mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for application performance measurement and reporting comprising: generating , in a first profiling session, a first parameter dataset including performance parameters related to performance of segments of a first application; creating a session report based on the first parameter dataset; receiving from a user comments for improving the performance of one or more of the segments of the first application, based in part on the session report, wherein the comments relate to at least one of a hardware setup, runtime conditions, a part of the first application, a session timing and a duration of the session; associating the received comments with corresponding one or more of the segments of the first application; providing a consolidated report based on the first parameter dataset and the comments, wherein the consolidated report includes the first parameter dataset and the comments of the one or more segments of the first application; receiving a second parameter dataset corresponding to a second application profiled in a second profiling session; identifying common segments between the first application and the second application; and generating a comparison report for at least one of the common segments, based on the first parameter dataset and the second parameter dataset, wherein the comparison report comprises comparative graphs and selective highlighting of parameters that have changed over the first and second sessions and includes the comments associated with the common segments provided after the first profiling session. generating , in a first profiling session, a first parameter dataset including performance parameters related to performance of segments of a first application; creating a session report based on the first parameter dataset; receiving from a user comments for improving the performance of one or more of the segments of the first application, based in part on the session report, wherein the comments relate to at least one of a hardware setup, runtime conditions, a part of the first application, a session timing and a duration of the session; associating the received comments with corresponding one or more of the segments of the first application; providing a consolidated report based on the first parameter dataset and the comments, wherein the consolidated report includes the first parameter dataset and the comments of the one or more segments of the first application; receiving a second parameter dataset corresponding to a second application profiled in a second profiling session; identifying common segments between the first application and the second application; and generating a comparison report for at least one of the common segments, based on the first parameter dataset and the second parameter dataset, wherein the comparison report comprises comparative graphs and selective highlighting of parameters that have changed over the first and second sessions and includes the comments associated with the common segments provided after the first profiling session.
A method of facilitating reacting programming, comprising: employing at least one processor configured to execute computer-executable instructions stored in memory to perform the following acts: receiving a non-reactive expression; generating a reactive expression as a function of the non-reactive expression, wherein the reactive expression is a reactive version of the non-reactive expression; dynamically generating an optimized version of the reactive expression that minimizes computational work upon input sequence of a data source changes, wherein the dynamically generating the optimized version of the reactive expression comprises: computing a frequency of change of the data source, wherein the reactive expression accounts for the frequency of change of said data source; determining whether a threshold is met based on the computed frequency; if the threshold is met, optimizing the reactive expression based on the frequency of data source change, wherein the reactive expression is represented in an expression tree, and optimization comprises rebalancing the reactive expression for the frequency change such that a data source associated with the greatest frequency of change is positioned with the shortest path length within the expression tree. receiving a non-reactive expression; generating a reactive expression as a function of the non-reactive expression, wherein the reactive expression is a reactive version of the non-reactive expression; dynamically generating an optimized version of the reactive expression that minimizes computational work upon input sequence of a data source changes, wherein the dynamically generating the optimized version of the reactive expression comprises: computing a frequency of change of the data source, wherein the reactive expression accounts for the frequency of change of said data source; determining whether a threshold is met based on the computed frequency; if the threshold is met, optimizing the reactive expression based on the frequency of data source change, wherein the reactive expression is represented in an expression tree, and optimization comprises rebalancing the reactive expression for the frequency change such that a data source associated with the greatest frequency of change is positioned with the shortest path length within the expression tree. computing a frequency of change of the data source, wherein the reactive expression accounts for the frequency of change of said data source; determining whether a threshold is met based on the computed frequency; if the threshold is met, optimizing the reactive expression based on the frequency of data source change, wherein the reactive expression is represented in an expression tree, and optimization comprises rebalancing the reactive expression for the frequency change such that a data source associated with the greatest frequency of change is positioned with the shortest path length within the expression tree.
An optoelectronic semiconductor chip , comprising: - a semiconductor layer sequence having a first semiconductor region of a first conduction type, a second semiconductor region of a second conduction type, and an active zone arranged between the first semiconductor region and the second semiconductor region , - a carrier substrate , wherein the semiconductor layer sequence has a first main surface facing the carrier substrate, and an opposite second main surface , - a first electrical contact layer and a second electrical contact layer , which are arranged at least regionally between the carrier substrate and the first main surface of the semiconductor layer sequence , wherein the second electrical contact layer is led through a perforation in the first semiconductor region and the active zone into the second semiconductor region , - an electrically insulating layer , which electrically insulates the first electrical contact layer and the second electrical contact layer from one another, - a mirror layer , which is arranged between the semiconductor layer sequence and the carrier substrate , and - a transparent encapsulation layer which covers side surfaces of the semiconductor layer sequence , side surfaces of the mirror layer and side surfaces of the electrically insulating layer which face the side surfaces of the semiconductor chip , wherein the side surfaces of the mirror layer are surrounded by the encapsulation layer on all sides, and the semiconductor layer sequence is completely covered by the transparent encapsulation layer. - a semiconductor layer sequence having a first semiconductor region of a first conduction type, a second semiconductor region of a second conduction type, and an active zone arranged between the first semiconductor region and the second semiconductor region , - a carrier substrate , wherein the semiconductor layer sequence has a first main surface facing the carrier substrate, and an opposite second main surface , - a first electrical contact layer and a second electrical contact layer , which are arranged at least regionally between the carrier substrate and the first main surface of the semiconductor layer sequence , wherein the second electrical contact layer is led through a perforation in the first semiconductor region and the active zone into the second semiconductor region , - an electrically insulating layer , which electrically insulates the first electrical contact layer and the second electrical contact layer from one another, - a mirror layer , which is arranged between the semiconductor layer sequence and the carrier substrate , and - a transparent encapsulation layer which covers side surfaces of the semiconductor layer sequence , side surfaces of the mirror layer and side surfaces of the electrically insulating layer which face the side surfaces of the semiconductor chip , wherein the side surfaces of the mirror layer are surrounded by the encapsulation layer on all sides, and the semiconductor layer sequence is completely covered by the transparent encapsulation layer.
A method, performed by a media gateway, the method comprising: identifying a particular session key, wherein the particular session key is one of a plurality of session keys for use in encrypting content, comprising a particular content, sent between a first device of the media gateway and a second device of the media gateway, where the first or the second device is embodied on a system-on-chip of the media gateway, wherein one of said first device or said second device is embodied on the system-on-chip and the other device is outside the system-on-chip but within the media gateway; and encrypting the particular content with the particular session key; and causing the encrypted particular content to be sent with a key refresh structure from the first device to the second device, wherein the key refresh structure is to identify that the particular session key was used to encrypt the particular content. identifying a particular session key, wherein the particular session key is one of a plurality of session keys for use in encrypting content, comprising a particular content, sent between a first device of the media gateway and a second device of the media gateway, where the first or the second device is embodied on a system-on-chip of the media gateway, wherein one of said first device or said second device is embodied on the system-on-chip and the other device is outside the system-on-chip but within the media gateway; and encrypting the particular content with the particular session key; and causing the encrypted particular content to be sent with a key refresh structure from the first device to the second device, wherein the key refresh structure is to identify that the particular session key was used to encrypt the particular content.
A method for Polar code encoding, comprising: generating a first common frozen bit index set corresponding to a first Polar code group in m Polar code groups, wherein the m Polar code groups are obtained by dividing multiple polar codes with a same code length and different code rates into the m Polar code groups, each having a common frozen bit set, wherein Polar codes in the first Polar code group have a same code length and different rates, and m is greater than or equal to two; obtaining a frozen bit index set corresponding to a polar code in the first polar code group, from the first common frozen bit index set; and performing Polar code encoding of information to be encoded based on the frozen bit index set to generate the Polar code in the first Polar code group. generating a first common frozen bit index set corresponding to a first Polar code group in m Polar code groups, wherein the m Polar code groups are obtained by dividing multiple polar codes with a same code length and different code rates into the m Polar code groups, each having a common frozen bit set, wherein Polar codes in the first Polar code group have a same code length and different rates, and m is greater than or equal to two; obtaining a frozen bit index set corresponding to a polar code in the first polar code group, from the first common frozen bit index set; and Polar codes in the first Polar code group have a same code length and different rates, and m is greater than or equal to two; obtaining a frozen bit index set corresponding to a polar code in the first polar code group, from the first common frozen bit index set; and performing Polar code encoding of information to be encoded based on the frozen bit index set to generate the Polar code in the first Polar code group.
An optical sensor for detecting objects in a monitoring region, having a housing and a transmitting/receiving unit arranged inside the housing , wherein light beams emitted by a transmitter of the transmitting/receiving unit are guided periodically inside the monitoring region and pass through a disc in the process, wherein light beams reflected back from an object are guided through the disc to a receiver of the transmitting/receiving unit and received signals of the receiver are evaluated in an evaluation unit for generating an object detection signal, and wherein a test unit is provided for checking the permeability of the disc, characterised in that the test unit has a plurality of test transmitters which are arranged stationarily in the housing and whose test light beams are aligned with different regions of the disc, in that the test unit has a reflector unit which is arranged outside the housing , on which the test light beams of the test transmitters are aligned and in that a test detector is assigned to each test transmitter in a detection position as a further component of the test unit, in that the test light beams emitted by this test transmitter pass through the disc, hit the reflector unit and are guided from there through the disc to the test detector and in that a reference measurement is carried out with the test detector or a further test detector , wherein the test light beams emitted by a test transmitter for this purpose are transmitted via a reference path to this test detector , and in that the optical sensor has a body which is assigned to the test transmitter and rotates about an axis of rotation and which has guide means for presetting the detection position, wherein the rotating body has a throughbore which forms the guide means, wherein the test light beams emitted by a test transmitter pass through the throughbore into the rotational positions of the rotating body which define the detection position, and are guided via the reflector unit to the test detector .
A semiconductor device comprising: - a trench formed in a semiconductor substrate having sidewalls, a bottom, and corners between sidewalls and bottom, - a layer comprising a grown first dielectric material covering at least part of the sidewalls and the bottom of the trench , - the grown first dielectric material comprising a first part at a top inner wall of the trench and a second part at a bottom inner wall of the trench , the first part being thinner than the second part , - the layer of the grown first dielectric material includes one or more notches at one or more of the corners of the trench , characterized in that - one or more spacers are formed of a deposited second dielectric material filling the respective one or more notches in the layer of the grown first dielectric material, and in that - the dielectric constant of the deposited second dielectric material is higher than the dielectric constant of the grown first dielectric material. - a trench formed in a semiconductor substrate having sidewalls, a bottom, and corners between sidewalls and bottom, - a layer comprising a grown first dielectric material covering at least part of the sidewalls and the bottom of the trench , - the grown first dielectric material comprising a first part at a top inner wall of the trench and a second part at a bottom inner wall of the trench , the first part being thinner than the second part , - the layer of the grown first dielectric material includes one or more notches at one or more of the corners of the trench , - one or more spacers are formed of a deposited second dielectric material filling the respective one or more notches in the layer of the grown first dielectric material, and in that - the dielectric constant of the deposited second dielectric material is higher than the dielectric constant of the grown first dielectric material.
A frame of a vehicle roof, comprising a cable guide element, in which a cable channel is realised, said cable channel serving to hold a drive cable for a displaceable roof element and being limited by a channel wall, said channel wall having a loop-out opening whose length in the longitudinal direction of the cable channel is greater than a loop-out threshold length, characterised in that the length of the loop-out opening in the longitudinal direction of the cable channel is less than a critical loop-out length, which is approximately 9.5 mm to 10.5 mm, said loop-out threshold length amounting to approximately 7.5 mm to 8.5 mm.
A system for immobilizing an anatomy of a patient, the system comprising: - at least one preform formed from a low melting temperature thermoplastic, the preform being configured to be formed to the anatomy of the patient; - at least one frame coupled to the at least one preform ; - at least one support which is positioned on a patient support such that a top surface thereof is positioned anterior to a patient support surface , the support being configured to support the anatomy of the patient; - at least one lock mechanism coupled to the at least one frame and configured to couple the at least one frame to the at least one support ; and at least one adjuster mechanism coupled to at least one of the at least one frame and the at least one support and configured to selectively adjust a distance between the at least one frame and the at least one support while the at least one frame is coupled to the at least one support . - at least one preform formed from a low melting temperature thermoplastic, the preform being configured to be formed to the anatomy of the patient; - at least one frame coupled to the at least one preform ; - at least one support which is positioned on a patient support such that a top surface thereof is positioned anterior to a patient support surface , the support being configured to support the anatomy of the patient; - at least one lock mechanism coupled to the at least one frame and configured to couple the at least one frame to the at least one support ; and at least one adjuster mechanism coupled to at least one of the at least one frame and the at least one support and configured to selectively adjust a distance between the at least one frame and the at least one support while the at least one frame is coupled to the at least one support .
A dampening system comprising: a non-ferrous metal body attached to a second body ; a flexible porous material ; and a stack of magnets attached to a third body , wherein the stack of magnets is movably disposed within or around the non-ferrous metal body and wherein adjacent magnets are arranged in an opposed polar relationship, whereby relative movement of said second and third bodies is damped, and wherein the flexible porous material is disposed between the stack of magnets and the non-ferrous metal body to provide air dampening. a non-ferrous metal body attached to a second body ; a flexible porous material ; and a stack of magnets attached to a third body , wherein the stack of magnets is movably disposed within or around the non-ferrous metal body and wherein adjacent magnets are arranged in an opposed polar relationship, whereby relative movement of said second and third bodies is damped, and wherein the flexible porous material is disposed between the stack of magnets and the non-ferrous metal body to provide air dampening.
A disposal robot suitable for a robotic system assembly for storage of disposal casks in a deep geological repository; the disposal robot comprising a vaulted frame with lower longitudinal girders on which cone shaped wheels with in-wheel drives are arranged that are overhung by the vault frame ; wherein in the inner space of the vaulted frame , there is a dual effector which is mounted in a horizontal planar frame suspended on two pairs of vertical motions screws of the same orientation and the same pitch, firmly constrained in the upper girder of the vaulted frame through gear wheels with nut which are arranged in radiaxial bearings in the planar frame ; wherein each pair of the gear wheels with nut is driven by a rotary drive with pinion through a flexible closed element ; wherein the rotary drives with pinion are part of the planar frame ; wherein the dual effector is suspended under the planar frame , wherein the dual effector comprises a first effector with two longitudinal lateral rows of eyes of swivel placement for manipulation with bentonite fillings and a second effector with eyes of placement for manipulation with disposal casks; wherein the first effector for manipulation with bentonite fillings is formed by a round rod with first swivel collets for carrying a bentonite bed, and wherein cylindrical large contact grips are arranged at the ends of the first swivel collets and wherein the second effector for manipulation with disposal casks is made such that on the circular rod , there is pivotally mounted a hollow rod with second swivel collets for carrying a disposal casks and wherein shaped large contact grips are arranged at the ends of the second swivel collets ; wherein both lateral parallel pairs of concentric round rods and hollow rods are synchronized by two front-end pairs of toothed segments and driven by linear actuators attached always either on the first swivel collet for carrying a bentonite bed, or on the second swivel collet for carrying a disposal casks, and on the opposite side in the eye of the planar frame ; wherein fitted pins are constrained in the frontal areas of the first swivel collets for carrying a bentonite bed; wherein in the rear part of the vaulted frame , there is a frame superstructure in which a winding drum is arranged, said winding drum comprising a power and control cable ended by a connecting plug ; and wherein in the rear part of the vaulted frame being firmly connected to it, there is a safety hook adapted for mechanical connection of the disposal robot with a vehicle with turntable for conveying the disposal robot , characterized in that the rotary drives with pinion are mutually electronically synchronized;
Method for operating a motion control system , wherein a C 2 -continuous scaling function is used to scale sections of a motion path, wherein corner points of a polygon, which includes the C 2 -continuous scaling function and determines the profile thereof, are determined according to a spline algorithm and ensure a monotonous profile of the C 2 -continuous scaling function and a homogeneous curvature distribution along the C 2 -continuous scaling function .