mhurhangee/ep-ind-claims huggingface dataset:
Use of lithium silicate-low quartz glass ceramic, which comprises 2.0 to 3.5 wt.-% K 2 O and comprises SiO 2 and Li 2 O in a molar ratio in the range of 2.2 to 3.5 and comprises lithium silicate as main crystal phase and low quartz as further crystal phase, as dental material, with the exception of glass ceramic having the following composition Component wt.-% SiO 2 65.7 Li 2 O 13.3 CaO 4.0 MgO 2.9 K 2 O 3.2 Al 2 O 3 3.2 P 2 O 5 7.7, which comprises lithium disilicate as main crystal phase and CaMgSi 2 O 6, low quartz and Li 3 PO 4 as further crystal phases and is prepared by melting a starting glass in a platinum crucible at 1500°C for a period of 120 min, producing a glass frit by pouring the melted starting glass into water, grinding the glass frit with a vibrating mill and a zirconia vibrating mill to an average particle size of <90 μm, based on the number of particles, and uniaxially pressing the ground glass powder into a small cylinder and crystallizing and sintering in a furnace at 840°C for 5 min. with the exception of glass ceramic having the following composition Component wt.-% SiO 2 65.7 Li 2 O 13.3 CaO 4.0 MgO 2.9 K 2 O 3.2 Al 2 O 3 3.2 P 2 O 5 7.7, which comprises lithium disilicate as main crystal phase and CaMgSi 2 O 6, low quartz and Li 3 PO 4 as further crystal phases and is prepared by melting a starting glass in a platinum crucible at 1500°C for a period of 120 min, producing a glass frit by pouring the melted starting glass into water, grinding the glass frit with a vibrating mill and a zirconia vibrating mill to an average particle size of <90 μm, based on the number of particles, and uniaxially pressing the ground glass powder into a small cylinder and crystallizing and sintering in a furnace at 840°C for 5 min.
Drill head comprising a main body having a rear end and a the front end, the main body having, at the rear end, a mechanical interface for connection to a drill tube and, at the front end, a projection extending in the axial direction, with a central slider which can be displaced in the axial direction being guided in the projection, at least one first recess extending in the radial direction being formed in the projection, with a cutting slider (12, 13) being guided in every first recess, the central slider and the at least one cutting slider (12, 13) being coupled to one another in such a way that a relative movement between the central slider and the main body causes a radial advancing movement of the cutting slider or sliders (12, 13), characterized in that at least one second recess extending in the radial direction and in parallel with the at least one first recess is formed in the projection, in that a drag slider is guided in the second recess or recesses in each case, and in that in each case a cutting slider (12, 13) and a drag slider are coupled to one another in such a way that advancing movements of the drag slider are transmitted to the cutting slider (12, 13) coupled thereto. with a central slider which can be displaced in the axial direction being guided in the projection, at least one first recess extending in the radial direction being formed in the projection, with a cutting slider (12, 13) being guided in every first recess, the central slider and the at least one cutting slider (12, 13) being coupled to one another in such a way that a relative movement between the central slider and the main body causes a radial advancing movement of the cutting slider or sliders (12, 13), characterized in that at least one second recess extending in the radial direction and in parallel with the at least one first recess is formed in the projection, in that a drag slider is guided in the second recess or recesses in each case, and in that in each case a cutting slider (12, 13) and a drag slider are coupled to one another in such a way that advancing movements of the drag slider are transmitted to the cutting slider (12, 13) coupled thereto.
An apparatus to control movement of an object, the apparatus comprising: at least one object attached to at least one resilient member, wherein the at least one resilient member constrains movement of the at least one object (!00) in a substantially vertical y-axis direction; and at least one support member moveably coupled to the at least one resilient member, wherein the at least one support member constrains resilient member movement along a set path relative to the support member and, wherein the at least one support member has a positive or negative incline through at least part of the length of the support member; at least one coupling member that couples the at least one resilient member to the at least one support member, the at least one coupling member free to traverse the at least one support member; and characterised in that the apparatus further comprises a force generating mechanism configured to impart a substantially horizontal x-axis force on the at least one object to initiate movement of the at least one object. at least one object attached to at least one resilient member, wherein the at least one resilient member constrains movement of the at least one object (!00) in a substantially vertical y-axis direction; and at least one support member moveably coupled to the at least one resilient member, wherein the at least one support member constrains resilient member movement along a set path relative to the support member and, wherein the at least one support member has a positive or negative incline through at least part of the length of the support member; at least one coupling member that couples the at least one resilient member to the at least one support member, the at least one coupling member free to traverse the at least one support member; and characterised in that the apparatus further comprises a force generating mechanism configured to impart a substantially horizontal x-axis force on the at least one object to initiate movement of the at least one object.
A measuring apparatus comprising: a reference mirror held in fixed position and orientation with respect to a workpiece during measurement; a stylus for scanning a surface of the workpiece while being displaced upward and downward in accordance with unevenness of the surface of the workpiece; an interferometric displacement gauge for measuring a displacement of a specific part of the stylus relative to the reference mirror, wherein the specific part of the stylus is on a displacement axis corresponding to a direction of displacement of the stylus; and a scanner for causing the stylus to scan the workpiece along the surface; wherein the reference mirror and the specific part of the stylus are aligned with the displacement axis of the stylus and a measurement axis of the displacement gauge; wherein the fixed position and orientation of the reference mirror with respect to the workpiece are not changed even during the operation of the scanner; wherein an up-and-down displacement of the specific part of the stylus is measured relative to the reference mirror; wherein the interferometric displacement gauge measures the displacement of the specific part of the stylus in accordance with interference occurring at the reference mirror, between light reflected from the reference mirror, obtained by directing a part of coherent light having a central axis aligned with the displacement axis and the measurement axis towards the reference mirror, and light passing through the reference mirror, reaching the specific part of the stylus, and reflected from the specific part of the stylus; and wherein a fine shape of the workpiece is detected in accordance with the measured displacement of the specific part of the stylus. a reference mirror held in fixed position and orientation with respect to a workpiece during measurement; a stylus for scanning a surface of the workpiece while being displaced upward and downward in accordance with unevenness of the surface of the workpiece; an interferometric displacement gauge for measuring a displacement of a specific part of the stylus relative to the reference mirror, wherein the specific part of the stylus is on a displacement axis corresponding to a direction of displacement of the stylus; and a scanner for causing the stylus to scan the workpiece along the surface;
A method for listen-before-talk, LBT, functionality by a network node in a telecommunications system, the method comprising: associating a user equipment, UE, within the network node's coverage to a group of UEs by sending a group identifier (1603, 1605); scheduling the group of UEs in a time interval not exceeding a maximum channel occupancy time associated with the group identifier sent (1603, 1605) by the network node; and performing a clear channel assessment, CCA, of an unlicensed channel for the group of UEs, wherein associating user equipment (UEs) within the network node's coverage to a group of UEs comprises associating based on at least one of a set of parameters associated with the UE. associating a user equipment, UE, within the network node's coverage to a group of UEs by sending a group identifier (1603, 1605); scheduling the group of UEs in a time interval not exceeding a maximum channel occupancy time associated with the group identifier sent (1603, 1605) by the network node; and performing a clear channel assessment, CCA, of an unlicensed channel for the group of UEs, wherein associating user equipment (UEs) within the network node's coverage to a group of UEs comprises associating based on at least one of a set of parameters associated with the UE.
Security device for closing two hinged elements, the device comprising an interposition means intended to block access to the latch through a channel between the hinged elements to be closed, wherein the interposition means has at least an inactive position in which said means is retracted and an active position, and in that the device also comprises an actuation mechanism for moving the interposition means from the passive position to the active position when the hinged elements are closed characterised in that the interposition means has a plurality of grooves on its outer face, which preferably are oblique relative to the plane of said outer face and which are cut into the face in a direction moving away from an axis of rotation of the interposition means.
A method of synchronizing control logic for an automation controller with a representation of the control logic stored at a communication network, the automation controller being located remotely from the communication network, the method comprising: initially deploying, by a processor of a communication network controller, control logic from the communication network controller to the automation controller; storing the control logic at the automation controller; sending, by the processor, a representation of the control logic to a memory (323, 408) of the communication network; storing the representation of the control logic in the memory at the communication network; receiving, by the processor, a change request from a third party at the communication network for a change to be made to the representation of the control logic; creating a changed representation of the control logic in the memory at the communication network based on the change request; re-deploying, by the processor, the control logic to the automation controller so that the operation of the re-deployed control logic is synchronized with the changed representation of the control logic at the communication network; and remotely servicing, from a service center, the changed representation of the control logic at the communication network. initially deploying, by a processor of a communication network controller, control logic from the communication network controller to the automation controller; storing the control logic at the automation controller; sending, by the processor, a representation of the control logic to a memory (323, 408) of the communication network; storing the representation of the control logic in the memory at the communication network; receiving, by the processor, a change request from a third party at the communication network for a change to be made to the representation of the control logic; creating a changed representation of the control logic in the memory at the communication network based on the change request; re-deploying, by the processor, the control logic to the automation controller so that the operation of the re-deployed control logic is synchronized with the changed representation of the control logic at the communication network; and remotely servicing, from a service center, the changed representation of the control logic at the communication network.
An interconnection topology for a data center, comprising: a plurality of servers in the data center; a plurality of nodes of a network in the data center through which data packets may be routed, wherein the plurality of nodes are of at least two types, wherein nodes of a first type provide access, and wherein nodes of a second or a higher type act as transit between nodes of the first type; and wherein the data center is adapted to use a routing scheme where a route between a node i to a node j is chosen by first determining an intermediate node k and then routing i to k followed by k to j; wherein the interconnection topology contains a plurality of paths between one or more servers. a plurality of servers in the data center; a plurality of nodes of a network in the data center through which data packets may be routed, wherein the plurality of nodes are of at least two types, wherein nodes of a first type provide access, and wherein nodes of a second or a higher type act as transit between nodes of the first type; and wherein the data center is adapted to use a routing scheme where a route between a node i to a node j is chosen by first determining an intermediate node k and then routing i to k followed by k to j; wherein the interconnection topology contains a plurality of paths between one or more servers.
High-voltage installation for energy transmission comprising a busbar and at least one high-voltage device (2, 3, 4, 5, 6), which device or devices is/are connected to the busbar via electrically conductive connecting means, characterized in that the connecting means have a desired breaking point which is designed in such a way that, in the event of a predetermined force effect between the busbar and the high-voltage device (2, 3, 4, 5, 6), breaking of the desired breaking point takes place, wherein the connecting means comprise at least one clamping unit, which clamping unit has a flange section for connection to the high-voltage device (2, 3, 4, 5, 6) and a clamping section for connection to the busbar, wherein the desired breaking point is arranged between the flange section and the clamping section over the course of the force transfer.
A semiconductor light emitting device comprising: a light emitting element; and a phosphor layer provided on the light emitting element, and including a plurality of phosphor particles and a plurality of inorganic particles having smaller sizes than the phosphor particles, the phosphor particles being bound together with aggregation of the inorganic particles and the phosphor particles, wherein thermal conductivities of the inorganic particles are 20 W/m·K or more. a light emitting element; and a phosphor layer provided on the light emitting element, and including a plurality of phosphor particles and a plurality of inorganic particles having smaller sizes than the phosphor particles, the phosphor particles being bound together with aggregation of the inorganic particles and the phosphor particles, wherein thermal conductivities of the inorganic particles are 20 W/m·K or more.
A process for realising, using and managing a capsule for preparing a beverage, comprising steps of: - realising a capsule comprising a container, a substance contained in the container and a covering member suitable for closing an opening of the container, such as to retain the substance internally of the container, wherein the covering member of the capsule is a film, which is fixed to a flange of the container which flange delimits the opening, wherein the film comprises a flap which projects with respect to the flange, and wherein the flange exhibits a circular shape and the film exhibits an ovoid shape, said ovoid shape being geometrically obtained by the superposing of a circle, having a diameter that is equal to the external diameter of the peripheral flange, and a semi-ellipse that surrounds the circle and is tangential thereto at two diametrically opposite points, - using the capsule in a dispensing machine which performs operations of: - introducing a fluid internally of the container, such as to obtain a beverage following interaction of the fluid with the substance, and - extracting the obtained beverage from the container, leaving the residual substance internally thereof, - removing the covering member from the container, after the capsule has been used in the dispensing machine, and - emptying the container, by making the residual substance exit through the opening left open by the removal of the covering member. - realising a capsule comprising a container, a substance contained in the container and a covering member suitable for closing an opening of the container, such as to retain the substance internally of the container, wherein the covering member of the capsule is a film, which is fixed to a flange of the container which flange delimits the opening, wherein the film comprises a flap which projects with respect to the flange, and wherein the flange exhibits a circular shape and the film exhibits an ovoid shape, said ovoid shape being geometrically obtained by the superposing of a circle, having a diameter that is equal to the external diameter of the peripheral flange, and a semi-ellipse that surrounds the circle and is tangential thereto at two diametrically opposite points, - using the capsule in a dispensing machine which performs operations of: - introducing a fluid internally of the container, such as to obtain a beverage following interaction of the fluid with the substance, and - extracting the obtained beverage from the container, leaving the residual substance internally thereof, - removing the covering member from the container, after the capsule has been used in the dispensing machine, and - emptying the container, by making the residual substance exit through the opening left open by the removal of the covering member.
A multi-layered metallic material, comprising: at least three or more alternating layers of a) a metallic glass layer comprising an alloy that has a hardness of at least about 9.2GPa, wherein said alloy comprises of one or more materials selected from the group consisting of (Fe 0.85 Cr 0.15) 83 B 17, (Fe 0.8 Cr 0.2) 83 B 17,(Fe 0.75 Cr 0.25) 83 B 17, (Fe 0.6 Co 0.2 Cr 0.2) 83 B 17, (Fe 0.8 Cr 0.15 Mo 0.05) 83 B 17, (Fe 0.8 Cr 0.2) 79 B 17 C 4, (Fe 0.8 Cr 0.2) 79 B 17 Si 4, (Fe 0.8 Cr 0.2) 79 B 17 Al 4, (Fe 0.8 Cr 0.2) 75 B 17 Al 4 C 4, (Fe 0.8 Cr 0.2) 75 B 17 Si 4 C 4, (Fe 0.8 Cr 0.2) 75 B 17 Si 4 Al 4, (Fe 0.8 Cr 0.2) 71 B 17 Si 4 C 4 Al 4, (Fe 0.7 Co 0.1 Cr 0.2) 83 B 17, (Fe 0.8 Cr 0.2) 80 B 20, (Fe 0.8 Cr 0.2) 76 B 17 Al 7, and Fe 64 Ti 3 Cr 5 Mo 2 B 16 C 5 Si 1 Al 2 La 2; and b) a metal layer exhibiting face centered cubic or body centered cubic crystal structure having a hardness of less than 9.2 GPa, wherein said metal layer comprises aluminum or aluminum alloys, wherein said metallic glass layer is bonded to said metal layer with a bond strength of at least 34.5 MPa (5,000 psi). at least three or more alternating layers of a) a metallic glass layer comprising an alloy that has a hardness of at least about 9.2GPa, wherein said alloy comprises of one or more materials selected from the group consisting of (Fe 0.85 Cr 0.15) 83 B 17, (Fe 0.8 Cr 0.2) 83 B 17,(Fe 0.75 Cr 0.25) 83 B 17, (Fe 0.6 Co 0.2 Cr 0.2) 83 B 17, (Fe 0.8 Cr 0.15 Mo 0.05) 83 B 17, (Fe 0.8 Cr 0.2) 79 B 17 C 4, (Fe 0.8 Cr 0.2) 79 B 17 Si 4, (Fe 0.8 Cr 0.2) 79 B 17 Al 4, (Fe 0.8 Cr 0.2) 75 B 17 Al 4 C 4, (Fe 0.8 Cr 0.2) 75 B 17 Si 4 C 4, (Fe 0.8 Cr 0.2) 75 B 17 Si 4 Al 4, (Fe 0.8 Cr 0.2) 71 B 17 Si 4 C 4 Al 4, (Fe 0.7 Co 0.1 Cr 0.2) 83 B 17, (Fe 0.8 Cr 0.2) 80 B 20, (Fe 0.8 Cr 0.2) 76 B 17 Al 7, and Fe 64 Ti 3 Cr 5 Mo 2 B 16 C 5 Si 1 Al 2 La 2; and b) a metal layer exhibiting face centered cubic or body centered cubic crystal structure having a hardness of less than 9.2 GPa, wherein said metal layer comprises aluminum or aluminum alloys, a) a metallic glass layer comprising an alloy that has a hardness of at least about 9.2GPa, wherein said alloy comprises of one or more materials selected from the group consisting of (Fe 0.85 Cr 0.15) 83 B 17, (Fe 0.8 Cr 0.2) 83 B 17,(Fe 0.75 Cr 0.25) 83 B 17, (Fe 0.6 Co 0.2 Cr 0.2) 83 B 17, (Fe 0.8 Cr 0.15 Mo 0.05) 83 B 17, (Fe 0.8 Cr 0.2) 79 B 17 C 4, (Fe 0.8 Cr 0.2) 79 B 17 Si 4, (Fe 0.8 Cr 0.2) 79 B 17 Al 4, (Fe 0.8 Cr 0.2) 75 B 17 Al 4 C 4, (Fe 0.8 Cr 0.2) 75 B 17 Si 4 C 4, (Fe 0.8 Cr 0.2) 75 B 17 Si 4 Al 4, (Fe 0.8 Cr 0.2) 71 B 17 Si 4 C 4 Al 4, (Fe 0.7 Co 0.1 Cr 0.2) 83 B 17, (Fe 0.8 Cr 0.2) 80 B 20, (Fe 0.8 Cr 0.2) 76 B 17 Al 7, and Fe 64 Ti 3 Cr 5 Mo 2 B 16 C 5 Si 1 Al 2 La 2; and b) a metal layer exhibiting face centered cubic or body centered cubic crystal structure having a hardness of less than 9.2 GPa, wherein said metal layer comprises aluminum or aluminum alloys, wherein said metallic glass layer is bonded to said metal layer with a bond strength of at least 34.5 MPa (5,000 psi).
A cable assembly comprising: a plurality of wires, each having a first end, a second end, and an intermediate section; and a conductive shield surrounding the respective intermediate sections of the plurality of wires, the intermediate sections of respective wires of the plurality of wires being detached from each other and being loose and free to move independently of one another within the conductive shield; wherein each wire of the plurality of wires includes: a conductor; an insulating layer that surrounds the conductor; and is characterised by a conductive coating formed on an outside surface of the insulating layer, wherein the cable assembly further comprises at least one non-insulated wire positioned within an interior space defined by the conductive shield, wherein the at least one non-insulated wire contacts the conductive coating of one or more of the insulated wires. a plurality of wires, each having a first end, a second end, and an intermediate section; and a conductive shield surrounding the respective intermediate sections of the plurality of wires, the intermediate sections of respective wires of the plurality of wires being detached from each other and being loose and free to move independently of one another within the conductive shield; wherein each wire of the plurality of wires includes: a conductor; an insulating layer that surrounds the conductor; and is characterised by a conductive coating formed on an outside surface of the insulating layer, a conductor; an insulating layer that surrounds the conductor; and is characterised by a conductive coating formed on an outside surface of the insulating layer, wherein the cable assembly further comprises at least one non-insulated wire positioned within an interior space defined by the conductive shield, wherein the at least one non-insulated wire contacts the conductive coating of one or more of the insulated wires.