mhurhangee/ep-ind-claims huggingface dataset:
A fax switching method, comprising: receiving, by an access node, a first initial call request message from a first terminal; in response to receiving the first initial call message, sending, by the access node, a second initial call request message to a second terminal, wherein the second initial call request message carries information of a fax capability supported by the first terminal, and indicates that an active state of a media stream channel between the first terminal and the second terminal that needs to be established is an audio communication state; receiving, by the access node, an initial call success response message returned by the second terminal, wherein the initial call success response message carries a fax capability supported by the second terminal; and determining, by the access node, according to the initial call success response message, a fax capability supported by the second terminal; and after the media stream channel is established in the audio communication state, detecting, by the access node, that the first terminal starts to fax, and switching the media stream channel from the audio communication state to a fax state according to the fax capability supported by the second terminal. receiving, by an access node, a first initial call request message from a first terminal; in response to receiving the first initial call message, sending, by the access node, a second initial call request message to a second terminal, wherein the second initial call request message carries information of a fax capability supported by the first terminal, and indicates that an active state of a media stream channel between the first terminal and the second terminal that needs to be established is an audio communication state; receiving, by the access node, an initial call success response message returned by the second terminal, wherein the initial call success response message carries a fax capability supported by the second terminal; and determining, by the access node, according to the initial call success response message, a fax capability supported by the second terminal; and after the media stream channel is established in the audio communication state, detecting, by the access node, that the first terminal starts to fax, and switching the media stream channel from the audio communication state to a fax state according to the fax capability supported by the second terminal.
Fastening device for securing a panel to a support structure rail, comprising: • a metal flange having a C-shaped section defining an upper jaw, a bottom, and a lower wall, and comprising a movable lower jaw arranged between the upper jaw and the lower wall; the jaws (31, 34) being intended to enclose an edge of the panel; • at least one pad, made of plastic foam, secured to an internal face of each of the jaws (31, 34) and comprising a free surface which can be bonded to the edge of the panel when the jaws (31, 34) enclose said edge; • a metal clip comprising at least one flexible fastening tab which is intended to come into contact with the lower wall when the clip is inserted into an interlocking space defined by the lower jaw, the bottom, and the lower wall of the flange, and to keep the clip in said interlocking space. • a metal flange having a C-shaped section defining an upper jaw, a bottom, and a lower wall, and comprising a movable lower jaw arranged between the upper jaw and the lower wall; the jaws (31, 34) being intended to enclose an edge of the panel; • at least one pad, made of plastic foam, secured to an internal face of each of the jaws (31, 34) and comprising a free surface which can be bonded to the edge of the panel when the jaws (31, 34) enclose said edge; • a metal clip comprising at least one flexible fastening tab which is intended to come into contact with the lower wall when the clip is inserted into an interlocking space defined by the lower jaw, the bottom, and the lower wall of the flange, and to keep the clip in said interlocking space.
An apparatus (1, 21) for knitting fabric using elastic yarns with retractility properties which are fed to knitting needles at least as part of knitting yarns for knitting fabrics under a designated tension T1, wherein the apparatus comprises: a yarn sending device that sends elastic yarns to knitting needles at a designated yarn sending length F; a tension meter that is installed in a yarn route pathway established between the yarn sending device and the knitting needles, and detects tension T2 of elastic yarns during a resting phase of knitting; the apparatus being characterized by further comprising means for holding relationship between tension T and elongation percentage α of the elastic yarns means for calculating difference that converts a length L of elastic yarns, present in the yarn route pathway under the tension T1 designated to the yarns and under the tension T2 which the tension meter detects, into natural lengths L1, L2 when the tensions T1, T2 are not exerted respectively using the relationship held by the means for holding relationship, and to calculate the difference ΔL = L1-L2 of natural lengths; and means for correcting yarn sending length F of the yarn sending device so that the difference ΔL between natural lengths L1, L2 calculated by the means for calculating difference decreases. a yarn sending device that sends elastic yarns to knitting needles at a designated yarn sending length F; a tension meter that is installed in a yarn route pathway established between the yarn sending device and the knitting needles, and detects tension T2 of elastic yarns during a resting phase of knitting; the apparatus being characterized by further comprising means for holding relationship between tension T and elongation percentage α of the elastic yarns means for calculating difference that converts a length L of elastic yarns, present in the yarn route pathway under the tension T1 designated to the yarns and under the tension T2 which the tension meter detects, into natural lengths L1, L2 when the tensions T1, T2 are not exerted respectively using the relationship held by the means for holding relationship, and to calculate the difference ΔL = L1-L2 of natural lengths; and means for correcting yarn sending length F of the yarn sending device so that the difference ΔL between natural lengths L1, L2 calculated by the means for calculating difference decreases.
A touch controlled display device, comprising: an organic light emitting diode display; an infrared-ray source configured to irradiate a first infrared ray to a surface of the organic light emitting diode display; and an infrared-ray sensor positioned below the organic light emitting diode display and configured to sense a second infrared ray that is directed in the direction of the organic light emitting diode display from the first infrared ray by a touch and transmitted throughout a transmission area of the organic light emitting diode display, characterized in that the organic light emitting diode display comprises: a display area comprising an organic light emitting layer emitting light, and a first electrode and a second electrode facing each other, the organic light emitting layer interposed between the first and second electrodes; and the transmission area being adjacent to the display area and comprising a portion of the second electrode that is spaced from the remainder of the second electrode by a spacing area and a protruding portion on which the portion of the second electrode is seated; wherein the display is configured to transmit light irradiated from the outside through the spacing area. an organic light emitting diode display; an infrared-ray source configured to irradiate a first infrared ray to a surface of the organic light emitting diode display; and an infrared-ray sensor positioned below the organic light emitting diode display and configured to sense a second infrared ray that is directed in the direction of the organic light emitting diode display from the first infrared ray by a touch and transmitted throughout a transmission area of the organic light emitting diode display, characterized in that the organic light emitting diode display comprises: a display area comprising an organic light emitting layer emitting light, and a first electrode and a second electrode facing each other, the organic light emitting layer interposed between the first and second electrodes; and the transmission area being adjacent to the display area and comprising a portion of the second electrode that is spaced from the remainder of the second electrode by a spacing area and a protruding portion on which the portion of the second electrode is seated; wherein the display is configured to transmit light irradiated from the outside through the spacing area. a display area comprising an organic light emitting layer emitting light, and a first electrode and a second electrode facing each other, the organic light emitting layer interposed between the first and second electrodes; and the transmission area being adjacent to the display area and comprising a portion of the second electrode that is spaced from the remainder of the second electrode by a spacing area and a protruding portion on which the portion of the second electrode is seated; wherein the display is configured to transmit light irradiated from the outside through the spacing area.
An assembly (1a, 1b, 1c, 1d, 1e, 1f) for dental restoration comprising a healing element able to be connected to a dental implant, comprising a lateral surface intended to be integrated within a gum for the purpose of shaping the gum as it heals, and an end surface that forms, together with part of said lateral surface an emergent surface, that is intended to remain outside the gum, and is asymmetrical with respect to at least one perpendicular median plane, and the healing element comprising a through-opening and a linking zone defined in this through-opening, said assembly (1a, 1b, 1c, 1d, 1e, 1f) for dental restoration comprising a detachable prosthesis support (2a, 2b, 2c, 2d, 2e, 2f, 2g) comprising a receiving part for a crown prosthesis (25, 25') and a linking part capable of engaging with said matching linking zone that is defined in said through-opening that is provided in said healing element, said linking zone being able to receive the detachable fixation of the detachable prosthesis support (2a, 2b, 2c, 2d, 2e, 2f, 2g) in a first configuration of the assembly for dental restoration, and said assembly (1a, 1b, 1c, 1d, 1e, 1f) for dental restoration comprising a screw with a head, which is embedded in the healing element and does not exceed the end face of the healing element in a second configuration in which the healing element is fixed by itself to an implant using said screw, without a detachable prosthesis support (2a, 2b, 2c, 2d, 2e, 2f, 2g), so that the end surface and/or the emergent surface of the healing element, supplemented by the head of the screw in this second configuration shapes a closed surface having a continuous surface, without raised portions.
- A device for reserving pipe passages when pouring a wall into a formwork, including at least one module comprising a tubular ring having a longitudinal axis and supported externally by an anchoring support extending outwardly and transversely to the axis of the tubular ring, having two transverse faces oriented along the longitudinal axis, the support including a frame with at least four sides, punctually connected with the outside of the tubular ring that is secured to the frame by a perforated connecting structure having a series of spaces together defining the opening that opens on both sides of the support along its faces, to ensure the passage of the casting material, the support including support feet extending in the extension of the frame from one of the faces of the frame, the tubular ring being provided with an assembly system providing a removable connection between the support and a sleeve including two opposite ends, the device including the sleeve and the tubular ring being provided as assembly system, with an inner surface for the interlocking of the sleeve mounted inside the tubular ring to be able to be removed from the support after the support has been anchored in the wall, the sleeve extending along the longitudinal axis over a length at least equal to the thickness of the support with one of the ends extending in a plane coinciding with the transverse face of the support containing the end of the support feet and the other end of which extends in a plane protruding relative to the opposite transverse face.
An arrangement comprising a frame element of a motor vehicle and a connecting element provided for attaching a component, wherein the connecting element is fastened to the frame element by a fibre winding.
A computer-implemented method of monitoring brain function in a patient, the method including: identifying the network connections between the node signals on an EEG recording performed on the patient over a period of time, by using a method of identifying, in a network of interacting nodes simultaneously producing signals, connections between said nodes and of estimating connection coefficients between nodes identified as connected, the method including the steps of: periodically recording the signal at each node over a predetermined period of time to form a data set; calculating the coherence and partial coherence between each combination of nodes in the data set; characterised in that the method further comprises: checking, for each combination of nodes, if either the coherence or the partial coherence is below a first predetermined threshold and, if so, setting the corresponding connection coefficient to zero for all subsequent steps; a first estimating step of estimating, from the data set, the connection coefficients for the combinations of nodes for which the connection coefficient has not already been set to zero; for each connection coefficient estimated by said first estimating step to be below a second threshold, setting said coefficient to zero for all subsequent steps; and a second estimating step of re-estimating, from the data set, the connection coefficients for the combinations of nodes for which the connection coefficients have not already been set to zero. periodically recording the signal at each node over a predetermined period of time to form a data set; calculating the coherence and partial coherence between each combination of nodes in the data set; checking, for each combination of nodes, if either the coherence or the partial coherence is below a first predetermined threshold and, if so, setting the corresponding connection coefficient to zero for all subsequent steps; a first estimating step of estimating, from the data set, the connection coefficients for the combinations of nodes for which the connection coefficient has not already been set to zero; for each connection coefficient estimated by said first estimating step to be below a second threshold, setting said coefficient to zero for all subsequent steps; and a second estimating step of re-estimating, from the data set, the connection coefficients for the combinations of nodes for which the connection coefficients have not already been set to zero.
Sealing arrangement, comprising a sealing ring having at least one dynamically loaded sealing lip, and a machine element to be sealed having a surface to be sealed, said surface being electrically conductive and sealingly enclosed by the sealing lip with radial prestressing, wherein the sealing ring has a core composed of an electrically conductive material and a casing composed of an electrically insulating material, wherein the casing has a material thickness (9, 10, 11), at least partially encloses the core and comprises the sealing lip, and a wear detector, comprising an electric measurement device for detecting the wear state of the sealing ring, characterized in that the sealing ring is produced in such a way that, as viewed in section, the material thickness of the sealing lip in the radial direction is smaller than the material thickness (10, 11) of the remaining casing, wherein the casing, as viewed in section, is substantially U-shaped in form and has two end sides (16, 17) which extend substantially in the radial direction and between which, as viewed in the axial direction, the core is arranged, and wherein the end sides (16, 17) each have an axial thickness (18, 19) which corresponds substantially to the axial thickness of the core.
Tyre curing mould comprising two shells that are each intended to mould a sidewall of the tyre and a ring of sectors that are intended to mould a tread of the tyre, each sector having a lining and two arc-shaped segments, characterized in that each segment is arranged so as to fill a clearance at an interface between the lining and a shell, and so as to not be coincident with a moulding surface of the curing mould.
A foldable assembly of an electronic device, the foldable assembly has a folded state and an unfolded state, the foldable assembly comprising: a rotating shaft part; two door plates, respectively located at two sides of the rotating shaft part; two main swing arms, each main swing arm is connected between the corresponding door plate and the rotating shaft part, the main swing arm can rotate around the rotating shaft to switch the folding assembly between the folded state and the unfolded state; a floating plate, arranged between the two door plates and extends along the axial direction of the rotating shaft part; one end of each main swing arm far away from the door plate is provided with a fitting segment, two sides of the rotating shaft part are respectively provided with an arc-shaped slide, one end of the fitting segment far away from the door plate is provided with a support structure; when the folding assembly is converted from a folded state to an unfolded state, the fitting segment can slide along the arc-shaped slide, so that the support structure protrudes from the arc-shaped slide, the support structure provides support for the lower end face of the floating plate to float the floating plate upward. a rotating shaft part; two door plates, respectively located at two sides of the rotating shaft part; two main swing arms, each main swing arm is connected between the corresponding door plate and the rotating shaft part, the main swing arm can rotate around the rotating shaft to switch the folding assembly between the folded state and the unfolded state; a floating plate, arranged between the two door plates and extends along the axial direction of the rotating shaft part; one end of each main swing arm far away from the door plate is provided with a fitting segment, two sides of the rotating shaft part are respectively provided with an arc-shaped slide, one end of the fitting segment far away from the door plate is provided with a support structure; when the folding assembly is converted from a folded state to an unfolded state, the fitting segment can slide along the arc-shaped slide, so that the support structure protrudes from the arc-shaped slide, the support structure provides support for the lower end face of the floating plate to float the floating plate upward.
Device for analysing a contaminated surface, comprising - a transfer device with a support and with a porous disc-shaped medium with a contact side able to be arranged on the contact surface, wherein the support is connectible by way of a first fixing edge with the medium on the side thereof remote from the contact side, and - an analysing device, which for removal of the medium from the support is connectible by way of a second fixing edge with the medium on the contact side thereof, wherein the first fixing edge is connectible by way of a first adhesive connection and the second fixing edge by way of a second adhesive connection with the medium and wherein the first adhesive connection is releasable by a lower action of force than the second adhesive connection. - a transfer device with a support and with a porous disc-shaped medium with a contact side able to be arranged on the contact surface, wherein the support is connectible by way of a first fixing edge with the medium on the side thereof remote from the contact side, and - an analysing device, which for removal of the medium from the support is connectible by way of a second fixing edge with the medium on the contact side thereof, wherein the first fixing edge is connectible by way of a first adhesive connection and the second fixing edge by way of a second adhesive connection with the medium and wherein the first adhesive connection is releasable by a lower action of force than the second adhesive connection.
Fastening system for rectangular, tabular panels (2, 3, 10), with retaining profiles located on the small faces of said panels (2, 3, 10), of which opposite retaining profiles match each other in such a manner that similar panels (2, 3, 10) can be interconnected, where the retaining profiles on opposite small faces are designed as first retaining profile, and on the other small faces as second retaining profiles, whereas the first retaining profiles are designed such that, on a panel (2, 3, 10) lying in the first row, a new panel can be locked in a second row by first attaching the new panel to the installed panel at a temporary angle relative to the installed panel and then swivelling it down into the plane of the installed panel, where the opposite, second retaining profiles display corresponding hook elements (6, 7), and where a hook connection can be established by means of one of the hook elements (6, 7) of the new panel and a hook element (6, 7) of a panel already installed in the second row by swivelling down the new panel, where each hook connection is assigned an additional, locking element (36, 50) which, in hooked state of two panels (2, 3, 10), prevents the hook connection from being released in a direction perpendicular to the plane of the installed panels (2, 3, 10), the first retaining profiles being arranged on two opposite small faces of each panel, and the second retaining profiles being arranged on the other small faces of the panel, subject to the proviso that the locking element (36, 50) is located in a locking groove of one of the hook elements of a first panel and the locking groove is provided on a surface of the hook element that, in installed state of the panels (2, 3, 10), is aligned roughly perpendicular to the plane in which the panels (2, 3, 10) are installed, especially for floor panels, characterised in that at least one such locking element (36, 50) is provided that displays a resilient snap tab (37, 54), provided that, when the new panel of the same row is swivelled down, the locking element (36, 50) is already mounted in the locking groove on one of the hook elements (6, 7) of the panels and that the locking element (36, 50) engages automatically when the new panel is swivelled down, where the locking groove of the associated hook element of the opposite small face of a second panel forms an undercut snap-in depression, into which the snap tab (37, 54) of the hook element of the first panel snaps automatically during installation.