mhurhangee/ep-ind-claims huggingface dataset:
A locking system for a pool cover, comprising a retaining element intended to be fastened to the pool cover, and a locking device comprising: - a fastening case intended to be fastened to a wall of the pool, the fastening case including an internal chamber and a passage opening opening into the internal chamber, the retaining element being configured to be received in the internal chamber via the passage opening, - a first locking element and a second locking element which are housed at least partially in the internal chamber and which are slidably mounted relative to the fastening case in a sliding direction and between a locking configuration in which the first and second locking elements (22, 23) are brought closer to each other and are configured to cooperate with the retaining element, when the retaining element is received in the internal chamber, so as to lock the retaining element, and a release configuration in which the first and second locking elements (22, 23) are spaced apart and are configured to release the retaining element so as to allow removal of the retaining element from the internal chamber, and - a drive mechanism configured to move the first and second locking elements (22, 23) between the locking configuration and the release configuration. - a fastening case intended to be fastened to a wall of the pool, the fastening case including an internal chamber and a passage opening opening into the internal chamber, the retaining element being configured to be received in the internal chamber via the passage opening, - a first locking element and a second locking element which are housed at least partially in the internal chamber and which are slidably mounted relative to the fastening case in a sliding direction and between a locking configuration in which the first and second locking elements (22, 23) are brought closer to each other and are configured to cooperate with the retaining element, when the retaining element is received in the internal chamber, so as to lock the retaining element, and a release configuration in which the first and second locking elements (22, 23) are spaced apart and are configured to release the retaining element so as to allow removal of the retaining element from the internal chamber, and - a drive mechanism configured to move the first and second locking elements (22, 23) between the locking configuration and the release configuration.
An agricultural vehicle having an engine mounted on a chassis, the chassis including a clutch housing and a transmission housing and a front frame section, the engine including an engine block fixed to the chassis, the engine not forming part of the chassis, wherein the engine block is fixed to the front frame section only at a front end of the engine block, and the engine block is fixed to the clutch housing or transmission housing only at a rear end of the engine block. the chassis including a clutch housing and a transmission housing and a front frame section, the engine including an engine block fixed to the chassis, the engine not forming part of the chassis, wherein the engine block is fixed to the front frame section only at a front end of the engine block, and the engine block is fixed to the clutch housing or transmission housing only at a rear end of the engine block.
A method for playback of a virtual online linear video channel, comprising: generating a schedule for the virtual online linear video channel, wherein the virtual online linear video channel includes a plurality of video sources (111, 119) and each of the plurality of video sources is selected to distribute a video stream for at least a portion of the schedule; generating a manifest file with a manifest server, the manifest file corresponding to the schedule for the virtual online linear video channel and identifying the selected video source from which the video stream is distributed at each portion of the schedule; establishing a connection between the manifest server and the video player, wherein a session identifier identifies the connection; receiving a request to play the virtual online linear video channel from a video player; and in response to receiving the request, at the manifest server: generating a per-user manifest file as a function of the manifest file and the session identifier; encrypting the per-user manifest file with an encryption key generated as function of the session identifier; and transmitting the encrypted per-user manifest file to the video player. generating a schedule for the virtual online linear video channel, wherein the virtual online linear video channel includes a plurality of video sources (111, 119) and each of the plurality of video sources is selected to distribute a video stream for at least a portion of the schedule; generating a manifest file with a manifest server, the manifest file corresponding to the schedule for the virtual online linear video channel and identifying the selected video source from which the video stream is distributed at each portion of the schedule; establishing a connection between the manifest server and the video player, wherein a session identifier identifies the connection; receiving a request to play the virtual online linear video channel from a video player; and in response to receiving the request, at the manifest server: generating a per-user manifest file as a function of the manifest file and the session identifier; encrypting the per-user manifest file with an encryption key generated as function of the session identifier; and transmitting the encrypted per-user manifest file to the video player. generating a per-user manifest file as a function of the manifest file and the session identifier; encrypting the per-user manifest file with an encryption key generated as function of the session identifier; and transmitting the encrypted per-user manifest file to the video player.
A fiber mat for use in the production of a component for a wind turbine, in particular a rotor blade, the component being curved at least in parts, the fiber mat comprising several rovings being arranged side by side and being connected to one another in at least two connection areas, wherein at least one of the rovings is continuous between the at least two connection areas and wherein at least one of the rovings is discontinuous between the at least two connection areas.
A coaxial keg connector comprising a main body made of plastic and having a first inlet port and a second inlet port receiving a stem, and a coaxial outlet comprising an outer outlet port in communication with the first inlet port and an inner outlet port in communication with the second inlet port; the stem comprising a tubular body with a main axis with an inlet and a keg connector for attachment to the keg at one end, the second end of the stem opposite to the first end having an outlet in fluid communication with the inner outlet port characterised by the stem further comprising a ball joint rotatably mounted in and sealed with respect to the main body so as to be rotatable about the main axis of the tubular body and rotatable to a limited extent about axes perpendicular to the main axis.
A pervasive listening method, including steps of: inserting at least one gap into at least one selected frequency band, in a selected time interval, of an audio playback signal to generate a modified playback signal; during emission of sound in a playback environment in response to the modified playback signal, using a microphone in the playback environment to generate a microphone output signal, wherein the sound is indicative of playback content of the modified playback signal, and the microphone output signal is indicative of non-playback sound in the playback environment and the playback content; and monitoring the non-playback sound in the playback environment in response to the modified playback signal and the microphone output signal. inserting at least one gap into at least one selected frequency band, in a selected time interval, of an audio playback signal to generate a modified playback signal; during emission of sound in a playback environment in response to the modified playback signal, using a microphone in the playback environment to generate a microphone output signal, wherein the sound is indicative of playback content of the modified playback signal, and the microphone output signal is indicative of non-playback sound in the playback environment and the playback content; and monitoring the non-playback sound in the playback environment in response to the modified playback signal and the microphone output signal.
A method for remotely identifying a motor vehicle, comprising: (a) electronically acquiring sensor data from a plurality of electronic sensors installed in the vehicle; (b) transmitting the acquired sensor data via a wireless link, from the vehicle to a remote server; (c) at the remote server, receiving the acquired sensor data and comparing the acquired sensor date to stored baseline data; and (d) identifying the motor vehicle based on the said comparison, wherein the stored baseline data includes sensor data previously acquired from a plurality of sensors on board each one of a plurality of motor vehicles, wherein the stored baseline data corresponding to at least one of the sensors includes first data acquired under a first operating condition of the corresponding motor vehicle, and second data acquired under a second operating condition of the corresponding motor vehicle, and wherein the first operating condition of the corresponding motor vehicle is a cold condition and the second operating condition of the corresponding motor vehicle is a steady-state operating condition, and wherein the steady-state operating condition is defined as a predetermined period of time after startup of the vehicle. (a) electronically acquiring sensor data from a plurality of electronic sensors installed in the vehicle; (b) transmitting the acquired sensor data via a wireless link, from the vehicle to a remote server; (c) at the remote server, receiving the acquired sensor data and comparing the acquired sensor date to stored baseline data; and (d) identifying the motor vehicle based on the said comparison,
A two-stage oil and gas field produced water treatment system for treatment of an oilfield produced water, wherein the oilfield produced water comprises hydrocarbons and hazardous sulfides, the system comprising: an oil removal vessel configured to remove a portion of the hydrocarbons with the oil removal vessel, wherein the oil removal vessel comprises a gas flotation unit, a heat separation unit, a skimming pit, or any combination thereof, wherein the oil removal vessel is capable of containing oilfield produced water introduced to the oil removal vessel; an iron sponge configured to remove a portion of the hazardous sulfides with the iron sponge, wherein the oil removal vessel is positioned upstream of the iron sponge, wherein the iron sponge comprises a clay substrate and a transition metal oxide coating comprising zinc oxide, iron oxide, or combinations thereof; a source that contains stabilized sodium percarbonate solution, the stabilized sodium percarbonate solution comprising water, a stabilizer, and an acid, the acid comprising citric acid, phosphoric acid, or a combination thereof, and the amount of acid being sufficient to maintain the solution below pH 7.0; a valve, wherein the valve is positioned downstream of the iron sponge, wherein the valve is configured to regulate a flow of the stabilized sodium percarbonate solution from the source into an effluent stream comprising oilfield produced water that has passed through the iron sponge; and a sensor disposed in the effluent stream from the iron sponge before the valve wherein the sensor is configured to measure amounts of hazardous sulfides. an oil removal vessel configured to remove a portion of the hydrocarbons with the oil removal vessel, wherein the oil removal vessel comprises a gas flotation unit, a heat separation unit, a skimming pit, or any combination thereof, wherein the oil removal vessel is capable of containing oilfield produced water introduced to the oil removal vessel; an iron sponge configured to remove a portion of the hazardous sulfides with the iron sponge, wherein the oil removal vessel is positioned upstream of the iron sponge, wherein the iron sponge comprises a clay substrate and a transition metal oxide coating comprising zinc oxide, iron oxide, or combinations thereof; a source that contains stabilized sodium percarbonate solution, the stabilized sodium percarbonate solution comprising water, a stabilizer, and an acid, the acid comprising citric acid, phosphoric acid, or a combination thereof, and the amount of acid being sufficient to maintain the solution below pH 7.0; a valve, wherein the valve is positioned downstream of the iron sponge, wherein the valve is configured to regulate a flow of the stabilized sodium percarbonate solution from the source into an effluent stream comprising oilfield produced water that has passed through the iron sponge; and a sensor disposed in the effluent stream from the iron sponge before the valve wherein the sensor is configured to measure amounts of hazardous sulfides.
Method for the installation of vertical grids against burrowing animals in the ground, characterized in that a grid is fixed in a device between a first shaped plate in the form of a support and a second shaped plate in the form of a cover by means of a connection of the first and second shaped plate (1, 4) and is installed in the ground along a construction axis, and in that the connection is disconnected after installation and the shaped plates (1, 4) are pulled out of the ground individually so that the grid remains in the ground.
A fail judging method to determine whether an amount of sample supplied to an electrochemical biosensor comprising electrodes and a slit for sample supply is insufficient for performing analysis of the sample, the method comprising: applying a voltage across the electrodes of the biosensor; measuring current between the electrodes; determining whether or not the current reaches a predetermined first threshold value and setting a reference time point at the time point when, the current reaches the first threshold value; computing an acceleration of change of the current at the reference time point; and determing that the amount of the sample is insufficient for performing the analysis when the acceleration is determined to be no larger than a predetermined second threshold value. applying a voltage across the electrodes of the biosensor; measuring current between the electrodes; determining whether or not the current reaches a predetermined first threshold value and setting a reference time point at the time point when, the current reaches the first threshold value; computing an acceleration of change of the current at the reference time point; and determing that the amount of the sample is insufficient for performing the analysis when the acceleration is determined to be no larger than a predetermined second threshold value.
A non-pneumatic tire and wheel assembly comprising a wheel structure, a spoke ring structure formed of one or more segments (22a, 24a, 26a) arranged to form an annular spoke ring, wherein the spoke ring structure has a plurality of spoke members (60, 62), and a radially outer tread ring mounted on the outer circumference of the spoke ring structure, and wherein the spoke ring structure is attached to a radially outer wheel structure mounting surface of the wheel structure via an interference fit, characterized in that the assembly further comprises one or more of the following features: (i) a radially inner portion of the spoke ring structure has an axial width less than the axial width of a radially outer portion of the spoke ring structure; (ii) the spoke structure comprises a plurality of axially adjacent spoke rings (22, 24, 26); (iii) each spoke member (60, 62) has a radially inner portion and a radially outer portion, wherein the radially inner portion has an axial width less than the radially outer portion. (i) a radially inner portion of the spoke ring structure has an axial width less than the axial width of a radially outer portion of the spoke ring structure; (ii) the spoke structure comprises a plurality of axially adjacent spoke rings (22, 24, 26); (iii) each spoke member (60, 62) has a radially inner portion and a radially outer portion, wherein the radially inner portion has an axial width less than the radially outer portion.
A bite block for a mouth of a patient including: a body comprising a first tapered end, an opposite second end and an intermediate mid-region, the first tapered end being insertable into said mouth of the patient, whereby said second end extends outwardly therefrom, and the mid-region being configured for contact with respective teeth of maxilla and mandible of said patient, wherein at least said mid-region of the body being constructed from a resiliently compressible material; at least one hermetically sealed chamber within said body being resiliently deformable and extending through or into said mid-region, wherein the at least one hermetically sealed chamber is set at a pressure above 101353 Pa (14.7psi) at the point of manufacture; and a tube engaging portion for abutment with a flexible tube of an airway management device; wherein the body being progressively compressible and the at least one hermetically sealed chamber being at least partly progressively deformable as the maxilla and mandible are urged together, to thereby inhibit damage to said teeth, while inhibiting compression of said flexible tube. a body comprising a first tapered end, an opposite second end and an intermediate mid-region, the first tapered end being insertable into said mouth of the patient, whereby said second end extends outwardly therefrom, and the mid-region being configured for contact with respective teeth of maxilla and mandible of said patient, wherein at least said mid-region of the body being constructed from a resiliently compressible material; at least one hermetically sealed chamber within said body being resiliently deformable and extending through or into said mid-region, wherein the at least one hermetically sealed chamber is set at a pressure above 101353 Pa (14.7psi) at the point of manufacture; and a tube engaging portion for abutment with a flexible tube of an airway management device; wherein the body being progressively compressible and the at least one hermetically sealed chamber being at least partly progressively deformable as the maxilla and mandible are urged together, to thereby inhibit damage to said teeth, while inhibiting compression of said flexible tube.
A display device comprising: a plurality of receivers(110, 120) which receives a plurality of contents; a storage; a plurality of scalers(130, 140) which reduces data sizes of the plurality of contents, stores respective content with the reduced data sizes in the storage, and reads the respective content stored in the storage according to an output timing; a plurality of frame rate converters(160, 170) which converts frame rates of the respective read content; and a video output device which combines and displays the respective content output from the plurality of frame rate converters(160, 170), wherein the video output device multiplexes the respective content provided from the plurality of frame rate converters(160, 170) so that the respective content are sequentially arranged according to a predetermined arrangement order, upscales the multiplexed data to suit a screen size, and displays the upscaled data. a plurality of receivers(110, 120) which receives a plurality of contents; a storage; a plurality of scalers(130, 140) which reduces data sizes of the plurality of contents, stores respective content with the reduced data sizes in the storage, and reads the respective content stored in the storage according to an output timing; a plurality of frame rate converters(160, 170) which converts frame rates of the respective read content; and a video output device which combines and displays the respective content output from the plurality of frame rate converters(160, 170),
A portable device comprising: a sensor configured to detect a trigger signal and a command gesture of a user wearing the portable device on his/her arm; a control unit configured to: identify the detected trigger signal and the detected command gesture, determine an external device based on the trigger signal, among a plurality of external devices, and determine an order for controlling the external device based on the identified command gesture; and a communication unit configured to transmit a command signal corresponding to the order to the external device; wherein the sensor is an acceleration measurement module configured to measure acceleration, acceleration data of the command gesture is obtained using the acceleration measurement module, and the command gesture is detected in response to detection of the trigger signal using the acceleration data; wherein the control unit performs a rotation correction to separate a rotation of the user's arm from a movement of the portable device, based on an initial angle of rotation (θ) of the arm on an axis (X, Y, Z) of the portable device. a sensor configured to detect a trigger signal and a command gesture of a user wearing the portable device on his/her arm; a control unit configured to: identify the detected trigger signal and the detected command gesture, determine an external device based on the trigger signal, among a plurality of external devices, and determine an order for controlling the external device based on the identified command gesture; and a communication unit configured to transmit a command signal corresponding to the order to the external device; wherein the sensor is an acceleration measurement module configured to measure acceleration, acceleration data of the command gesture is obtained using the acceleration measurement module, and the command gesture is detected in response to detection of the trigger signal using the acceleration data; wherein the control unit performs a rotation correction to separate a rotation of the user's arm from a movement of the portable device, based on an initial angle of rotation (θ) of the arm on an axis (X, Y, Z) of the portable device. identify the detected trigger signal and the detected command gesture, determine an external device based on the trigger signal, among a plurality of external devices, and determine an order for controlling the external device based on the identified command gesture; and a communication unit configured to transmit a command signal corresponding to the order to the external device; wherein the sensor is an acceleration measurement module configured to measure acceleration, acceleration data of the command gesture is obtained using the acceleration measurement module, and the command gesture is detected in response to detection of the trigger signal using the acceleration data; wherein the control unit performs a rotation correction to separate a rotation of the user's arm from a movement of the portable device, based on an initial angle of rotation (θ) of the arm on an axis (X, Y, Z) of the portable device.