mhurhangee/ep-ind-claims huggingface dataset:
Light - with a light housing that has a straight support profile for wall and/or ceiling mounting, - with at least one straight lamp that has several LEDs, - with at least one holding device for attaching the respective lamp to the light housing, - with at least one power electronics for supplying power to the at least one lamp, characterized in that - the holding device is arranged between the two longitudinal ends of the respective lamp, - the power electronics is arranged on or in the light housing outside of the respective lamp and is electrically connected with housing-side electrical primary connections via which the light is electrically connectable to a power network, - the light housing has at least one straight apparatus support attached to the support profile on which the at least one power electronics is arranged and the at least one holding device is attached. - with a light housing that has a straight support profile for wall and/or ceiling mounting, - with at least one straight lamp that has several LEDs, - with at least one holding device for attaching the respective lamp to the light housing, - with at least one power electronics for supplying power to the at least one lamp, - the holding device is arranged between the two longitudinal ends of the respective lamp, - the power electronics is arranged on or in the light housing outside of the respective lamp and is electrically connected with housing-side electrical primary connections via which the light is electrically connectable to a power network, - the light housing has at least one straight apparatus support attached to the support profile on which the at least one power electronics is arranged and the at least one holding device is attached.
A method comprising: providing a plurality of tristructural-isotropic fuel particles, wherein the tristructural-isotropic fuel particles comprise a fuel kernel, a porous carbon buffer layer, an inner pyrolytic carbon layer, a ceramic layer, and an outer pyrolytic carbon layer; mixing the plurality of tristructural-isotropic fuel particles with ceramic powder to form a mixture; placing the mixture in a die; and applying a current to the die so as to sinter the mixture by direct current sintering into a fuel element. providing a plurality of tristructural-isotropic fuel particles, wherein the tristructural-isotropic fuel particles comprise a fuel kernel, a porous carbon buffer layer, an inner pyrolytic carbon layer, a ceramic layer, and an outer pyrolytic carbon layer; mixing the plurality of tristructural-isotropic fuel particles with ceramic powder to form a mixture; placing the mixture in a die; and applying a current to the die so as to sinter the mixture by direct current sintering into a fuel element.
An optically active structure comprising: at least two different groups of optically active nanorods differing from one another in at least one of wavelength and polarization of light emitted thereby in response to pumping light, the nanorods of the same group being homogeneously aligned with a certain axis of alignment being substantially parallel or substantially perpendicular to an axis of alignment of the nanorods of at least one other group, such that the nanorods of said at least two groups have one or two axes of alignment; characterized in that the optically active structure comprises an array of regions arranged in a spaced-apart relationship along at least one axis, each two adjacent regions arranged along said at least one axis containing the nanorods of the different groups. at least two different groups of optically active nanorods differing from one another in at least one of wavelength and polarization of light emitted thereby in response to pumping light, the nanorods of the same group being homogeneously aligned with a certain axis of alignment being substantially parallel or substantially perpendicular to an axis of alignment of the nanorods of at least one other group, such that the nanorods of said at least two groups have one or two axes of alignment; characterized in that the optically active structure comprises an array of regions arranged in a spaced-apart relationship along at least one axis, each two adjacent regions arranged along said at least one axis containing the nanorods of the different groups.
A ground surface access assembly cover forming part of a ground surface access assembly, wherein said ground surface access assembly comprises a support frame surrounding and defining an aperture for said cover; wherein said cover member is of a unitary nature, and comprises: a main body portion, with a rim or a rim sidewall; dimensioned to substantially seal said aperture, wherein a continuous angled beam that is inset from and additional to said rim or rim sidewall extends downwardly from a none-peripheral underside surface of the main body portion; and wherein said continuous angled beam is integrally formed with the main body portion; thereby substantially reducing downward flexing at the centre of said cover when subjected to impact and heavy loads, characterised in that: said inset continuous angled beam comprises a first portion which extends downwardly from said underside surface of the main body portion leading to a second portion which extends inwardly towards the geometric centre of the cover member, or in that said inset continuous angled beam comprises a first portion which extends downwardly from said underside surface of the main body portion leading to a second portion which extends outwardly towards the periphery or rim of the cover member.
A suture anchor (10, 20, 30, 40, 50), comprising; an elongate body having a first thread (18a, 18b) extending from a proximal end (10a, 20a, 30a, 40a) toward a distal end (10b, 40b) of the elongate body, and a separate second thread which also extends from the proximal end towards the distal end of the elongate body, in which the pitch of the first thread is the same as the pitch of the second thread, and the first and second threads are spaced axially apart from one another, an inner lumen extending into the proximal end of the elongate body, and a cut-out (16, 26, 36, 46) formed in a sidewall of the elongate body and in communication with the inner lumen, the cut-out defining a suture-engaging member (14, 24, 34, 44, 54) extending across the inner lumen and configured such that a suture can extend around the suture-engaging member and trailing ends of the suture can extend through the inner lumen of the elongate body, the suture engaging member being integrally formed with the suture anchor and created by the cut-out.
A system comprising: an input circuit configured to receive physiological information of a patient; an arrhythmia circuit configured to detect a candidate cardiac event about an arrhythmia detection threshold using the received physiological information of the patient; and a user interface (130, 400) configured to display the candidate cardiac event to a user, wherein the candidate cardiac event is presented to the user to verify that the candidate cardiac event is indeed a valid cardiac event, the user interface (130, 400) including a user response prompt having first and second selectable indicators (434, 432) configured to receive positive and negative user information, respectively, about whether the candidate cardiac event should be above or below the threshold, wherein the arrhythmia circuit is configured to count the received positive and negative user information about whether the candidate cardiac event should be above or below the threshold, and to adjust the arrhythmia detection threshold using the count. an input circuit configured to receive physiological information of a patient; an arrhythmia circuit configured to detect a candidate cardiac event about an arrhythmia detection threshold using the received physiological information of the patient; and a user interface (130, 400) configured to display the candidate cardiac event to a user, wherein the candidate cardiac event is presented to the user to verify that the candidate cardiac event is indeed a valid cardiac event, the user interface (130, 400) including a user response prompt having first and second selectable indicators (434, 432) configured to receive positive and negative user information, respectively, about whether the candidate cardiac event should be above or below the threshold, wherein the arrhythmia circuit is configured to count the received positive and negative user information about whether the candidate cardiac event should be above or below the threshold, and to adjust the arrhythmia detection threshold using the count.
An electric oil pump system, comprising: an oil pump; and an electric motor that is arranged next to the oil pump in an axial direction, and that rotates the oil pump, characterised by a housing of the oil pump and a motor housing being fastened together via a stator of the electric motor, a cylindrical fixing member that is formed of a metal member and that fixes stator cores of the stator arranged radially inward of the cylindrical fixing member, the cylindrical fixing member being engaged with the housing of the oil pump and fixing the stator. an oil pump; and an electric motor that is arranged next to the oil pump in an axial direction, and that rotates the oil pump, characterised by a housing of the oil pump and a motor housing being fastened together via a stator of the electric motor, a cylindrical fixing member that is formed of a metal member and that fixes stator cores of the stator arranged radially inward of the cylindrical fixing member, the cylindrical fixing member being engaged with the housing of the oil pump and fixing the stator.
A non-volatile memory system comprising a logic circuit to counteract data corruption, the system, comprising: an array of non-volatile memory cells arranged into rows and columns, wherein the non-volatile memory cells are of a type that gravitates toward a "1" state; a sense amplifier configured during a read operation to receive current from a first non-volatile memory cell (601, 701, 901, 1001) in a first column of the array and to indicate a first value stored in the first non-volatile memory cell and to receive current from a second non-volatile memory cell (602, 702, 902, 1002) in a second column of the array and to indicate a second value stored in the second non-volatile memory cell, wherein redundant data previously was stored in the first non-volatile memory cell and the second non-volatile memory cell; and a logic circuit for receiving from the sense amplifier the indicated first value and the indicated second value and for generating a data bit output based on the indicated first value and the indicated second value, the logic circuit comprising: an AND gate to perform an AND operation on the indicated first value and the indicated second value wherein a value of "0" for the data bit output indicates the redundant data was a "0" and a value of "1" for the data bit output indicates the redundant date was a "1". an array of non-volatile memory cells arranged into rows and columns, wherein the non-volatile memory cells are of a type that gravitates toward a "1" state; a sense amplifier configured during a read operation to receive current from a first non-volatile memory cell (601, 701, 901, 1001) in a first column of the array and to indicate a first value stored in the first non-volatile memory cell and to receive current from a second non-volatile memory cell (602, 702, 902, 1002) in a second column of the array and to indicate a second value stored in the second non-volatile memory cell, wherein redundant data previously was stored in the first non-volatile memory cell and the second non-volatile memory cell; and a logic circuit for receiving from the sense amplifier the indicated first value and the indicated second value and for generating a data bit output based on the indicated first value and the indicated second value, the logic circuit comprising: an AND gate to perform an AND operation on the indicated first value and the indicated second value wherein a value of "0" for the data bit output indicates the redundant data was a "0" and a value of "1" for the data bit output indicates the redundant date was a "1".
A method of calibration and data output of measured analyte values from a continuous analyte sensor, the method comprising: receiving a data stream from the continuous analyte sensor, the data comprising at least one sensor data point; receiving reference data from a reference analyte monitor, the data comprising at least one reference data point; matching the reference analyte data with substantially time corresponding sensor analyte data thereby to provide one or more matched data pairs; forming an initial calibration set from a set of one or more matched data pairs; calculating a conversion function using the calibration set; using the conversion function to transform sensor data into calibrated data; and outputting a calibrated analyte value and an arrow representing the rate of change of the calibrated analyte data, wherein the arrow is rotatable at a resolution of 45 degrees or less to accurately represent the rate of change. receiving a data stream from the continuous analyte sensor, the data comprising at least one sensor data point; receiving reference data from a reference analyte monitor, the data comprising at least one reference data point; matching the reference analyte data with substantially time corresponding sensor analyte data thereby to provide one or more matched data pairs; forming an initial calibration set from a set of one or more matched data pairs; calculating a conversion function using the calibration set; using the conversion function to transform sensor data into calibrated data; and outputting a calibrated analyte value and an arrow representing the rate of change of the calibrated analyte data, wherein the arrow is rotatable at a resolution of 45 degrees or less to accurately represent the rate of change.
A method performed by one or more data processing apparatus, the method comprising: determining a user interface context for a given user interface being presented by a display of a client device for a given application; determining, based on the user interface context, a predicted next action that a user of the client device will perform at the given user interface; determining that the predicted next action will cause the client device to load a second application different from the given application; prior to detecting occurrence of the predicted next action, obtaining code for executing the second application; and storing the code in a cache. determining a user interface context for a given user interface being presented by a display of a client device for a given application; determining, based on the user interface context, a predicted next action that a user of the client device will perform at the given user interface; determining that the predicted next action will cause the client device to load a second application different from the given application; prior to detecting occurrence of the predicted next action, obtaining code for executing the second application; and storing the code in a cache.
A high performance synchronous transmission to be used aboard a motorcycle for transmitting the motion generated by an engine to a driving wheel, between a crankshaft and a hub shaft parallel therebetween and perpendicular to the median plane of the motorcycle, which comprises an actuator having an electric motor which rotates an actuator shaft acting on a set of cams to actuate a clutch lever acting on an input clutch, and a first control lever acting on a second clutch, in a way synchronized with the gearwheels which are engaged, and characterised in that the input clutch is arranged at a primary shaft of transmission and the second clutch is a centrifugal clutch arranged at the crankshaft.
A method, performed by a network device, for determining a set of power state parameters, the power state parameters at least partly define when a wireless terminal is to be in an active state or a power saving state, and the method comprises the steps of: for each one of a plurality of traffic flows to or from a wireless terminal, obtaining at least one traffic characterisation parameter comprising at least one parameter based on inter packet arrival times; for each traffic flow, simulating a plurality of sets of power state parameters on the traffic flow, wherein, for each set of power state parameters, a cost is evaluated; obtaining at least one operational traffic characterisation parameter based on operational traffic to or from a wireless terminal in operation, wherein the at least one operational traffic characterisation parameter comprises at least one parameter based on inter packet arrival times; associating the operational traffic with a selected traffic flow, selected from the plurality of traffic flows using the at least one operational traffic characterisation parameter; finding an applicable set of power state parameters by finding a set of power state parameters with a low cost, wherein the set of power state parameters are associated with the selected traffic flow; and sending the applicable set of power state parameters to the wireless terminal in operation. for each one of a plurality of traffic flows to or from a wireless terminal, obtaining at least one traffic characterisation parameter comprising at least one parameter based on inter packet arrival times; for each traffic flow, simulating a plurality of sets of power state parameters on the traffic flow, wherein, for each set of power state parameters, a cost is evaluated; obtaining at least one operational traffic characterisation parameter based on operational traffic to or from a wireless terminal in operation, wherein the at least one operational traffic characterisation parameter comprises at least one parameter based on inter packet arrival times; associating the operational traffic with a selected traffic flow, selected from the plurality of traffic flows using the at least one operational traffic characterisation parameter; finding an applicable set of power state parameters by finding a set of power state parameters with a low cost, wherein the set of power state parameters are associated with the selected traffic flow; and sending the applicable set of power state parameters to the wireless terminal in operation.
A pressure detection device comprising: a body configured to be mounted in a hole in an internal combustion engine; a pressure receiving member provided at one end of the body and configured to receive pressure of a fluid from the internal combustion engine; and a temperature reducing member located at the pressure receiving member on a leading end at the one end of the body and configured to supply the fluid to the pressure receiving member while reducing temperature of the fluid, wherein the pressure receiving member comprises: a pressure receiving portion (32a, 32b) configured to be displaced under pressure; and a pressure receiving support portion joined to or integrated with a first member, the first member being joined to or integrated with the pressure receiving member and having an inner circumferential surface, the temperature reducing member comprises: the first member; and a second member having an outer circumferential surface facing the inner circumferential surface, characterized in that female threads formed on the inner circumferential surface of the first member and male threads formed on the outer circumferential surface of the second member are configured to threadably engage each other. a body configured to be mounted in a hole in an internal combustion engine; a pressure receiving member provided at one end of the body and configured to receive pressure of a fluid from the internal combustion engine; and a temperature reducing member located at the pressure receiving member on a leading end at the one end of the body and configured to supply the fluid to the pressure receiving member while reducing temperature of the fluid, wherein the pressure receiving member comprises: a pressure receiving portion (32a, 32b) configured to be displaced under pressure; and a pressure receiving support portion joined to or integrated with a first member, the first member being joined to or integrated with the pressure receiving member and having an inner circumferential surface, a pressure receiving portion (32a, 32b) configured to be displaced under pressure; and a pressure receiving support portion joined to or integrated with a first member, the first member being joined to or integrated with the pressure receiving member and having an inner circumferential surface, the temperature reducing member comprises: the first member; and a second member having an outer circumferential surface facing the inner circumferential surface, the first member; and a second member having an outer circumferential surface facing the inner circumferential surface, characterized in that female threads formed on the inner circumferential surface of the first member and male threads formed on the outer circumferential surface of the second member are configured to threadably engage each other.
A powder lime calcining system comprising: a raw material storing bin, a small material bin connected to the raw material storing bin by a belt conveyer, a belt conveyer disposed beneath the small material bin, a breaking machine beneath the belt conveyer, a sieving device communicated with the breaking machine by a high temperature pipe, a cyclone cylinder deduster communicated with the sieving device by an airflow pipe, a clothbag deduster connected to a rising pipe of the cyclone cylinder deduster by a pipe, an intermediate bin connected to the clothbag deduster by a transporting device, another transporting device disposed at the material discharging port of the intermediate bin, four preheating cyclone cylinders (12, 13, 14, 15) connected to the intermediate bin by a pneumatic lift pump and airflow pipes, the four preheating cyclone cylinders disposed from top to down, wherein the materials discharged from the third preheating cyclone cylinder are decomposed by a high temperature calcining of a calcining system, then transported into the fourth preheating cylinder for separating airs and materials, three cooling cyclone cylinders (17, 18, 19) disposed from top to down and beneath the fourth preheating cyclone cylinder, a finished product transporting system connected to the material discharging port of the third cooling cyclone cylinder by a transporting device; a finished product bin connected to the finished product transporting system by a pipe with a water cooling structure; a cooling tower connected to a rising pipe of the first preheating cyclone cylinder by an airflow pipe, and connected to the breaking machine with its output by an airflow pipe and a course fan; a main exhaust fan connected to the clothbag deduster by a pipe.
A die attach film comprising: a base film; a pressure-sensitive adhesive part formed on the base film; and an adhesive part formed on the pressure-sensitive adhesive part, wherein, when the thicknesses of the base film, the pressure-sensitive adhesive part and the adhesive part are represented by A, B and C, respectively, B/A ranges from 0.15 to 0.5, and B/C ranges from 0.2 to 4. a base film; a pressure-sensitive adhesive part formed on the base film; and an adhesive part formed on the pressure-sensitive adhesive part, wherein, when the thicknesses of the base film, the pressure-sensitive adhesive part and the adhesive part are represented by A, B and C, respectively, B/A ranges from 0.15 to 0.5, and B/C ranges from 0.2 to 4.