mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus, comprising: a display panel configured to display an image; a supporting member configured to support the display panel; a coupling member (720, 1330, 1720, 1730) on the supporting member; at least one sound generating device (1200, 1400, 1600, 1800, 1900, 1920, 2000, 2020) coupled by the coupling member (720, 1330, 1720, 1730) to the supporting member and configured to vibrate the display panel to generate sound, wherein the sound generating device is between the display panel and the supporting member; an encapsulation substrate on a rear surface of the display panel, wherein a polarity of a magnetic force of the encapsulation substrate is opposite to a polarity of a magnetic force of a magnet of the sound generating device, and wherein the encapsulation substrate is configured to generate a repulsive magnetic force with respect to the magnet to maintain a distance between the encapsulation substrate and the magnet. a display panel configured to display an image; a supporting member configured to support the display panel; a coupling member (720, 1330, 1720, 1730) on the supporting member; at least one sound generating device (1200, 1400, 1600, 1800, 1900, 1920, 2000, 2020) coupled by the coupling member (720, 1330, 1720, 1730) to the supporting member and configured to vibrate the display panel to generate sound, wherein the sound generating device is between the display panel and the supporting member; an encapsulation substrate on a rear surface of the display panel, wherein a polarity of a magnetic force of the encapsulation substrate is opposite to a polarity of a magnetic force of a magnet of the sound generating device, and wherein the encapsulation substrate is configured to generate a repulsive magnetic force with respect to the magnet to maintain a distance between the encapsulation substrate and the magnet.
A delta-sigma modulator comprising: (a) a chopper-stabilized integrator including a plurality of chopper stabilization input switches coupled to an input of the integrator and a plurality of chopper stabilization output switches coupled to an output of the integrator; (b) a quantizer having an input coupled to the output of the integrator; (c) an input signal acquiring circuit controlled by a switched reference feedback circuit and having an output coupled to the input of the integrator; (d) a frequency-shaped pseudo-random chopper clock signal generator circuit including a pseudo-random sequence generator and producing a frequency-shaped pseudo-random clock signal (Φ CH) (e) a logic circuit producing, in response to the frequency-shaped pseudo-random clock signal (Φ CH), chopper clock signals applied to control various ones of the chopper stabilization input switches and chopper stabilization output switches; and (f) a decimation filter having an input coupled to an output of the quantizer; characterised by: (g) resetting circuitry for resetting the pseudo-random sequence generator in synchronization with a digital output (Dout) of the delta-sigma modulator to prevent wraparound operation of the pseudorandom sequence generator; wherein the resetting circuitry includes a divider circuit which divides a clock signal operating at a sampling frequency of the delta-sigma modulator by a decimation ratio to produce a decimation clock signal, wherein the pseudorandom sequence generator is clocked by the clock signal, and wherein the decimation filter is clocked by the clock signal and operates in response to the decimation clock signal to produce digital output words at the frequency of the decimation clock signal. (a) a chopper-stabilized integrator including a plurality of chopper stabilization input switches coupled to an input of the integrator and a plurality of chopper stabilization output switches coupled to an output of the integrator; (b) a quantizer having an input coupled to the output of the integrator; (c) an input signal acquiring circuit controlled by a switched reference feedback circuit and having an output coupled to the input of the integrator; (d) a frequency-shaped pseudo-random chopper clock signal generator circuit including a pseudo-random sequence generator and producing a frequency-shaped pseudo-random clock signal (Φ CH) (e) a logic circuit producing, in response to the frequency-shaped pseudo-random clock signal (Φ CH), chopper clock signals applied to control various ones of the chopper stabilization input switches and chopper stabilization output switches; and (f) a decimation filter having an input coupled to an output of the quantizer; characterised by: (g) resetting circuitry for resetting the pseudo-random sequence generator in synchronization with a digital output (Dout) of the delta-sigma modulator to prevent wraparound operation of the pseudorandom sequence generator;
Cosmetic formed from a storage container having two separate storage chambers, comprising two different cosmetic part preparations, which are withdrawn simultaneously through a common discharge opening, wherein the first chamber comprises an aqueous or aqueous alcoholic gel and the second chamber comprises an acid-containing preparation having a pH less then pH 4.
A pump for an article of footwear or apparel comprising: a conduit defining an inner volume and formed from a flexible material, the conduit movable between an expanded state and a relaxed state; a coil disposed within the conduit and including an outer diameter that is approximately equal to an inner diameter of the conduit, the coil substantially maintaining its outer diameter when the conduit is moved between the relaxed state and the expanded state; and a manifold in fluid communication with the inner volume and operable to permit fluid to enter the inner volume in a first mode and expel fluid from the inner volume in a second mode. a conduit defining an inner volume and formed from a flexible material, the conduit movable between an expanded state and a relaxed state; a coil disposed within the conduit and including an outer diameter that is approximately equal to an inner diameter of the conduit, the coil substantially maintaining its outer diameter when the conduit is moved between the relaxed state and the expanded state; and a manifold in fluid communication with the inner volume and operable to permit fluid to enter the inner volume in a first mode and expel fluid from the inner volume in a second mode.
A process for the production of a capillary dialyzer comprising a bundle of hollow fiber membranes disposed within a tubular casing, the process comprising forming a contiguous annular zone (13,18) on the perimeter of an end of a bundle of hollow fiber membranes by shaping an end of the bundle to have a circular cross-section; and compacting and melting together the fibers on the perimeter of the bundle of hollow fiber membranes.
A method for managing the detection by a Law Enforcement Monitoring Facility, LEMF, of changes of mobile station ID information of a target identity in a telecommunications network, the method comprising the steps of: - providing a node selected between an Intercept Control Element, ICE, and a Data Retention Source; - at said node, comparing current mobile station ID information with previously stored mobile station ID information, wherein said mobile station ID information (22, 27, 28, 29) is at least one of an IMSI, an IMEI or a combination thereof; - at said node, preparing a notification message including both said previous mobile station ID information and said current mobile station ID information, if in said comparing step it is detected that the mobile station ID information has changed; - at said node, sending said notification message to an Administration Function, ADMF, which verifies the existence of warrants related to said previous mobile station ID information and generates an updated warrant based on said current mobile station ID information; - informing said LEMF about said updated warrant. - providing a node selected between an Intercept Control Element, ICE, and a Data Retention Source; - at said node, comparing current mobile station ID information with previously stored mobile station ID information, wherein said mobile station ID information (22, 27, 28, 29) is at least one of an IMSI, an IMEI or a combination thereof; - at said node, preparing a notification message including both said previous mobile station ID information and said current mobile station ID information, if in said comparing step it is detected that the mobile station ID information has changed; - at said node, sending said notification message to an Administration Function, ADMF, which verifies the existence of warrants related to said previous mobile station ID information and generates an updated warrant based on said current mobile station ID information; - informing said LEMF about said updated warrant.
A rapid sintering system comprising a furnace body and a lifting device, wherein the furnace body comprises a hearth and a furnace mouth that communicate with each other, the lifting device comprises a support and a sample stage disposed on the support, and wherein the rapid sintering system further comprises: a temperature acquisition device, disposed on the sample stage; a control device, disposed outside the hearth, electrically connected to the lifting device and the temperature acquisition device, and configured to control elevating and descending of the lifting device according to a temperature acquired by the temperature acquisition device and preset sintering conditions, wherein, the preset sintering conditions include: a sintering temperature, a heating rate, and a holding time; and a spacer, disposed at a first end of the lifting device, wherein there is a first space between the spacer and the sample stage, when the rapid sintering system is in a loading or unloading work state, the furnace mouth is blocked by the spacer, wherein the first end is an end of the lifting device adjacent to the sample stage. a temperature acquisition device, disposed on the sample stage; a control device, disposed outside the hearth, electrically connected to the lifting device and the temperature acquisition device, and configured to control elevating and descending of the lifting device according to a temperature acquired by the temperature acquisition device and preset sintering conditions, wherein, the preset sintering conditions include: a sintering temperature, a heating rate, and a holding time; and a spacer, disposed at a first end of the lifting device, wherein there is a first space between the spacer and the sample stage, when the rapid sintering system is in a loading or unloading work state, the furnace mouth is blocked by the spacer, wherein the first end is an end of the lifting device adjacent to the sample stage.
A method for producing a mineral wool product which comprises the steps of contacting mineral fibers with a binder composition comprising at least one polyelectrolytic hydrocolloid, and curing the binder composition, wherein the step of curing the binder composition takes place at a temperature of not more than 95 °C, such as 5-95 °C, such as 10-80 °C, such as 20-60 °C, such as 40-50 °C.
A fixation system comprising a knotless repair system, the knotless repair system including: a first fixation device, a second fixation device, and a flexible, adjustable loop connected to the first and second fixation devices, the flexible, adjustable loop having an adjustable length, characterised in that the fixation system further comprises: a fixation plate (200, 300, 400, 500, 600) having a first hole, a second hole, a third hole and a fourth hole; the first and second holes being configured to receive the first fixation device; and the third and fourth holes being configured to receive a screw. a first fixation device, a second fixation device, and a flexible, adjustable loop connected to the first and second fixation devices, the flexible, adjustable loop having an adjustable length, characterised in that the fixation system further comprises: a fixation plate (200, 300, 400, 500, 600) having a first hole, a second hole, a third hole and a fourth hole; the first and second holes being configured to receive the first fixation device; and the third and fourth holes being configured to receive a screw. a fixation plate (200, 300, 400, 500, 600) having a first hole, a second hole, a third hole and a fourth hole; the first and second holes being configured to receive the first fixation device; and the third and fourth holes being configured to receive a screw.
A method for a transmission to a station, STA, the method comprising: parsing an encoded bit stream into a plurality of spatial streams; determining an allocation of encoded bits associated with the plurality of spatial streams to a plurality of interleavers, wherein the allocation is based on a resource unit, RU, configuration and channel related feedback information, and wherein each of the plurality of interleavers is associated with one or more RUs of multiple RUs associated with the transmission; allocating the encoded bits to the plurality of interleavers based on the determined allocation; interleaving the encoded bits using the plurality of interleavers; and transmitting the interleaved encoded bits using the associated one or more RUs. parsing an encoded bit stream into a plurality of spatial streams; determining an allocation of encoded bits associated with the plurality of spatial streams to a plurality of interleavers, wherein the allocation is based on a resource unit, RU, configuration and channel related feedback information, and wherein each of the plurality of interleavers is associated with one or more RUs of multiple RUs associated with the transmission; allocating the encoded bits to the plurality of interleavers based on the determined allocation; interleaving the encoded bits using the plurality of interleavers; and transmitting the interleaved encoded bits using the associated one or more RUs.
A random access response method, applied to a base station, comprising: transmitting a random access response message to user equipment, UE, wherein a medium access control protocol data unit, MAC PDU, of the random access response message comprises at least one medium access control sub-protocol data unit, MAC subPDU, each of the at least one MAC subPDU comprises an MAC subheader and a medium access control random access response, MAC RAR, corresponding to the MAC subheader or comprises an MAC subheader; in case that there are at least two MAC subPDUs, the at least two MAC subPDUs are sequentially arranged in the MAC PDU; wherein the at least one MAC subPDU comprises an MAC subPDU comprising only a first MAC subheader; wherein the first MAC subheader is an MAC subheader for responding to an Msgl based system information request; the MAC subPDU comprising only the first MAC subheader is located at a predetermined position of the MAC PDU of the random access response message. transmitting a random access response message to user equipment, UE, wherein a medium access control protocol data unit, MAC PDU, of the random access response message comprises at least one medium access control sub-protocol data unit, MAC subPDU, each of the at least one MAC subPDU comprises an MAC subheader and a medium access control random access response, MAC RAR, corresponding to the MAC subheader or comprises an MAC subheader; in case that there are at least two MAC subPDUs, the at least two MAC subPDUs are sequentially arranged in the MAC PDU; wherein the at least one MAC subPDU comprises an MAC subPDU comprising only a first MAC subheader; wherein the first MAC subheader is an MAC subheader for responding to an Msgl based system information request; the MAC subPDU comprising only the first MAC subheader is located at a predetermined position of the MAC PDU of the random access response message.
A system for detecting gunshots, the system comprising: gunshot sensor units for detecting gunshots, each of the gunshot sensor units comprising a controller for generating event data for the detected gunshots; and a control panel for receiving the event data, characterized in that the control panel is configured to monitor configuration settings for the gunshot sensor units and the control panel. gunshot sensor units for detecting gunshots, each of the gunshot sensor units comprising a controller for generating event data for the detected gunshots; and a control panel for receiving the event data, characterized in that the control panel is configured to monitor configuration settings for the gunshot sensor units and the control panel.
A system comprising at least two devices to convert out-of-plane motion to in-plane motion and/or conversely and an element mobile in rotation about a rotational axis orthogonal to a plane of the system, each conversion device comprising at least a first out-of-plane deformable element, said deformable element comprising a first fixed end (4.1) anchored on a substrate and a second free end (4.2) relative to the substrate, the first deformable element of each device being capable of deforming out-of-plane through application of an independent stimulus (S1, S2) so that the second free end (4.2) draws close to the first fixed end (4.1), characterised in that said device also comprises means for guiding the second free end (4.2) in in-plane translation, in that, when the first deformable element is deformed out-of-plane, the second free end (4.2) draws close to the first fixed end (4.1) by in-plane translational movement and in that the rotationally mobile element is mechanically linked to the second free ends (4.2, 104.2) of the two deformable elements (4, 104) of said devices by mechanical links (12, 16) capable of being deformed.
Process for the preparation of a zeolite having a unit cell size in the range of from 24.42 to 24.52 Å; a bulk silica to alumina molar ratio in the range of from 10 to 15; and a surface area of from 910 to 1020 m 2 /g which process comprises a) providing a starting zeolite of the faujasite structure having a silica to alumina ratio of from 4.5 to 6.5 and an alkali level as determined by XRF of less than 1.5%wt; b) steam calcination by treating said starting zeolite at a temperature in the range of from 550 to 750 °C and at a partial pressure of steam in the range of from 12 to 35 vol%, basis total gas present, during of from 0.5 to 3 hours to produce an intermediate zeolite having a unit cell size of from 24.40 to 24.50 Å; c) contacting the intermediate zeolite with an acidified solution comprising of from 4 to 9 mmole of acid, having a pKa below 0, per gram of zeolite and an ammonium salt at a temperature of from 20 to 100 °C and during of from 2 minutes to 2 hours to produce a zeolite having a unit cell size in the range of from 24.42 Å to 24.52 Å; a SAR in the range of from 10 to 15; and a surface area of from 910 to 1020 m 2 /g; and d) recovering said zeolite. a) providing a starting zeolite of the faujasite structure having a silica to alumina ratio of from 4.5 to 6.5 and an alkali level as determined by XRF of less than 1.5%wt; b) steam calcination by treating said starting zeolite at a temperature in the range of from 550 to 750 °C and at a partial pressure of steam in the range of from 12 to 35 vol%, basis total gas present, during of from 0.5 to 3 hours to produce an intermediate zeolite having a unit cell size of from 24.40 to 24.50 Å; c) contacting the intermediate zeolite with an acidified solution comprising of from 4 to 9 mmole of acid, having a pKa below 0, per gram of zeolite and an ammonium salt at a temperature of from 20 to 100 °C and during of from 2 minutes to 2 hours to produce a zeolite having a unit cell size in the range of from 24.42 Å to 24.52 Å; a SAR in the range of from 10 to 15; and a surface area of from 910 to 1020 m 2 /g; and d) recovering said zeolite.
A method to improve packet error rate in a multiple-input multiple-output, MIMO, communication system, the method comprising: decompressing, at a transceiver, a plurality of stored beamforming steering matrices, wherein the plurality of stored beamforming steering matrices are associated with a plurality of sub-carriers of a radio frequency signal received by the transceiver; decomposing singular values by singular value decomposition, SVD; determining a maximum number of streams used by the MIMO communication system based on the singular values; using minimum mean square error, MMSE, and a predicted SNR to weight steering vectors of the stored beamforming steering matrices for the streams; and applying the weighted steering vectors to data to be transmitted by the transceiver to generate beamformed data streams. decompressing, at a transceiver, a plurality of stored beamforming steering matrices, wherein the plurality of stored beamforming steering matrices are associated with a plurality of sub-carriers of a radio frequency signal received by the transceiver; decomposing singular values by singular value decomposition, SVD; determining a maximum number of streams used by the MIMO communication system based on the singular values; using minimum mean square error, MMSE, and a predicted SNR to weight steering vectors of the stored beamforming steering matrices for the streams; and applying the weighted steering vectors to data to be transmitted by the transceiver to generate beamformed data streams.
A gate assembly for a closure of a waterway, said gate assembly comprising at least one gate wing, said gate wing being pivoted back and forth between an open position and a closed position around a gate-wing pivot axis, which is defined by thrust bearings and neck journal bearings, and comprising at least one gate-sided mitre tappet adjacent to the pivot axis, said gate assembly further comprising a solid-structure device which is disposed at a solid structure in the area of a gate reception and has at least one solid-structure-sided mitre tappet, said gate-sided mitre tappet being made to abut against the respective solid-structure-sided mitre tappet under formation of a contact surface during a closing movement of the gate wing, said gate assembly comprising at least one support pair disposed in the area of the pivot axis, characterised in that the support pair comprises a support roll disposed either at the gate wing or at the solid-structure device and a roll-off surface correspondingly disposed either at the solid-structure device or at the gate wing and being allocated to the support roll, the support roll being made to abut on or roll off on the roll-off surface during a pivoting movement of the gate wing into the closed position in such a manner that a component of the closing movement perpendicular to the contact surface is reduced to zero when the mitre tappets begin to touch.
An electronic pill comprising: a medicine reservoir containing a dry solid powder medicine; the medicine reservoir including a discharge opening through which the powdered medicine in the medicine reservoir can be ejected and a semi-permeable membrane located primarily at the discharge opening, wherein gastrointestinal fluid enters the medicine reservoir through the semi-permeable membrane to mix with the dry solid powder medicine in the medicine reservoir to form a mixture having the highest water content near the discharge opening. a medicine reservoir containing a dry solid powder medicine; the medicine reservoir including a discharge opening through which the powdered medicine in the medicine reservoir can be ejected and a semi-permeable membrane located primarily at the discharge opening, wherein gastrointestinal fluid enters the medicine reservoir through the semi-permeable membrane to mix with the dry solid powder medicine in the medicine reservoir to form a mixture having the highest water content near the discharge opening.