mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery comprising: an electrode assembly comprising a plurality of radical units in which a first electrode and a second electrode are alternately laminated with a separator therebetween and a separation film surrounding the plurality of radical units to be repeatedly laminated, characterized in that the electrode assembly comprises a protection unit laminated on an outermost separation film disposed on the uppermost end or lowermost end of the separation film, the protection unit has a structure wherein a second protection electrode, a separator, a first protection electrode are successively laminated from the outermost separation film disposed on the uppermost end or lowermost end of the electrode assembly, the second protection electrode has a cross-sectional coating structure comprising a second collector and a second electrode active material portion coated with a second electrode active material on an inner surface of the second collector the inner surface is a surface facing a center of the electrode assembly, the second collector has non-coating portion which is not coated with the second electrode active material, is formed on an outer surface of the second collector, and the second collector provided in the second protection electrode has a thickness greater than that of the second collector provided in the second electrode of the radical unit. an electrode assembly comprising a plurality of radical units in which a first electrode and a second electrode are alternately laminated with a separator therebetween and a separation film surrounding the plurality of radical units to be repeatedly laminated, characterized in that the electrode assembly comprises a protection unit laminated on an outermost separation film disposed on the uppermost end or lowermost end of the separation film, the protection unit has a structure wherein a second protection electrode, a separator, a first protection electrode are successively laminated from the outermost separation film disposed on the uppermost end or lowermost end of the electrode assembly, the second protection electrode has a cross-sectional coating structure comprising a second collector and a second electrode active material portion coated with a second electrode active material on an inner surface of the second collector the inner surface is a surface facing a center of the electrode assembly, the second collector has non-coating portion which is not coated with the second electrode active material, is formed on an outer surface of the second collector, and the second collector provided in the second protection electrode has a thickness greater than that of the second collector provided in the second electrode of the radical unit.
A method of manufacturing a gas turbine engine air seal comprising: using an energy beam to build up sequential deposits of an agglomerated abradable feedstock material to form an abradable coating; and controlling at least one of a structure and a composition of the air seal based on a pre-determined net shape model; characterized in that the abradable feedstock material comprises a MAXMET composite material having MAX phase particles coated with a metallic shell. using an energy beam to build up sequential deposits of an agglomerated abradable feedstock material to form an abradable coating; and controlling at least one of a structure and a composition of the air seal based on a pre-determined net shape model; characterized in that the abradable feedstock material comprises a MAXMET composite material having MAX phase particles coated with a metallic shell.
A display program for causing a computer to perform processes of: acquiring data about temperature, humidity, illuminance and sound pressure of a space in which a subject sleeps, the data having been detected by a first sensor installed in the space; to evaluate and chronologically display suitability of the space which is an index indicating how well an environment is suited for sleeping using the acquired data and suitability evaluation criteria which are thresholds or ranges and determine the states of the temperature, the humidity, the illuminance and the sound pressure, determining whether a sunrise time of a day of evaluation falls within a time period indicating a time period from when the subject falls asleep until when the subject wakes up; switching the suitability evaluation criteria from one to be applied to the time period for a sunset to one to be applied to the time period for a sunrise when the sunrise time of the day of evaluation falls within the time period to perform a first environment analysis process using the one to be applied to the time period for the sunrise; and switching the suitability evaluation criteria from the one to be applied to the time period for the sunrise to the one to be applied to the time period for a sunset when the sunrise time of the day of evaluation does not fall within the time period to perform a second environment analysis process using the one to be applied to the time period for the sunset. acquiring data about temperature, humidity, illuminance and sound pressure of a space in which a subject sleeps, the data having been detected by a first sensor installed in the space; to evaluate and chronologically display suitability of the space which is an index indicating how well an environment is suited for sleeping using the acquired data and suitability evaluation criteria which are thresholds or ranges and determine the states of the temperature, the humidity, the illuminance and the sound pressure, determining whether a sunrise time of a day of evaluation falls within a time period indicating a time period from when the subject falls asleep until when the subject wakes up; switching the suitability evaluation criteria from one to be applied to the time period for a sunset to one to be applied to the time period for a sunrise when the sunrise time of the day of evaluation falls within the time period to perform a first environment analysis process using the one to be applied to the time period for the sunrise; and switching the suitability evaluation criteria from the one to be applied to the time period for the sunrise to the one to be applied to the time period for a sunset when the sunrise time of the day of evaluation does not fall within the time period to perform a second environment analysis process using the one to be applied to the time period for the sunset.
Method of producing a toothed workpiece having a modified surface geometry, in which the workpiece is processed by a diagonal generating method by means of a modified tool in order to generate the modification, wherein a surface geometry of the modified tool includes a modification which can be described at least locally in the generating pattern in a first direction of the tool, which includes an angle p F1 not equal to zero with respect to the tool width direction, at least approximately by a linear and/or quadratic function, wherein the coefficients of this linear and/or quadratic function are formed in a second direction of the tool which extends perpendicular to the first direction by coefficient functions F FtC,1 for the constant portion and F FtL,1 for the linear portion and/or F FtQ,1 for the quadratic portion, with F FtC,1 depending in a non-linear manner on the position in the second direction and F FtL,1 being non-constant; and/or a modification whose pitch and/or crowning in a first direction of the tool, which includes an angle p F1 not equal to zero with respect to the tool width direction, varies in dependence on the angle of rotation of the tool and/or on the tool width position; and whose tooth thickness varies in a non-linear manner in dependence on the angle of rotation of the tool and/or on the tool width position.
A method for applying a two-part adhesive to a substrate, the method comprising: providing a first package having a first collapsible bag for storing a first part of the two-part adhesive, wherein the first collapsible bag is disposed within a first rigid container, wherein the first collapsible bag has a first opening and a first cap secured to the first opening; providing a second package having a second collapsible bag for storing a second part of the two-part adhesive, wherein the second collapsible bag is disposed within a second rigid container, wherein the second collapsible bag has a second opening and a second cap secured to the second opening; removing the first cap and the second cap thereby exposing the first and second parts of the two-part adhesive to air; attaching a first connector to the first opening and attaching a second connector to the second opening; connecting the first connector to an applicator device and connecting the second connector to the applicator device; pumping the first part from the first package and the second part from the second package; mixing the first part with the second part; and applying the mixed first part and second part onto the substrate. providing a first package having a first collapsible bag for storing a first part of the two-part adhesive, wherein the first collapsible bag is disposed within a first rigid container, wherein the first collapsible bag has a first opening and a first cap secured to the first opening; providing a second package having a second collapsible bag for storing a second part of the two-part adhesive, wherein the second collapsible bag is disposed within a second rigid container, wherein the second collapsible bag has a second opening and a second cap secured to the second opening; removing the first cap and the second cap thereby exposing the first and second parts of the two-part adhesive to air; attaching a first connector to the first opening and attaching a second connector to the second opening; connecting the first connector to an applicator device and connecting the second connector to the applicator device; pumping the first part from the first package and the second part from the second package; mixing the first part with the second part; and applying the mixed first part and second part onto the substrate.
Apparatus for a kitchen appliance for handling items to be processed, having a rotating ring element, the lower axial face of which rests on an upper axial face of a static housing part, characterised in that means for the radial conveying of the items being processed in the annular gap are provided on the upper and/or lower axial face (10, 9) of housing part and/or rotating ring element, wherein the means for radial conveying comprise at least one feed channel embedded into the upper and/or lower axial face (9, 10) and disposed obliquely in the radial direction, the radially outer region of the feed channel being provided ahead of the radially inner region of the feed channel in the lower axial face of the ring element and/or behind in the upper axial face of the housing part.
A light guide device made of a light diffusing agent-free light transmissive material and adapted for use in computers and computer peripheral devices to improve brightness uniformity, comprising a base provided with a light-incident surface at one side thereof to face toward a light-emitting side of a plurality of predetermined light-emitting devices, and a plurality of continuously connected and irregularly configured light guide components located on at least one side of said base and capable of unevenly projecting light passing therethrough toward the outside and respectively provided with at least three light-emitting surfaces, each said light-emitting surface defining with said base a respective contained angle that causes a glare effect when light passes through the respective said light guide component, said contained angle being within the range of 10°~85°, characterized in that the direct light emitting direction of said predetermined light-emitting devices is opposite to said light-emitting surfaces of said light guide components but not opposite to the intersection of the light-emitting surfaces, whereby the light-emitting devices are located directly below the light-emitting surfaces of the light guide components and in that the light guide components include two outer light guide components and a plurality of inner light guide components of two different heights alternatively arranged between said two outer light guide components, said two outer light guide components being higher than the relatively shorter said inner light guide components.
A bookbinding machine comprising a plurality of processing stations (205a-205e) for processing book blocks (215a-210c), the processing stations (205a-205e) comprising a plurality of stationary processing stations (205a,205d,205e) for processing the book blocks (215a-215c) while stationary therein, the stationary processing stations (205a,205d,205e) comprising one or more disengagement processing stations (205a,205e), a plurality of transport elements (210a-210c) for transporting the book blocks (215a-215c) individually, a driving system for driving the transport elements (210a-210c) in succession across the processing stations (205a-205e) selectively, each of the transport elements (210a-210c) being driven by the driving system when engaged therewith and remaining stationary when disengaged therefrom, characterized in that the stationary processing stations comprise at least one engagement processing station, the bookbinding machine comprises control means configured to stop the driving system repeatedly for corresponding stop periods (Ps), in each of the stop periods (Ps): at least one corresponding of the transport elements being at the engagement processing station engaged with the driving system, and corresponding one or more of the transport elements (210a,210c) being at the disengagement processing stations (205a,205e) disengaged from the driving system. at least one corresponding of the transport elements being at the engagement processing station engaged with the driving system, and corresponding one or more of the transport elements (210a,210c) being at the disengagement processing stations (205a,205e) disengaged from the driving system.
Device for drying compressed gas, having an inlet for compressed gas to be dried and an outlet for dried compressed gas, which device comprises at least two vessels (4a, 4b) with arranged therein a regenerable drying agent and a controllable valve system connecting said inlet and outlet to an inlet and outlet of said vessels (4a, 4b), wherein said valve system is such that always at least one vessel is being regenerated while the other vessels dry the compressed gas, wherein by controlling the valve system, the vessels (4a, 4b) are each in turn successively regenerated, wherein the device is provided with a regeneration conduit splitting off a portion of the dried compressed gas as a regeneration gas and feeding it into the at least one vessel that is being regenerated, for the regeneration of said at least one vessel that is being regenerated, characterized in that the regeneration conduit at least partly extends through an opening provided thereto in the vessels (4a, 4b) for regeneration gas into the vessels (4a, 4b) such that the regeneration gas can be split off from the vessel that dries the compressed gas before the dried gas leaves the vessel via the outlet, and in that in the vessels (4a, 4b), a heater (16a, 16b) is provided situated in the regeneration conduit for heating the regeneration gas before the regeneration gas is fed through the drying agent into the vessel that is being regenerated.
Sputtering target comprising a silver alloy, consisting of - 5-25 wt.% of palladium, based on the total amount of the silver alloy, - less than 0.5 wt.% of unavoidable impurities, and - the remaining portion of silver, and - having a mean grain size in the range of 25-90 μm, - having a variation of grain size of less than 15 %, and - the grains of the silver alloy have a mean axial ratio of at least 60 %. - 5-25 wt.% of palladium, based on the total amount of the silver alloy, - less than 0.5 wt.% of unavoidable impurities, and - the remaining portion of silver, and - having a mean grain size in the range of 25-90 μm, - having a variation of grain size of less than 15 %, and - the grains of the silver alloy have a mean axial ratio of at least 60 %.
A method of reducing service interruptions during handover of a mobile device in a wireless network, the method being performed in a network element (12, 16, 14a) and characterized by comprising: determining a start time for executing handover of the mobile device from a serving Access Point, AP, to a target AP, the determining being based on a time offset, the time offset being associated with a next random access opportunity associated with the target AP, wherein the time offset comprises an offset between the random access opportunity and a frame timing of the target AP, wherein the mobile device's connection with the serving AP is terminated at the start time, and wherein the start time is aligned with the beginning of a random access procedure at the random access opportunity. determining a start time for executing handover of the mobile device from a serving Access Point, AP, to a target AP, the determining being based on a time offset, the time offset being associated with a next random access opportunity associated with the target AP, wherein the time offset comprises an offset between the random access opportunity and a frame timing of the target AP, wherein the mobile device's connection with the serving AP is terminated at the start time, and wherein the start time is aligned with the beginning of a random access procedure at the random access opportunity.
A method for identifying a second fraudulent subscription replacing a first fraudulent subscription, the method being performed by a fraudulent subscription detection system, the method comprising: obtaining notification of the first fraudulent subscription having been identified in a SIM box; obtaining historical network data of the first fraudulent subscription; generating a model based on the historical network data; identifying the second fraudulent subscription replacing the first fraudulent subscription in the SIM box upon providing live network data as input to the model; providing an identification of the second fraudulent subscription to at least one of a subscription manager entity and a user interface of a Manual Analysis component; and characterized in that a first timer is started upon obtaining the notification, and wherein the second fraudulent subscription is identified before expiration of the first timer, or wherein detection of the second fraudulent subscription is aborted after the expiration of the first timer, and in that a second timer is started upon obtaining the notification, wherein when the second fraudulent subscription is identified before expiration of the second timer, the model is kept for identifying a third fraudulent subscription replacing the second fraudulent subscription, and wherein when the second fraudulent subscription is not identified before expiration of the second timer, a new model is generated for identifying a third fraudulent subscription replacing the second fraudulent subscription. obtaining notification of the first fraudulent subscription having been identified in a SIM box; obtaining historical network data of the first fraudulent subscription; generating a model based on the historical network data; identifying the second fraudulent subscription replacing the first fraudulent subscription in the SIM box upon providing live network data as input to the model; providing an identification of the second fraudulent subscription to at least one of a subscription manager entity and a user interface of a Manual Analysis component; and characterized in that a first timer is started upon obtaining the notification, and wherein the second fraudulent subscription is identified before expiration of the first timer, or wherein detection of the second fraudulent subscription is aborted after the expiration of the first timer, and in that a second timer is started upon obtaining the notification, wherein when the second fraudulent subscription is identified before expiration of the second timer, the model is kept for identifying a third fraudulent subscription replacing the second fraudulent subscription, and wherein when the second fraudulent subscription is not identified before expiration of the second timer, a new model is generated for identifying a third fraudulent subscription replacing the second fraudulent subscription.
Fuel delivery device for a fuel injection device of an internal combustion engine, having a supply pump and at least one high-pressure pump, wherein the supply pump delivers fuel from a fuel tank to the suction side of the high-pressure pump and the high-pressure pump delivers fuel to a high-pressure region, characterized in that the supply pump has a variable displacement, so that a variable quantity of fuel can be delivered at a constant speed of rotation of the supply pump, wherein the variable displacement is regulated via a control pressure which acts on a control piston of the supply pump via a hydraulic line.
Sensor device for detecting X-ray radiation signals, comprising a sensor array comprising a plurality of detectors (11, 11a-d), each detector comprising: - a receiver surface for receiving a plurality of radiation signals (74, 74') transmitted through or emanating from a subject; - a sensor element for converting said received radiation signals (74, 74') into a plurality of corresponding electric signals; - an interposer element (16, 16a-d) extending laterally between a first side and a second side, said interposer element (16, 16a-d) comprising a front surface facing said sensor element and a back surface, wherein a front contact arrangement is provided on said front surface for directing said electric signals to a back contact arrangement provided on said back surface; and - an integrated circuit element (18, 18a-d) facing said back surface and electrically connected to said back contact arrangement, said integrated circuit element comprising a circuit portion (62, 62a-d) extending laterally over said back surface on said second side; characterized in that said back surface is parallel to said front surface; said front surface extends laterally over said back surface on said first side by an extrusion comprising an extrusion surface (34, 34a-d), said circuit portion (62a, c) of a first detector (11a, c) of said sensor array overlaps vertically with and being vertically spaced from said extrusion surface (34b, d) of a second detector (11b, d) adjacent to said first detector (11a, c). - a receiver surface for receiving a plurality of radiation signals (74, 74') transmitted through or emanating from a subject; - a sensor element for converting said received radiation signals (74, 74') into a plurality of corresponding electric signals; - an interposer element (16, 16a-d) extending laterally between a first side and a second side, said interposer element (16, 16a-d) comprising a front surface facing said sensor element and a back surface, wherein a front contact arrangement is provided on said front surface for directing said electric signals to a back contact arrangement provided on said back surface; and - an integrated circuit element (18, 18a-d) facing said back surface and electrically connected to said back contact arrangement, said integrated circuit element comprising a circuit portion (62, 62a-d) extending laterally over said back surface on said second side;