mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method (300, 400) for initializing a multi-mode device, the method comprising: a. supplying power (320, 410) to the multi-mode device; b. retrieving (330, 420) a network type flag from a nonvolatile memory of the multi-mode device, wherein the network type flag identifies a first network type; c. operating (340, 430) the multi-mode device using configuration information associated with the first network type based upon the retrieved network type flag; characterized in that it further comprises the steps of: d. identifying a downstream channel frequency characteristic based upon a downstream signal that originates from an edge termination system; e. upon a determination that the downstream channel frequency characteristic does not correspond to a downstream channel frequency associated with the first network type: i. updating the network type flag in the nonvolatile memory with an updated network type flag, wherein the updated network type flag identifies a second network type; ii. restarting the multi-mode device; and iii. operating the multi-mode device using configuration information associated with the second network type. a. supplying power (320, 410) to the multi-mode device; b. retrieving (330, 420) a network type flag from a nonvolatile memory of the multi-mode device, wherein the network type flag identifies a first network type; c. operating (340, 430) the multi-mode device using configuration information associated with the first network type based upon the retrieved network type flag; d. identifying a downstream channel frequency characteristic based upon a downstream signal that originates from an edge termination system; e. upon a determination that the downstream channel frequency characteristic does not correspond to a downstream channel frequency associated with the first network type: i. updating the network type flag in the nonvolatile memory with an updated network type flag, wherein the updated network type flag identifies a second network type; ii. restarting the multi-mode device; and iii. operating the multi-mode device using configuration information associated with the second network type. i. updating the network type flag in the nonvolatile memory with an updated network type flag, wherein the updated network type flag identifies a second network type; ii. restarting the multi-mode device; and iii. operating the multi-mode device using configuration information associated with the second network type.
Chuck with a chuck body having a guide opening and an actuating element, and with at least one interchangeable clamping means that can be inserted into the guide opening, characterized in that the clamping means has associated therewith a rotary disk with a blocking element that secures the rotary disk against rotation relative to the chuck body during insertion of the clamping means into the guide opening, and in that upon a rotation of the clamping means about the longitudinal axis in the guide opening, a segment can be displaced outward toward the chuck body by means of the rotation relative to the rotary disk for detachable securing of the clamping means on the chuck body.
Shell-and-tube apparatus comprising a plurality of baffles which are arranged along the tube bundle, perpendicular to an axis of the tube bundle and passed through by said tubes, wherein: each baffle is an essentially flat body and comprises a metal plate with openings for the passage of the tubes through said baffle; at said openings the baffle comprises tabs which protrude away from the metal plate, said tabs are configured to operate as elastic supports for the tubes and/or to operate as fluid-dynamic tabs adapted to deviate a fluid traversing the shell side of the apparatus, characterized in that the shell-side gaseous flow is axial or predominantly axial and in that at least some of said tabs are fluid-dynamic tabs adapted to deviate the shell-side gaseous flow from the main axial direction. each baffle is an essentially flat body and comprises a metal plate with openings for the passage of the tubes through said baffle; at said openings the baffle comprises tabs which protrude away from the metal plate, said tabs are configured to operate as elastic supports for the tubes and/or to operate as fluid-dynamic tabs adapted to deviate a fluid traversing the shell side of the apparatus, characterized in that the shell-side gaseous flow is axial or predominantly axial and in that at least some of said tabs are fluid-dynamic tabs adapted to deviate the shell-side gaseous flow from the main axial direction.
A silica-based composite oxide powder comprising: a composite oxide of silicon and at least one metal selected from the group consisting of titanium and zirconium, the silica-based composite oxide powder having a volume-based cumulative 50% diameter measured by a laser diffraction scattering method in a range of 0.05 μm to 2.0 μm, and a coefficient of variation of 40% or less, wherein in a 5 mass% dispersion of the silica-based composite oxide powder obtained by ultrasonic irradiation (at an output of 40 W for 10 minutes), a content of particles having a particle diameter of 5 μm or more in a particle size distribution obtained by a Coulter counter method is 10 ppm or less on a number basis. a composite oxide of silicon and at least one metal selected from the group consisting of titanium and zirconium, the silica-based composite oxide powder having a volume-based cumulative 50% diameter measured by a laser diffraction scattering method in a range of 0.05 μm to 2.0 μm, and a coefficient of variation of 40% or less, wherein in a 5 mass% dispersion of the silica-based composite oxide powder obtained by ultrasonic irradiation (at an output of 40 W for 10 minutes), a content of particles having a particle diameter of 5 μm or more in a particle size distribution obtained by a Coulter counter method is 10 ppm or less on a number basis.
A non-transitory computer readable storage medium having embedded therein program instructions, when executed by one or more processors of a device, causes the device to execute a process for establishing communication between a caller mobile terminal and a callee mobile terminal, each of the mobile terminals having a local address book, the process comprising: receiving a communication request from the caller mobile terminal, the communication request comprising at least a caller number and information for determining an identification code of the callee mobile terminal, the information comprising a number of the callee mobile terminal or an owner name of the callee mobile terminal; obtaining the identification code of the callee mobile terminal based on the information; inquiring about a corresponding record associated with the caller mobile terminal and the callee mobile terminal by use of a pre-stored address book referencing relationship of the local address books and a communication history, based on the caller number and the identification code of the callee mobile terminal; computing a communication right value based on the corresponding record; determining whether the computed communication right value exceeds a pre-determined threshold; and in response to a determination that the computed communication right value exceeds the pre-determined threshold, establishing communication between the caller mobile terminal and the callee mobile terminal. receiving a communication request from the caller mobile terminal, the communication request comprising at least a caller number and information for determining an identification code of the callee mobile terminal, the information comprising a number of the callee mobile terminal or an owner name of the callee mobile terminal; obtaining the identification code of the callee mobile terminal based on the information; inquiring about a corresponding record associated with the caller mobile terminal and the callee mobile terminal by use of a pre-stored address book referencing relationship of the local address books and a communication history, based on the caller number and the identification code of the callee mobile terminal; computing a communication right value based on the corresponding record; determining whether the computed communication right value exceeds a pre-determined threshold; and in response to a determination that the computed communication right value exceeds the pre-determined threshold, establishing communication between the caller mobile terminal and the callee mobile terminal.
A method for transmitting video data, by a transmitting device, the method comprising identifying a max color component value among color component values of said video data; setting information suitable for determining a scaling factor, the scaling factor being usable for scaling up the max color component value to a reference and correspondingly for scaling down a backlight value, by means of said scaling factor; said information indicating an adjusted upper bound of the color component values, and an adjusted lower bound of the color component values for each frame, wherein the adjusted upper bound and the adjusted lower bound are bounds temporally smoothed to contain variations of the upper bound and the lower bound of the color component values between successive frames within a threshold, thereby preventing flickering; and transmitting to a receiving device display adaptation metadata comprising the information indicating the adjusted upper bound, and the adjusted lower bound.
Method for producing a link chain, in particular for underground use in mining, wherein the link chain is produced from a steel material and has chain links as horizontal links and vertical links, wherein each horizontal link and each vertical link respectively have limbs (5, 17, 116) that run parallel to one another and are connected to one another at the ends by rounded portions, (4, 20, 115), wherein each limb (5, 17, 116) has a smaller cross-sectional area (8, 18) compared to the cross-sectional area (9, 19) of each rounded portion (4, 20, 115) with the following method steps: - Providing a profiled bar, wherein the cross-sectional area of the profiled bar is smaller than the nominal diameter of the chain link to be produced, - Inserting the profiled bar into a compression tool and axially compressing the cross-sectional area by lengthwise enlargement, wherein the cross-sectional area (9, 19) is enlarged in the region of the subsequent rounded portions (4, 20, 115), - Removing the compressed semi-finished chain link product and forming it into a chain link and welding the end-side ends of the deformed chain link, characterised in that the compression tool has an upper tool and a lower tool, wherein when the compression tool is closed, there is a mould cavity with a cross-sectional area that is different in the longitudinal direction of the mould cavity, so that the compressed material of the profiled bar flows into the space with a larger cross-sectional area during a compression movement in the axial direction. - Providing a profiled bar, wherein the cross-sectional area of the profiled bar is smaller than the nominal diameter of the chain link to be produced, - Inserting the profiled bar into a compression tool and axially compressing the cross-sectional area by lengthwise enlargement, wherein the cross-sectional area (9, 19) is enlarged in the region of the subsequent rounded portions (4, 20, 115), - Removing the compressed semi-finished chain link product and forming it into a chain link and welding the end-side ends of the deformed chain link, characterised in that the compression tool has an upper tool and a lower tool, wherein when the compression tool is closed, there is a mould cavity with a cross-sectional area that is different in the longitudinal direction of the mould cavity, so that the compressed material of the profiled bar flows into the space with a larger cross-sectional area during a compression movement in the axial direction.
A method for transmitting one or more positive or negative acknowledgement, ACK/NACK, bits using an uplink signal in a single-carrier frequency division multiple access, SC-FDMA, communication system, the acknowledgement, ACK/NACK, bit is in response to data reception, the signal having a duration of at least one slot, the at least one slot including a first number and a second number of SC-FDMA symbols, wherein a reference signal is transmitted in the first number of SC-FDMA symbols, and the first number of SC-FDMA symbols is two, the method comprising: if the one or more ACK/NACK bits are one bit, applying an orthogonal cover {1, 1} on the first number of SC-FDMA symbols if the acknowledgement bit is negative, NACK; and applying an orthogonal cover {1, -1} on the first number of SC-FDMA symbols if the acknowledgement bit is positive, ACK; if the one or more ACK/NACK bits are two bits, applying complex scaling coefficients to the first number of SC-FDMA symbols based on a value of the two ACK/NACK bits; if no ACK/NACK bit exists, applying the orthogonal cover {1, 1} on the first number of SC-FDMA symbols; and transmitting the first number of SC-FDMA symbols. if the one or more ACK/NACK bits are one bit, applying an orthogonal cover {1, 1} on the first number of SC-FDMA symbols if the acknowledgement bit is negative, NACK; and applying an orthogonal cover {1, -1} on the first number of SC-FDMA symbols if the acknowledgement bit is positive, ACK; applying an orthogonal cover {1, 1} on the first number of SC-FDMA symbols if the acknowledgement bit is negative, NACK; and applying an orthogonal cover {1, -1} on the first number of SC-FDMA symbols if the acknowledgement bit is positive, ACK; if the one or more ACK/NACK bits are two bits, applying complex scaling coefficients to the first number of SC-FDMA symbols based on a value of the two ACK/NACK bits; if no ACK/NACK bit exists, applying the orthogonal cover {1, 1} on the first number of SC-FDMA symbols; and transmitting the first number of SC-FDMA symbols.
An array substrate, comprising a flexible substrate divided into a display region and a periphery region, the periphery region surrounding the display region; wherein, the array substrate further comprises: an array layer and a first film layer sequentially formed in the display region on the flexible substrate; a plurality of integrate circuits and a flexible printed circuit board interface formed in the periphery region on the flexible substrate; and a flexible protective film layer formed at a junction of the periphery region and the first film layer and in a region of the periphery region other than the integrate circuits and the flexible printed circuit board interface on the flexible substrate; wherein the flexible protective film layer has a material of epoxy resin adhesive, silicone adhesive or UV-curable adhesive; characterized in that a viscosity range of the flexible protective film layer is 40-50 Pa·s; a shear strength of the flexible protective film layer after curing is 25-35 MPa; and a peeling strength of the flexible protective film layer after curing is 9-12 KN/m. an array layer and a first film layer sequentially formed in the display region on the flexible substrate; a plurality of integrate circuits and a flexible printed circuit board interface formed in the periphery region on the flexible substrate; and a flexible protective film layer formed at a junction of the periphery region and the first film layer and in a region of the periphery region other than the integrate circuits and the flexible printed circuit board interface on the flexible substrate; wherein the flexible protective film layer has a material of epoxy resin adhesive, silicone adhesive or UV-curable adhesive; characterized in that a viscosity range of the flexible protective film layer is 40-50 Pa·s; a shear strength of the flexible protective film layer after curing is 25-35 MPa; and a peeling strength of the flexible protective film layer after curing is 9-12 KN/m.
Air filter device, in particular suction device, comprising a replaceable filter cartridge, wherein the filter cartridge comprises filter material forming a hollow cylinder, a first end element arranged at the first end of the hollow cylinder, and a second end element, arranged at the second end of the hollow cylinder, characterized in that the filter cartridge has a tubular protective sheath and including protective sheath is arranged entirely within the air filter device, wherein the first end of the protective sheath is attached to the first end element, and the second end of the protective sheath is movable from a first position, in which the second end of the protective sheath is detachably attached closer to the first end element than to the second end element, to a second position, in which the second end of the protective sheath is attached to the second end element.
A plasma etching method comprising: a physisorption step (S102, S112) for causing an adsorbate (205, 215) that is based on a first processing gas to be physisorbed onto a film to be etched, while cooling an object to be processed on which the film to be etched is provided, wherein the film to be etched does not have any chemical reactivity to the first processing gas; an adjustment step for adjusting a thickness of the adsorbate (205, 215), by evaporating or subliming a part of the adsorbate (205, 215) having been physisorbed onto the film to be etched; and an etching step (S103, S113) for etching the film to be etched, by causing the adsorbate (205, 215) to react with the film to be etched, using plasma of second processing gas. a physisorption step (S102, S112) for causing an adsorbate (205, 215) that is based on a first processing gas to be physisorbed onto a film to be etched, while cooling an object to be processed on which the film to be etched is provided, wherein the film to be etched does not have any chemical reactivity to the first processing gas; an adjustment step for adjusting a thickness of the adsorbate (205, 215), by evaporating or subliming a part of the adsorbate (205, 215) having been physisorbed onto the film to be etched; and an etching step (S103, S113) for etching the film to be etched, by causing the adsorbate (205, 215) to react with the film to be etched, using plasma of second processing gas.
A nucleic acid conjugate having any structure represented by the following formulas 7-1 to 7-9: wherein X is an oligonucleotide, L1 and L2 are each independently a sugar ligand, and S3 is a linker. X is an oligonucleotide, L1 and L2 are each independently a sugar ligand, and S3 is a linker.
Cooling device for a vehicle battery with at least one coolant line and at least one separate clamping element, which is made of an elastic material, for pressing the coolant line directly up against a flat surface of the vehicle battery, wherein the coolant line is flat, made with an essentially flat upper surface for contact with the flat side of the vehicle battery and the cross-section of the coolant line has a width that is preferably greater than its height; and characterized in that at least one thermal insulation component is included that is bound to the clamping element and provides insulation for the flat side of the battery.
A double eyelid formation tape that is formed by applying a first adhesive, which is used for attaching a tape-shaped member to an eyelid, to two surfaces or one surface of the tape-shaped member, which has a length and which has elastic contractility when the tape-shaped member is stretched to a predetermined length in a longitudinal direction of the tape-shaped member, and that is used for forming a double eyelid by utilizing the elastic contractility of the tape-shaped member, and by forming a neck portion that follows a shape of the tape-shaped member and has a recessed groove shape in the eyelid, wherein the tape-shaped member is formed of a multilayer body that includes a first base material layer, which is made of a synthetic resin other than an elastomer resin, and a second base material layer, which is made of an elastomer resin, and wherein, when the tape-shaped member is stretched to the predetermined length, the first base material layer is caused to transition to a plastic zone and has elastic contractility even in the plastic zone, and has a maximum elastic contractive force larger than a maximum elastic contractive force of the second base material layer.
Arrangement for producing musical data, which includes a glove equipped with touch sensors and a terminal device, and in which glove there are • touch sensors in at least two rows the format of a selected musical scale, which touch sensors are arranged to be pushed with a finger (31.2 31.3) of the other hand, • connection means (18, 19) for connecting the touch sensors to a selected terminal device in order to produce musical data according to the said format, characterized in that the selected format corresponds in rows to the order of a 7-note musical scale over a range of at least one octave, and the touch sensors are arranged in such a way that, in order from the index finger (12.1) to the little finger (12.4), or the other way round, the tips of the fingers correspond to the consecutive notes of the octave C (do), D (re), E (mi), F (fa), with the semitone E-F (mi-fa) located between the outermost fingers (12.3/12.4 or 12.1/12.2), and that the touch sensors are capacitive and arranged to detect the strength of a push. • touch sensors in at least two rows the format of a selected musical scale, which touch sensors are arranged to be pushed with a finger (31.2 31.3) of the other hand, • connection means (18, 19) for connecting the touch sensors to a selected terminal device in order to produce musical data according to the said format,