mhurhangee/patent-ind-claim-en huggingface dataset:
Gas tank for switchgear , wherein the gas tank is designed for the application of a positive pressure inside the gas tank compared with the ambient pressure outside the gas tank , and the gas tank has two or more electrically conductive leadthroughs , wherein the at least two electrically conductive leadthroughs are arranged on the gas tank in an manner electrically insulated from one another, and at least one leadthrough of the at least two electrically conductive leadthroughs is arranged on a cover segment of the gas tank , wherein a mounting element is fixed to the outer region of the cover segment , wherein the mounting element has two or more longitudinal elements which extend in at least one direction over the entire cover segment , the longitudinal elements are connected by two or more transverse elements , and the at least one electrically conductive leadthrough of the at least two electrically conductive leadthroughs is arranged between two transverse elements of the two or more transverse elements , wherein the mounting element has one or more holders for converters and/or busbars, characterized in that the mounting element has two or more anchor elements , each of which extends from above the cover segment along part of one or more side surfaces of the gas tank , and the two or more anchor elements are each firmly connected to part of one or more side surfaces of the gas tank , wherein the mounting element effects stiffening of the gas tank in the region of the cover segment .
Method for detecting defects in the closure of encapsulated vials comprising a cap and a capsule responsible for holding the cap firmly attached to the respective vial so that a sealed closure is created, characterised in that it comprises the following steps: a) Scanning a profile of the capsule and of the vial using a laser profilometer, said profile corresponding to a generatrix of the vial which defines a head, a side and a lower skirt of said capsule, thus obtaining a point cloud. b) From the point cloud obtained in the previous step, calculating at least one of the following parameters: i. Diameter or radius of the closure circumference of the capsule, said closure circumference being defined by the circumference defined by the fold of the lower skirt of the capsule relative to the side thereof. ii. Angle of intersection between the lower skirt and the side of the capsule. iii. Length of the lower skirt. iv. Distance from the end of the lower skirt to the neck of the vial. c) Determining whether any parameter calculated in the previous step exceeds a predetermined limit value, said limit value indicating whether the encapsulation is or is not correct. a) Scanning a profile of the capsule and of the vial using a laser profilometer, said profile corresponding to a generatrix of the vial which defines a head, a side and a lower skirt of said capsule, thus obtaining a point cloud. b) From the point cloud obtained in the previous step, calculating at least one of the following parameters: i. Diameter or radius of the closure circumference of the capsule, said closure circumference being defined by the circumference defined by the fold of the lower skirt of the capsule relative to the side thereof. ii. Angle of intersection between the lower skirt and the side of the capsule. iii. Length of the lower skirt. iv. Distance from the end of the lower skirt to the neck of the vial. i. Diameter or radius of the closure circumference of the capsule, said closure circumference being defined by the circumference defined by the fold of the lower skirt of the capsule relative to the side thereof. ii. Angle of intersection between the lower skirt and the side of the capsule. iii. Length of the lower skirt. iv. Distance from the end of the lower skirt to the neck of the vial. c) Determining whether any parameter calculated in the previous step exceeds a predetermined limit value, said limit value indicating whether the encapsulation is or is not correct.
A flexible prosthetic component comprising: an articular surface ; and a bone contacting surface opposing the articular surface, the bone contacting surface having an anterior surface and an opposing posterior surface , each of the anterior and posterior surfaces having one or more protrusions extending outwardly therefrom, characterised in that the flexible prosthesis is adapted to be elastically deformed by the application of an external force whereby the anterior and posterior surfaces flex toward and away from one another such that the one or more protrusions are configured to snap-fit into corresponding recesses made in resected bone . an articular surface ; and a bone contacting surface opposing the articular surface, the bone contacting surface having an anterior surface and an opposing posterior surface , each of the anterior and posterior surfaces having one or more protrusions extending outwardly therefrom, characterised in that the flexible prosthesis is adapted to be elastically deformed by the application of an external force whereby the anterior and posterior surfaces flex toward and away from one another such that the one or more protrusions are configured to snap-fit into corresponding recesses made in resected bone .
A method for Internet Protocol Multimedia Subsystem, IMS, restoration, characterized by comprising: Creating (S21), at a registrar, a registration identified by a registration identifier, Storing (S22), by the registrar, the registration identifier, a call identifier and an initial command sequence related to the registration identified by the registration identifier in a persistent database during the registration, Generating, at the registrar, a temporary user identifier related to the registration identified by the registration identifier using an algorithm, the algorithm generating the temporary user identifier using the call identifier and the initial command sequence, and Storing, by the registrar, information related to the algorithm for generating the temporary user identifier in the persistent database. Creating (S21), at a registrar, a registration identified by a registration identifier, Storing (S22), by the registrar, the registration identifier, a call identifier and an initial command sequence related to the registration identified by the registration identifier in a persistent database during the registration, Generating, at the registrar, a temporary user identifier related to the registration identified by the registration identifier using an algorithm, the algorithm generating the temporary user identifier using the call identifier and the initial command sequence, and Storing, by the registrar, information related to the algorithm for generating the temporary user identifier in the persistent database.
Arctigenin and/or arctiin for inhibiting inflammasome activation for use in the treatment, improvement or prevention of acne vulgaris or non-alcoholic steatohepatitis.
A jointed connection for transmitting torque in a variable-gauge rail axle, comprising: - a first fork comprising an inner side and an outer side , wherein an end of the outer side is to be connected to one of either a wheel or a rail axle rotatably about a transverse axis (E 2a ) with respect to said wheel or rail axle ; - a second fork having an inner side and an outer side , wherein an end of the outer side is to be connected to the other of either the wheel or the rail axle rotatably about a transverse axis (E 3a ) with respect to said wheel or rail axle ; wherein the ends of the inner sides of the first and second forks are connected to one another by means of a ball-and-socket joint, and wherein the ball-and-socket joint is connected with a central arm of the inner side of the first fork wherein two spherical joints retained between two cups are arranged on opposite faces of the end of the central arm of the first fork , characterized in that the ball-and-socket joint is arranged between two side arms of the inner side of the second fork and in that the two cups are fixed by means of two corresponding supports screwed into holes arranged at the ends of the two side arms of the second fork . - a first fork comprising an inner side and an outer side , wherein an end of the outer side is to be connected to one of either a wheel or a rail axle rotatably about a transverse axis (E 2a ) with respect to said wheel or rail axle ; - a second fork having an inner side and an outer side , wherein an end of the outer side is to be connected to the other of either the wheel or the rail axle rotatably about a transverse axis (E 3a ) with respect to said wheel or rail axle ; wherein the ends of the inner sides of the first and second forks are connected to one another by means of a ball-and-socket joint, and wherein the ball-and-socket joint is connected with a central arm of the inner side of the first fork wherein two spherical joints retained between two cups are arranged on opposite faces of the end of the central arm of the first fork , characterized in that the ball-and-socket joint is arranged between two side arms of the inner side of the second fork and in that the two cups are fixed by means of two corresponding supports screwed into holes arranged at the ends of the two side arms of the second fork . wherein the ends of the inner sides of the first and second forks are connected to one another by means of a ball-and-socket joint, and wherein the ball-and-socket joint is connected with a central arm of the inner side of the first fork wherein two spherical joints retained between two cups are arranged on opposite faces of the end of the central arm of the first fork , characterized in that the ball-and-socket joint is arranged between two side arms of the inner side of the second fork and in that the two cups are fixed by means of two corresponding supports screwed into holes arranged at the ends of the two side arms of the second fork .
A power train device of a vehicle, comprising: an engine ; and an automatic transmission including multiple planetary gear mechanisms (PG1, PG2, PG3, PG4) and multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2) and forming a power transmission path for transmitting power from the engine to a drive wheel, wherein the automatic transmission is configured such that in a neutral state, multiple ones of multiple rotary elements forming the power transmission path other than a rotary element coupled to an input member and a rotary element coupled to an output member are in a non-restraining state, and the multiple ones of the multiple rotary elements include a rotary element of a predetermined brake (BR1) among the multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2), characterized in that the predetermined brake (BR1) is fastened before a fuel supply upon an engine start. an engine ; and an automatic transmission including multiple planetary gear mechanisms (PG1, PG2, PG3, PG4) and multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2) and forming a power transmission path for transmitting power from the engine to a drive wheel, wherein the automatic transmission is configured such that in a neutral state, multiple ones of multiple rotary elements forming the power transmission path other than a rotary element coupled to an input member and a rotary element coupled to an output member are in a non-restraining state, and the multiple ones of the multiple rotary elements include a rotary element of a predetermined brake (BR1) among the multiple friction fastening elements (CL1, CL2, CL3, BR1, BR2), characterized in that the predetermined brake (BR1) is fastened before a fuel supply upon an engine start.
A thermoform packaging machine with a forming station comprising at least one forming tool lower part , the forming tool lower part being movable transversely to an operating direction (R) of the thermoform packaging machine , wherein the forming tool lower part comprises at least one reception unit with one or a plurality of troughs for receiving therein a respective cardboard element , wherein, for forming-in a first film web into the forming tool lower part , the reception unit with the cardboard elements is at a forming position, and wherein the forming tool lower part comprises two reception units , characterized in that one reception unit is positionable at an infeed position laterally beside a machine frame of the thermoform packaging machine , while the other reception unit is at the forming position.
Quick closing fold up device comprising a flexible curtain vertically movable between a lowered configuration and a raised configuration, or vice-versa, with respect to a portal structure that includes a pair of parallel uprights and an upper cross member for connecting said uprights , which uprights define respective grooves for the engagement of the opposite side edges of the curtain and of the opposite ends of transverse stiffening members associated with the curtain , wherein said grooves have in their portion adjacent to the upper cross member a width allowing a series of loops of the curtain to be received, which loops are formed as a result of sliding the curtain towards its raised configuration, the groove of each upright having a substantially V-shaped bottom wall , characterized in that a vertex of the V-shaped bottom wall of the groove of each upright constitutes a rectilinear seat for the sliding movement of the opposite ends of said transverse stiffening members .
A visual light communication, VLC, method for a lighting system comprising an LED driver and a plurality of LEDs or LED groups , the method comprising the steps of: - receiving a set-point representing a desired illumination characteristic and data that is to be transmitted using VLC; and - determining a current profile for each LED or LED group of the plurality of LEDs or LED groups based on the desired illumination characteristic represented by the set-point, whereby an envelope of a combined current profile of the current profiles is modulated in order for a corresponding intensity variation as perceived by a sensor to represent a variable length VLC code representing the data, the VLC code comprising one or more code words, a code word comprising a plurality of symbols, whereby each of the plurality of symbols is characterized by a respective predetermined period; - generating one or more control signals (730.3) to drive the plurality of LEDs or LED groups in accordance with the current profiles in order for the plurality of LEDs or LED groups to transmit the VLC code. - receiving a set-point representing a desired illumination characteristic and data that is to be transmitted using VLC; and - determining a current profile for each LED or LED group of the plurality of LEDs or LED groups based on the desired illumination characteristic represented by the set-point, whereby an envelope of a combined current profile of the current profiles is modulated in order for a corresponding intensity variation as perceived by a sensor to represent a variable length VLC code representing the data, the VLC code comprising one or more code words, a code word comprising a plurality of symbols, whereby each of the plurality of symbols is characterized by a respective predetermined period; - generating one or more control signals (730.3) to drive the plurality of LEDs or LED groups in accordance with the current profiles in order for the plurality of LEDs or LED groups to transmit the VLC code.
A cap assembly for a secondary battery, comprising a cap plate , an electrode terminal, a fixing member , a sealing member and a connecting member, said cap assembly being characterized in that : the cap plate has an electrode lead-out hole ; the fixing member is engaged with the connecting member and the cap plate is engaged with the connecting member so that the fixing member is fixed to the cap plate through the connecting member; the electrode terminal comprises a terminal board , wherein an outer peripheral surface of the terminal board is surrounded at least in part by the fixing member to fix the electrode terminal to the fixing member , all of the electrode terminal, the fixing member , the sealing member and the connecting member are located at a side of the cap plate away from inside of a shell of the secondary battery, the terminal board covers the electrode lead-out hole , and the outer peripheral surface of the terminal board protrudes out of an inner wall of the electrode lead-out hole ; and the sealing member contacts with the terminal board and is disposed between the terminal board and the cap plate to seal the electrode lead-out hole , wherein one of the terminal board and the fixing member is provided with a convex portion, and the other is provided with a concave portion that accommodates the convex portion, and the concave portion and the convex portion are fitted with each other to fix the terminal board to the fixing member . the cap plate has an electrode lead-out hole ; the fixing member is engaged with the connecting member and the cap plate is engaged with the connecting member so that the fixing member is fixed to the cap plate through the connecting member; the electrode terminal comprises a terminal board , wherein an outer peripheral surface of the terminal board is surrounded at least in part by the fixing member to fix the electrode terminal to the fixing member , all of the electrode terminal, the fixing member , the sealing member and the connecting member are located at a side of the cap plate away from inside of a shell of the secondary battery, the terminal board covers the electrode lead-out hole , and the outer peripheral surface of the terminal board protrudes out of an inner wall of the electrode lead-out hole ; and the sealing member contacts with the terminal board and is disposed between the terminal board and the cap plate to seal the electrode lead-out hole , wherein one of the terminal board and the fixing member is provided with a convex portion, and the other is provided with a concave portion that accommodates the convex portion, and the concave portion and the convex portion are fitted with each other to fix the terminal board to the fixing member .
A vertical door latch assembly comprising: a bolt having a catch portion located adjacent a distal end of the bolt, wherein the bolt is slidable relative to a bolt housing to allow the bolt to engage an aperture ; a latch having a retention feature for engaging the catch portion of the bolt, wherein a profile of the bolt catch portion matches a profile of the retention feature to ensure a locking engagement between the bolt catch portion and the retention feature to prevent the bolt from being removed from the aperture; an electro-mechanical locking assembly for securing the latch between a locking position preventing movement of the bolt and a non-locking position allowing movement of the bolt, wherein the electro-mechanical locking assembly includes an electro-mechanical actuator for engaging the latch; and a controller in electrical communication with the electro-mechanical locking assembly and configured to direct the electro-mechanical locking assembly between the locking position and the non-locking position. a bolt having a catch portion located adjacent a distal end of the bolt, wherein the bolt is slidable relative to a bolt housing to allow the bolt to engage an aperture ; a latch having a retention feature for engaging the catch portion of the bolt, wherein a profile of the bolt catch portion matches a profile of the retention feature to ensure a locking engagement between the bolt catch portion and the retention feature to prevent the bolt from being removed from the aperture; an electro-mechanical locking assembly for securing the latch between a locking position preventing movement of the bolt and a non-locking position allowing movement of the bolt, wherein the electro-mechanical locking assembly includes an electro-mechanical actuator for engaging the latch; and a controller in electrical communication with the electro-mechanical locking assembly and configured to direct the electro-mechanical locking assembly between the locking position and the non-locking position.
An osteochondral interface repair implant for implantation within an osteochondral lesion, comprising a biocompatible three-dimensional fiber scaffold constructed of at least three layers of woven fibers formed of a biocompatible material and adapted to allow integration of tissue from the cartilage surface and bone surface upon implantation, characterized in that each of the woven fibers comprise a plurality of yarns, the yarns adapted to be molded to conform to the shape of the osteochondral lesion and then locked into a stable physical conformation by using controlled heating to reorganize the molecular state of the material that makes up the yarns, wherein the three-dimensional fiber scaffold is a three-dimensional warp interlock fabric in which the at least three layers of woven fibers includes a series of in-plane warp (X-direction) fibers filled with weft fibers (Y-direction) and the scaffold includes Z-direction binding fibers , wherein in the upper two layers of the at least three layers of woven fibers the density of the Z-direction binding fibers is increased in relation to the density of the Z-direction binding fibers in the others of the at least three layers of woven fibers, and wherein in the upper two layers of the at least three layers of woven fibers the spacing between the weft fibers is decreased in relation to the spacing between the weft fibers in the others of the at least three layers. wherein the three-dimensional fiber scaffold is a three-dimensional warp interlock fabric in which the at least three layers of woven fibers includes a series of in-plane warp (X-direction) fibers filled with weft fibers (Y-direction) and the scaffold includes Z-direction binding fibers , wherein in the upper two layers of the at least three layers of woven fibers the density of the Z-direction binding fibers is increased in relation to the density of the Z-direction binding fibers in the others of the at least three layers of woven fibers, and wherein in the upper two layers of the at least three layers of woven fibers the spacing between the weft fibers is decreased in relation to the spacing between the weft fibers in the others of the at least three layers.
Method for reducing the imbalance of a projectile casing, the projectile casing consisting of a body which has an opening and a recess , whereby the body has an inner wall and an outer wall , the opening being connected to the recess , characterized in that a central axis is calculated from the outer geometric shape of the projectile casing, in that a measurement with respect to imbalance of the projectile casing is then carried out, in that , based on the imbalance, an axis which is modified with respect to the central axis is calculated and in that, based on the calculated modified axis , the body is rotated about the modified axis , the rotating body undergoing mechanical processing. the projectile casing consisting of a body which has an opening and a recess , whereby the body has an inner wall and an outer wall , the opening being connected to the recess , characterized in that a central axis is calculated from the outer geometric shape of the projectile casing, in that a measurement with respect to imbalance of the projectile casing is then carried out, in that , based on the imbalance, an axis which is modified with respect to the central axis is calculated and in that, based on the calculated modified axis , the body is rotated about the modified axis , the rotating body undergoing mechanical processing.