mhurhangee/ep-ind-claims huggingface dataset:
A method of processing video data, comprising: making, based on a rule that uses a block dimension of a current video block of a video, a first determination on whether a first scheme is enabled or disabled for a conversion between the current video block and a bitstream of the video, wherein the conversion includes encoding the current video block into the bitstream or decoding the current video block from the bitstream; wherein the first scheme is a Decoder-side Motion Vector Refinement, DMVR, scheme used to derive a refined motion information based on a cost between at least one reference sample of list 0 and at least one reference sample of list 1; making, based on the same rule, a second determination on whether a second scheme is enabled or disabled for the conversion, wherein the second scheme is a bi-directional optical flow scheme; and performing the conversion based on the first determination and the second determination, wherein the rule specifies that the first scheme and the second scheme are determined to be disabled in response to at least one of: a first number of samples included in the current video block being less than a second number of samples, or a width of the current video block being less than a value or a height of the current video block being less than the value. making, based on a rule that uses a block dimension of a current video block of a video, a first determination on whether a first scheme is enabled or disabled for a conversion between the current video block and a bitstream of the video, wherein the conversion includes encoding the current video block into the bitstream or decoding the current video block from the bitstream; wherein the first scheme is a Decoder-side Motion Vector Refinement, DMVR, scheme used to derive a refined motion information based on a cost between at least one reference sample of list 0 and at least one reference sample of list 1; making, based on the same rule, a second determination on whether a second scheme is enabled or disabled for the conversion, wherein the second scheme is a bi-directional optical flow scheme; and performing the conversion based on the first determination and the second determination, wherein the rule specifies that the first scheme and the second scheme are determined to be disabled in response to at least one of: a first number of samples included in the current video block being less than a second number of samples, or a width of the current video block being less than a value or a height of the current video block being less than the value. a first number of samples included in the current video block being less than a second number of samples, or a width of the current video block being less than a value or a height of the current video block being less than the value.
A cooking device comprising a heating module configured to supply heat energy for cooking food, a first knob module configured to set a cooking temperature of the food and a second knob module configured to set a target cooking time of the food, characterized in that the first knob module includes: a first knob to which a plurality of default temperatures is assigned, the first knob rotating in a first direction or a second direction, corresponding to each rotational position, and being setting to have preset intervals; a first knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default temperature set by the first knob by a preset adjustment unit; and a first display unit which is formed at one side of the first knob ring and displays the cooking temperature, and wherein the second knob module includes: a second knob which rotates in the first or second direction and to which a default time corresponding to each rotational position is assigned; a second knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default time set by the first knob by a preset adjustment unit; and a second display unit which is formed at one side of the second knob ring and displays the cooking time. a first knob to which a plurality of default temperatures is assigned, the first knob rotating in a first direction or a second direction, corresponding to each rotational position, and being setting to have preset intervals; a first knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default temperature set by the first knob by a preset adjustment unit; and a first display unit which is formed at one side of the first knob ring and displays the cooking temperature, and wherein the second knob module includes: a second knob which rotates in the first or second direction and to which a default time corresponding to each rotational position is assigned; a second knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default time set by the first knob by a preset adjustment unit; and a second display unit which is formed at one side of the second knob ring and displays the cooking time. a second knob which rotates in the first or second direction and to which a default time corresponding to each rotational position is assigned; a second knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default time set by the first knob by a preset adjustment unit; and a second display unit which is formed at one side of the second knob ring and displays the cooking time.
Terminal strip comprising an insulating housing, which has a latching foot for latching onto a mounting rail, with at least two conductor insertion openings (10, 24), a disconnecting blade opening and a plug-type receptacle for receiving a component plug connector, and comprising at least three busbar sections (6, 7, 8) installed in the insulating housing, wherein the first busbar section has at least one conductor connection for making a terminal connection with an electrical conductor which can be inserted into an assigned conductor insertion opening and, diametrically opposite the at least one conductor connection, a first plug-type contact, which protrudes into the plug-type receptacle, for making electrically conductive contact with a component plug connector which can be plugged into the plug-type receptacle, wherein the second busbar section adjoins the first busbar section and has, at a first end, a second plug-type contact, which protrudes into the plug-type receptacle, for making electrically conductive contact with the component plug connector which can be plugged into the plug-type receptacle and, at its end opposite the first end, has a disconnecting blade contact, which protrudes into the disconnecting blade opening, for making electrically conductive contact with a disconnecting blade, and wherein the third busbar section adjoins the second busbar section and has a disconnecting blade contact, which protrudes into the disconnecting blade opening, for making electrically conductive contact with the disconnecting blade and at least one conductor connection for making the terminal connection of an electrical conductor which can be inserted into an assigned conductor insertion opening, characterized in that the insulating housing furthermore has an additional channel, which leads from the first busbar section to the second busbar section, for receiving an additional electrically conductive bridging element, which is electrically conductively connectable or connected to the first and second busbar sections (6, 7), wherein the terminal strip can be used optionally without the bridging element.
An apparatus for cooking food products, said apparatus comprising a firebox with an axially symmetrical form, the firebox having a box wall and a box edge, which defines the box wall, and being intended to accommodate a combustion material which, during combustion, outputs the thermal energy required for cooking, and having a continuous heating surface which runs substantially at a right angle to the axis of the firebox, surrounds an opening arranged about the axis and is intended for the direct cooking of the food products, the heating surface having the form of an annular surface, wherein between the box wall and the heating surface there is arranged a false floor which is intended to support the combustion material, characterised in that the false floor and the box wall have an outlet opening (24 or 22) each for removing the residue of the combustion material from the apparatus, and in that the firebox has the form of a hollow truncated cone.
A method, comprising: using a first handler (2530, 3430, 3530, 3730, 3830) located in a first transfer chamber operably coupled to an infeed end of a printing module, moving a substrate from a first load lock chamber to a first buffer chamber, the first buffer chamber configured to store a first plurality of substrates; using the first handler, moving one of the first plurality of substrates from the first buffer chamber to the printing module; while supporting the one of the first plurality of substrates using a gas bearing, conveying the one of the first plurality of substrates from the infeed end of the printing module to a location to be printed by a printhead assembly of the printing module; and depositing, by the printhead assembly, a material onto a surface of the one of the first plurality of substrates. using a first handler (2530, 3430, 3530, 3730, 3830) located in a first transfer chamber operably coupled to an infeed end of a printing module, moving a substrate from a first load lock chamber to a first buffer chamber, the first buffer chamber configured to store a first plurality of substrates; using the first handler, moving one of the first plurality of substrates from the first buffer chamber to the printing module; while supporting the one of the first plurality of substrates using a gas bearing, conveying the one of the first plurality of substrates from the infeed end of the printing module to a location to be printed by a printhead assembly of the printing module; and depositing, by the printhead assembly, a material onto a surface of the one of the first plurality of substrates.
An assembly comprising: a guidewire; a drainage stent having an anchoring mechanism (4a, 4b); a catheter system (12, 14, 16); and a combination device (44; 144; 244; 344) including an anchoring mechanism cover, the combination device comprising a tubular body, the tubular body defining an inner diameter and having a locking portion (52, 54; 152; 252, 254; 352, 354); wherein the inner diameter of the tubular body is sized to fit about an outer diameter of the drainage stent and is sized to cover the anchoring mechanism (4a,4b); and wherein the locking portion (52, 54; 152; 252, 254; 352, 354) of the tubular body is configured to secure the position of the guidewire relative to the catheter system (12, 14, 16). a guidewire; a drainage stent having an anchoring mechanism (4a, 4b); a catheter system (12, 14, 16); and a combination device (44; 144; 244; 344) including an anchoring mechanism cover, the combination device comprising a tubular body, the tubular body defining an inner diameter and having a locking portion (52, 54; 152; 252, 254; 352, 354); wherein the inner diameter of the tubular body is sized to fit about an outer diameter of the drainage stent and is sized to cover the anchoring mechanism (4a,4b); and wherein the locking portion (52, 54; 152; 252, 254; 352, 354) of the tubular body is configured to secure the position of the guidewire relative to the catheter system (12, 14, 16).
A WC-based cemented carbide powder consisting of: WC, Cu, and at least one of Co, Fe, and Cr, wherein a content of the WC in mass ratio is equal to or more than 40 mass%, a content of the Cu is more than 0.1 mass% and equal to or less than 25 mass%, a content of the at least one of Co, Fe, and Cr is equal to or more than 25 mass% and less than 60 mass%, and a ratio a/b of a content 'a' of the Cu and the content'b' of the at least one of Co, Fe, and Cr satisfies 0.070 ≤ a/b ≤ 1.000. WC, Cu, and at least one of Co, Fe, and Cr, wherein a content of the WC in mass ratio is equal to or more than 40 mass%, a content of the Cu is more than 0.1 mass% and equal to or less than 25 mass%, a content of the at least one of Co, Fe, and Cr is equal to or more than 25 mass% and less than 60 mass%, and a ratio a/b of a content 'a' of the Cu and the content'b' of the at least one of Co, Fe, and Cr satisfies 0.070 ≤ a/b ≤ 1.000.
An agro-horticultural soil cover film comprising: a white-light reflecting layer that includes a white-light reflecting material; and an infrared light absorbing layer that includes nanoparticles of an infrared absorbing material, characterized in that the nanoparticles of the infrared absorbing material are at least one of tungsten oxide nanoparticles and composite tungsten oxide nanoparticles, the tungsten oxide nanoparticles are indicated by the general formula WOx (2.45 ≤ X ≤ 2.999), the composite tungsten oxide nanoparticles are indicated by the general formula M Y WO Z (0.001 ≤ Y ≤ 1.0, 2.2 ≤ Z ≤ 3.0), and have a hexagonal crystal structure, and the element M is at least one element selected from Cs, Rb, K, Tl, In, Ba, Li, Ca, Sr, Fe, and Sn.
A circuit arrangement, comprising: a plurality of differential amplifiers, coupled in parallel to receive a common- mode input, the plurality of differential amplifiers including at least a first differential amplifier and a second differential amplifier, each of the plurality of differential amplifiers configured to exhibit tail currents that vary linearly based on the common-mode input; wherein each differential amplifier includes an adjustable current control circuit coupled to limit a tail current passing through the differential amplifier. a plurality of differential amplifiers, coupled in parallel to receive a common- mode input, the plurality of differential amplifiers including at least a first differential amplifier and a second differential amplifier, each of the plurality of differential amplifiers configured to exhibit tail currents that vary linearly based on the common-mode input; wherein each differential amplifier includes an adjustable current control circuit coupled to limit a tail current passing through the differential amplifier.
A filler, pigment or mineral powder surface treated with a silicon compound, characterised in that the silicon compound is a polydiorganosiloxane having at least one terminal group of the formula -SiR"(OR') 2 or -Si(OR') 3, wherein R" represents an alkyl, substituted alkyl, alkenyl or aryl group and each R' represents an alkyl group having 1 to 4 carbon atoms, and the surface treating results from chemical bonding and/or coverage via hydrolysis-condensation into a resin-like surface.
A method implemented in a user equipment, UE, used in a wireless communications system, comprising: receiving from a base station one or more channel quality indicator, CQI, reference signals (115, 120) in a subframe; and transmitting to the base station a report determined according to said one or more CQI reference signals (115, 120), wherein the CQI reference signal transmission is repeated at CQI reference signal transmission period T CQI-RS; wherein a subframe offset relative to subframe 0 within a frame is provided for the CQI reference signal transmission; wherein the subframe comprises two resource blocks and a last orthogonal frequency-division multiplexing, OFDM, symbol in the second resource block conveys said one or more CQI reference signals; and wherein the CQI reference signal transmission avoids collision with a Cell-specific Reference Signal, CRS, for 3GPP Release 8, a Dedicated Reference Signal, DRS, for 3GPP Release 8, a Physical Broadcast CHannel, PBCH, and a synchronization signal. receiving from a base station one or more channel quality indicator, CQI, reference signals (115, 120) in a subframe; and transmitting to the base station a report determined according to said one or more CQI reference signals (115, 120), wherein the CQI reference signal transmission is repeated at CQI reference signal transmission period T CQI-RS; wherein a subframe offset relative to subframe 0 within a frame is provided for the CQI reference signal transmission; wherein the subframe comprises two resource blocks and a last orthogonal frequency-division multiplexing, OFDM, symbol in the second resource block conveys said one or more CQI reference signals; and wherein the CQI reference signal transmission avoids collision with a Cell-specific Reference Signal, CRS, for 3GPP Release 8, a Dedicated Reference Signal, DRS, for 3GPP Release 8, a Physical Broadcast CHannel, PBCH, and a synchronization signal.
A spinal implant comprising: a body including an inner surface that defines a cavity configured for disposal of a member; and a locking element engageable with the member within the cavity to fix the member with the body, the body further including a wall that defines a bay configured for disposal of a longitudinal element being engageable with the wall to fix the longitudinal element with the body independent of the member, wherein the locking element comprises a screw and a fixation element connected with the screw, the fixation element being engageable with the member within the cavity, characterized in that the inner surface further defines a slot having a proximal end and a distal end, the fixation element being engageable with the inner surface adjacent to the ends (26, 30), wherein the ends (26, 30) of the slot define a range of translation of the locking element within the cavity, and wherein the fixation element includes an outer flange being engageable with the inner surface adjacent to the ends (26, 30). a body including an inner surface that defines a cavity configured for disposal of a member; and a locking element engageable with the member within the cavity to fix the member with the body, the body further including a wall that defines a bay configured for disposal of a longitudinal element being engageable with the wall to fix the longitudinal element with the body independent of the member, wherein the locking element comprises a screw and a fixation element connected with the screw, the fixation element being engageable with the member within the cavity, characterized in that the inner surface further defines a slot having a proximal end and a distal end, the fixation element being engageable with the inner surface adjacent to the ends (26, 30), wherein the ends (26, 30) of the slot define a range of translation of the locking element within the cavity, and wherein the fixation element includes an outer flange being engageable with the inner surface adjacent to the ends (26, 30).
A synchronization control apparatus to realize seamless switching between a working system and an auxiliary system in a broadcasting system or distribution system in which interfaces are constructed by IP based implementation, the working system and the auxiliary system being identically configured, each including an encoder and a multiplexing apparatus, the synchronization control apparatus being provided in both the encoders and the multiplexing apparatuses in the working system and the auxiliary system, the synchronization control apparatus synchronizing an STC, System Time Clock, counter value between the encoder and the multiplexing apparatus in the working system and the auxiliary system respectively, based on TAI, Temps Atomique International: international atomic time, Z time, in each of the working and auxiliary systems which constitute a transmission system in the broadcasting system or the distribution system, the synchronization control apparatus characterized by comprising:: a processor or a dedicated arithmetic circuit, the processor or the dedicated arithmetic circuit being configured to generate the TAI time using PTP packets received via IP, to repeat a process, until an error occurs only in the last process, the process including determining a time length in which the STC counter value laps, calculating a remainder of the time length relative to the TAI time by calculating a remainder of an integer or a finite decimal, which is obtained by multiplying the time length by an integer, and narrowing a range of values which are treated in the range in which calculation by a predetermined number of bits operations is possible, and to convert the remainder to the STC counter value, thereby determining the STC counter value. a processor or a dedicated arithmetic circuit, the processor or the dedicated arithmetic circuit being configured to generate the TAI time using PTP packets received via IP, to repeat a process, until an error occurs only in the last process, the process including determining a time length in which the STC counter value laps, calculating a remainder of the time length relative to the TAI time by calculating a remainder of an integer or a finite decimal, which is obtained by multiplying the time length by an integer, and narrowing a range of values which are treated in the range in which calculation by a predetermined number of bits operations is possible, and determining a time length in which the STC counter value laps, calculating a remainder of the time length relative to the TAI time by calculating a remainder of an integer or a finite decimal, which is obtained by multiplying the time length by an integer, and narrowing a range of values which are treated in the range in which calculation by a predetermined number of bits operations is possible, and to convert the remainder to the STC counter value, thereby determining the STC counter value.
An antisense oligonucleotide composed of morpholino subunit structures linked together by phosphorus containing linkages, joining the morpholino nitrogen of one subunit to the 5' exocyclic carbon of an adjacent unit in accordance with the following form: wherein: P j and P i are purine or pyrimidine base-pairing moieties effective to bind, by base-specific hydrogen bonding, to a base in a polynucleotide; and X is fluoro, alkyl, alkoxy, thioalkoxy, alkyl amino, a cyclic amine, -NR 2, wherein each R is independently H or lower alkyl, morpholino, piperidino, or 1-piperazine; Y 1 is O; and Z is O, wherein the antisense oligonucleotide targets Marburg NP and comprises a sequence having at least 90% sequence homology to the sequence set forth in SEQ ID NO: 79. P j and P i are purine or pyrimidine base-pairing moieties effective to bind, by base-specific hydrogen bonding, to a base in a polynucleotide; and X is fluoro, alkyl, alkoxy, thioalkoxy, alkyl amino, a cyclic amine, -NR 2, wherein each R is independently H or lower alkyl, morpholino, piperidino, or 1-piperazine; Y 1 is O; and Z is O,