mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a mobile terminal for signaling radio link control status reports to a wireless network node, said radio link control status reports including information about received packet data units and defective packet data units, wherein the method comprises: calculating a throughput estimate for data transmissions to the mobile terminal; receiving a threshold value from the wireless network node, determining a rate at which to send radio link control status reports, said rate indicating a time between radio link controls status reports or a frequency of reporting said radio link controls status, said determining comprising comparing the throughput estimate to a threshold value; and selecting (320, 330) the rate at which to send radio link control status reports, based on said comparing by selecting one timer-status-prohibit value if said throughput is above said threshold and another timer-status-prohibit value if said throughput if below said threshold, said timer-status-prohibit value being a timer arranged to prohibit sending said radio link status reports for a certain amount of time; and sending a plurality of radio link control status reports to the wireless network node at the determined rate. calculating a throughput estimate for data transmissions to the mobile terminal; receiving a threshold value from the wireless network node, determining a rate at which to send radio link control status reports, said rate indicating a time between radio link controls status reports or a frequency of reporting said radio link controls status, said determining comprising comparing the throughput estimate to a threshold value; and selecting (320, 330) the rate at which to send radio link control status reports, based on said comparing by selecting one timer-status-prohibit value if said throughput is above said threshold and another timer-status-prohibit value if said throughput if below said threshold, said timer-status-prohibit value being a timer arranged to prohibit sending said radio link status reports for a certain amount of time; and sending a plurality of radio link control status reports to the wireless network node at the determined rate.
A method for recording the interaction of a user with a computer system having a pointing device and a display unit, wherein the incoming pointing signals of the pointing device in the computer system as well as the display signals generated by the computer system and fed to the display unit are stored, and wherein the pointing signals and the display signals are recorded and saved at predetermined, in particular, recurring points in time, characterized in that in the case of a click, this is an action of the user on or with the pointing device, which triggers an action in the connected device, the display signal currently on the display unit is recorded and the display signal recorded immediately before the click or to be recorded immediately after the click is discarded and is replaced with the display signal currently available in the display unit.
A network device in a daisy-chain or ring network, the network device comprising: a network interface device (206a-206d); a processor; and a storage device; characterized in that the storage device storing instructions executable by the processor to: allocate a channel in the network as a metadata channel; synchronize with each other device in the network, wherein synchronizing with each other device in the network comprises notifying each other device in the network of an identifier of the allocated metadata channel; insert metadata into a metadata packet, wherein the metadata packet includes a header identifying a type of the metadata as being at least one of a first type and a second, different type; and transmit the metadata packet on the allocated metadata channel alongside content transmitted on remaining channels of the network. a network interface device (206a-206d); a processor; and a storage device; characterized in that the storage device storing instructions executable by the processor to: allocate a channel in the network as a metadata channel; synchronize with each other device in the network, wherein synchronizing with each other device in the network comprises notifying each other device in the network of an identifier of the allocated metadata channel; insert metadata into a metadata packet, wherein the metadata packet includes a header identifying a type of the metadata as being at least one of a first type and a second, different type; and transmit the metadata packet on the allocated metadata channel alongside content transmitted on remaining channels of the network. allocate a channel in the network as a metadata channel; synchronize with each other device in the network, wherein synchronizing with each other device in the network comprises notifying each other device in the network of an identifier of the allocated metadata channel; insert metadata into a metadata packet, wherein the metadata packet includes a header identifying a type of the metadata as being at least one of a first type and a second, different type; and transmit the metadata packet on the allocated metadata channel alongside content transmitted on remaining channels of the network.
Washing machine comprising - a wash tub that is filled with wash water and comprises the following elements: a drain opening, - a drain pump, - a drain line, that connects the water in the wash tub to the drain pump and a valve part that is connected to the wash tub in a sealed fashion and a pipe part, that is connected to the drain pump for water transfer, and - a drain valve, that can float in the wash water, said valve being disposed moveably inside the valve part, in order to seal the drain opening in a closed position when wash water is located inside the wash tub and when the drain pump is idle, or in order to open the drain opening to an opened position when no wash water is located inside the wash tub or when the drain pump is operating, characterised in that the valve part is designed in one piece together with the wash tub and the pipe part is connected to an outlet connection of the valve part. - a wash tub that is filled with wash water and comprises the following elements: a drain opening, - a drain pump, - a drain line, that connects the water in the wash tub to the drain pump and a valve part that is connected to the wash tub in a sealed fashion and a pipe part, that is connected to the drain pump for water transfer, and - a drain valve, that can float in the wash water, said valve being disposed moveably inside the valve part, in order to seal the drain opening in a closed position when wash water is located inside the wash tub and when the drain pump is idle, or in order to open the drain opening to an opened position when no wash water is located inside the wash tub or when the drain pump is operating,
A method of assisting and documenting a filling of tubular reactors (21, 22, 23, 24), comprising: recording of a user selection of a filling plan for an arrangement of tubular reactors; recording of an amount of a first filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the first filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of an amount of a second filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the second filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of a total height of all filling materials in the respective tubular reactor; assigning of the recorded amounts of filling material and the recorded fill level heights in a data basis; performing a catalysis process in the respective tubular reactor and correlating a result of the catalysis process with the recorded amounts of filling material and the recorded fill level heights in the data basis. recording of a user selection of a filling plan for an arrangement of tubular reactors; recording of an amount of a first filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the first filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of an amount of a second filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of the second filling material with which a tubular reactor from the arrangement of tubular reactors has been filled; recording of a fill level height of a total height of all filling materials in the respective tubular reactor; assigning of the recorded amounts of filling material and the recorded fill level heights in a data basis; performing a catalysis process in the respective tubular reactor and correlating a result of the catalysis process with the recorded amounts of filling material and the recorded fill level heights in the data basis.
Refractory plate for protectively covering at least two pipes interconnected by means of a connecting piece, in particular cooing pipes extending along a wall of a combustion chamber, the plate comprising a front face and a rear face which faces towards the pipes in the mounted state and comprises at least two partially cylindrical indentations, between each of which a plate groove is provided which extends in the longitudinal extension L of the plate, the plate groove being formed having a cross-sectional profile which tapers to a slot width D1 towards the rear side of the plate in a first longitudinal extension region in order to receive a first plate holder, and said plate groove being formed in a second longitudinal extension region which is adjacent to said first longitudinal extension region so as to have a cross-sectional profile, in which, when the first plate holder is introduced into the first longitudinal extension region of the plate groove, the narrowest groove width D2 is greater than the slot width D1 of the first longitudinal extension region, characterised in that the refractory plate comprises a retaining segment which is inserted into the second longitudinal extension direction of the plate groove whilst maintaining a distance from the first longitudinal extension region of the plate groove, an undercut recess for receiving a second plate holder leading from the upper side of said retaining portion that is remote from the bottom of the groove.
A lubricating oil composition comprising a major amount of base oil of lubricating viscosity and a minor amount of the reaction product of a linear or branched, saturated or unsaturated monovalent aliphatic acid having 8 to 22 carbon atoms, urea, and polyalkylenepolyamine, wherein the reaction product is non-borated, borated or a mixture thereof.
A method, on an electronic device, the method comprising: collecting a first set of unique wireless access point IDs; collecting a second set of unique wireless access point IDs; comparing the first set and the second set to determine intersecting wireless access point IDs of the first set and the second set and non-intersecting wireless access point IDs of the second set; if a number of intersecting wireless access point IDs meets an intersection threshold for the first set, adding the non-intersecting wireless access point IDs of the second set to the first set, wherein the intersection threshold for the first set is a preselected percentage of a number of unique wireless access point IDs of the first set; updating a confidence level for the unique wireless access point IDs of the first set that correspond to the intersecting wireless access point IDs; determining geographic information for the unique wireless access point IDs of the first set that meet a confidence threshold. collecting a first set of unique wireless access point IDs; collecting a second set of unique wireless access point IDs; comparing the first set and the second set to determine intersecting wireless access point IDs of the first set and the second set and non-intersecting wireless access point IDs of the second set; if a number of intersecting wireless access point IDs meets an intersection threshold for the first set, adding the non-intersecting wireless access point IDs of the second set to the first set, wherein the intersection threshold for the first set is a preselected percentage of a number of unique wireless access point IDs of the first set; updating a confidence level for the unique wireless access point IDs of the first set that correspond to the intersecting wireless access point IDs; determining geographic information for the unique wireless access point IDs of the first set that meet a confidence threshold.
Reach truck with a drive part and a load part, wherein - the drive part comprises a drive frame with two wheel arms (104, 104') running parallel to one another and a base frame connecting the wheel arms (104, 104') to one another, a first guide means (112, 112') being arranged on each of the wheel arms (104, 104'), - the load part comprises a mast holder with two side arms (204, 204') running parallel to each other and a cross beam connecting the side arms (204, 204') to each other, wherein a second guide means (212a, 212a') is arranged on each of the side arms (204, 204'), - the side arms (204, 204') of the mast holder extend parallel to the wheel arms (104, 104') of the drive frame so that one of the side arms (204, 204') is adjacent to one of the wheel arms (104, 104'), - in each case the first guide means (112, 112') of a wheel arm (104, 104') interacts with the second guide means (212a, 212a') of the adjacent side arm (204, 204') in such a way that the mast holder is movably guided on the wheel arms (104, 104'), characterized in that - a transverse beam connecting the two wheel arms (104, 104') to one another and suspended from the mast holder extends from one wheel arm to the other wheel arm and is guided on the wheel arms (104, 104') so as to be movable together with the mast holder, the transverse beam being in engagement with the wheel arms (104, 104') via bearing elements (122, 122', 304, 304') in such a way that the transverse beam limits a movement of the wheel arms (104, 104') outwards away from one another. - the drive part comprises a drive frame with two wheel arms (104, 104') running parallel to one another and a base frame connecting the wheel arms (104, 104') to one another, a first guide means (112, 112') being arranged on each of the wheel arms (104, 104'), - the load part comprises a mast holder with two side arms (204, 204') running parallel to each other and a cross beam connecting the side arms (204, 204') to each other, wherein a second guide means (212a, 212a') is arranged on each of the side arms (204, 204'), - the side arms (204, 204') of the mast holder extend parallel to the wheel arms (104, 104') of the drive frame so that one of the side arms (204, 204') is adjacent to one of the wheel arms (104, 104'), - in each case the first guide means (112, 112') of a wheel arm (104, 104') interacts with the second guide means (212a, 212a') of the adjacent side arm (204, 204') in such a way that the mast holder is movably guided on the wheel arms (104, 104'), - a transverse beam connecting the two wheel arms (104, 104') to one another and suspended from the mast holder extends from one wheel arm to the other wheel arm and is guided on the wheel arms (104, 104') so as to be movable together with the mast holder, the transverse beam being in engagement with the wheel arms (104, 104') via bearing elements (122, 122', 304, 304') in such a way that the transverse beam limits a movement of the wheel arms (104, 104') outwards away from one another.
A liquefied-gas vaporization method of promoting vaporization of a liquefied gas stored in a liquefied-gas tank by causing the liquefied gas to be subjected to heat exchange with a heat medium, the method comprising: generating compressed air by a compressor which is provided on the same axis as that of a turbine and causing a boil-off gas generated in the liquefied-gas tank to be subjected to pressurized combustion using a first quantity of the compressed air, thereby generating a combustion gas; diluting the combustion gas by causing the combustion gas to be mixed with a second quantity of the compressed air; and driving the turbine by the energy of the diluted combustion gas and, after driving the turbine, using the diluted combustion gas as a heat medium to promote the vaporization of the liquefied gas by the heat of the diluted combustion gas. generating compressed air by a compressor which is provided on the same axis as that of a turbine and causing a boil-off gas generated in the liquefied-gas tank to be subjected to pressurized combustion using a first quantity of the compressed air, thereby generating a combustion gas; diluting the combustion gas by causing the combustion gas to be mixed with a second quantity of the compressed air; and driving the turbine by the energy of the diluted combustion gas and, after driving the turbine, using the diluted combustion gas as a heat medium to promote the vaporization of the liquefied gas by the heat of the diluted combustion gas.
Method for producing an electrical connection between two conductive tracks disposed respectively on two faces (21a, 21b) of a printed circuit with non-metallised through holes, characterised in that it comprises the following steps: - depositing solder on a portion of conductive track of a first face of the printed circuit; - inserting a component consisting of a part made from electrically conductive material having two elongate lugs secured to a flat broadened portion extending perpendicular to the elongate lugs, said two elongate lugs passing respectively through two holes of the printed circuit and said flat broadened portion coming into contact with said portion of conductive track covered with solder; and - soldering said component on the portion of conductive track. - depositing solder on a portion of conductive track of a first face of the printed circuit; - inserting a component consisting of a part made from electrically conductive material having two elongate lugs secured to a flat broadened portion extending perpendicular to the elongate lugs, said two elongate lugs passing respectively through two holes of the printed circuit and said flat broadened portion coming into contact with said portion of conductive track covered with solder; and - soldering said component on the portion of conductive track.
A flat battery, comprising: a closed-bottom tubular exterior can; a closed-bottom sealing can that covers an opening of said exterior can; a positive electrode material and a negative electrode material provided in a space formed between said exterior can and said sealing can; and a base used to fix said positive electrode material to said exterior can, said exterior can having a bottom and a tubular side wall that extends in a tube axis direction, said sealing can having a circumferential wall positioned inside of said exterior can while covering the opening of the exterior can, said base having a cylindrical holder that extends in said tube axis direction, has an open end at one end thereof in said tube axis direction, and holds said positive electrode material therein and a flange that extends outward from the other end of said holder in said tube axis direction to overlap an open end of the circumferential wall of said sealing can when viewed in said tube axis direction, said base covering a part of a side surface of said positive electrode material, said holder contacting the side surface of said positive electrode material, said holder having an inner diameter equal to an outer diameter of said positive electrode material, said flange being placed between the open end of said circumferential wall of said sealing can and an inner surface of the bottom of said exterior can, said negative electrode material being formed using lithium or a lithium alloy. a closed-bottom tubular exterior can; a closed-bottom sealing can that covers an opening of said exterior can; a positive electrode material and a negative electrode material provided in a space formed between said exterior can and said sealing can; and a base used to fix said positive electrode material to said exterior can, said exterior can having a bottom and a tubular side wall that extends in a tube axis direction, said sealing can having a circumferential wall positioned inside of said exterior can while covering the opening of the exterior can, said base having a cylindrical holder that extends in said tube axis direction, has an open end at one end thereof in said tube axis direction, and holds said positive electrode material therein and a flange that extends outward from the other end of said holder in said tube axis direction to overlap an open end of the circumferential wall of said sealing can when viewed in said tube axis direction, said base covering a part of a side surface of said positive electrode material, said holder contacting the side surface of said positive electrode material, said holder having an inner diameter equal to an outer diameter of said positive electrode material, said flange being placed between the open end of said circumferential wall of said sealing can and an inner surface of the bottom of said exterior can, said negative electrode material being formed using lithium or a lithium alloy.
A process for preparing a stabilized preparation containing a physiologically active protein, comprising adjusting the pH to 5-7.5 with a basic amino acid, wherein the basic amino acid is histidine, and wherein the physiologically active protein is an anti-interleukin-6 receptor antibody.
A paste composition for forming an electrode over a p type silicon semiconductor substrate, comprising aluminum powder, an organic vehicle, and a metal alkoxide containing silicon as its metal.