mhurhangee/ep-ind-claims huggingface dataset:
A station for sealing thermoplastic containers for a packaging line comprising a sealing carousel which can rotate continuously about a central axis which comprises a plurality of sealing heads which are radially spaced apart from said central axis, each sealing head being adapted to: - receive at least one container to be sealed at a first, input, peripheral region, which is outside the sealing carousel; - receive at least one closing seal at a second, input, peripheral region, which is outside the sealing carousel; - hold the closing seal and the container during the rotation of the sealing carousel and couple them together; - release the container complete with the closing seal at a third, output, peripheral region, which is outside the sealing carousel and angularly spaced from the first and from the second region (73, 74), wherein each sealing head comprises an assembly for picking up and sealing, and an abutment assembly, wherein: - the assembly for picking up and sealing is adapted at least to pick up the closing seal and to perform the operation of mutually coupling this closing seal and the container; - the abutment assembly is adapted at least to support the closing seal and the container and to cooperate with the assembly for picking up and sealing during an operation of mutual coupling and fixing between the closing seal and the container, characterized in that each sealing head further comprises an assembly for gripping and positioning which is adapted at least to support and move, at various moments during operation, the container and the closing seal which arrive from the respective first and second region (73, 74). - receive at least one container to be sealed at a first, input, peripheral region, which is outside the sealing carousel; - receive at least one closing seal at a second, input, peripheral region, which is outside the sealing carousel; - hold the closing seal and the container during the rotation of the sealing carousel and couple them together; - release the container complete with the closing seal at a third, output, peripheral region, which is outside the sealing carousel and angularly spaced from the first and from the second region (73, 74), - the assembly for picking up and sealing is adapted at least to pick up the closing seal and to perform the operation of mutually coupling this closing seal and the container; - the abutment assembly is adapted at least to support the closing seal and the container and to cooperate with the assembly for picking up and sealing during an operation of mutual coupling and fixing between the closing seal and the container,
Surfboard with an inflatable hull component with a receptacle at the stern end, a drive unit which fits into the receptacle at the stern end in a positively locking manner, a gap on the underwater surface between the hull component and the drive unit and an overlap is arranged on an underwater surface of the hull component which covers the gap at least in some sections, characterised in that a releasable fastening means is arranged between an inner side of the overlap and the underwater surface of the drive unit, which is used to connect the overlap with the drive unit in a releasable manner. an inflatable hull component with a receptacle at the stern end, a drive unit which fits into the receptacle at the stern end in a positively locking manner, a gap on the underwater surface between the hull component and the drive unit and an overlap is arranged on an underwater surface of the hull component which covers the gap at least in some sections, characterised in that a releasable fastening means is arranged between an inner side of the overlap and the underwater surface of the drive unit, which is used to connect the overlap with the drive unit in a releasable manner.
A device comprising: a piezoelectric transducer (20, 805, 815, 945), the transducer having N independent transducer regions (905, 910, 915, 920) wherein N is an integer, each of the N independent transducer regions having a thickness, each of the N independent transducer regions having an acoustic impedance AIT, each of the N independent transducer regions being independently excitable to oscillate in the thickness mode when electrically excited by a potential difference applied across the thickness; a first impedance matching layer (835, 940) having an acoustic impedance AI1 between AIT and a borehole fluid having an acoustic impedance AIBF, the first impedance matching layer being situated such that an acoustic signal emitted by the piezoelectric transducer will pass through the first impedance matching layer; and a second impedance matching layer having an acoustic impedance AI2 between AI1 and AIBF, the second impedance matching layer being situated in the device such that an acoustic signal emitted by the transducer will pass through the second impedance matching layer after it passes through the first impedance matching layer; characterised in that the first impedance matching layer has N independent first impedance matching layer regions that match and overlay the N independent transducer regions, wherein the N independent first impedance matching layer regions are separated by cuts in the second impedance matching layer. a piezoelectric transducer (20, 805, 815, 945), the transducer having N independent transducer regions (905, 910, 915, 920) wherein N is an integer, each of the N independent transducer regions having a thickness, each of the N independent transducer regions having an acoustic impedance AIT, each of the N independent transducer regions being independently excitable to oscillate in the thickness mode when electrically excited by a potential difference applied across the thickness; a first impedance matching layer (835, 940) having an acoustic impedance AI1 between AIT and a borehole fluid having an acoustic impedance AIBF, the first impedance matching layer being situated such that an acoustic signal emitted by the piezoelectric transducer will pass through the first impedance matching layer; and a second impedance matching layer having an acoustic impedance AI2 between AI1 and AIBF, the second impedance matching layer being situated in the device such that an acoustic signal emitted by the transducer will pass through the second impedance matching layer after it passes through the first impedance matching layer; characterised in that the first impedance matching layer has N independent first impedance matching layer regions that match and overlay the N independent transducer regions, wherein the N independent first impedance matching layer regions are separated by cuts in the second impedance matching layer.
A portal device management method, comprising: establishing an instance connection between a portal client and a pre-configured portal server through capability negotiation; announcing, by each of the portal client and the pre-configured portal server having the instance connection established therebetween, its information to its opposite end; wherein the announcing, by each of the portal client and the pre-configured portal server having the instance connection established therebetween, its information to its opposite end comprises: announcing, by the pre-configured portal server, its load information to the portal client having the instance connection established with the pre-configured portal server; and updating, by the portal client, the instance connection between the portal client and the pre-configured portal server according to the load information, wherein the updating comprises: if the portal client determines according to the load information that a current load of the portal server exceeds a preset threshold, the instance connection with the portal server is disconnected temporarily; if the portal client determines according to the load information that the current load of the portal server does not exceed the preset threshold, a temporarily-disconnected instance connection is recovered. establishing an instance connection between a portal client and a pre-configured portal server through capability negotiation; announcing, by each of the portal client and the pre-configured portal server having the instance connection established therebetween, its information to its opposite end; wherein the announcing, by each of the portal client and the pre-configured portal server having the instance connection established therebetween, its information to its opposite end comprises: announcing, by the pre-configured portal server, its load information to the portal client having the instance connection established with the pre-configured portal server; and updating, by the portal client, the instance connection between the portal client and the pre-configured portal server according to the load information, wherein the updating comprises: if the portal client determines according to the load information that a current load of the portal server exceeds a preset threshold, the instance connection with the portal server is disconnected temporarily; if the portal client determines according to the load information that the current load of the portal server does not exceed the preset threshold, a temporarily-disconnected instance connection is recovered.
A water vehicle capable of displacement on or in a liquid, comprising float means consisting of a pair of parallel floats with longitudinal axes, each forming a lateral hull and which are rigidly connected to each other by float connecting means and are connected by connecting means to a support extending between the floats and having a longitudinal axis parallel to the axes of the floats, said connecting means being configured so as to allow said support to assume at least two positions, i.e.: • a raised position where the support is emerged, • a lowered position where said support is submerged, the vehicle being characterized in that the support is open and adapted to receive at least one diver. • a raised position where the support is emerged, • a lowered position where said support is submerged,
A display apparatus comprising: a camera configured to generate a captured image corresponding to a first user of the display apparatus; a communication interface configured to communicate with an external apparatus of a second user; a display configured to display an image related to the captured image during a visual communication; and a controller, characterised in that the controller is configured to: transmit a first captured image including a face of the first user, to be displayed by the external apparatus during the visual communication, to the external apparatus through the communication interface, provide a plurality of tags on a facial contour of the first captured image, and based on a second captured image generated by the camera being received, transmit values representing changes in positions of the plurality of tags from the first captured image to the second captured image to the external apparatus through the communication interface so that the external apparatus changes a display state of the first captured image based on the values representing the changes. a camera configured to generate a captured image corresponding to a first user of the display apparatus; a communication interface configured to communicate with an external apparatus of a second user; a display configured to display an image related to the captured image during a visual communication; and a controller, characterised in that the controller is configured to: transmit a first captured image including a face of the first user, to be displayed by the external apparatus during the visual communication, to the external apparatus through the communication interface, provide a plurality of tags on a facial contour of the first captured image, and based on a second captured image generated by the camera being received, transmit values representing changes in positions of the plurality of tags from the first captured image to the second captured image to the external apparatus through the communication interface so that the external apparatus changes a display state of the first captured image based on the values representing the changes. transmit a first captured image including a face of the first user, to be displayed by the external apparatus during the visual communication, to the external apparatus through the communication interface, provide a plurality of tags on a facial contour of the first captured image, and based on a second captured image generated by the camera being received, transmit values representing changes in positions of the plurality of tags from the first captured image to the second captured image to the external apparatus through the communication interface so that the external apparatus changes a display state of the first captured image based on the values representing the changes.
A lock assembly (1300, 3300) for an excavator wear assembly, the lock assembly (1300, 3300) comprising: a locking pin (1310, 2310, 3310) having a flange portion (1311, 2311, 3311) and a longitudinal axis; and a retaining assembly having a locking member, the retaining assembly being adapted to receive the locking pin (1310, 2310, 3310); wherein the locking member of the retaining assembly is adapted to deform perpendicularly to the longitudinal axis of the locking pin (1310, 2310, 3310) as the locking pin (1310, 2310, 3310) is inserted longitudinally into the retaining assembly; wherein the locking member of the retaining assembly is adapted to engage with the flange portion (1311, 2311, 3311) of the locking pin (1310, 2310, 3310) to prevent withdrawal of the locking pin (1310, 2310, 3310) from the retaining assembly when the lock assembly (1300, 3300) is in a locked position; and wherein the locking member has a tab that is in the form of a segment of a circle generally across an inner wall (1336, 3336) and the tab engages the flange portion (1311, 2311, 3311) to prevent relative rotation therebetween. a locking pin (1310, 2310, 3310) having a flange portion (1311, 2311, 3311) and a longitudinal axis; and a retaining assembly having a locking member, the retaining assembly being adapted to receive the locking pin (1310, 2310, 3310); wherein the locking member of the retaining assembly is adapted to deform perpendicularly to the longitudinal axis of the locking pin (1310, 2310, 3310) as the locking pin (1310, 2310, 3310) is inserted longitudinally into the retaining assembly; wherein the locking member of the retaining assembly is adapted to engage with the flange portion (1311, 2311, 3311) of the locking pin (1310, 2310, 3310) to prevent withdrawal of the locking pin (1310, 2310, 3310) from the retaining assembly when the lock assembly (1300, 3300) is in a locked position; and wherein the locking member has a tab that is in the form of a segment of a circle generally across an inner wall (1336, 3336) and the tab engages the flange portion (1311, 2311, 3311) to prevent relative rotation therebetween.
A compressing device operable in a first and second mode of operation, the compressing device, comprising: a first turbine configured to provide a first energy by expanding a first medium; a second turbine configured to provide a second energy by expanding a second medium; and a compressor configured to: receive the first energy and the second energy during a first mode of the compressing device, receive the first energy during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; characterized in that the first medium and the second medium are mixed at the first turbine in the first mode, the second medium being fresh air before entry into the compressor. a first turbine configured to provide a first energy by expanding a first medium; a second turbine configured to provide a second energy by expanding a second medium; and a compressor configured to: receive the first energy and the second energy during a first mode of the compressing device, receive the first energy during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; characterized in that the first medium and the second medium are mixed at the first turbine in the first mode, the second medium being fresh air before entry into the compressor. receive the first energy and the second energy during a first mode of the compressing device, receive the first energy during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; characterized in that the first medium and the second medium are mixed at the first turbine in the first mode, the second medium being fresh air before entry into the compressor.
Water vapour conditioning-separating device comprising a tank for acting as a condensation chamber, the device being characterised in that it further comprises a vapour inlect duct disposed on the upper part of the tank, wherein the inflow of vapour to the tank is carried out tangentially to the wall of said tank, flowing into an upper expansion enclosure of said tank, wherein the upper expansion enclosure is closed along the bottom by a filtering mass contained between two first perforated plates that jointly determine, together with the filtering mass, a labyrinthine passage for the circulating vapour, also comprising a treated vapour extraction duct that passes through the assembly formed by the filtering mass and the perforated plates.
A method for encrypted authentication between a first device and a second device that transmit or receive a plurality of kinds of data, characterized in that: the result of encrypted authentication performed on one kind of data is applied to the other kinds of data; wherein the first device includes a first data processing unit and a second data processing unit; the method comprises the successive steps of: generating first authentication keys (45, 46) by the device authentication between the first data processing unit and the second data processing unit of the first device; and generating second authentication keys by the device authentication between the first data processing unit of the first device and the second device; the first data processing unit decrypts data sent from the second device using the second authentication key, the data being encrypted by the second authentication key, encrypts the decrypted data using the first authentication key, and sends the encrypted data to the second data processing unit; and the second data processing unit decrypts the encrypted data received from the first data processing unit using the first authentication key. the result of encrypted authentication performed on one kind of data is applied to the other kinds of data; wherein the first device includes a first data processing unit and a second data processing unit; the method comprises the successive steps of: generating first authentication keys (45, 46) by the device authentication between the first data processing unit and the second data processing unit of the first device; and generating second authentication keys by the device authentication between the first data processing unit of the first device and the second device; generating first authentication keys (45, 46) by the device authentication between the first data processing unit and the second data processing unit of the first device; and generating second authentication keys by the device authentication between the first data processing unit of the first device and the second device; the first data processing unit decrypts data sent from the second device using the second authentication key, the data being encrypted by the second authentication key, encrypts the decrypted data using the first authentication key, and sends the encrypted data to the second data processing unit; and the second data processing unit decrypts the encrypted data received from the first data processing unit using the first authentication key.
A humanoid robot able to execute a plurality of behaviors (130, 1310, 1320) under the control of an onboard management module comprising a sub-module for managing a plurality of resources (140, 1410, 1420) which can be assigned to the execution of said behaviors, said robot being characterized in that said plurality of behaviors and said plurality of resources are each organized into hierarchical subsets, and in that said sub-module for managing the resources is programmable to reserve at least one resource belonging to at least one subset of resources for the execution of at least one behavior belonging to at least one subset of behaviors, said reservation being programmable to be inherited by said subset of behaviors and/or to be applied to said subset of resources.
A biasing system (101, 201), comprising: a fastener; first and second sleeves (130a, 130b, 230a, 230b, 330a, 330b, 430a, 430b, 530a, 530b) configured to be disposed end-to-end about a shank of the fastener and operable to form at least a portion of a first load path through an entire length of the first and second sleeves, and between the fastener and a component coupled to the fastener to preload the fastener through the first and second sleeves; and a spring configured to be associated with the first and second sleeves and operable to form at least a portion of a second load path parallel to the first load path between the fastener and the component to facilitate biasing the fastener away from the component, wherein the first sleeve and the second sleeve comprise flanges (133a, 133b, 233a, 233b) configured to interface with the spring, characterized in that a diameter of the flange is configured to be substantially the same as that of the fastener, and in a top view, the spring and body portions (131a, 131b) of the first and second sleeves which are configured to extend from the flange to a longitudinal of the fastener are configured to be disposed within an area of the diameter of the fastener. a fastener; first and second sleeves (130a, 130b, 230a, 230b, 330a, 330b, 430a, 430b, 530a, 530b) configured to be disposed end-to-end about a shank of the fastener and operable to form at least a portion of a first load path through an entire length of the first and second sleeves, and between the fastener and a component coupled to the fastener to preload the fastener through the first and second sleeves; and a spring configured to be associated with the first and second sleeves and operable to form at least a portion of a second load path parallel to the first load path between the fastener and the component to facilitate biasing the fastener away from the component, wherein the first sleeve and the second sleeve comprise flanges (133a, 133b, 233a, 233b) configured to interface with the spring, characterized in that a diameter of the flange is configured to be substantially the same as that of the fastener, and in a top view, the spring and body portions (131a, 131b) of the first and second sleeves which are configured to extend from the flange to a longitudinal of the fastener are configured to be disposed within an area of the diameter of the fastener.