mhurhangee/ep-ind-claims huggingface dataset:
A prismatic glass laminate comprising: (a) a substrate; and (b) a plurality of prismatic glass elements mounted on said substrate, each said element being glass with machined surfaces which are optically flat and polished to generate a prismatic effect, comprising: (i) a mounting surface to which a first laminating interlayer is applied, said laminating interlayer providing adhesion of said element to the substrate; and (ii) characterized by a lateral surface of a first prismatic glass element between adjacent prismatic glass elements to which a second laminating interlayer is applied, said second laminating interlayer providing adhesion of said first prismatic glass element to the lateral surface of an adjacent prismatic glass element, wherein the second laminating interlayer has a refractive index substantially the same as the refractive index of each of the plurality of prismatic glass elements. (a) a substrate; and (b) a plurality of prismatic glass elements mounted on said substrate, each said element being glass with machined surfaces which are optically flat and polished to generate a prismatic effect, comprising: (i) a mounting surface to which a first laminating interlayer is applied, said laminating interlayer providing adhesion of said element to the substrate; and (ii) characterized by a lateral surface of a first prismatic glass element between adjacent prismatic glass elements to which a second laminating interlayer is applied, said second laminating interlayer providing adhesion of said first prismatic glass element to the lateral surface of an adjacent prismatic glass element, wherein the second laminating interlayer has a refractive index substantially the same as the refractive index of each of the plurality of prismatic glass elements. (i) a mounting surface to which a first laminating interlayer is applied, said laminating interlayer providing adhesion of said element to the substrate; and (ii) characterized by a lateral surface of a first prismatic glass element between adjacent prismatic glass elements to which a second laminating interlayer is applied, said second laminating interlayer providing adhesion of said first prismatic glass element to the lateral surface of an adjacent prismatic glass element, wherein the second laminating interlayer has a refractive index substantially the same as the refractive index of each of the plurality of prismatic glass elements.
A method for preparing a samarium-cobalt magnet, comprising: mixing an alloy powder with a zirconium powder to form a mixture, and subjecting the mixture to post-processing, wherein the alloy powder is formed from the following starting materials, based on the weight of the alloy powder: 10.5-13.5 wt% of samarium, 12.5-15.5 wt% gadolinium, 50-55 wt% of cobalt, 13-17 wt% of iron, 4-10 wt% of copper, and 2-7 wt% of zirconium; wherein the sum of the weight percentages of the starting materials being 100 wt%; and wherein the weight of the zirconium powder is 0.1-0.35 % of the weight of the alloy powder. mixing an alloy powder with a zirconium powder to form a mixture, and subjecting the mixture to post-processing, wherein the alloy powder is formed from the following starting materials, based on the weight of the alloy powder: 10.5-13.5 wt% of samarium, 12.5-15.5 wt% gadolinium, 50-55 wt% of cobalt, 13-17 wt% of iron, 4-10 wt% of copper, and 2-7 wt% of zirconium; wherein the sum of the weight percentages of the starting materials being 100 wt%; and wherein the weight of the zirconium powder is 0.1-0.35 % of the weight of the alloy powder. 10.5-13.5 wt% of samarium, 12.5-15.5 wt% gadolinium, 50-55 wt% of cobalt, 13-17 wt% of iron, 4-10 wt% of copper, and 2-7 wt% of zirconium;
A method of wireless communication performed by a user equipment, UE, comprising: receiving a configuration for a physical downlink shared channel, PDSCH; wherein the configuration indicates a single packet data convergence protocol layer for both a multicast/broadcast communication and a unicast communication, a first radio link control layer associated with a first medium access control layer and a first physical layer for the multicast/broadcast communication, and a second radio link control layer associated with a second medium access control layer and a second physical layer for the unicast communication. receiving a first communication via the PDSCH and a first bearer based at least in part on the configuration, the first communication being one of the unicast communication or the multicast/broadcast communication; and receiving a second communication via the PDSCH and the first bearer or a second bearer based at least in part on the configuration, the second communication being the other of the unicast communication or the multicast/broadcast communication. receiving a configuration for a physical downlink shared channel, PDSCH; wherein the configuration indicates a single packet data convergence protocol layer for both a multicast/broadcast communication and a unicast communication, a first radio link control layer associated with a first medium access control layer and a first physical layer for the multicast/broadcast communication, and a second radio link control layer associated with a second medium access control layer and a second physical layer for the unicast communication. receiving a first communication via the PDSCH and a first bearer based at least in part on the configuration, the first communication being one of the unicast communication or the multicast/broadcast communication; and receiving a second communication via the PDSCH and the first bearer or a second bearer based at least in part on the configuration, the second communication being the other of the unicast communication or the multicast/broadcast communication.
Fire protection device for the fireproof sealing of a connection between a combustible pipe and a fire-resistant pipe, having a fire protection sleeve which has a fire protection element and a cover for retaining the fire protection element, a plurality of flaps which are adapted to together form a retention portion for securing the fire protection device to the fire-resistant pipe, wherein the fire protection device is adapted to be mounted around a connection location of a combustible pipe and a fire-resistant pipe and a sealing pipe connector which connects the pipes, characterised in that the flaps have a base portion having a bent-over portion for receiving a hose clip, by means of which the fire protection device can be secured to the fire-resistant pipe, wherein the bent-over portion is constructed in such a manner that the hose clip can be placed or introduced into this portion.
An accessory cart, comprising: a base; an adjustable housing element connected to the base, the housing element extending upward from the base; a work platform connected to the housing element 104); and an input device (117, 118, 130) and a processor in communication with the input device; characterized in that said accessory cart has stored thereon a series of predetermined ergonomic positions, each of the stored predetermined ergonomic positions being associated with a user height; whereby said processor is configured to receive a user's height from the input device (117, 118, 130) and to adjust automatically a height of the work platform to the predetermined ergonomic position associated with the received user's height. a base; an adjustable housing element connected to the base, the housing element extending upward from the base; a work platform connected to the housing element 104); and an input device (117, 118, 130) and a processor in communication with the input device; characterized in that said accessory cart has stored thereon a series of predetermined ergonomic positions, each of the stored predetermined ergonomic positions being associated with a user height; whereby said processor is configured to receive a user's height from the input device (117, 118, 130) and to adjust automatically a height of the work platform to the predetermined ergonomic position associated with the received user's height.
Method of reducing the load of a rotor blade of a wind turbine during installation of the wind turbine, wherein the rotor blade comprises an aerodynamic device, in particular a vortex generator, a noise reducer or a flap, which is arranged at the surface of the rotor blade, and wherein the method comprises the steps of - attaching a cover on the rotor blade such that at least a part of the aerodynamic device is covered by the cover, wherein the cover is made of a water soluble material; - lifting the rotor blade to the top of the tower of the wind turbine, and - detaching the cover from the rotor blade, by rotating the rotor with a rotor speed being sufficiently high such that the cover flies off due to the centrifugal force acting on the cover during rotation of the rotor blade. - attaching a cover on the rotor blade such that at least a part of the aerodynamic device is covered by the cover, wherein the cover is made of a water soluble material; - lifting the rotor blade to the top of the tower of the wind turbine, and - detaching the cover from the rotor blade, by rotating the rotor with a rotor speed being sufficiently high such that the cover flies off due to the centrifugal force acting on the cover during rotation of the rotor blade.
A gas turbine combustor configuration having a plurality of combustors (3A, 3B), each combustor including a combustion chamber (11A, 11B) having an annular combustion air passage (13A, 13B) on an outer periphery thereof, one of the combustors being connected with adjacent other combustor by a cross fire tube assembly, the adjacent other combustor being ignited by the cross fire tube assembly, the cross fire tube assembly having a dual pipe configuration including an inner tube that connects the combustion chambers (11A, 11B) of the adjacent combustors (3A, 3B) and an outer tube that covers therein the inner tube and connects the combustion air passages of the adjacent combustors (13A, 13B), characterized in that: a restricted upstream opening and a restricted downstream opening are formed restrictively between the inner tube and the outer tube on each of outer peripheral partition walls (14A, 14B) of the combustion air passages (13A, 13B) that are each connected with the outer tube of the cross fire tube assembly, the restricted upstream opening being disposed upstream of the inner tube with respect to the flow of combustion air flowing through the combustion air passages (13A, 13B) and allowing the combustion air to flow in an area upstream of the inner tube, and the restricted downstream opening being disposed downstream of the inner tube with respect to the flow of the combustion air and allowing the combustion air to flow in an area downstream of the inner tube; and guide plates (33, 34) are disposed upstream of the inner tube, the guide plates (33, 34) guiding the combustion air into a space inside the outer tube via the restricted upstream opening. a restricted upstream opening and a restricted downstream opening are formed restrictively between the inner tube and the outer tube on each of outer peripheral partition walls (14A, 14B) of the combustion air passages (13A, 13B) that are each connected with the outer tube of the cross fire tube assembly, the restricted upstream opening being disposed upstream of the inner tube with respect to the flow of combustion air flowing through the combustion air passages (13A, 13B) and allowing the combustion air to flow in an area upstream of the inner tube, and the restricted downstream opening being disposed downstream of the inner tube with respect to the flow of the combustion air and allowing the combustion air to flow in an area downstream of the inner tube; and guide plates (33, 34) are disposed upstream of the inner tube, the guide plates (33, 34) guiding the combustion air into a space inside the outer tube via the restricted upstream opening.
An aerosol generator assembly comprising: a vibratable piezo ceramic body having first and second opposing sides, an aperture defined in the vibratable piezo ceramic body and extending through the body from the first side to the second side and having a layer of electrical contact material on each side of the vibratable piezo ceramic body, the vibratable piezo ceramic body being vibratable by application of an electrical signal thereto; a vibratable member with pores defined therein, the vibratable member mounted across the aperture; and an electrical contact material free-zone is provided on at least one side of the vibratable piezo ceramic body about the aperture, characterised in that the electrical contact material free-zone and the vibratable member are dimensioned so that the vibratable member is mounted onto the vibratable piezo ceramic body on top thereof within the electrical contact material free-zone such that a gap area free of electrical contact material is formed between a terminating edge of the layer of electrical contact material and the periphery of the vibratable member. a vibratable piezo ceramic body having first and second opposing sides, an aperture defined in the vibratable piezo ceramic body and extending through the body from the first side to the second side and having a layer of electrical contact material on each side of the vibratable piezo ceramic body, the vibratable piezo ceramic body being vibratable by application of an electrical signal thereto; a vibratable member with pores defined therein, the vibratable member mounted across the aperture; and an electrical contact material free-zone is provided on at least one side of the vibratable piezo ceramic body about the aperture, characterised in that the electrical contact material free-zone and the vibratable member are dimensioned so that the vibratable member is mounted onto the vibratable piezo ceramic body on top thereof within the electrical contact material free-zone such that a gap area free of electrical contact material is formed between a terminating edge of the layer of electrical contact material and the periphery of the vibratable member.
A medical apparatus comprising a first and a second laser source producing first and second laser beams, the laser beams being directable to a skin volume; a controller configured to activate the first and second laser sources; the first laser source producing a first pulsed laser beam having a first wavelength, a relatively long pulse duration and a relatively narrow diameter; the second laser source operable producing a second pulsed laser beam having a second wavelength, a relatively short duration and a diameter wider than the diameter from the first laser source, the controller being configured to first cause activation of the first laser source to cause the first laser beam to be directed to a treatment area of the skin volume, the controller being configured to next cause activation of the second laser source to be directed to the treatment area, the first laser light beam having a diameter in the range of 100 microns to 400 microns, the apparatus being operable to generate the second laser light beam with a pulse length in the range 1 to 100 ns.
An electrically powered cutting tool comprising: one or more handles (5, 6); and a user-operated trigger for activating a working member of the tool, the working member comprising cutting members (8, 10), wherein said tool comprises a vibration device arranged to provide tactile feedback to an operator in such a way that the operator receives the feedback during a stand-by mode in which power to the tool is ON and the trigger is not pulled, and no tactile feedback is provided in a working mode in which the power to the tool is ON and the trigger is pulled to activate the working member of the tool, wherein the vibration device is arranged in such a way that the tactile feedback is provided in at least one of the one or more handles (5, 6) of the electrically powered cutting tool. one or more handles (5, 6); and a user-operated trigger for activating a working member of the tool, the working member comprising cutting members (8, 10), wherein said tool comprises a vibration device arranged to provide tactile feedback to an operator in such a way that the operator receives the feedback during a stand-by mode in which power to the tool is ON and the trigger is not pulled, and no tactile feedback is provided in a working mode in which the power to the tool is ON and the trigger is pulled to activate the working member of the tool, wherein the vibration device is arranged in such a way that the tactile feedback is provided in at least one of the one or more handles (5, 6) of the electrically powered cutting tool.
A machine-to-machine, M2M, or Internet of Things, loT, device (30, 14, 121) that manages resource links at a service layer, formed in an M2M or loT network, the device (30, 14, 121) comprising: a processor; and a memory (44, 46) coupled with the processor, the memory (44, 46) comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a first link profile (128, 136) from an originator, the first link profile (128, 136) comprising instructions that define configuring a use of a link of a first resource; receiving a set of rules, the set of rules for resolving conflicts between actions associated with the first link profile (128, 136) and a second link profile (128, 136); receiving a request to manage the link (115, 135); and responsive to the request, managing the use of the link (115, 135) based on the first link profile (128, 136), wherein the managing comprises resolving conflicts between actions associated with the first link profile (128, 136) and the second link profile (128, 136) according to the set of rules. receiving a first link profile (128, 136) from an originator, the first link profile (128, 136) comprising instructions that define configuring a use of a link of a first resource; receiving a set of rules, the set of rules for resolving conflicts between actions associated with the first link profile (128, 136) and a second link profile (128, 136); receiving a request to manage the link (115, 135); and responsive to the request, managing the use of the link (115, 135) based on the first link profile (128, 136), wherein the managing comprises resolving conflicts between actions associated with the first link profile (128, 136) and the second link profile (128, 136) according to the set of rules.
An absorbent article in the form of a sanitary napkin comprising a topsheet comprising a first portion and a second portion, said topsheet having a longitudinal centerline and a transverse centerline, said topsheet having an area; wherein said second portion differs in structure from said first portion; wherein said second portion is formed of a structurally modified zone, which is bounded by the first portion in the plane defined by the longitudinal centerline L and the transverse centerline T, wherein said structurally modified zone has a periphery, a length, and a long axis, said length being a maximum straight-line dimension between two points on said periphery, said long axis extending between two points on said periphery separated by said length; wherein said periphery is not symmetric about an axis parallel to said longitudinal centerline; wherein said long axis of said structurally modified zone is asymmetric to said longitudinal centerline, i.e. not parallel to the longitudinal centerline of the topsheet, and said transverse centerline; and wherein said structurally modified zone has a width and a short axis, said width being a maximum straight-line dimension between two points on said periphery measured orthogonal to said long axis, said short axis extending between two points on said periphery separated by said width, wherein said longitudinal centerline, said transverse centerline, said long axis, and said short axis intersect at a single point; wherein said structurally modified zone comprises more than 5% of said area of said topsheet and wherein said first portion comprises first apertures and said second portion comprises second apertures, wherein said first apertures differ in structure from said second apertures and wherein said first apertures have a first size and said second apertures have a second size, wherein said second size of said second apertures differs from said first size of said first apertures, and wherein said first apertures lie substantially flat in said plane defined by the longitudinal centerline L and the transverse centerline T and the second apertures protrude out of said plane.
A device for determining a status of an X-ray tube of an x-ray system, comprising: - an input interface; - an output interface; and - a processing unit; wherein the input interface is configured to receive a reference data set representing a plurality of spectrally different reference-values of a detected X-ray radiation of an X-ray tube under a predefined control scheme of an X-ray system; wherein the input interface is configured to receive a working data set representing a plurality of spectrally different working-values of a detected X-ray radiation of the X-ray tube under the same predefined control scheme of the X-ray system, wherein an X-ray filtration, caused by a use of the X-ray tube, is applied at an X-ray radiation path of the X-ray tube; wherein the processing unit is configured to determine, based on the reference data set and the working data set, a filtration function for the X-ray radiation of the X-ray tube indicating the X-ray filtration; wherein the processing unit is configured to determine a status of the X-ray tube based on the filtration function; wherein the output interface is configured to provide the status of the X-ray tube for a further purpose; and characterized in that the processing unit is configured to determine, based on the filtration function, an absorption spectrum; and wherein the processing unit is configured to determine the status of the X-ray tube based on the absorption spectrum. - an input interface; - an output interface; and - a processing unit;
Cryoprotective aqueous composition comprising two or more alcohols in a proportion between 20% and 99% (w/w) and at least one surfactant in a proportion between 0.001 and 0.1 % (w/w).