mhurhangee/ep-ind-claims huggingface dataset:
A porous silicon composite cluster structure comprising: a core comprising a porous silicon composite secondary particle and a second carbon flake on at least one surface of the porous silicon composite secondary particle; and as a shell on the core, a carbonaceous layer (5, 203b) on the porous silicon composite secondary particle, the carbonaceous layer (5, 203b) comprising amorphous carbon, wherein the porous silicon composite secondary particle comprises an aggregate of two or more silicon primary particles, the two or more silicon primary particles comprise silicon, a silicon suboxide of the formula SiO x, wherein 0<x<2 on a surface of the silicon, and a first carbon flake on at least one surface of the silicon suboxide, the silicon suboxide is in a form of a film, a matrix, or a combination thereof, and the first carbon flake and the second carbon flake are each independently present in a form of a film, particles, a matrix, or combination thereof; wherein the first carbon flake and the second carbon flake each independently comprise graphene, graphite, carbon fibers, graphitic carbon, graphene oxide or a combination thereof; and wherein the pores of the porous silicon composite secondary particle are not filled with the amorphous carbon in the carbonaceous layer (5, 203b). a core comprising a porous silicon composite secondary particle and a second carbon flake on at least one surface of the porous silicon composite secondary particle; and as a shell on the core, a carbonaceous layer (5, 203b) on the porous silicon composite secondary particle, the carbonaceous layer (5, 203b) comprising amorphous carbon, wherein the porous silicon composite secondary particle comprises an aggregate of two or more silicon primary particles, the two or more silicon primary particles comprise silicon, a silicon suboxide of the formula SiO x, wherein 0<x<2 on a surface of the silicon, and a first carbon flake on at least one surface of the silicon suboxide, the silicon suboxide is in a form of a film, a matrix, or a combination thereof, and the first carbon flake and the second carbon flake are each independently present in a form of a film, particles, a matrix, or combination thereof; wherein the first carbon flake and the second carbon flake each independently comprise graphene, graphite, carbon fibers, graphitic carbon, graphene oxide or a combination thereof; and wherein the pores of the porous silicon composite secondary particle are not filled with the amorphous carbon in the carbonaceous layer (5, 203b).
A method involving a turbine engine assembly, comprising: receiving the turbine engine assembly, the turbine engine assembly including an annular stator vane structure disposed at a first orientation, wherein the stator vane structure includes an inner platform, an outer platform and/or a borescope boss; characterised by: reconfiguring the stator vane structure with the turbine engine assembly to be disposed at a second orientation, wherein the reconfiguring of the stator vane structure comprises machining the outer platform and/or the borescope boss to provide a plug aperture. reconfiguring the stator vane structure with the turbine engine assembly to be disposed at a second orientation, wherein the reconfiguring of the stator vane structure comprises machining the outer platform and/or the borescope boss to provide a plug aperture.
An arrangement (100, 200) for transferring luggage items from a conveyor belt into a container device and for transferring luggage items from a container device onto a conveyor belt, said arrangement comprising: - a frame structure having a vertical pillar and a carrier mounted for slidable motion along said vertical pillar, - means for vertically adjusting the carrier along said vertical pillar, and - a table (104, 208) oriented horizontally and characterized by a handle and telescopically mounted onto said carrier via a lateral telescopic arm carried by a transversal telescopic arm for enabling positioning of the table (104, 208) in the horizontal plane relative to the carrier by manually moving the handle, whereby each luggage item can be transferred into the container device or transferred from said container device by vertically adjusting and horizontally position the table (104, 208) and, by manual interaction, sliding the luggage item on the table (104, 208), such that the interior space of the container device can be fully accessed. - a frame structure having a vertical pillar and a carrier mounted for slidable motion along said vertical pillar, - means for vertically adjusting the carrier along said vertical pillar, and - a table (104, 208) oriented horizontally and characterized by a handle and telescopically mounted onto said carrier via a lateral telescopic arm carried by a transversal telescopic arm for enabling positioning of the table (104, 208) in the horizontal plane relative to the carrier by manually moving the handle, whereby each luggage item can be transferred into the container device or transferred from said container device by vertically adjusting and horizontally position the table (104, 208) and, by manual interaction, sliding the luggage item on the table (104, 208), such that the interior space of the container device can be fully accessed.
An information-processing device comprising: an operation receiving unit that receives an operational input made by a user for moving a display area that has an area that overlaps with a predetermined area, this predetermined area being a virtual space, a display controlling unit that controls a display unit to display a graphic in the display area, a determining unit that determines a velocity of movement of the display area in accordance with a value derived from the operational input, and an area managing unit that manages the display area to move at the velocity of movement under a condition that, when a portion of the display area moves outside a predetermined portion of the predetermined area, a distance between the display area and the predetermined area does not exceed a threshold, characterized by a threshold determining unit that determines the threshold based on the velocity of movement. an operation receiving unit that receives an operational input made by a user for moving a display area that has an area that overlaps with a predetermined area, this predetermined area being a virtual space, a display controlling unit that controls a display unit to display a graphic in the display area, a determining unit that determines a velocity of movement of the display area in accordance with a value derived from the operational input, and an area managing unit that manages the display area to move at the velocity of movement under a condition that, when a portion of the display area moves outside a predetermined portion of the predetermined area, a distance between the display area and the predetermined area does not exceed a threshold, characterized by a threshold determining unit that determines the threshold based on the velocity of movement.
Method for adapting an algorithm for processing measurement data from at least one sensor (42, 73-76) in a means of transport, wherein the algorithm implements an estimation method for processing the measurement data, which estimation method uses at least one dynamic model and at least one measurement model, wherein the at least one dynamic model represents a particular movement of the means of transport and the at least one measurement model represents assumptions about the nature of sensor errors, and wherein the at least one dynamic model and the at least one measurement model determine a weighting of the measurement data, having the steps of: - receiving information, provided with location information and relating to environmental conditions, from an external source (50, 60); - evaluating the information relating to environmental conditions with respect to whether the at least one sensor (42, 73-76) could provide erroneous measurement data in a particular region; and - proactively adapting the at least one dynamic model or the at least one measurement model for the region in which the at least one sensor (42, 73-76) could provide erroneous measurement data. - receiving information, provided with location information and relating to environmental conditions, from an external source (50, 60); - evaluating the information relating to environmental conditions with respect to whether the at least one sensor (42, 73-76) could provide erroneous measurement data in a particular region; and - proactively adapting the at least one dynamic model or the at least one measurement model for the region in which the at least one sensor (42, 73-76) could provide erroneous measurement data.
Winding assembly for a transformer, in particular having a medium operating voltage of Um ≥ 72.5kV, wherein the winding assembly has at least one winding which ends in a winding conductor, wherein the winding conductor is connected to a switching line which is designed to connect the winding to other windings, characterised in that the connection of the switching line to the winding conductor is arranged inside the winding.
A method for lubricating a drivetrain component, comprising supplying thereto a lubricant composition comprising: (a) an oil of lubricating viscosity and (b) a polymeric phosphorus ester other than a zinc salt, comprising the condensation product of (i) a monomeric phosphorus acid or an ester thereof with (ii) an alkylene diol, wherein the two hydroxy groups of said alkylene diol are separated by a chain of 4 to 20 carbon atoms, said polymeric phosphorus ester containing at least three phosphorus-containing monomer units and is present in an amount to provide 0.01 to 0.3 weight percent phosphorus to the composition. (a) an oil of lubricating viscosity and (b) a polymeric phosphorus ester other than a zinc salt, comprising the condensation product of (i) a monomeric phosphorus acid or an ester thereof with (ii) an alkylene diol, wherein the two hydroxy groups of said alkylene diol are separated by a chain of 4 to 20 carbon atoms, said polymeric phosphorus ester containing at least three phosphorus-containing monomer units and is present in an amount to provide 0.01 to 0.3 weight percent phosphorus to the composition.
A gladhand coupling, comprising: a coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized by further comprising a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad and a groove formed therein that corresponds to the ridge of the locking lug. a coupling half having a face with an opening therethrough; a locking lug extending outwardly from the face of said coupling half and having a first ramped pad positioned at a predetermined location about the face and a ridge extending outwardly therefrom; characterized by further comprising a flange extending from the face and having a second ramped pad positioned oppositely about the face from the first ramped pad and a groove formed therein that corresponds to the ridge of the locking lug.
Classifying wheel for a centrifugal-force air classifier, - which can be driven by means of a rotary drive, - through which the flow pattern of the classifying fluid can be contrary to its centrifugal direction from the outside in, - the classifying wheel vanes of which are arranged in a ring fitted in between retaining discs, - whereby flow channels develop between the classifying wheel vanes as a result of the surfaces of the classifying wheel vanes being arranged at a distance to each other and running in the direction of the rotational axis and - that baffles installed in the flow channels influence the flow pattern in the outermost third of the flow channels with regard to the classifying wheel radius characterised in that the flow channels have additional baffles fitted in the direction of the rotational axis of the classifying wheel which are arranged in the radial inner two-thirds of the flow channel related to the classifying wheel radius. - which can be driven by means of a rotary drive, - through which the flow pattern of the classifying fluid can be contrary to its centrifugal direction from the outside in, - the classifying wheel vanes of which are arranged in a ring fitted in between retaining discs, - whereby flow channels develop between the classifying wheel vanes as a result of the surfaces of the classifying wheel vanes being arranged at a distance to each other and running in the direction of the rotational axis and - that baffles installed in the flow channels influence the flow pattern in the outermost third of the flow channels with regard to the classifying wheel radius
Propeller arrangement, in particular for a propulsion system of a watercraft, comprising a propeller which is rotatable around a propeller axis, wherein at least one rotor fin is provided, which is arranged freely rotatable around the propeller axis, with the diameter of a circular path described by the rotation of the at least one rotor fin being smaller than the diameter of the propeller, with the at least one rotor fin being arranged downstream of the propeller, characterized in that the at least one rotor fin is arranged at a propeller hub of the propeller and that the at least one rotor fin primarily influences solely a propeller flow in the area of the propeller hub so that a vortex formation in the area of the propeller hub is reduced.
A glass product with marking, comprising a glass substrate, wherein the marking is invisible to naked eye in transmission, the marking contains particles having a size of from 150 to 600nm, preferably from 150 to 350nm, more preferably from 200 to 300nm, and at least a portion of the marking is present below a surface of the glass substrate, and extends along the thickness direction of the glass substrate from the surface of the glass substrate to the interior.
A method in a communication network entity, the method comprising: transmitting a resource allocation in a control information message, the resource allocation comprising one or more resource blocks, wherein each of the one or more resource blocks comprises a plurality of subcarriers; transmitting an indication in the control information message identifying whether one or more guard subcarriers are present on a respective one or more of the edges of at least one resource block of the resource allocation; transmitting in control information an indication of the number of guard subcarriers, wherein the indication of the number of guard subcarriers comprises a ratio of the number of guard subcarriers to the number of allocated subcarriers in the resource allocation. transmitting a resource allocation in a control information message, the resource allocation comprising one or more resource blocks, wherein each of the one or more resource blocks comprises a plurality of subcarriers; transmitting an indication in the control information message identifying whether one or more guard subcarriers are present on a respective one or more of the edges of at least one resource block of the resource allocation; transmitting in control information an indication of the number of guard subcarriers, wherein the indication of the number of guard subcarriers comprises a ratio of the number of guard subcarriers to the number of allocated subcarriers in the resource allocation.
A deployment instrument (100, 200) for deploying a closure device along a guide wire for sealing a percutaneous puncture in a wall of an artery, the deployment instrument (100, 200) comprising: a closure device, wherein the closure device includes a toggle and a plug connected to the toggle; wherein the toggle includes a cavity configured to receive the guide wire therethrough; and an actuatable assembly having an actuatable portion configured to extend into the artery such that the toggle is located in the artery while, in a first state, effectively maintaining a relative position of the toggle with respect to the actuatable portion; wherein the actuatable assembly is configured to, upon actuation from the first state to a second state, permit the toggle to move relatively freely relative to the actuatable portion while connected to the plug and while the toggle is in the artery; and wherein the actuatable assembly includes a first lumened component in which the plug is located and a second lumened component in which the first lumened component is located; and wherein the instrument is configured to, upon actuation of the actuatable assembly, move the second lumened component relative to the first lumened component and/or visa versa, thereby actuating from the first state to the second state and thereby permitting the toggle to move relatively freely relative to the actuatable portion while connected to the plug. a closure device, wherein the closure device includes a toggle and a plug connected to the toggle; wherein the toggle includes a cavity configured to receive the guide wire therethrough; and an actuatable assembly having an actuatable portion configured to extend into the artery such that the toggle is located in the artery while, in a first state, effectively maintaining a relative position of the toggle with respect to the actuatable portion; wherein the actuatable assembly is configured to, upon actuation from the first state to a second state, permit the toggle to move relatively freely relative to the actuatable portion while connected to the plug and while the toggle is in the artery; and wherein the actuatable assembly includes a first lumened component in which the plug is located and a second lumened component in which the first lumened component is located; and wherein the instrument is configured to, upon actuation of the actuatable assembly, move the second lumened component relative to the first lumened component and/or visa versa, thereby actuating from the first state to the second state and thereby permitting the toggle to move relatively freely relative to the actuatable portion while connected to the plug.
A method of detoxifying spent dialysate comprising: (a) providing a first spent dialysate comprising complexable species comprising complexable anions or complexable organic solutes or both; (b) converting the complexable species in said first spent dialysate to an adsorbable zirconium complex of said species to produce a second spent dialysate comprising said adsorbable zirconium complex of said species; (c) passing said second spent dialysate through an ion exchange column comprising an ion exchange sorbent effective for adsorbing at least part of said zirconium complex of said species from said second spent dialysate to produce a third spent dialysate having reduced content of said zirconium complex of said species than in said second spent dialysate. (a) providing a first spent dialysate comprising complexable species comprising complexable anions or complexable organic solutes or both; (b) converting the complexable species in said first spent dialysate to an adsorbable zirconium complex of said species to produce a second spent dialysate comprising said adsorbable zirconium complex of said species; (c) passing said second spent dialysate through an ion exchange column comprising an ion exchange sorbent effective for adsorbing at least part of said zirconium complex of said species from said second spent dialysate to produce a third spent dialysate having reduced content of said zirconium complex of said species than in said second spent dialysate.
Use of a composition comprising a dispersion and a detergent comprising a quaternary ammonia salt, said dispersion comprising: - an organic phase; - at least one amphiphilic agent, and - solid objects dispersed in the organic phase, in the form of individualized particles or particle aggregates, consisting of an iron compound in crystallized form, such that said particles have an average size D XRD of less than or equal to 12 nm as measured by X-ray diffraction, as a fuel additive for internal combustion engines for assisting with regeneration of the PF. - an organic phase; - at least one amphiphilic agent, and - solid objects dispersed in the organic phase, in the form of individualized particles or particle aggregates, consisting of an iron compound in crystallized form, such that said particles have an average size D XRD of less than or equal to 12 nm as measured by X-ray diffraction,
Arrangement comprising a fixing system for a lower cupboard of an item of sanitaryware, in particular a washbasin, and a front wall, wherein the fixing system comprises a bearing structure which is arranged in a fixed manner and which has at least one fixing element which is arranged on the bearing structure so as to be fixed in position and which protrudes from the bearing structure, a fixing profile which extends along a profile axis and which has at least one receiving location, in particular a receiving opening, for receiving the fixing element for fixing the fixing profile to the bearing structure and having at least two fixing flaps which are located spaced apart from each other, and at least two connection elements which are fixedly connected to the lower cupboard which is intended to be fixed and which can be connected to the fixing flaps of the fixing profile in order to support the lower cupboard, wherein the fixing flaps are arranged exclusively in the respective end regions of the fixing profile, and wherein the bearing structure is arranged behind the front wall and wherein the at least one fixing element extends through the front wall in such a manner that the fixing profile can be fixed in front of the front wall to the fixing element.
A solid composition of fertilizer comprising granules of a mineral fertilizer at least partially coated with a rhizospheric microorganism with the ability to act as PGPR that is protected by at least one microorganism-protective compound to enable its survival under the physiochemical conditions of the fertilizer when the microorganism survival is tested according to the Most Probable Number method, wherein the microorganism is a species of the Rhizobium genus.
An operation method of an electronic device, the operation method comprising: determining whether Near Field Communication NFC is performed in an NFC mode within a set time, wherein the NFC is sequentially performed by periods in which a card emulation mode, a read/write mode, and a peer-to-peer P2P mode are set; monitoring a number of operations per unit of time of the performed NFC mode when it is determined that the NFC is performed; and adjusting a period of the card emulation mode according to the number of operations per unit of time of the performed NFC mode. determining whether Near Field Communication NFC is performed in an NFC mode within a set time, wherein the NFC is sequentially performed by periods in which a card emulation mode, a read/write mode, and a peer-to-peer P2P mode are set; monitoring a number of operations per unit of time of the performed NFC mode when it is determined that the NFC is performed; and adjusting a period of the card emulation mode according to the number of operations per unit of time of the performed NFC mode.