mhurhangee/ep-ind-claims huggingface dataset:
Electrical transformer, having a cable with first and second axial ends (111,112), wherein the cable comprises: - a central section, an intermediate section and a peripheral section concentric with respect to each other; - the central section having at least one first winding of a primary circuit and at least one first winding of a secondary circuit, and at least a first solid galvanic insulation between the said first winding of the primary circuit and the said first winding of the secondary circuit; - the intermediate section surrounding the central section and having a magnetic core; - the peripheral section surrounding the intermediate section and having at least one second winding of the primary circuit and at least one second winding of the secondary circuit, and at least a second solid galvanic insulation between the said second winding of the primary circuit and the said second winding of the secondary circuit; - a first electrical connection connected to one of the said axial ends (111,112) of the cable between the first and second windings of the primary circuit; - a second electrical connection connected to one of the said axial ends (111,112) of the cable between the first and second windings of the secondary circuit. - a central section, an intermediate section and a peripheral section concentric with respect to each other; - the central section having at least one first winding of a primary circuit and at least one first winding of a secondary circuit, and at least a first solid galvanic insulation between the said first winding of the primary circuit and the said first winding of the secondary circuit; - the intermediate section surrounding the central section and having a magnetic core; - the peripheral section surrounding the intermediate section and having at least one second winding of the primary circuit and at least one second winding of the secondary circuit, and at least a second solid galvanic insulation between the said second winding of the primary circuit and the said second winding of the secondary circuit; - a first electrical connection connected to one of the said axial ends (111,112) of the cable between the first and second windings of the primary circuit; - a second electrical connection connected to one of the said axial ends (111,112) of the cable between the first and second windings of the secondary circuit.
A fan section of a gas turbine engine comprising: a fan containment case assembly including: an outer case, extending circumferentially around an axial centerline; and a ballistic liner; characterised in that the fan containment case further includes a thermally conforming liner assembly located inwardly of the outer case, wherein the thermally conforming liner assembly includes a circumferential liner of an aluminum alloy, wherein the circumferential liner includes a first section located forward of a fan blade region, a second section located in the fan blade region, and a third section located aft of the fan blade region, and the thermally conforming liner assembly includes a forward acoustic liner located inwardly of and adjacent to the first section of the circumferential liner, a face sheet located inwardly of the forward acoustic liner, a honeycomb core located inwardly of and adjacent to the second section of the circumferential liner, and an inboard liner located inwardly of the honeycomb core; and the ballistic liner is located between the outer case and the thermally conforming liner assembly; and in that the outer case is made of an aluminum alloy. an outer case, extending circumferentially around an axial centerline; and a ballistic liner; characterised in that the fan containment case further includes a thermally conforming liner assembly located inwardly of the outer case, wherein the thermally conforming liner assembly includes a circumferential liner of an aluminum alloy, wherein the circumferential liner includes a first section located forward of a fan blade region, a second section located in the fan blade region, and a third section located aft of the fan blade region, and the thermally conforming liner assembly includes a forward acoustic liner located inwardly of and adjacent to the first section of the circumferential liner, a face sheet located inwardly of the forward acoustic liner, a honeycomb core located inwardly of and adjacent to the second section of the circumferential liner, and an inboard liner located inwardly of the honeycomb core; and the ballistic liner is located between the outer case and the thermally conforming liner assembly; and in that the outer case is made of an aluminum alloy.
A dental implant or an element thereof comprising a trans-mucosal portion, wherein at least a part of said trans-mucosal portion comprises a biocide, wherein said biocide is a compound killing or inhibiting proliferation of at least one microorganism species and/or is a compound mediating immunosuppression, and wherein said biocide (i) is comprised as an integral constituent within said trans-mucosal portion; (ii) is permanently fixed to the trans-mucosal portion as a ring fitting into a groove in said trans-mucosal portion, or as one or more pins in the trans-mucosal portion, (iii) is comprised in a cavity of said dental implant or element thereof, wherein said cavity is connected to the environment via at least one aperture comprised in said trans-mucosal portion; or (iv) is comprised in a removable means mountable onto said trans-mucosal portion. (i) is comprised as an integral constituent within said trans-mucosal portion; (ii) is permanently fixed to the trans-mucosal portion as a ring fitting into a groove in said trans-mucosal portion, or as one or more pins in the trans-mucosal portion, (iii) is comprised in a cavity of said dental implant or element thereof, wherein said cavity is connected to the environment via at least one aperture comprised in said trans-mucosal portion; or (iv) is comprised in a removable means mountable onto said trans-mucosal portion.
A multi air chamber tire comprising: an inner liner; a partition wall disposed at a position inward of both the inner liner and an inner wall surface of the tire and configured to define and form a plurality of air chambers disposed adjacent to each other in an inner cavity of the tire; and a ventilation member provided to the partition wall, and configured to connect the plurality of air chambers in a state where ventilation is allowed, characterised in that the ventilation member is configured to allow ventilation between the plurality of air chambers when a predetermined condition is satisfied indicating that fluid is being injected into at least one of the plurality of air chambers from outside of the tire, and the ventilation member is configured to shut off the ventilation between the plurality of air chambers when the predetermined condition is not satisfied, wherein the ventilation member comprises: a detection unit configured to detect whether or not the predetermined condition is satisfied; and a drive unit which drives the ventilation member when the detection unit detects that the predetermined condition is satisfied, and when the tire is filled with air, in the inner cavity of the tire, the plurality of air chambers are formed in spaces surrounded by the inner liner and the partition wall and in a space located at a position inward of the partition wall in the tire width direction, an internal pressure being applied to the plurality of air chambers. an inner liner; a partition wall disposed at a position inward of both the inner liner and an inner wall surface of the tire and configured to define and form a plurality of air chambers disposed adjacent to each other in an inner cavity of the tire; and a ventilation member provided to the partition wall, and configured to connect the plurality of air chambers in a state where ventilation is allowed, characterised in that the ventilation member is configured to allow ventilation between the plurality of air chambers when a predetermined condition is satisfied indicating that fluid is being injected into at least one of the plurality of air chambers from outside of the tire, and the ventilation member is configured to shut off the ventilation between the plurality of air chambers when the predetermined condition is not satisfied, wherein the ventilation member comprises: a detection unit configured to detect whether or not the predetermined condition is satisfied; and a drive unit which drives the ventilation member when the detection unit detects that the predetermined condition is satisfied, and a detection unit configured to detect whether or not the predetermined condition is satisfied; and a drive unit which drives the ventilation member when the detection unit detects that the predetermined condition is satisfied, and when the tire is filled with air, in the inner cavity of the tire, the plurality of air chambers are formed in spaces surrounded by the inner liner and the partition wall and in a space located at a position inward of the partition wall in the tire width direction, an internal pressure being applied to the plurality of air chambers.
A discharge tap (10, 51) for liquid containers, in particular for connecting to the outlet neck or the outlet opening of a transportation and storage container for liquids, having a tap housing (11, 80) in which a valve body being pivotable around a valve axle by means of a handle (12, 52) for opening and closing a flow cross section of an outlet tube is arranged, a housing dome (23, 53) being formed at the outlet tube for mounting a valve shaft provided with the handle at its shaft end (21 and extending out of the outlet tube, said handle being connected to the valve shaft in a torque-proof manner and being arranged on the shaft end with a hub part (18, 56), said hub part being provided with a handle stop (25, 69) for defining a shut-off position of the valve body and the housing dome being provided with a housing stop (27, 61), said handle stop and said housing stop being able to be locked relatively to each other via a securing device (16, 77) for securing the shut-off position, characterised in that the securing device (16, 77) comprises a stop bolt (17, 71) which is held at a guiding device arranged at the hub part (18, 56) and can be displaced between a locking position and an unlocking position in a translatory manner in direction of the valve axle by means of the guiding device, said stop bolt (17, 71), when in the locking position, being positioned in an engagement arrangement with a first bolt stop and a second bolt stop for securing the shut-off position.
A railway wagon comprising a coupler assembly with a pulling apparatus positioned between a front stop and a rear stop in the space between central girders (1, 2) of a railway wagon frame, having an energy absorbing unit positioned in the pulling apparatus, characterized in that the front stop is rigidly fixed to the central girders (1, 2) of the railway wagon frame, whereby the rear stop is mounted in a moving manner between the central girders (1, 2) of the wagon frame, and a support bracket, permanently fixed to the wagon frame, is positioned behind the rear stop, wherein an increased energy absorption unit is located in the space limited by the central girders (1, 2), the support bracket and the rear stop, and the increased energy absorption unit comprises a bar fixed permanently to the rear stop and mounted in a moving manner in the guiding aperture made in the front wall of the support bracket, whereby machining knives are fixed on the circumference of a guiding aperture.
A method for determining time-delayed changes of temperature-dependent or stress-dependent physical quantities of a glass or a glass ceramic, which depend on the relaxation state of the glass or glass ceramic, in particular of thermal or mechanical deformations of a glass or a glass ceramic in a temperature range having an upper limit not higher than 100 K below the glass transition temperature, comprising: measuring a deformation of the glass or glass ceramic material at least twice, with different rates of change in temperature or a mechanical stress as a function of time, wherein the measurements are carried out at temperatures of not higher than 100 K below the glass transition temperature; and determining a plurality of relaxation times of the glass or glass ceramic material for a reference temperature; and determining weighting factors, which represent a weight of the relaxation times in the relaxation of the glass or the glass ceramic, wherein the relaxation times and the weighting factors are parameters of a model and determined by fitting the model to the deformation measurements; and calculating a time-delayed change of a temperature-dependent or stress-dependent physical quantity as a function of a predefined temperature change or stress change based on said relaxation times and weighting factors. measuring a deformation of the glass or glass ceramic material at least twice, with different rates of change in temperature or a mechanical stress as a function of time, wherein the measurements are carried out at temperatures of not higher than 100 K below the glass transition temperature; and determining a plurality of relaxation times of the glass or glass ceramic material for a reference temperature; and determining weighting factors, which represent a weight of the relaxation times in the relaxation of the glass or the glass ceramic, wherein the relaxation times and the weighting factors are parameters of a model and determined by fitting the model to the deformation measurements; and calculating a time-delayed change of a temperature-dependent or stress-dependent physical quantity as a function of a predefined temperature change or stress change based on said relaxation times and weighting factors.
A communication apparatus mounted on a train, the communication apparatus forming a train communication system together with a system control apparatus that generates control frames, the communication apparatus comprising: a general transfer processing unit to store a general frame among the control frames; a low latency transfer processing unit to store a low latency frame among the control frames, the low latency frame being required to be transferred with lower latency than the general frame; a frame identification unit to identify priority of each of the control frames received from the system control apparatus and perform control that outputs the control frame to the general transfer processing unit or the low latency transfer processing unit on the basis of a priority setting table that indicates the priority of the control frame, the priority setting table being set in the frame identification unit; an output control unit to preferentially transfer the low latency frame stored in the low latency transfer processing unit over the general frame stored in the general transfer processing unit; and a control unit to perform control that modifies the priority setting table of the frame identification unit. a general transfer processing unit to store a general frame among the control frames; a low latency transfer processing unit to store a low latency frame among the control frames, the low latency frame being required to be transferred with lower latency than the general frame; a frame identification unit to identify priority of each of the control frames received from the system control apparatus and perform control that outputs the control frame to the general transfer processing unit or the low latency transfer processing unit on the basis of a priority setting table that indicates the priority of the control frame, the priority setting table being set in the frame identification unit; an output control unit to preferentially transfer the low latency frame stored in the low latency transfer processing unit over the general frame stored in the general transfer processing unit; and a control unit to perform control that modifies the priority setting table of the frame identification unit.
A device for positioning and holding a dental prosthesis adjacent a surgical site on a particular patient's upper or lower jaw where the dental prosthesis includes a plurality of teeth; said device comprising: a cradle fabricated specifically to fit the particular patient's upper or lower jaw, said cradle comprising: a first wall with an interior surface and an exterior surface, wherein the interior surface is shaped to conform to a region of the patient's upper or lower jaw; wherein the first wall defines an aperture therein which extends between the interior and exterior surfaces; said aperture being adapted to permit access to the surgical site therethrough when the interior surface of the cradle is located adjacent the region of the patient's upper or lower jaw; wherein the first wall is U-shaped and includes a first end and a second end that are laterally spaced apart from each other; wherein the aperture is a single U-shaped aperture which originates a distance inwardly from the first end and terminates a distance inwardly from the second end; and wherein a first region of the first wall is located between the aperture and the first end of the first wall and a second region of the first wall is located between the aperture and the second end of the first wall; and wherein the aperture is sized and shaped to be complementary to a portion of the dental prosthesis and is adapted to selectively receive the portion of the dental prosthesis therein and hold the dental prosthesis in a single position and orientation relative to the region of the patient's upper or lower jaw. a first wall with an interior surface and an exterior surface, wherein the interior surface is shaped to conform to a region of the patient's upper or lower jaw; wherein the first wall defines an aperture therein which extends between the interior and exterior surfaces; said aperture being adapted to permit access to the surgical site therethrough when the interior surface of the cradle is located adjacent the region of the patient's upper or lower jaw; wherein the first wall is U-shaped and includes a first end and a second end that are laterally spaced apart from each other; wherein the aperture is a single U-shaped aperture which originates a distance inwardly from the first end and terminates a distance inwardly from the second end; and wherein a first region of the first wall is located between the aperture and the first end of the first wall and a second region of the first wall is located between the aperture and the second end of the first wall; and wherein the aperture is sized and shaped to be complementary to a portion of the dental prosthesis and is adapted to selectively receive the portion of the dental prosthesis therein and hold the dental prosthesis in a single position and orientation relative to the region of the patient's upper or lower jaw.
A multi-ply woven gauze fabric comprising: a surface layer formed into a plain weave construction; a middle layer formed into a honeycomb weave construction, the honeycomb weave construction being formed in such a manner that a warp yarn and a weft yarn are elongated and floated to be woven into a concave/convex diamond shape or a concave/convex square shape on both surfaces; and a back layer formed into the plain weave construction; wherein the surface layer and the middle layer are joined together via connection parts, and the back layer and the middle layer are joined together via connection parts, wherein a warp yarn and a weft yarn of the surface layer and the back layer is each a yarn having a fineness of between 9.8 tex and 36.9 tex ( English cotton count of between 16 and 60), wherein a warp yarn and a weft yarn of the middle layer is each a yarn having a fineness of between 14.8 tex and 59.0 tex ( English cotton count of between 10 and 40), and wherein the surface layer, the back layer and the middle layer each have a construction density of equal to or below 15.7 warp yarns per cm and 15.7 wet yarns per cm (40 warp yarns/inch and 40 weft yarns/inch). a surface layer formed into a plain weave construction; a middle layer formed into a honeycomb weave construction, the honeycomb weave construction being formed in such a manner that a warp yarn and a weft yarn are elongated and floated to be woven into a concave/convex diamond shape or a concave/convex square shape on both surfaces; and a back layer formed into the plain weave construction; wherein the surface layer and the middle layer are joined together via connection parts, and the back layer and the middle layer are joined together via connection parts, wherein a warp yarn and a weft yarn of the surface layer and the back layer is each a yarn having a fineness of between 9.8 tex and 36.9 tex ( English cotton count of between 16 and 60), wherein a warp yarn and a weft yarn of the middle layer is each a yarn having a fineness of between 14.8 tex and 59.0 tex ( English cotton count of between 10 and 40), and wherein the surface layer, the back layer and the middle layer each have a construction density of equal to or below 15.7 warp yarns per cm and 15.7 wet yarns per cm (40 warp yarns/inch and 40 weft yarns/inch).
Method for determining the configuration of a set of nodes Ni and/or links grouped together within a cluster possessing a cluster head, CHk, with the cluster there being associated a constraint value to be satisfied and radio resources, the method is characterized in that it comprises at least the following steps: a) given a set of operating channels, triggering an information request by interrogating one or more nodes Ni or links and asking the said nodes or the said links to evaluate for each communication channel an index I l [c] of communication quality for a node or a link between two nodes of the cluster, and then selecting a configuration when the cluster head has received the indices of communication quality of the interrogated nodes or links, b) the cluster head verifies whether the indices of quality received comply with a given constraint for the cluster, and retains the indices which satisfy the largest number of nodes Ni or links and triggers a configuration selection procedure, c) if the configuration retained satisfies the set of nodes Ni or links interrogated, then the cluster head will update the list c of communication channels and will communicate this configuration for the nodes or links of the cluster, d) if not, then the cluster head will either update the list of communication channels, or remain in the initial configuration of the set of nodes or links. a) given a set of operating channels, triggering an information request by interrogating one or more nodes Ni or links and asking the said nodes or the said links to evaluate for each communication channel an index I l [c] of communication quality for a node or a link between two nodes of the cluster, and then selecting a configuration when the cluster head has received the indices of communication quality of the interrogated nodes or links, b) the cluster head verifies whether the indices of quality received comply with a given constraint for the cluster, and retains the indices which satisfy the largest number of nodes Ni or links and triggers a configuration selection procedure, c) if the configuration retained satisfies the set of nodes Ni or links interrogated, then the cluster head will update the list c of communication channels and will communicate this configuration for the nodes or links of the cluster, d) if not, then the cluster head will either update the list of communication channels, or remain in the initial configuration of the set of nodes or links.