with the first encryption key; - sending the encrypted first video to a video storage server; - detecting a triggering event; - detecting a triggering event; - providing a second encryption key based on the triggering event; - recording a second video with the at least one video camera during a second time interval; - encrypting the second video with the second encryption key; - sending the encrypted second video to the video storage server; characterized by - transmitting the first and the second encryption keys and a first and a second decryption keys in ciphertext format encrypted using the first user's master key to the video storage server; - decrypting the first and the second encryption keys and the first and the second decryption keys from ciphertext format using the first user's master key; - providing the first decryption key to at least a first user wherein the first decryption key is usable to decrypt the encrypted first video; and - based on an authorization of a second user as granted by the first user, providing the second decryption key to at least the second user wherein the second decryption key is usable to decrypt the encrypted second video.
A circuit breaker apparatus, the apparatus comprising: a first switching assembly connected in series between a positive pole of a power supply and a load, wherein the first switching assembly comprises a plurality of first switching units in series; a first controller electrically connected to a first pre-set reference potential of the first switching assembly, wherein the first controller is electromagnetically coupled with each of the first switching units through a first transformer unit, the first controller is configured to control on and off of each of the first switching units; a second switching assembly connected in series between a negative pole of the power supply and the load, wherein the second switching assembly comprises a plurality of second switching units in series; a second controller electrically connected to a second pre-set reference potential of the second switching assembly, wherein the second controller is electromagnetically coupled with each of the second switching units through a second transformer unit, the second controller is configured to control on and off of each of the second switching units; wherein the first pre-set reference potential is disposed at a position between two first switching units of the first switching assembly or a position within one of the first switching units; wherein the second pre-set reference potential is disposed at a position between two second switching units of the second switching assembly or a position within one of the second switching units. a first switching assembly connected in series between a positive pole of a power supply and a load, wherein the first switching assembly comprises a plurality of first switching units in series; a first controller electrically connected to a first pre-set reference potential of the first switching assembly, wherein the first controller is electromagnetically coupled with each of the first switching units through a first transformer unit, the first controller is configured to control on and off of each of the first switching units; a second switching assembly connected in series between a negative pole of the power supply and the load, wherein the second switching assembly comprises a plurality of second switching units in series; a second controller electrically connected to a second pre-set reference potential of the second switching assembly, wherein the second controller is electromagnetically coupled with each of the second switching units through a second transformer unit, the second controller is configured to control on and off of each of the second switching units; wherein the first pre-set reference potential is disposed at a position between two first switching units of the first switching assembly or a position within one of the first switching units; wherein the second pre-set reference potential is disposed at a position between two second switching units of the second switching assembly or a position within one of the second switching units.
A method for routing a communication associated with a communication device within a telecommunications network based on the Internet protocol Multimedia Subsystem, IMS, architecture, comprising the following steps in an application server included within the telecommunications network: receiving a Session Initiation Protocol, SIP, message from the communication device, the SIP message comprising a type of communication and an expected duration (Dc) of communication, identifying an operator offering the lowest tariff from a carrier pre-selection for said type of communication, depending on said expected duration (Dc) of communication, sending another Session Initiation Protocol, SIP, message comprising an identifier (IdO) of the identified operator to a call server in order to route the communication associated with the communication device toward the network of the identified operator. receiving a Session Initiation Protocol, SIP, message from the communication device, the SIP message comprising a type of communication and an expected duration (Dc) of communication, identifying an operator offering the lowest tariff from a carrier pre-selection for said type of communication, depending on said expected duration (Dc) of communication, sending another Session Initiation Protocol, SIP, message comprising an identifier (IdO) of the identified operator to a call server in order to route the communication associated with the communication device toward the network of the identified operator.