mhurhangee/ep-ind-claims huggingface dataset:
A computing system for providing hard link operations in file systems, the system comprising: one or more hardware processors; and one or more computer storage media storing computer-useable instructions that, when used by the one or more processors, cause the one or more processors to execute: receiving a file name for file content; and accessing the file content using the file name, wherein the file content is associated with a hard link data structure of a first directory, wherein the hard link data structure of the first directory has a File_Name-to-File_ID mapping and a File_ID-to-File_Object mapping, and wherein the file content is associated with a hard link data structure of a second directory, wherein the hard link data structure of the second directory has an alternate File_Name-to-File_ID mapping and an alternate File_ID-to-File_Object mapping. receiving a file name for file content; and accessing the file content using the file name, wherein the file content is associated with a hard link data structure of a first directory, wherein the hard link data structure of the first directory has a File_Name-to-File_ID mapping and a File_ID-to-File_Object mapping, and wherein the file content is associated with a hard link data structure of a second directory, wherein the hard link data structure of the second directory has an alternate File_Name-to-File_ID mapping and an alternate File_ID-to-File_Object mapping.
Granulation method for manufacturing of synthetical building materials by recycling of alternative raw materials, characterized in that it comprises following stages consisting in: - transform the said alternative raw materials with the help of at least a reactor comprising at least a granulator, in a synthetical building material, - collect with the help of first collecting means a representative sample of the said synthetical building material, - realize in real time with the help of at least a first measurement apparatus a first measurement by analyzing at least a first constituent of the sample collected from the synthetical building material, - compare the said first measurement with at least a first threshold value specific to the said first constituent previously stored with the help of storage means by assigning to the said first measurement at least a first predetermined priority level, - define with the help of at least a calculator at least a first regulation set point for a regulation update of regulating means of the granulator by applying at least a first predetermined rule previously stored with the help of the storage means, the first predetermined rule being specific to the first predetermined priority level of the first measurement. - transform the said alternative raw materials with the help of at least a reactor comprising at least a granulator, in a synthetical building material, - collect with the help of first collecting means a representative sample of the said synthetical building material, - realize in real time with the help of at least a first measurement apparatus a first measurement by analyzing at least a first constituent of the sample collected from the synthetical building material, - compare the said first measurement with at least a first threshold value specific to the said first constituent previously stored with the help of storage means by assigning to the said first measurement at least a first predetermined priority level, - define with the help of at least a calculator at least a first regulation set point for a regulation update of regulating means of the granulator by applying at least a first predetermined rule previously stored with the help of the storage means, the first predetermined rule being specific to the first predetermined priority level of the first measurement.
A method of receiving a synchronization signal for device-to-device, D2D, communication by user equipment, UE, in a wireless communication system, the method comprising: receiving a synchronization signal from a base station, BS, to acquire synchronization; receiving information on a synchronization mode for determining a reference synchronization of transmitting of a D2D signal, from the BS; and wherein, when the synchronization mode indicates a first synchronization mode, the D2D signal is transmitted based on a time and frequency synchronization of the BS, and wherein, when the synchronization mode indicates a second synchronization mode, the D2D signal is transmitted based on the time synchronization of a device different from the BS and a frequency synchronization of the BS. receiving a synchronization signal from a base station, BS, to acquire synchronization; receiving information on a synchronization mode for determining a reference synchronization of transmitting of a D2D signal, from the BS; and wherein, when the synchronization mode indicates a first synchronization mode, the D2D signal is transmitted based on a time and frequency synchronization of the BS, and wherein, when the synchronization mode indicates a second synchronization mode, the D2D signal is transmitted based on the time synchronization of a device different from the BS and a frequency synchronization of the BS.
A machine readable medium comprising instructions that, when executed, cause a machine to: obtain a first request from at least one of a host process or an application executed by a host, the first request including a user agent; identify the at least one of the host process or the application based on a second request including metadata identifying an executable name, the second request provided by the host separately from the first request; determine whether a threshold number of different user agents has been identified in requests from the at least one of the host process or the application; and take an action responsive to the determination, a default value for the threshold number being independent of the at least one of the host process or the application, the threshold number to be overridden by an application-specific threshold. obtain a first request from at least one of a host process or an application executed by a host, the first request including a user agent; identify the at least one of the host process or the application based on a second request including metadata identifying an executable name, the second request provided by the host separately from the first request; determine whether a threshold number of different user agents has been identified in requests from the at least one of the host process or the application; and take an action responsive to the determination, a default value for the threshold number being independent of the at least one of the host process or the application, the threshold number to be overridden by an application-specific threshold.
Self-deployable device for a child, comprising - an arcuate structure (110, 120) capable of supporting in the deployed state at least one wall of flexible material defining a space for receiving a child, - at least one stiffener bar (200, 201) to withstand bearing against the arcuate structure (110, 120), wherein a single one (210, 211) of the two ends of the stiffener bar (200, 201) is secured to the arcuate structure (110, 120) by a fixed connection, such that said stiffener bar (200, 201) is able to remain connected to the arcuate structure (110, 120) when said arcuate structure (110, 120) passes from the folded-up state to the deployed state and/or vice versa. - an arcuate structure (110, 120) capable of supporting in the deployed state at least one wall of flexible material defining a space for receiving a child, - at least one stiffener bar (200, 201) to withstand bearing against the arcuate structure (110, 120),
Materials separation device, comprising: - a first conveyor belt, equipped with first means of movement along a first substantially horizontal axis, - a second sorting conveyor, equipped with second means of movement along a second substantially horizontal axis, said second sorter being located above the first conveyor belt, said second sorter having reliefs extending in the direction of the first conveyor belt, the first and second belt being located such that projections from the first and from the second axis in a horizontal plane form a non-zero angle (α), characterized in that it further comprises a first blowing means located above the first conveyor belt, said first means being capable of producing an airflow substantially perpendicular to said first conveyor and oriented downwards. - a first conveyor belt, equipped with first means of movement along a first substantially horizontal axis, - a second sorting conveyor, equipped with second means of movement along a second substantially horizontal axis,
A method of using a controller that controls switches in a network having end hosts, EH, that are coupled to the switches, the method comprising: with the controller, forming a plurality of virtual switches, VSW, from respective groups of end hosts, EH, wherein at least one virtual switch, VSW, includes ports, P, from at least two switches, characterised by: with the controller, forming a virtual router, VR, from a group of the virtual switches, SW, wherein the virtual router, VR, performs network routing operations; receiving a service insertion policy that identifies at least one source end host, EH, at least one destination end host, EH, and at least one service to be performed on network packets between the source end host and the destination end host, EH; selecting a service device (104, 105) that performs the service; and redirecting network packets between the source end host, EH, and the destination end host through the selected service device (104, 105) by controlling the virtual router, VR. with the controller, forming a virtual router, VR, from a group of the virtual switches, SW, wherein the virtual router, VR, performs network routing operations; receiving a service insertion policy that identifies at least one source end host, EH, at least one destination end host, EH, and at least one service to be performed on network packets between the source end host and the destination end host, EH; selecting a service device (104, 105) that performs the service; and redirecting network packets between the source end host, EH, and the destination end host through the selected service device (104, 105) by controlling the virtual router, VR.
A polyimide, obtained by polymerizing a diamine and an acid dianhydride to give a polyamic acid that is then imidized, wherein the acid dianhydride includes a compound represented by Chemical Formula 1 below.
An industrial truck with at least one lithium-ion battery, a vehicle control device and a CAN bus, via which data- and control signals from the vehicle control device are received and transmitted, wherein the lithium-ion battery comprises a battery control which monitors an operation status of the lithium-ion battery and sends data concerning the monitored operation status of the lithium-ion battery to the vehicle control device of the industrial truck via the CAN bus, and the industrial truck comprises a CAN bus code unit which is connected to the battery control, consists of a numerical keyboard via which an unlock code for the industrial truck can be put in, wherein the lithium-ion battery is shifted into a first idle state as sleep mode, in which the battery control is deactivated except the connection to the CAN bus code unit, and the vehicle control device is completely activated again by an actuation of the CAN bus code unit, characterised in that after a predetermined period of time in the first idle state, the battery control changes over into a second idle mode, starting from which the battery control can be activated again by connecting a build-in charger or an external charger which is connected to the battery control and the vehicle control device via the CAN bus and receives its electric power from a current grid, wherein during the first idle condition power is still being extracted from the lithium-ion battery in order to maintain a communication with the CAN bus code unit continuously, in the second idle state it is done even without this, and only waking up is permitted via a reactivation of the battery control by the build-in charger or the external charger.
Device for distributing liquid, having a spray nozzle which is rotatable or pivotable about a vertical axis, a vertical feed pipe which leads to the spray nozzle and encloses a liquid duct for supplying the spray nozzle with liquid, a connector which is connectable to the feed pipe and is configured to be coupled in a fluid-tight manner to a fire hose, and a frame of struts (6a, 6b) which are supported in relation to the feed pipe, characterized in that a first strut of the frame is supported in relation to the feed pipe in a first direction, in that a second strut of the frame is supported in relation to the feed pipe in a second direction which is counter to the first direction, and in that the flow axis of the connector runs horizontally in an axial direction that is transverse to the first and the second direction, and in that other struts supporting in other directions are not present.
A battery pack comprising: a connecting portion (14A, 14B, 16A, 16B) that is adapted to be connected to a battery charger; a battery that is adapted to be charged by the battery charger connected to the connecting portion (14A, 14B, 16A, 16B); an environment temperature detecting element that is adapted to detect an environment temperature around the battery; and a control circuit that is adapted to, when the battery charger is connected to the connecting portion (14A, 14B, 16A, 16B), periodically detect the environment temperature via the environment temperature detecting element, characterized in that the control circuit is further adapted to control the battery charger to suspend starting of charging the battery or to temporarily discontinue charging the battery when a variation per unit of time of the detected environment temperature exceeds a predetermined range. a connecting portion (14A, 14B, 16A, 16B) that is adapted to be connected to a battery charger; a battery that is adapted to be charged by the battery charger connected to the connecting portion (14A, 14B, 16A, 16B); an environment temperature detecting element that is adapted to detect an environment temperature around the battery; and a control circuit that is adapted to, when the battery charger is connected to the connecting portion (14A, 14B, 16A, 16B), periodically detect the environment temperature via the environment temperature detecting element, characterized in that the control circuit is further adapted to control the battery charger to suspend starting of charging the battery or to temporarily discontinue charging the battery when a variation per unit of time of the detected environment temperature exceeds a predetermined range.
A retainer which is intended to fix a control device to, for example, a pressure tank or similar container and which is fitted/fastened by means of a straplike element wherein the retainer is provided with a hollow forming a first limb and a second limb, at least one of which limbs (10a,b) is resilient relative to the other in such a way that the outer end portions of the limbs (10a,b) are pressed towards one another when the straplike element is tightened, thereby reducing the width of the hollow and preventing the control device inserted in the hollow from sliding out of the retainer characterised in that the retainer is provided with a channel which runs through one of the retainer's limbs, the channel being intended for the straplike element.
A method comprising: dividing, by one or more processors, received audio signals into a series of buffers in time domain, each buffer including samples of the audio signals; transforming each buffer into frequency domain; for each buffer, determining a respective energy envelope, a respective sibilance energy level, and a respective zero-crossing rate; applying gain reduction to a sibilance frequency band of a buffer among the buffers in response to determining that: a ratio between a sibilance energy level of the buffer and an energy envelope of an immediate previous buffer satisfies a first threshold; and a zero-crossing rate of the buffer satisfies a second threshold; and providing the audio signals, with gain reduced in the sibilance frequency band, to a consuming device for storage, streaming or playback. dividing, by one or more processors, received audio signals into a series of buffers in time domain, each buffer including samples of the audio signals; transforming each buffer into frequency domain; for each buffer, determining a respective energy envelope, a respective sibilance energy level, and a respective zero-crossing rate; applying gain reduction to a sibilance frequency band of a buffer among the buffers in response to determining that: a ratio between a sibilance energy level of the buffer and an energy envelope of an immediate previous buffer satisfies a first threshold; and a zero-crossing rate of the buffer satisfies a second threshold; and a ratio between a sibilance energy level of the buffer and an energy envelope of an immediate previous buffer satisfies a first threshold; and a zero-crossing rate of the buffer satisfies a second threshold; and providing the audio signals, with gain reduced in the sibilance frequency band, to a consuming device for storage, streaming or playback.
A method of manufacturing a document (114, 174), the document having an integrated display, wherein the document comprises multiple layers, wherein at least one of the multiple layers comprises a substrate, wherein the substrate carries the integrated display, wherein the substrate carries an electronic circuit coupled to the integrated display, wherein the integrated display comprises a display component (166, 186), wherein the electronic circuit comprises a circuit component (168, 188), wherein the method comprises: - providing the substrate; - performing a process step for forming the display component and the circuit component on the substrate, wherein the integrated display is manufactured using a conductive polymer, wherein the process step is printing the conductive polymer, wherein the integrated display is an active matrix display, wherein the process step is used to manufacture transistors in the active matrix display, and wherein the process step is used to manufacture transistors in the circuit component; and - forming the document using the substrate. - providing the substrate; - performing a process step for forming the display component and the circuit component on the substrate, wherein the integrated display is manufactured using a conductive polymer, wherein the process step is printing the conductive polymer, wherein the integrated display is an active matrix display, wherein the process step is used to manufacture transistors in the active matrix display, and wherein the process step is used to manufacture transistors in the circuit component; and - forming the document using the substrate.
Zinc toluenesulfonate produced by allowing a zinc compound comprising Zn 2, and toluenesulfonic acid and/or a salt thereof to react at a temperature higher than 60 °C in the presence of an alcohol having 1 to 20 total carbon atoms, wherein said zinc toluenesulfonate comprises 70 parts by mass or more of zinc toluenesulfonate zerohydrate in 100 parts by mass of a total amount of zerohydrate to hexahydrate of zinc toluenesulfonate, and the alcohol in a proportion of not less than 5 ppm to a total amount of zerohydrate to hexahydrate of zinc toluenesulfonate. wherein said zinc toluenesulfonate comprises 70 parts by mass or more of zinc toluenesulfonate zerohydrate in 100 parts by mass of a total amount of zerohydrate to hexahydrate of zinc toluenesulfonate, and the alcohol in a proportion of not less than 5 ppm to a total amount of zerohydrate to hexahydrate of zinc toluenesulfonate.
Safeguarding device (2; 3;4;5) designed to safeguard a container, especially a bottle containing a wine or spirit, having a neck sealed by a stopper partly introduced into said neck, said safeguarding device (2;3;4;5) comprising a first and a second part (20, 21; 30, 31;40, 41;50, 51), the first part (20; 30;40;50) being adapted to be integrated in the stopper and the two parts (20, 21; 30, 31;40, 41;50, 51) being joined in translation while allowing a limited relative movement of one of the parts with respect to the other when a traction force is applied to the safeguarding device (2; 3; 4; 5) in order to remove said stopper from the neck, characterized in that it comprises an electrical component (212; 301, 310, 311; 420; 520) disposed so that at least one electrical characteristic of said component is modified during the relative movement of the two parts (20, 21; 30, 31;40, 41;50, 51) said electrical component (212; 301, 310, 311; 420; 520) being a piezoelectrical component or a LC circuit.
A medicine packaging bag, wherein an elongated sheet is folded centrally in a width direction thereof and a medicine (a) is introduced between two-folded halves (11, 11) of the sheet and the elongated sheet is thermal-bonded (12, 13) along an entire width ahead of and behind the medicine (a) and along an entire length of open edge portions of the two-folded halves (11, 11), wherein a thermal-bonded portion in the entire length of the open edge portions of the two-folded halves (11, 11) is formed inwardly from an end edge of the open edge portion at a predetermined distance, wherein perforations are formed in a width direction of the sheet and a large number of fine tearing cuts are formed between the thermal-bonded portion and the end edge of the open edge portion along an entire length in a longitudinal direction of the elongated sheet, characterised by the tearing cuts being formed inwardly from the end edge of the open edge portion at a distance (t), through which the sheet is difficult to tear by a tension in a longitudinal direction during sending of the sheet, and through which the sheet is easy to tear by a human force, and wherein a tearing cut-less portion is formed between the tearing cut portion and the end edge of the open edge portion along the entire length in the longitudinal direction of the sheet.
Blocking device for a timepiece comprising: - a first and a second movable part (8a', 8a"; 8s, 8t) kinematically connected to each other, the first movable part (8a'; 8s) comprising a drive device, the second movable part (8a"; 8t) comprising a stop device, - a rotary drive member intended to rotate in a single direction and arranged to cooperate with the drive device to move the first movable part (8a'; 8s), and thus the second movable part (8a"; 8t), alternately in opposite directions, and - a rotary blocking member intended to be energized and arranged to cooperate with the stop device to be blocked by the second movable part (8a"; 8t) and released at times determined by said movements of the second movable part (8a"; 8t), and in which the first movable part (8a'; 8s) has an opening with a closed contour receiving the rotary drive member and the wall of which defines the drive device, the said wall following over substantially 360° the trajectory of an apex of the rotary drive member in a reference frame linked to the first movable part (8a'; 8s) during the rotation of the rotary drive member in order to protect the blocking device from shocks. - a first and a second movable part (8a', 8a"; 8s, 8t) kinematically connected to each other, the first movable part (8a'; 8s) comprising a drive device, the second movable part (8a"; 8t) comprising a stop device, - a rotary drive member intended to rotate in a single direction and arranged to cooperate with the drive device to move the first movable part (8a'; 8s), and thus the second movable part (8a"; 8t), alternately in opposite directions, and - a rotary blocking member intended to be energized and arranged to cooperate with the stop device to be blocked by the second movable part (8a"; 8t) and released at times determined by said movements of the second movable part (8a"; 8t),