mhurhangee/ep-ind-claims huggingface dataset:
Working center, for workpieces to be worked made in wood, ceramic, plastic, metal, glass, fiberglass and the like, comprising: a base for standing on the ground; a working plane coupled to said base comprising a plurality of supporting bars, for supporting said workpieces; a working unit movable along said base; said working center being characterized in that it comprises: taking and moving means movable along said base; at least one multifunction plane module (4 a, b, k,..., n) comprising interface means for coupling with said taking and moving means, so that said at least one multifunction plane module (4 a, b, k,..., n) moves from a rest position to a working position, in which it is arranged above said plurality of supporting bars, to form a continuous multifunction plane. a base for standing on the ground; a working plane coupled to said base comprising a plurality of supporting bars, for supporting said workpieces; a working unit movable along said base; said working center being characterized in that it comprises: taking and moving means movable along said base; at least one multifunction plane module (4 a, b, k,..., n) comprising interface means for coupling with said taking and moving means, so that said at least one multifunction plane module (4 a, b, k,..., n) moves from a rest position to a working position, in which it is arranged above said plurality of supporting bars, to form a continuous multifunction plane. taking and moving means movable along said base; at least one multifunction plane module (4 a, b, k,..., n) comprising interface means for coupling with said taking and moving means, so that said at least one multifunction plane module (4 a, b, k,..., n) moves from a rest position to a working position, in which it is arranged above said plurality of supporting bars, to form a continuous multifunction plane.
A computer-implemented method comprising: receiving an image; identifying content to display over the image for a user; identifying a location within the image to display the content; identifying a point of interest of the content; triggering display of the content overlaid on the image by: identifying a portion of the content based on the point of interest, rendering the portion of the content using first shading parameters, and rendering the content other than the portion using second shading parameters; generating a pointing entity directed at the point of interest the pointing entity having a pointing origin identified based on a position of the user in a physical space and the point of interest and indicating a position and/or direction for the user from which to view the point of interest; and triggering display of the pointing entity overlaid on the image. receiving an image; identifying content to display over the image for a user; identifying a location within the image to display the content; identifying a point of interest of the content; triggering display of the content overlaid on the image by: identifying a portion of the content based on the point of interest, rendering the portion of the content using first shading parameters, and rendering the content other than the portion using second shading parameters; identifying a portion of the content based on the point of interest, rendering the portion of the content using first shading parameters, and rendering the content other than the portion using second shading parameters; generating a pointing entity directed at the point of interest the pointing entity having a pointing origin identified based on a position of the user in a physical space and the point of interest and indicating a position and/or direction for the user from which to view the point of interest; and triggering display of the pointing entity overlaid on the image.
A method for modifying a stream of digital content transmitted by a transmitting device (210, 300) to a reproducing device (220, 500) via a first connection, the method comprising the following steps: a. inserting at least one time code in the stream of digital content by the transmitting device (210, 300); b. generating at least one cue point for the stream of digital content by the transmitting device (210, 300), wherein the at least one cue point comprises at least one time stamp; c. receiving at least one request for the at least one cue point from the reproducing device (220, 500) by the transmitting device (210,300); and d. transmitting the at least one cue point by the transmitting device (210, 300) to the reproducing device (220, 500) via a second connection, the at least one cue point enabling the reproducing device (220, 500) to modify the stream of digital content when the at least one time code inserted in the stream of digital content matches the at least one time stamp of the at least one cue point based on a comparison of the at least one time code with the at least one time stamp of the at least one cue point at the reproducing device (220, 500). a. inserting at least one time code in the stream of digital content by the transmitting device (210, 300); b. generating at least one cue point for the stream of digital content by the transmitting device (210, 300), wherein the at least one cue point comprises at least one time stamp; c. receiving at least one request for the at least one cue point from the reproducing device (220, 500) by the transmitting device (210,300); and d. transmitting the at least one cue point by the transmitting device (210, 300) to the reproducing device (220, 500) via a second connection, the at least one cue point enabling the reproducing device (220, 500) to modify the stream of digital content when the at least one time code inserted in the stream of digital content matches the at least one time stamp of the at least one cue point based on a comparison of the at least one time code with the at least one time stamp of the at least one cue point at the reproducing device (220, 500).
An injectate delivery device for expanding tissue comprising: at least one fluid delivery tube comprising a proximal end, a distal end and a lumen therebetween; at least one fluid delivery element in fluid communication with the at least one fluid delivery tube lumen; a radially expandable element comprising the at least one fluid delivery element; a supply of vacuum constructed and arranged to cause tissue to tend toward the at least one fluid delivery element; and at least one operator activated control constructed and arranged to: expand the radially expandable element; activate the supply of vacuum; and advance the at least one fluid delivery element; and a force limiting assembly constructed and arranged to limit the force applied to the at least one fluid delivery element during the advancement by the at least one control, wherein the at least one operator activated control is attached to the at least one fluid delivery tube by the force limiting assembly, wherein the force limiting assembly comprises at least one spring; wherein the device is constructed and arranged to deliver an injectate to target tissue through the at least one fluid delivery element. at least one fluid delivery tube comprising a proximal end, a distal end and a lumen therebetween; at least one fluid delivery element in fluid communication with the at least one fluid delivery tube lumen; a radially expandable element comprising the at least one fluid delivery element; a supply of vacuum constructed and arranged to cause tissue to tend toward the at least one fluid delivery element; and at least one operator activated control constructed and arranged to: expand the radially expandable element; activate the supply of vacuum; and advance the at least one fluid delivery element; and a force limiting assembly constructed and arranged to limit the force applied to the at least one fluid delivery element during the advancement by the at least one control, wherein the at least one operator activated control is attached to the at least one fluid delivery tube by the force limiting assembly, wherein the force limiting assembly comprises at least one spring; wherein the device is constructed and arranged to deliver an injectate to target tissue through the at least one fluid delivery element. expand the radially expandable element; activate the supply of vacuum; and advance the at least one fluid delivery element; and a force limiting assembly constructed and arranged to limit the force applied to the at least one fluid delivery element during the advancement by the at least one control, wherein the at least one operator activated control is attached to the at least one fluid delivery tube by the force limiting assembly, wherein the force limiting assembly comprises at least one spring; wherein the device is constructed and arranged to deliver an injectate to target tissue through the at least one fluid delivery element.
A fire-fighting apparatus configured for a battery, comprising: a pipe, having an air inlet end and an air outlet end, the air inlet end being configured to be connected to a box of the battery, so that a combustible gas generated when thermal runaway occurs in the battery is capable of entering the pipe from the box via the air inlet end and is discharged from the pipe via the air outlet end; and a gas release mechanism, configured to be connected to the pipe, the gas release mechanism being configured to release a fire-fighting gas into the pipe when thermal runaway occurs in the battery; wherein a blocking structure is provided in the pipe, and the blocking structure is configured to block the combustible gas and the fire-fighting gas and change a flow direction, so that the combustible gas and the fire-fighting gas are capable of being mixed before being discharged from the pipe; the blocking structure comprises a spiral blade, and a centerline of the spiral blade coincides with or is parallel to a central axis of the pipe. a pipe, having an air inlet end and an air outlet end, the air inlet end being configured to be connected to a box of the battery, so that a combustible gas generated when thermal runaway occurs in the battery is capable of entering the pipe from the box via the air inlet end and is discharged from the pipe via the air outlet end; and a gas release mechanism, configured to be connected to the pipe, the gas release mechanism being configured to release a fire-fighting gas into the pipe when thermal runaway occurs in the battery; wherein a blocking structure is provided in the pipe, and the blocking structure is configured to block the combustible gas and the fire-fighting gas and change a flow direction, so that the combustible gas and the fire-fighting gas are capable of being mixed before being discharged from the pipe; the blocking structure comprises a spiral blade, and a centerline of the spiral blade coincides with or is parallel to a central axis of the pipe.
An electronic device, comprising a power supply and a central processing module, and further comprising: load power supply circuits (23, 24, 25), wherein the load power supply circuits (23, 24, 25) comprise a first capacitor unit (233, 243, 253) and a second capacitor unit (233,243, 253), at least one first switch (231, 241, 251) and one second switch (231, 241, 251) and at least one first feedback resistor unit (232,242, 252) and one second feedback resistor unit (232,242, 252); the first and second switches (231, 241, 251) are connected with the central processing module, and configured to be turned on or off according to a control signal output by the central processing module, wherein the first and second switches (231, 241, 251) are not turned on at the same time; the power supply is connected with the first and second switches (231, 241, 251); the first feedback resistor unit (232,242, 252) is connected with the first switch (231, 241, 251) and a first load, and configured to sample the first load when the first switch (231, 241, 251) is turned on, and feed back a sampled voltage, which is obtained through sampling, to the power supply through the first switch (231, 241, 251), so that the power supply supplies power to the first load according to the sampled voltage; the second feedback resistor unit (232,242, 252) is connected with the second switch (231, 241, 251) and a second load, and configured to sample the second load when the second switch (231, 241, 251) is turned on, and feedback a sampled voltage, which is obtained through sampling, to the power supply through the second switch (231, 241, 251), so that the power supply supplies power to the second load according to the sampled voltage; the first capacitor unit (233, 243, 253) is connected with the first switch (231, 241, 251) and the first load, and configured to be charged when the first switch (231, 241, 251) is turned on, or supply power to the first load when the first switch (231, 241, 251) is turned off; the second capacitor unit (233, 243, 253) is connected with the second switch (231, 241, 251) and the second load, and configured to be charged when the second switch (231, 241, 251) is turned on, or supply power to the second load when the second switch (231, 241, 251) is turned off; and a first sampled voltage obtained through sampling by the first feedback resistor unit (232, 242, 252) is a normal working voltage of the first load, and a second sampled voltage obtained through sampling by the second feedback resistor unit (232, 242, 252) is a lower power consumption voltage than the normal working voltage of the first load.
Wind turbine comprising a substantially tubular tower structure (1; 10) and one or more vibration damping systems (100, 200, 300, 400), characterized by at least one of said one or more vibration damping systems comprising a plurality of bracing elements (120, 130; 220, 230; 320, 330; 420, 430) and a damping element (110; 210), one of said bracing elements being connected to said tower structure, and by said bracing elements and damping element being linked in such a way that a local displacement of the tower structure causes an increased displacement of the damper along its longitudinal axis.
A passive heat sink system comprising: an enclosure (150;250) defining an internal cavity; a conductive matrix disposed within the internal cavity; a phase change material at least partially collocated with the conductive matrix within the internal cavity; characterised in that the enclosure (150;250) is at least partially formed around the conductive matrix via an additive manufacturing process; and wherein a wetted coupling is formed between an interface between the conductive matrix and a surface of the enclosure (150;250) in response to the additive manufacturing process occurring. an enclosure (150;250) defining an internal cavity; a conductive matrix disposed within the internal cavity; a phase change material at least partially collocated with the conductive matrix within the internal cavity; characterised in that
A carrier configured for use with a broadband x-ray source comprising an electron source and a primary target arranged to receive electrons from the electron source to produce broadband x-ray radiation in response to electrons impinging on the primary target, the carrier comprising: a housing configured to be removably coupled to the broadband x-ray source and configured to accommodate a secondary target capable of producing monochromatic x-ray radiation in response to incident broadband x-ray radiation, the housing comprising: a transmissive portion configured to allow broadband x-ray radiation to be transmitted to the secondary target when present, and a blocking portion configured to absorb broadband x-ray radiation, wherein the housing is configured such that, when the secondary target is accommodated within the housing, at least a first portion of the secondary target is positioned within the transmissive portion of the housing and a second portion of the secondary target is positioned within the blocking portion of the housing, wherein the transmissive portion comprises a first cylindrical portion configured to accommodate the secondary target and the blocking portion comprises a second cylindrical portion configured to overlap the second portion of the secondary target when the first cylindrical portion accommodates the secondary target, and wherein the secondary target is conical. a transmissive portion configured to allow broadband x-ray radiation to be transmitted to the secondary target when present, and a blocking portion configured to absorb broadband x-ray radiation, wherein the housing is configured such that, when the secondary target is accommodated within the housing, at least a first portion of the secondary target is positioned within the transmissive portion of the housing and a second portion of the secondary target is positioned within the blocking portion of the housing, wherein the transmissive portion comprises a first cylindrical portion configured to accommodate the secondary target and the blocking portion comprises a second cylindrical portion configured to overlap the second portion of the secondary target when the first cylindrical portion accommodates the secondary target, and wherein the secondary target is conical.
A method for providing access to a location secured by an electronically activated locking mechanism, the method comprising the steps of: detecting a geographical position of a mobile device; determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; receiving a command from a user of the mobile device to unlock the locking mechanism and transmitting a signal causing the electronically activated locking mechanism to unlock when it is determined that the geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; initiating a recording from a camera of the mobile device in response to the signal causing the electronically activated locking mechanism to unlock; transmitting a further signal causing the electronically activated locking mechanism to lock; and automatically stopping the recording from the camera of the mobile device in response to the further signal causing the electronically activated locking mechanism to lock. detecting a geographical position of a mobile device; determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; receiving a command from a user of the mobile device to unlock the locking mechanism and transmitting a signal causing the electronically activated locking mechanism to unlock when it is determined that the geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; initiating a recording from a camera of the mobile device in response to the signal causing the electronically activated locking mechanism to unlock; transmitting a further signal causing the electronically activated locking mechanism to lock; and automatically stopping the recording from the camera of the mobile device in response to the further signal causing the electronically activated locking mechanism to lock.
A method for electronic signature, comprising: obtaining (S 101) a hash value of a first key created for a user and a user identifier of the user, wherein the first key is a key created for the user by the user himself; generating a key certificate of the first key based on the obtained hash value, the user identifier and a current key, wherein the current key is a key created prior to creating the first key; recording the key certificate on a public medium, wherein the public medium is configured to ensure information published thereon being not tampered with; verifying the key certificate prior to signing a file with the first key; signing a file with the first key and recording a resulting file signature and the file on the public medium; and recording the first key on the public medium only after the file is already on the public medium, wherein after the file is already on the public medium, signing a message indicative of the number of the files with the first key and recording a resulting message signature and the message on the public medium and recording the first key on the public medium, wherein the message indicative of the number of the files contains information about how many files have been signed with the first key. obtaining (S 101) a hash value of a first key created for a user and a user identifier of the user, wherein the first key is a key created for the user by the user himself; generating a key certificate of the first key based on the obtained hash value, the user identifier and a current key, wherein the current key is a key created prior to creating the first key; recording the key certificate on a public medium, wherein the public medium is configured to ensure information published thereon being not tampered with; verifying the key certificate prior to signing a file with the first key; signing a file with the first key and recording a resulting file signature and the file on the public medium; and recording the first key on the public medium only after the file is already on the public medium, wherein after the file is already on the public medium, signing a message indicative of the number of the files with the first key and recording a resulting message signature and the message on the public medium and recording the first key on the public medium, wherein the message indicative of the number of the files contains information about how many files have been signed with the first key.
A rubber plug for sealing an opening of a vial container which contains medicinal chemicals having a discoid cap portion and a cylindrical leg portion, the cylindrical leg portion has a diameter smaller than that of the discoid cap portion and protrudes from the bottom surface of the discoid cap portion, wherein the top surface of the discoid cap portion has a Shore A hardness in a range from 25 to 55 characterized in that the top surface of the discoid cap portion has a surface roughness Ra in a range from 2.5 μm to 10.5 μm and in that the surface of the cylindrical leg portion is coated with a synthetic resin film.
A method comprising: identifying a change in location of a device (110-a) from a location associated with a previous ranging procedure to a current location; determining whether the change in location exceeds a threshold distance; and bypassing a subsequent scheduled ranging procedure based on a determination that the change in location is less than the threshold distance. identifying a change in location of a device (110-a) from a location associated with a previous ranging procedure to a current location; determining whether the change in location exceeds a threshold distance; and bypassing a subsequent scheduled ranging procedure based on a determination that the change in location is less than the threshold distance.