mhurhangee/ep-ind-claims huggingface dataset:
A positive electrode for a lithium-ion electrochemical cell comprising a composition that comprises a plurality of particles comprising: a core having the formula, Li 1+x (Ni a Mn b Co c) 1-x O 2, wherein 0.05 ≤ x ≤ 0.10, a + b + c = 1, 0.6 ≤ b/a ≤ 1.1, c/(a + b) < 0.25, a, b, and c are all greater than zero; and a shell substantially surrounding the core comprising a lithium mixed transition metal oxide comprising manganese and nickel wherein the molar ratio of manganese to nickel is greater than b/a and b/a > 1, wherein said composition has a capacity retention of greater than 95% after 50 cycles when comparing the capacity after cycle 52 with the capacity after cycle 2 when cycled between 2.5 V and 4.7 V vs. Li/Li + at 30°C. a core having the formula, Li 1+x (Ni a Mn b Co c) 1-x O 2, wherein 0.05 ≤ x ≤ 0.10, a + b + c = 1, 0.6 ≤ b/a ≤ 1.1, c/(a + b) < 0.25, a, b, and c are all greater than zero; and a shell substantially surrounding the core comprising a lithium mixed transition metal oxide comprising manganese and nickel wherein the molar ratio of manganese to nickel is greater than b/a and b/a > 1,
A femoral arthroplasty jig for facilitating an arthroplasty procedure on an end of a femur formed with a knee joint, the femur having a surface extending away from the knee joint and away from the end of the femur, the end of the femur having a surface, the arthroplasty jig comprising: a jig body that is configured to align with and position on the surface of the end of the femur in a customized fashion; and a positioning component that is integrally formed with the jig body and comprising a projection extending from the jig body, characterized in that the projection has a pointed or rounded end configured to contact a point on the surface of the femur extending away from the knee joint and away from the end of the femur so as to provide a tactile indication when the jig body has aligned with the surface of the end of the femur. a jig body that is configured to align with and position on the surface of the end of the femur in a customized fashion; and a positioning component that is integrally formed with the jig body and comprising a projection extending from the jig body, characterized in that the projection has a pointed or rounded end configured to contact a point on the surface of the femur extending away from the knee joint and away from the end of the femur so as to provide a tactile indication when the jig body has aligned with the surface of the end of the femur.
A method of communication carried out by a network node, comprising: determining a status of an access terminal that is authorized to access a femto node, wherein the status is at least indicative of a location of the access terminal; generating, based on the status, a command based on which the transmission of the femto node is enabled or disabled; and sending the command to the femto node. determining a status of an access terminal that is authorized to access a femto node, wherein the status is at least indicative of a location of the access terminal; generating, based on the status, a command based on which the transmission of the femto node is enabled or disabled; and sending the command to the femto node.
Railway vehicle carriage, comprising: - a body extending substantially along a horizontal longitudinal axis; - a platform forming at least part of a floor of said carriage, said platform being movable vertically relative to said body between a top position and a bottom position; - an access opening formed laterally in the body opposite said platform; - a step connected to the platform and arranged opposite the access opening, said step being movable transversely relative to said platform through said access opening, between a retracted position and a deployed position projecting relative to the body; and - a door capable of reversibly closing off a top portion of the access opening; - a flap which is movable relative to the body between a closed position and an open position which close off and free, respectively, a bottom portion of the access opening, characterised in that said flap in the closed position forms a stop which prevents the step from being moved into the deployed position. - a body extending substantially along a horizontal longitudinal axis; - a platform forming at least part of a floor of said carriage, said platform being movable vertically relative to said body between a top position and a bottom position; - an access opening formed laterally in the body opposite said platform; - a step connected to the platform and arranged opposite the access opening, said step being movable transversely relative to said platform through said access opening, between a retracted position and a deployed position projecting relative to the body; and - a door capable of reversibly closing off a top portion of the access opening; - a flap which is movable relative to the body between a closed position and an open position which close off and free, respectively, a bottom portion of the access opening,
An apparatus for the cyclic feeding of a book block to a processing station, said book block consisting of at least one printed sheet and being transported in a horizontal position and the apparatus comprising a first and a second transport device (15, 18), wherein the second transport device has a transport channel with a supporting surface, a recess and a transport finger located in a gap in the transport channel, and the first transport device engages in the recess of the transport channel, wherein • the first transport device comprises a comb-like feed flap with a plurality of teeth, provided on a base component, and recesses formed between said teeth so as to face away from the transport channel, as well as a plurality of transport means, located on the side of the feed flap away from the transport channel, which engage in said recesses, • the feed flap is designed to engage in the recess of the transport channel and is provided with a swivel pin on its side facing the transport channel and is also connected to a controllable drive. • the first transport device comprises a comb-like feed flap with a plurality of teeth, provided on a base component, and recesses formed between said teeth so as to face away from the transport channel, as well as a plurality of transport means, located on the side of the feed flap away from the transport channel, which engage in said recesses, • the feed flap is designed to engage in the recess of the transport channel and is provided with a swivel pin on its side facing the transport channel and is also connected to a controllable drive.
A system comprising: a. an electronic dispenser for web material and b. at least one air freshener device; said electronic dispenser comprising a web dispensing mechanism and means for activation of said web dispensing mechanism; said at least one air freshener device comprising an air freshener mechanism and electronic means for activation of the air freshener mechanism; said air freshener device further comprising a container containing deodorising fluid; characterised in that the means for activation of said web dispensing mechanism are electronic means for activation of said web dispensing mechanism; the electronic means for activation of the air freshener mechanism is linked to the electronic means for activation of the web dispensing mechanism, such that activation of the web dispensing mechanism a predetermined number of times activates the air freshener mechanism at least once; wherein a control unit is located between the electronic means for activation of the web dispensing mechanism and the electronic means for activation of the air freshener mechanism, said control unit linking the electronic means for activation of the air freshener mechanism to the electronic means for activation of the web dispensing mechanism via a signal provided by the control unit; and wherein the control unit can be adjusted to activate the air freshener mechanism more than once for a single activation of the web dispensing mechanism, or to activate the air freshener mechanism only after the web dispensing mechanism has been activated more than once. a. an electronic dispenser for web material and b. at least one air freshener device;
Current and/or voltage sensing device for integrative use in electric energy distribution systems, with a current sensor and/or an voltage sensor, wherein the voltage sensor and/or the current sensor is/are integrated in an insulating housing, which is designed as at least partly toroid body, surrounding a primary conductor in the ready installed position of the sensing device, by which current and/or electrical potential of the primary conductor will be measured, wherein the insulating housing containing the voltage sensor and/or the current sensor is designed in that way, that the insulating housing is configured to be at least partly inserted into an open bottom side of a bell shaped bushing, and wherein an outer surface of the bell shaped bushing in the region where the insulating housing is configured to be at least partly inserted is provided with a creepage enlargement surface structure.
A lid in the form of a building block, having a side wall provided with a lid fixing element to the package to be closed, a top surface with an internal wall (2-i) and an external wall (2-e), a base of the lid, one or more male pins and one or more female openings, with their longitudinal axes placed in a direction that is essentially parallel to an internal section of the side wall, in which one or more male pins have an external diameter of 4.8 ± 0.1 millimeters, of 6.5 ± 0.1 millimeters, or of 9.4 ± 0.2 millimeters, and one or more female openings have an internal diameter of 4.8 ± 0.1 millimeters, of 6.5 ± 0.1 millimeters or of 9.4 ± 0.2 millimeters, characterized in that the base has recesses (9,10,11) in the side wall, being shaped as indentations, inward curves, narrowings or their combinations, allowing in use the lid to be seated on a surface that has protuberances or pins that match up with the base of the lid.
A pharmaceutical formulation comprising gas-filled microvesicles with a stabilizing envelope comprising at least 50% by weight of a phospholipid, said microvesicles comprising a vaccine antigen covalently bound to a phospholipid component of said envelope and containing a gas comprising a fluorinated gas, for use in a vaccination treatment.
A method of improving Hybrid Automatic Repeat Request, abbreviated to HARQ, operation for a user equipment, abbreviated to UE, operating in High Speed Shared Control Channel, abbreviated to HS-SCCH, less operation in a wireless communications system, the method comprising: receiving first data; sending an acknowledgement of the first data if the first data is decoded successfully, receiving retransmission data corresponding to the first data in an HARQ procedure; determining a decoding result of the first data stored in a first soft buffer after the step of receiving retransmission data, wherein the first soft buffer is obtained by a first rule; combining the retransmission data with the first data stored in the first soft buffer for generating a combined data only when the UE determines that the data stored in the first soft buffer has not been successfully decoded; and performing a decoding process on the combined data and storing the combined data after performing the decoding process on the combined data in a second soft buffer, wherein the second soft buffer is obtained by a second rule wherein the first rule comprises selecting a soft buffer identified by a transmission time interval [5×CFN + SubFN - 6 - PTR] mod 13 as the first soft buffer from a plurality of soft buffers, wherein CFN is connection frame number, SubFN is subframe number, PTR is pointer to the previous transmission, and mod is modulo operation and the second rule comprises selecting a soft buffer identified by a transmission time interval [5×CFN + SubFN] mod 13 as the second soft buffer from a plurality of soft buffers, wherein CFN is connection frame number, SubFN is subframe number, and mod is modulo operation. receiving first data; sending an acknowledgement of the first data if the first data is decoded successfully, receiving retransmission data corresponding to the first data in an HARQ procedure; determining a decoding result of the first data stored in a first soft buffer after the step of receiving retransmission data, wherein the first soft buffer is obtained by a first rule; combining the retransmission data with the first data stored in the first soft buffer for generating a combined data only when the UE determines that the data stored in the first soft buffer has not been successfully decoded; and performing a decoding process on the combined data and storing the combined data after performing the decoding process on the combined data in a second soft buffer, wherein the second soft buffer is obtained by a second rule wherein the first rule comprises selecting a soft buffer identified by a transmission time interval [5×CFN + SubFN - 6 - PTR] mod 13 as the first soft buffer from a plurality of soft buffers, wherein CFN is connection frame number, SubFN is subframe number, PTR is pointer to the previous transmission, and mod is modulo operation and the second rule comprises selecting a soft buffer identified by a transmission time interval [5×CFN + SubFN] mod 13 as the second soft buffer from a plurality of soft buffers, wherein CFN is connection frame number, SubFN is subframe number, and mod is modulo operation.
A light detection apparatus comprising: a plurality of filter magazines (71, 72) in each of which a plurality of filters (71a through 71e) having different transmission wavelengths from each other are arranged in a row, and the plurality of filter magazines (71, 72) being arranged one after another in one direction; and a light detection unit in which a plurality of light detectors (73a, 73b) each of which is adapted to detect light that has passed through at least one of the filters (71a through 71e) included in the plurality of filter magazines (71, 72) are arranged in the arrangement direction of the filters (71a through 71e), and the light detection unit being placed in the one direction in such a manner to be parallel to the plurality of filter magazines (71, 72), wherein the light detection apparatus is configured in such a manner that the plurality of filter magazines (71, 72) and the light detection unit are movable in the arrangement direction of the filters independently from each other. a plurality of filter magazines (71, 72) in each of which a plurality of filters (71a through 71e) having different transmission wavelengths from each other are arranged in a row, and the plurality of filter magazines (71, 72) being arranged one after another in one direction; and a light detection unit in which a plurality of light detectors (73a, 73b) each of which is adapted to detect light that has passed through at least one of the filters (71a through 71e) included in the plurality of filter magazines (71, 72) are arranged in the arrangement direction of the filters (71a through 71e), and the light detection unit being placed in the one direction in such a manner to be parallel to the plurality of filter magazines (71, 72), wherein the light detection apparatus is configured in such a manner that the plurality of filter magazines (71, 72) and the light detection unit are movable in the arrangement direction of the filters independently from each other.
System for additive manufacturing of three-dimensional objects, comprising one or more working stations provided for performing at least one working process in the additive manufacturing of three-dimensional objects, characterized by at least one freely positionable mobile storage unit comprising a rack-like storage device comprising at least one storage room which is configured for storing at least one powder module, especially for the purpose of conveying the powder module between different working stations of the system, at least one driverless, freely movable mobile conveying unit comprising a receiving device, which is configured for receiving at least one mobile storage unit for the purpose of conveying the storage unit between different working stations of the system, wherein the receiving device comprises at least one receiving element coupled with a lifting device, which is movably supported between at least one upper position, in which the receiving element is configured to abut against a storage unit, especially against a first frame structure portion limiting the bottom of the storage room, such that the storage unit is lifted from a foundation, and a lower position, in which the receiving element is not configured to abut against a storage unit, especially against a first frame structure portion limiting the bottom of the storage room, such that the storage unit is lifted from a foundation.
An assembly, comprising: - at least one plant pot (20, 60), having a bottom and at least one side wall, together defining an interior of the plant pot for accommodating a plant, with the side wall extending from the bottom up to a top rim and at least one hole, which is arranged in or at least near the bottom; - at least one wick (30, 63) extending from below the bottom and through the hole into the interior of the plant pot; and - a container, dimensioned to accommodate at least a bottom portion of the plant pot (20, 60) comprising the hole through which the wick (30, 63) extends out of the plant pot, wherein the container and the plant pot define a reservoir to accommodate fluid, such as water, for the plant to be drawn up through the wick (30, 63) during at least one of growing, transporting and display for sale of a plant in the plant pot (20, 60), which fluid is accommodated in the container, wherein the container comprises an overflow defining a free passage for entry and/or outflow of water into and out of the container, CHARACTERIZED BY: - a tray, in which the container with the plant pot (20, 60) therein is accommodated, and - an ebb and flood based watering system (73 - 75), configured with the tray for respectively increasing and lowering a water level within the tray. - at least one plant pot (20, 60), having a bottom and at least one side wall, together defining an interior of the plant pot for accommodating a plant, with the side wall extending from the bottom up to a top rim and at least one hole, which is arranged in or at least near the bottom; - at least one wick (30, 63) extending from below the bottom and through the hole into the interior of the plant pot; and - a container, dimensioned to accommodate at least a bottom portion of the plant pot (20, 60) comprising the hole through which the wick (30, 63) extends out of the plant pot, - a tray, in which the container with the plant pot (20, 60) therein is accommodated, and - an ebb and flood based watering system (73 - 75), configured with the tray for respectively increasing and lowering a water level within the tray.
An airbag arrangement comprising: a flap component, which closes a passage opening for an airbag; a hinge section along one side of the flap component; a chute component, which is connected to the flap component via the hinge section; and a material web, which is partially arranged in the flap component and partially in the chute component, and transverses the hinge section; wherein the material web is molded into the chute component and is anchored in the material of the chute component; wherein the chute component forms a wall (182, 184) of an airbag chute 18, characterized in that the material web is arranged on the inner side of the wall (182, 184) from the hinge section across a first distance, and on the outer side of the wall across a second distance, and wherein the material web penetrates the wall (182, 184) between the first distance and the second distance. a flap component, which closes a passage opening for an airbag; a hinge section along one side of the flap component; a chute component, which is connected to the flap component via the hinge section; and a material web, which is partially arranged in the flap component and partially in the chute component, and transverses the hinge section; wherein the material web is molded into the chute component and is anchored in the material of the chute component; wherein the chute component forms a wall (182, 184) of an airbag chute 18, characterized in that the material web is arranged on the inner side of the wall (182, 184) from the hinge section across a first distance, and on the outer side of the wall across a second distance, and wherein the material web penetrates the wall (182, 184) between the first distance and the second distance.
A method of manufacturing a thin-film transistor in a digital radiographic detector using only three photolithographic masks, the radiographic detector including an imaging array comprising a plurality of pixels arranged in rows and columns, each pixel comprising a photosensor configured to generate a signal based upon radiation received, the method comprising the consecutive steps of: forming an insulating substrate; forming a thin-film transistor in each of the plurality of pixels coupled to the photosensor, comprising, forming a metal oxide semiconductor active layer and a gate insulator layer over the insulating substrate, patterning the gate insulator layer using a first one of the three photolithography masks, forming a conductive layer comprising metal over the gate insulator layer and selected exposed portions of the metal oxide semiconductor active layer, patterning the conductive layer using a second one of the three photolithography masks to form coplanar electrodes comprising a gate electrode, a source electrode and a drain electrode, further comprising patterning the conductive layer using an etchant, wherein the etchant operates to remove a portion of the conductive layer and a portion of the active layer under the removed portion of the conductive layer, forming a protective layer over the electrodes (410; 460) and the exposed gate insulator layer, and patterning the protective layer using a third one of the three photolithography masks to expose a portion of the electrodes (410; 460) for electrical connection. forming an insulating substrate; forming a thin-film transistor in each of the plurality of pixels coupled to the photosensor, comprising, forming a metal oxide semiconductor active layer and a gate insulator layer over the insulating substrate, patterning the gate insulator layer using a first one of the three photolithography masks, forming a conductive layer comprising metal over the gate insulator layer and selected exposed portions of the metal oxide semiconductor active layer, patterning the conductive layer using a second one of the three photolithography masks to form coplanar electrodes comprising a gate electrode, a source electrode and a drain electrode, further comprising patterning the conductive layer using an etchant, wherein the etchant operates to remove a portion of the conductive layer and a portion of the active layer under the removed portion of the conductive layer, forming a protective layer over the electrodes (410; 460) and the exposed gate insulator layer, and patterning the protective layer using a third one of the three photolithography masks to expose a portion of the electrodes (410; 460) for electrical connection.