mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacture of stringer reinforced composite skins characterized in that the method comprises the consecutive steps of: providing a forming tool comprising elongated support members spaced apart by means of elongated dummy members, said support and dummy members (2, 3) being assembled side by side longitudinally such that the long sides of the support and dummy members (2, 3) are essentially parallelly aligned; in a first fibre placement step placing fibre reinforced resin onto said forming tool, to form a fibre reinforced skin on said forming tool; cutting said fibre reinforced skin along the longitudinal extension of the dummy members, so as to cut out fibre reinforced blank materials for stringer members; removing said dummy members; forming said fibre reinforced blank materials so that the fibre reinforced blank materials are shaped around said support members to form stringer members; assembling said stringer members, by longitudinally bringing together said stringer members such that the long sides of the stringer members are essentially parallelly aligned, to form a stringer unit; in a second fibre placement step placing fibre reinforced resin onto said stringer unit, to form a fibre reinforced skin onto said stringer unit; co-curing said fibre reinforced skin and said stringer unit to form a stringer reinforced composite skin; and removing said support members form said stringer reinforced composite skin. providing a forming tool comprising elongated support members spaced apart by means of elongated dummy members, said support and dummy members (2, 3) being assembled side by side longitudinally such that the long sides of the support and dummy members (2, 3) are essentially parallelly aligned; in a first fibre placement step placing fibre reinforced resin onto said forming tool, to form a fibre reinforced skin on said forming tool; cutting said fibre reinforced skin along the longitudinal extension of the dummy members, so as to cut out fibre reinforced blank materials for stringer members; removing said dummy members; forming said fibre reinforced blank materials so that the fibre reinforced blank materials are shaped around said support members to form stringer members; assembling said stringer members, by longitudinally bringing together said stringer members such that the long sides of the stringer members are essentially parallelly aligned, to form a stringer unit; in a second fibre placement step placing fibre reinforced resin onto said stringer unit, to form a fibre reinforced skin onto said stringer unit; co-curing said fibre reinforced skin and said stringer unit to form a stringer reinforced composite skin; and removing said support members form said stringer reinforced composite skin.
A hydraulic forging machine, comprising a movable beam, an upper anvil block being fixedly connected to the movable beam, a locking hydraulic cylinder, a connecting pipe, and a hydraulic power source of the locking hydraulic cylinder that is fixedly connected to the movable beam, one end of the connecting pipe being connected to the locking hydraulic cylinder, a main hydraulic cylinder fixedly connected to the movable beam and a return hydraulic cylinder fixedly connected to the movable beam, wherein said main hydraulic cylinder drives said movable beam, the locking hydraulic cylinder being fixedly connected to the movable beam for controlling locking and unlocking between the upper anvil block and the movable beam, characterized in a control valve provided on the connecting pipe, wherein the other end of said connecting pipe is connected to a pressurized oil chamber of said hydraulic power source of said locking hydraulic cylinder, pressurized oil flowing between the locking hydraulic cylinder and the pressurized oil chamber of the hydraulic power source of the locking hydraulic cylinder via the control valve and the connecting pipe, wherein said control valve is configured to control connection and disconnection of a hydraulic oil circuit between said pressurized oil chamber and said locking hydraulic cylinder, wherein said main hydraulic cylinder or said return hydraulic cylinder is serving as said hydraulic power source of said locking hydraulic cylinder, wherein said pressurized oil chamber is a pressurized oil chamber of the hydraulic cylinder that serves as said hydraulic power source.
Connection system for a cloth or the like, which connection system can cooperate with a cloth or the like of which at least a part of an edge is provided with what is called a half-zipper, whereby the connection system comprises at least a first section provided with a first jacket defining a first inner space, but which first jacket is provided with a first slot over substantially the full length of the first section, whereby the first inner space is carried out suitably, such that the half-zipper can be introduced in it while the cloth or the like can extend through the first slot, and which first section can cooperate with a channel-shaped chamber provided in an element with which the cloth is intended to be connected, such as for example a second section or the like, which channel-shaped chamber is delimited by a second jacket defining a second inner space, but which second jacket is provided with a second slot over substantially the full length of the channel-shaped chamber, whereby the geometry and dimensions of the first section are adapted such to the geometry and dimensions of the channel-shaped chamber that the first section with the introduced half-zipper and extending cloth or the like can be provided in the channel-shaped chamber, whereby more specifically the first slot is placed in or near the most hidden part of the channel-shaped chamber, i.e. in the zone of the channel-shaped chamber which is the furthest away from the second slot, whereas the cloth or the like can extend through the second slot, and in such a way that when a tensile force is exerted on the cloth or the like, the first section will be partly tilted if need be, but whereby a complete reversal of the first section in the channel-shaped chamber, i.e. such that the first slot ends up in line with or in the vicinity of the second slot, is prevented.
A kit comprising: at least one microneedle sheet comprising a substrate layer and a plurality of microneedles on the substrate layer, the microneedles comprising at least one water-soluble or water-dispersible polymer; and at least one applicator comprising at least one application surface, wherein the application surface of the applicator is curved, wherein the substrate layer of the microneedle sheet is capable of being attached to the application surface of the applicator. at least one microneedle sheet comprising a substrate layer and a plurality of microneedles on the substrate layer, the microneedles comprising at least one water-soluble or water-dispersible polymer; and at least one applicator comprising at least one application surface, wherein the application surface of the applicator is curved, wherein the substrate layer of the microneedle sheet is capable of being attached to the application surface of the applicator.
A method comprising: obtaining a packet on a first Intercloud Fabric Switch, ICS, that is part of an Intercloud Fabric, ICF, the first ICS being part of an cluster which includes a plurality of ICSes, wherein the first ICS is included in a first public cloud; determining whether the packet is obtained from a site-to-site link, wherein the site-to-site link allows the first ICS to communicate with an enterprise datacenter; if it is determined that the packet is obtained from the site-to-site link, determining, by comparing a packet destination address to an address table, whether the packet is an unknown unicast packet, wherein if the address table does not contain the packet destination address the packet is determined as being an unknown unicast packet; if it is determined that the packet is an unknown unicast packet, dropping the packet; if it is determined that the packet is not an unknown unicast packet, providing the packet to at least one access link, the at least one access link being arranged to allow the first ICS to communicate with at least one virtual machine; if it is determined that the packet is not obtained from the site-to-site link, determining whether the packet is obtained from an inter-ICS link, wherein the inter-ICS link is arranged to allow the first ICS to communicate with the ICS cluster; and if it is determined that the packet is obtained from the inter-ICS link, determining whether the packet is an unknown unicast packet and dropping the packet if it is determined that the packet is the unknown unicast packet. obtaining a packet on a first Intercloud Fabric Switch, ICS, that is part of an Intercloud Fabric, ICF, the first ICS being part of an cluster which includes a plurality of ICSes, wherein the first ICS is included in a first public cloud; determining whether the packet is obtained from a site-to-site link, wherein the site-to-site link allows the first ICS to communicate with an enterprise datacenter; if it is determined that the packet is obtained from the site-to-site link, determining, by comparing a packet destination address to an address table, whether the packet is an unknown unicast packet, wherein if the address table does not contain the packet destination address the packet is determined as being an unknown unicast packet; if it is determined that the packet is an unknown unicast packet, dropping the packet; if it is determined that the packet is not an unknown unicast packet, providing the packet to at least one access link, the at least one access link being arranged to allow the first ICS to communicate with at least one virtual machine; if it is determined that the packet is not obtained from the site-to-site link, determining whether the packet is obtained from an inter-ICS link, wherein the inter-ICS link is arranged to allow the first ICS to communicate with the ICS cluster; and if it is determined that the packet is obtained from the inter-ICS link, determining whether the packet is an unknown unicast packet and dropping the packet if it is determined that the packet is the unknown unicast packet.
A host, comprising a first power module, a main board, a secondary board, a charging interface, a charging circuit board, a connecting circuit board, and at least one charging contact; wherein both the main board and the secondary board are connected with the first power module, the first power module is configured to supply power to the main board and the secondary board, the charging circuit board comprises a main part and a branch part, both the main part and the branch part are connected to the charging interface, both the branch part and the at least one charging contact are connected to the secondary board, the main part is connected to the main board, the charging interface is configured to charge the first power module through the main part and the main board, the charging interface is configured to be conducted with the at least one charging contact through the branch part; the connecting circuit board connects the main board and the secondary board, and the main board is configured to transmit at least one of data and current with the secondary board through the connecting circuit board; characterized in that a portion of the connecting circuit board is disposed across the first power module and located at a side of the first power module where the at least one charging contact is located. wherein both the main board and the secondary board are connected with the first power module, the first power module is configured to supply power to the main board and the secondary board, the charging circuit board comprises a main part and a branch part, both the main part and the branch part are connected to the charging interface, both the branch part and the at least one charging contact are connected to the secondary board, the main part is connected to the main board, the charging interface is configured to charge the first power module through the main part and the main board, the charging interface is configured to be conducted with the at least one charging contact through the branch part; the connecting circuit board connects the main board and the secondary board, and the main board is configured to transmit at least one of data and current with the secondary board through the connecting circuit board; characterized in that a portion of the connecting circuit board is disposed across the first power module and located at a side of the first power module where the at least one charging contact is located.
A device for securing a blanket module to a fusion reactor vacuum vessel, comprising: a flexible support in the form of rods that are mounted between two flanges; and a displacement compensator threadably mounted on the flange of the flexible support, which is oriented towards the blanket module, the displacement compensator comprising a locking screw and a supporting sleeve pivotally connected to each other, and a coupling sleeve with a spherical protuberance, wherein the flexible support is adapted to be coupled to the blanket module by the coupling sleeve through a threaded fastening member; wherein the threaded fastening member is a locknut with a male thread, and the flange of the flexible support oriented towards the blanket module has a concave spherical surface; wherein the displacement compensator is adapted to be rigidly connected to the blanket module; characterized in that the displacement compensator is provided with a spacer sleeve movably connected to the locking screw and having a convex spherical surface and a concave spherical surface forming a pivot connection with the said flange and with the spherical protuberance of the coupling sleeve, the coupling sleeve being rigidly connected to a stop surface of the locknut. a flexible support in the form of rods that are mounted between two flanges; and a displacement compensator threadably mounted on the flange of the flexible support, which is oriented towards the blanket module, the displacement compensator comprising a locking screw and a supporting sleeve pivotally connected to each other, and a coupling sleeve with a spherical protuberance, wherein the flexible support is adapted to be coupled to the blanket module by the coupling sleeve through a threaded fastening member; wherein the threaded fastening member is a locknut with a male thread, and the flange of the flexible support oriented towards the blanket module has a concave spherical surface; wherein the displacement compensator is adapted to be rigidly connected to the blanket module; characterized in that the displacement compensator is provided with a spacer sleeve movably connected to the locking screw and having a convex spherical surface and a concave spherical surface forming a pivot connection with the said flange and with the spherical protuberance of the coupling sleeve, the coupling sleeve being rigidly connected to a stop surface of the locknut.
An autonomous mobile robot, comprising: a robot body; a first three-dimensional depth camera sensor affixed to a first side of the robot body; a second three-dimensional depth camera sensor affixed to a second side of the robot body; wherein the first and second three-dimensional depth camera sensors (102, 104), in combination, comprise an at least 360 degree field of view of a major floor surface around the robot body; and a processing system communicative with the first and second three dimensional depth camera sensors (102, 104) and comprising non-transitory computing code which, when executed by at least one processor associated with the processing system, causes to be executed the steps of: receiving of pixel data within the field of view from the first and second three-dimensional depth camera sensors (102, 104); obtaining missing or erroneous pixels from the pixel data; comparing the missing or erroneous pixels to at least one template, wherein the at least one template comprises at least an indication of ones of the missing or erroneous pixels indicative of the robot body and a shadow of the robot body; and outputting an indication of obstacles (160, 162, 164) in or near the field of view based on the comparing. a robot body; a first three-dimensional depth camera sensor affixed to a first side of the robot body; a second three-dimensional depth camera sensor affixed to a second side of the robot body; wherein the first and second three-dimensional depth camera sensors (102, 104), in combination, comprise an at least 360 degree field of view of a major floor surface around the robot body; and a processing system communicative with the first and second three dimensional depth camera sensors (102, 104) and comprising non-transitory computing code which, when executed by at least one processor associated with the processing system, causes to be executed the steps of: receiving of pixel data within the field of view from the first and second three-dimensional depth camera sensors (102, 104); obtaining missing or erroneous pixels from the pixel data; comparing the missing or erroneous pixels to at least one template, wherein the at least one template comprises at least an indication of ones of the missing or erroneous pixels indicative of the robot body and a shadow of the robot body; and outputting an indication of obstacles (160, 162, 164) in or near the field of view based on the comparing. receiving of pixel data within the field of view from the first and second three-dimensional depth camera sensors (102, 104); obtaining missing or erroneous pixels from the pixel data; comparing the missing or erroneous pixels to at least one template, wherein the at least one template comprises at least an indication of ones of the missing or erroneous pixels indicative of the robot body and a shadow of the robot body; and outputting an indication of obstacles (160, 162, 164) in or near the field of view based on the comparing.
A method for manufacturing an electrode for an electrochemical device, comprising the steps of: preparing electrode slurry comprising an electrode active material, a binder and a conductive agent; applying the electrode slurry prepared from step to the surface of a current collector; drying the resultant product of step to remove the solvent totally or partially from the electrode slurry applied to the current collector, thereby forming a preliminary electrode layer; pressing the surface of the preliminary electrode layer; and removing a part of the surface of the pressed preliminary electrode layer, wherein the electrode obtained from step shows an absolute value of a difference in porosity of 10% or less between the porosity (%) of the upper layer portion corresponding to 20% of the thickness from the surface of the electrode and the porosity (%) of the lower layer portion corresponding to 20% of the thickness from the surface of the current collector based on the thickness of the electrode layer and wherein the porosity is determined by a conventional method using a Hg porosimeter or pycnometer. preparing electrode slurry comprising an electrode active material, a binder and a conductive agent; applying the electrode slurry prepared from step to the surface of a current collector; drying the resultant product of step to remove the solvent totally or partially from the electrode slurry applied to the current collector, thereby forming a preliminary electrode layer; pressing the surface of the preliminary electrode layer; and removing a part of the surface of the pressed preliminary electrode layer, wherein the electrode obtained from step shows an absolute value of a difference in porosity of 10% or less between the porosity (%) of the upper layer portion corresponding to 20% of the thickness from the surface of the electrode and the porosity (%) of the lower layer portion corresponding to 20% of the thickness from the surface of the current collector based on the thickness of the electrode layer and wherein the porosity is determined by a conventional method using a Hg porosimeter or pycnometer.
Method for cleaning and storing a mould drum for moulding products from a mass of food starting material, comprising one or more cavities with a mould cavity wall having at least partially a porous structure, whereas each cavity is connected to a passage and the cleaning fluid is provided via the passage, wherein the cleaning process is adapted and/or controlled by a control step, wherein the flow resistance of the porous structure of at least one cavity in one row of cavities, is measured and compared to a reference value and wherein the cleaning process is not terminated until the reference value is reached.
A medical device for modifying a left atrial appendage of a heart, the medical device comprising: an anchor portion including anchor frame segments, each anchor frame segment extending between a first end and a second end, the second end of each anchor frame segment coupled to an anchor hub; and an occluder portion including a hub, the hub defining an axis and including a hub retainer and hub portion, the hub retainer including retainer fingers and defining a bore extending therethrough and the hub portion including a back-stop; and the occluder portion further including multiple occluder frame segments extending between a proximal end and a distal end; each of the multiple occluder frame segments having an opening adjacent the proximal end, wherein the hub portion is inserted within the retainer bore so that each one of the retainer fingers is inserted through a respective one of the openings and a free end of the retainer fingers abuts the back-stop to pivotably couple the proximal end of the occluder frame segments to the hub, the distal end of the occluder frame segments pivotably coupled to the first end of the anchor frame segments. an anchor portion including anchor frame segments, each anchor frame segment extending between a first end and a second end, the second end of each anchor frame segment coupled to an anchor hub; and an occluder portion including a hub, the hub defining an axis and including a hub retainer and hub portion, the hub retainer including retainer fingers and defining a bore extending therethrough and the hub portion including a back-stop; and the occluder portion further including multiple occluder frame segments extending between a proximal end and a distal end; each of the multiple occluder frame segments having an opening adjacent the proximal end, wherein the hub portion is inserted within the retainer bore so that each one of the retainer fingers is inserted through a respective one of the openings and a free end of the retainer fingers abuts the back-stop to pivotably couple the proximal end of the occluder frame segments to the hub, the distal end of the occluder frame segments pivotably coupled to the first end of the anchor frame segments.