mhurhangee/ep-ind-claims huggingface dataset:
An optical encoding device (10, 20, 30, 40) of an image formed of pixels each defined by a position and at least one value, the image comprising at least two pixels of different values, the encoding device being intended to be observed in at least a first spectral band of observation and comprising: - a supporting structure; - a set of plasmonic nanoantennas of the metal-dielectric-metal type formed on said supporting structure, such as: - each plasmonic nanoantenna is resonant to at least one wavelength comprised in said first spectral band of observation, - the plasmonic nanoantennas are arranged spatially on the supporting structure so that at one pixel of the image, a subset of one or more plasmonic nanoantenna(s) is associated, whose optical response according to a polarization and in a spectral band comprised in the first spectral band of observation corresponds to the value of said pixel, the set of plasmonic nanoantennas thus forming at least a first spatial coding of said image in said first spectral band of observation. - a supporting structure; - a set of plasmonic nanoantennas of the metal-dielectric-metal type formed on said supporting structure, such as: - each plasmonic nanoantenna is resonant to at least one wavelength comprised in said first spectral band of observation, - the plasmonic nanoantennas are arranged spatially on the supporting structure so that at one pixel of the image, a subset of one or more plasmonic nanoantenna(s) is associated, whose optical response according to a polarization and in a spectral band comprised in the first spectral band of observation corresponds to the value of said pixel, the set of plasmonic nanoantennas thus forming at least a first spatial coding of said image in said first spectral band of observation. - each plasmonic nanoantenna is resonant to at least one wavelength comprised in said first spectral band of observation, - the plasmonic nanoantennas are arranged spatially on the supporting structure so that at one pixel of the image, a subset of one or more plasmonic nanoantenna(s) is associated, whose optical response according to a polarization and in a spectral band comprised in the first spectral band of observation corresponds to the value of said pixel, the set of plasmonic nanoantennas thus forming at least a first spatial coding of said image in said first spectral band of observation.
A method for sending first data from a first terminal directly to a second terminal, comprising: writing and storing, by a data exchange platform, a data exchange agreement achieved between a first user and a second user into a block chain, wherein the data exchange agreement includes feature information of exchanged data, wherein the exchanged data includes the first data from the first user and to-be-exchanged data from the second user (101, 510); receiving, by the data exchange platform, a first key sent by the first terminal and used for decrypting encrypted first data, the first terminal being a terminal corresponding to the first user, wherein the first terminal encrypts the first data to obtain the encrypted first data according to a symmetric encryption technology, the first terminal sends the first key to the data exchange platform, and the first terminal directly sends the encrypted first data to the second terminal (102, 520); and when it is verified, by the data exchange platform, that third data received by the data exchange platform from the second terminal complies with the data exchange agreement, sending, by the data exchange platform, the first key to the second terminal, such that the second terminal, after receiving the encrypted first data sent by the first terminal, decrypts the received encrypted first data based on the first key to obtain the first data, the second terminal being a terminal corresponding to the second user, wherein the third data is the to-be-exchanged data from the second user for receiving the first data from the first user (103, 530). writing and storing, by a data exchange platform, a data exchange agreement achieved between a first user and a second user into a block chain, wherein the data exchange agreement includes feature information of exchanged data, wherein the exchanged data includes the first data from the first user and to-be-exchanged data from the second user (101, 510); receiving, by the data exchange platform, a first key sent by the first terminal and used for decrypting encrypted first data, the first terminal being a terminal corresponding to the first user, wherein the first terminal encrypts the first data to obtain the encrypted first data according to a symmetric encryption technology, the first terminal sends the first key to the data exchange platform, and the first terminal directly sends the encrypted first data to the second terminal (102, 520); and when it is verified, by the data exchange platform, that third data received by the data exchange platform from the second terminal complies with the data exchange agreement, sending, by the data exchange platform, the first key to the second terminal, such that the second terminal, after receiving the encrypted first data sent by the first terminal, decrypts the received encrypted first data based on the first key to obtain the first data, the second terminal being a terminal corresponding to the second user, wherein the third data is the to-be-exchanged data from the second user for receiving the first data from the first user (103, 530).
Window covering system for covering a frame of a window - wherein the window covering system covers the window having a pane as well as the frame surrounding the pane, - wherein the pane is aligned in a surrounding glazing rebate and secured and fixed therein by means of glass holding rails and putty/silicone joints on both sides, - wherein the window covering system further comprises a profile, - wherein the profile carries a seal and rests with this against the pane, - wherein the profile has connecting means for connection on an inner side, characterised in that - the profile can be clamped with the connecting means by utilising the elastic deformability of the seal between the pane and at least a stop protruding from the frame approximately parallel to the pane. - wherein the window covering system covers the window having a pane as well as the frame surrounding the pane, - wherein the pane is aligned in a surrounding glazing rebate and secured and fixed therein by means of glass holding rails and putty/silicone joints on both sides, - wherein the window covering system further comprises a profile, - wherein the profile carries a seal and rests with this against the pane, - wherein the profile has connecting means for connection on an inner side, - the profile can be clamped with the connecting means by utilising the elastic deformability of the seal between the pane and at least a stop protruding from the frame approximately parallel to the pane.
Separator device for preforms comprising an alignment device for handling incorrectly aligned preforms (25, 30), wherein the separator device is designed as roller sorter comprising two conveyor rollers rotating in opposite directions to one another, between which preforms are transported in a conveying direction in a suspended manner in a target alignment, wherein the alignment device has a rotating body, which is mounted rotatably about an axis and which is arranged above the roller sorter in such a manner that the rotating rotating body projects into the movement path of incorrectly aligned preforms (25, 30), wherein the rotating body is designed to exert an alignment force on incorrectly aligned preforms (25, 30), characterised in that the rotating body also projects into the movement path of the preforms suspended between the conveyor rollers in target alignment and is designed and arranged in such a manner that it exerts an alignment force only on incorrectly aligned preforms (25, 30).
An in-vehicle apparatus comprising: an image display section adapted to display an image; a touch panel that is provided over the image display section and that is adapted to detect information on a position touched by an operator; and a control section adapted to recognize a gesture inputted on the touch panel, characterized in that the control section is adapted to further recognize an operation mode displayed on the image display section, and to determine, in accordance with a running state of a vehicle including the in-vehicle apparatus, to what operation mode the recognized gesture is performed as an operation, when determining that the recognized gesture is performed as the operation to an operation mode other than the operation mode displayed on the image display section, the control section is adapted to perform a function assigned to the recognized gesture in the operation mode other than the operation mode displayed on the image display section, and when the in-vehicle apparatus executes the operation mode displayed on the image display section and the operation mode other than the displayed operation mode while the vehicle is running, the control section determines that the recognized gesture is performed as the operation to the operation mode other than the operation mode displayed on the image display section. an image display section adapted to display an image; a touch panel that is provided over the image display section and that is adapted to detect information on a position touched by an operator; and a control section adapted to recognize a gesture inputted on the touch panel, characterized in that the control section is adapted to further recognize an operation mode displayed on the image display section, and to determine, in accordance with a running state of a vehicle including the in-vehicle apparatus, to what operation mode the recognized gesture is performed as an operation, when determining that the recognized gesture is performed as the operation to an operation mode other than the operation mode displayed on the image display section, the control section is adapted to perform a function assigned to the recognized gesture in the operation mode other than the operation mode displayed on the image display section, and when the in-vehicle apparatus executes the operation mode displayed on the image display section and the operation mode other than the displayed operation mode while the vehicle is running, the control section determines that the recognized gesture is performed as the operation to the operation mode other than the operation mode displayed on the image display section.
A method for authentication, the method comprising: using one or more hardware processors: identifying a first set of characters corresponding to a stored password; receiving a second set of characters to be authenticated during an authentication attempt, wherein the received second set of characters to be authenticated include more characters than the first set of characters corresponding to the stored password; and causing access to be granted to an access-controlled resource based upon determining that the second set of characters includes: a first subset of characters that match the first set of characters corresponding to the stored password and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt, and wherein the characters of said second subset of characters are not part of the first set of characters. identifying a first set of characters corresponding to a stored password; receiving a second set of characters to be authenticated during an authentication attempt, wherein the received second set of characters to be authenticated include more characters than the first set of characters corresponding to the stored password; and causing access to be granted to an access-controlled resource based upon determining that the second set of characters includes: a first subset of characters that match the first set of characters corresponding to the stored password and in a same order, and a second subset of characters that are not specified for the authentication attempt and are interleaved with the first subset of characters in an order that is not specified for the authentication attempt, and wherein the characters of said second subset of characters are not part of the first set of characters.
A safety device for an aerial lift having a basket or cage with controls which permit an operator standing in the basket or cage to manoeuvre it, the controls comprising: an emergency switch (25, 78) which normally allows the flow of electricity and is operable to stop electrical supply and prevent movement of the basket or cage, and a function enable switch which is normally open to cut electrical supply and prevent movement of the basket or cage and must be held closed by the operator to allow the flow of electricity and enable the operator to operate the controls; the safety device comprising at least the following components: an alarm which is either audible, visual or audible and visual, a switch activation device proximate to the controls, a primary relay connected to the function enable switch, a secondary relay connected to the emergency switch, the primary and secondary relays (88, 86) being controlled by a programmable control module connected to the switch activation device, function enable switch and alarm; wherein the control module is programmed to prevent movement of the basket or cage and activate the alarm by cutting electrical supply to the function enable switch via said primary relay when the function enable switch is closed and the switch activation device is activated, characterised in that if the electrical supply to the function enable switch cannot be cut via the primary relay, the control module is further programmed to prevent movement of the basket or cage by operating the emergency switch via the secondary relay to cut the electrical supply and to activate the alarm. an emergency switch (25, 78) which normally allows the flow of electricity and is operable to stop electrical supply and prevent movement of the basket or cage, and a function enable switch which is normally open to cut electrical supply and prevent movement of the basket or cage and must be held closed by the operator to allow the flow of electricity and enable the operator to operate the controls; an alarm which is either audible, visual or audible and visual, a switch activation device proximate to the controls, a primary relay connected to the function enable switch, a secondary relay connected to the emergency switch, the primary and secondary relays (88, 86) being controlled by a programmable control module connected to the switch activation device, function enable switch and alarm;
A process for electrochemical synthesis of the fine-crystalline silver salts, in a system comprising at least two electrodes: a working electrode and a counter electrode, wherein the electrolysis of the silver salt or a hydrogensalt of silver in the acid solution containing the same anion as the electrolysed salt is carried out in the concentrated acid solution, characterised in that, high purity and very high crystallinity salts of silver and inorganic oxoanion or oxofluoroanion of non-metal element in high oxidation state, preferably of non-metal such as C, N, P, S, Se, Te, Cl, Br and I are obtained, provided that the acid solution with a concentration over 80%, preferably greater than or equal to 95% is used, and/or the acceptable contamination of the acid is water, an anhydride of the acid, or other solvent forming solutions of the corresponding silver salt and the acid, optionally with the addition of electrolyte, wherein fine-crystalline silver salts having the crystallite size in the range of at least 20-500 microns in length are formed.
A method on a computing device (102, 202, 414) configured as an edge device node in a cluster of edge device nodes located at a network edge between a local network (104, 406) and a server computing device (106, 110, 412), the computing device being further configured as an orchestrator for orchestrating a process of updating system software of the edge device nodes of the cluster to help ensure that each edge device node of the cluster is configured to boot into a same version of a system disk image, the method comprising: booting from a system disk image at a boot location within a storage device of the computing device; receiving, from the server computing device, an updated system disk image and storing the updated system disk image within the storage device of the computing device; changing the boot location from a location of the system disk image to a location of the updated system disk image; booting from the updated system disk image; receiving an instruction to roll back to a prior version of the system disk image, the instruction being an instruction automatically generated at the computing device when an error is detected at the computing device or automatically generated at an other edge device node of the cluster when an error is detected at the other edge device node of the cluster; instructing the edge device nodes of the cluster to boot from the prior version of the system disk image, thereby ensuring that each edge device node of the cluster boots into the same version of the system disk image; based on receiving the instruction to roll back, changing the boot location from the location of the updated system disk image to a location of the prior version of the system disk image; and booting from the prior version of the system disk image. booting from a system disk image at a boot location within a storage device of the computing device; receiving, from the server computing device, an updated system disk image and storing the updated system disk image within the storage device of the computing device; changing the boot location from a location of the system disk image to a location of the updated system disk image; booting from the updated system disk image; receiving an instruction to roll back to a prior version of the system disk image, the instruction being an instruction automatically generated at the computing device when an error is detected at the computing device or automatically generated at an other edge device node of the cluster when an error is detected at the other edge device node of the cluster; instructing the edge device nodes of the cluster to boot from the prior version of the system disk image, thereby ensuring that each edge device node of the cluster boots into the same version of the system disk image; based on receiving the instruction to roll back, changing the boot location from the location of the updated system disk image to a location of the prior version of the system disk image; and booting from the prior version of the system disk image.
An in vitro method for determining the prognosis of a subject having a solid tumor selected from the group consisting of: non-small cell lung cancer, colorectal cancer, breast cancer, gastric cancer, or a metastasis derived therefrom, said method comprising the steps of: a) obtaining an isolated biological sample containing tumor infiltrating T reg cells from the subject; b) detecting LAYN in said sample; c) comparing the detected LAYN to a control selected from i) a known standard from a normal subject or from a normal population, or ii) from T cells different from tumor infiltrating regulatory T cells or regulatory T cells; and d) based on the comparison determining a prognosis, a higher LAYN in the subject sample indicating a poorer prognosis. a) obtaining an isolated biological sample containing tumor infiltrating T reg cells from the subject; b) detecting LAYN in said sample; c) comparing the detected LAYN to a control selected from i) a known standard from a normal subject or from a normal population, or ii) from T cells different from tumor infiltrating regulatory T cells or regulatory T cells; and i) a known standard from a normal subject or from a normal population, or ii) from T cells different from tumor infiltrating regulatory T cells or regulatory T cells; and d) based on the comparison determining a prognosis, a higher LAYN in the subject sample indicating a poorer prognosis.
A system for a vehicle, comprising: a non-volatile memory device configured to receive and store vehicle history data in a history data file; a database having data stored therein relevant to operation of the vehicle, the data representative of at least terrain or man-made obstacles the vehicle may potentially impact; a plurality of vehicle data sources, each vehicle data source configured to supply vehicle parameter data that are representative of a vehicle parameter; and a processor in operable communication with the non-volatile memory device, the database, and the plurality of vehicle data sources, the processor coupled to, and configured to acquire data from, the database, and to receive the vehicle parameter data, the processor configured, upon receipt of the data from the database and the vehicle parameter data, to: store at least selected portions of the vehicle parameter data and data representing internally processed parameters in the history data file; use the data from the database and the vehicle parameter data, to determine if the vehicle will impact terrain or a man-made obstacle within a predetermined time; and stop storing data in the history data file and close the history data file, upon determining that the vehicle will experience an impact within the predetermined time. a non-volatile memory device configured to receive and store vehicle history data in a history data file; a database having data stored therein relevant to operation of the vehicle, the data representative of at least terrain or man-made obstacles the vehicle may potentially impact; a plurality of vehicle data sources, each vehicle data source configured to supply vehicle parameter data that are representative of a vehicle parameter; and a processor in operable communication with the non-volatile memory device, the database, and the plurality of vehicle data sources, the processor coupled to, and configured to acquire data from, the database, and to receive the vehicle parameter data, the processor configured, upon receipt of the data from the database and the vehicle parameter data, to: store at least selected portions of the vehicle parameter data and data representing internally processed parameters in the history data file; use the data from the database and the vehicle parameter data, to determine if the vehicle will impact terrain or a man-made obstacle within a predetermined time; and stop storing data in the history data file and close the history data file, upon determining that the vehicle will experience an impact within the predetermined time. store at least selected portions of the vehicle parameter data and data representing internally processed parameters in the history data file; use the data from the database and the vehicle parameter data, to determine if the vehicle will impact terrain or a man-made obstacle within a predetermined time; and stop storing data in the history data file and close the history data file, upon determining that the vehicle will experience an impact within the predetermined time.
Vehicle dynamics control system in a motor vehicle having an electronic vehicle dynamics control unit which is connected to at least one drive control unit (4; 5) and is configured in such a way that it determines at least one setpoint slip (s setp) or a setpoint slip corridor (s setp_max_HA, s setp_min_HA, s setp_max_VA, s setp_min_VA) and the actual vehicle speed (v x) as a reference speed, and that it transmits this at least one setpoint slip (s setp) or this setpoint slip corridor (s setp_max_HA, s setp_min_HA, s setp_min_VA; s setp_min_VA) together with the reference speed (v x) to the at least one drive control unit (3; 5) which itself, in accordance with the transmitted values and by means of a function module (NR1; NR2), determines setpoint rotational speed values (N min_HA, N max_HA; N max_VA, N min_VA) at the motor level and carries out a rotational speed control process.