mhurhangee/ep-ind-claims huggingface dataset:
A clutch mechanism for a dual-bearing reel, being capable of allowing or preventing rotation transmitted thereto from a handle through a drive gear to be or from being transmitted to a spool rotatable about a spool shaft with respect to a reel unit, the clutch mechanism comprising: a clutch portion configured to be rotated in conjunction with the spool; and a pinion gear having an engaging part and a gear part, and being disposed so as to be rotatable about an axis of the spool shaft and be movable in a direction of the axis of the spool shaft, the engaging part being disposed on a first end, as a spool-side end, of the pinion gear and being configured to engage with and disengage from the clutch portion, the gear part being configured so as to be disposed farther away from the spool than the engaging part is disposed, and being configured to mesh with the drive gear, the gear part having helical teeth enabling the pinion gear to be urged toward the spool by the drive gear when the pinion gear receives transmission of rotation of the handle in a fishing-line winding direction from the drive gear, characterized in that the engaging part having a bottom and a first wall, the first wall extending from the bottom toward the first end and tilting in the same direction as the helical teeth with respect to the spool shaft such that the pinion gear is configured to be urged oppositely to the spool by the clutch portion when the engaging part is engaged with the clutch portion and receives transmission of rotation in a fishing-line releasing direction from the spool. a clutch portion configured to be rotated in conjunction with the spool; and a pinion gear having an engaging part and a gear part, and being disposed so as to be rotatable about an axis of the spool shaft and be movable in a direction of the axis of the spool shaft, the engaging part being disposed on a first end, as a spool-side end, of the pinion gear and being configured to engage with and disengage from the clutch portion, the gear part being configured so as to be disposed farther away from the spool than the engaging part is disposed, and being configured to mesh with the drive gear, the gear part having helical teeth enabling the pinion gear to be urged toward the spool by the drive gear when the pinion gear receives transmission of rotation of the handle in a fishing-line winding direction from the drive gear, characterized in that the engaging part having a bottom and a first wall, the first wall extending from the bottom toward the first end and tilting in the same direction as the helical teeth with respect to the spool shaft such that the pinion gear is configured to be urged oppositely to the spool by the clutch portion when the engaging part is engaged with the clutch portion and receives transmission of rotation in a fishing-line releasing direction from the spool.
A bale bundling system for forming a pack of bales of hay or similar material, said pack comprising a plurality of layers of bales, said bales having a predetermined nominal width ("A"), comprising: - a frame capable of being attached to and pulled by a tractor, - a bale receiving surface on the frame, - a bale bundling chamber arranged on the frame to form a pack of bales disposed vertically in a longitudinal direction ("Y") of the pack, the bundling chamber comprising a bale entrance disposed in correspondence with the bale receiving surface, - a pushing device arranged to introduce bales into the bundling chamber through the bale entrance of the bundling chamber, - a vertically displaceable bale-lifting platform mounted to displace bales from a lower position to an upper position within the bundling chamber, and - retaining means for retaining bales in the upper position when the lifting platform recovers its initial lower position, characterised in that: - the pushing device (13, 14, 15, 16, 17, 18) comprises a compressing surface adapted to apply on a layer of bales an active compression force according to a transverse direction ("X") of the pack, inside the bundling chamber, - wherein said system comprises processing and control means configured to send a compaction signal to actuation means (14, 15, 16, 17, 18) associated with the compressing surface so that the compressing surface applies the active compression force on the layer of bales, while the lifting platform vertically displaces the layer in the interior space of the bundling chamber. - a frame capable of being attached to and pulled by a tractor, - a bale receiving surface on the frame, - a bale bundling chamber arranged on the frame to form a pack of bales disposed vertically in a longitudinal direction ("Y") of the pack, the bundling chamber comprising a bale entrance disposed in correspondence with the bale receiving surface, - a pushing device arranged to introduce bales into the bundling chamber through the bale entrance of the bundling chamber, - a vertically displaceable bale-lifting platform mounted to displace bales from a lower position to an upper position within the bundling chamber, and - retaining means for retaining bales in the upper position when the lifting platform recovers its initial lower position, - the pushing device (13, 14, 15, 16, 17, 18) comprises a compressing surface adapted to apply on a layer of bales an active compression force according to a transverse direction ("X") of the pack, inside the bundling chamber, - wherein said system comprises processing and control means configured to send a compaction signal to actuation means (14, 15, 16, 17, 18) associated with the compressing surface so that the compressing surface applies the active compression force on the layer of bales, while the lifting platform vertically displaces the layer in the interior space of the bundling chamber.
A method for managing expired or consumed applications (app1, app2... appx) that have been provided by a Service Provider and are stored in a secure memory element of a mobile communication device, wherein the method comprises storing a representation of expired or consumed applications (app1, app2... appx) in or on a storage medium that is separate from the secure memory element and is a memory element of the mobile communication device, deleting the expired or consumed application from the secure memory element of the mobile communication device, wherein the mobile communication device sends a retrieval request to the Service Provider asking the Service Provider to format a representation of the expired or consumed application (app1, app2... appx) in a format that has been chosen by the customer, wherein the Service Provider when receiving the retrieval request formats the representation according to the retrieval request and transmits the formatted representation of the expired or consumed application (app1, app2... appx) to the customer via a communication channel, such as e-mail, or download from a remote server, or mail transport.
Method of installing a module on a fastening device, wherein at least one sliding block is used for fastening purposes, wherein - the module, in the region of the fastening device, has a preassembly chamber, by means of which the sliding block is accommodated, prior to installation, in full or at least in part with predetermined orientation relative to the preassembly chamber, - the module is oriented in the region of the fastening device, - the sliding block is pushed out of the preassembly chamber in the direction of the fastening device and, in the process, is pushed into the fastening device, and - the sliding block pushed into the fastening device is secured in the fastening device, in particular by being rotated, characterized in that - the preassembly chamber is formed by a trench in the module, - the length of the sliding block - as seen in the longitudinal direction of the trench with the sliding block in an orientation which it assumes in its preassembly position, in which it is introduced into the preassembly chamber - is selected to be greater than the length of the trench in the longitudinal direction of the trench, and - in its preassembly position, the sliding block projects out of the trench at the front and rear, as seen in the longitudinal direction of the trench. - the module, in the region of the fastening device, has a preassembly chamber, by means of which the sliding block is accommodated, prior to installation, in full or at least in part with predetermined orientation relative to the preassembly chamber, - the module is oriented in the region of the fastening device, - the sliding block is pushed out of the preassembly chamber in the direction of the fastening device and, in the process, is pushed into the fastening device, and - the sliding block pushed into the fastening device is secured in the fastening device, in particular by being rotated, characterized in that - the preassembly chamber is formed by a trench in the module, - the length of the sliding block - as seen in the longitudinal direction of the trench with the sliding block in an orientation which it assumes in its preassembly position, in which it is introduced into the preassembly chamber - is selected to be greater than the length of the trench in the longitudinal direction of the trench, and - in its preassembly position, the sliding block projects out of the trench at the front and rear, as seen in the longitudinal direction of the trench.
A solid state storage device comprising a memory device of a first type and a first memory device of the second type (602, 801) different than the first type, the solid state storage device characterised by comprising: a second memory device of the second type (601, 802); a plurality of first communication channels (640/641/650, 810/811), with a first portion (650, 810) of the plurality of first communication channels (640/641/650, 810/811) coupled to the memory device of the first type and a second portion (640/641, 811) of the plurality of first communication channels (640/641 /650, 810/811) coupled to the second memory device of the second type (601, 802); a plurality of second communication channels separate from the plurality of first communication channels (640/641/650, 810/811) and coupled to the first memory device of the second type (602, 801); and a multiplexer (612, 805) coupled to receive output from a plurality of memory sequencers (620/630/631, 803/804) and to provide output of a selected one of the plurality of memory sequencers (620/630/631, 803/804) to the plurality of first communication channels (640/641/650, 810/811), wherein the plurality of memory sequencers (620/630/631, 803/804) comprises a memory sequencer for memory devices of the first type (630/631, 804) and a memory sequencer for memory devices of the second type (620, 803). a second memory device of the second type (601, 802); a plurality of first communication channels (640/641/650, 810/811), with a first portion (650, 810) of the plurality of first communication channels (640/641/650, 810/811) coupled to the memory device of the first type and a second portion (640/641, 811) of the plurality of first communication channels (640/641 /650, 810/811) coupled to the second memory device of the second type (601, 802); a plurality of second communication channels separate from the plurality of first communication channels (640/641/650, 810/811) and coupled to the first memory device of the second type (602, 801); and a multiplexer (612, 805) coupled to receive output from a plurality of memory sequencers (620/630/631, 803/804) and to provide output of a selected one of the plurality of memory sequencers (620/630/631, 803/804) to the plurality of first communication channels (640/641/650, 810/811), wherein the plurality of memory sequencers (620/630/631, 803/804) comprises a memory sequencer for memory devices of the first type (630/631, 804) and a memory sequencer for memory devices of the second type (620, 803).
A massaging device having a massaging surface comprising a plurality of massaging elements (101, 102, 103) moveable relative to each other; wherein: the massaging surface is adapted such that when applying the massaging 5 surface to a skin surface and moving the massaging elements (101, 102, 103) relative to each other, two differently directed forces are simultaneously exercised by the massaging elements (101, 102, 103) on the skin surface thereby causing simultaneous pinching and stretching of the skin 10 surface present in between the massaging elements (101, 102, 103), wherein: a first and a third massaging element of the plurality of massaging elements are fixed on a first plate, wherein a second massaging element of the plurality of massaging elements is fixed on a second plate, wherein the first plate is positioned on top of the second plate, wherein the second massaging element protrudes the first plate via a through-hole present in the first plate, the 15 through-hole being located in between the first and the third massaging element, and wherein the first plate is moveable relative to the second plate, or wherein the second plate is moveable relative to the first plate, wherein the second massaging element moves away from the first massaging element and approaches the third massaging element.
A method of selectively separating semiconducting carbon nanotubes comprising: dispersing carbon nanotubes in a mixed solution containing a solvent, the carbon nanotubes, and a dispersant, the carbon nanotubes including semiconducting carbon nanotubes, the dispersant comprising a polythiophene derivative including a thiophene ring and a regioregularly arranged hydrocarbon sidechain linked to the thiophene ring, selectively separating the semiconducting carbon nanotubes from the mixed solution, characterized in that the polythiophene derivative is represented by Formula 1 below: wherein R is a C7 to C50 alkyl group; R 1 and R 2 are each independently one of hydrogen, halogen, methyl, and halomethyl; and I is an integer from 1 to 40,000. dispersing carbon nanotubes in a mixed solution containing a solvent, the carbon nanotubes, and a dispersant, the carbon nanotubes including semiconducting carbon nanotubes, the dispersant comprising a polythiophene derivative including a thiophene ring and a regioregularly arranged hydrocarbon sidechain linked to the thiophene ring, selectively separating the semiconducting carbon nanotubes from the mixed solution, characterized in that the polythiophene derivative is represented by Formula 1 below: wherein R is a C7 to C50 alkyl group; R 1 and R 2 are each independently one of hydrogen, halogen, methyl, and halomethyl; and I is an integer from 1 to 40,000.
A method of managing a special chat forum for a video game, the method comprising: determining, using at least one processor operatively coupled with a memory, a location in a geographic area of players playing an online video game, the number of players located within the geographic area exceeding a threshold number; automatically creating the special chat forum for game play based on the determination; sending an invite to join the chat forum to at least some of the players; tracking a number of players in the chat forum; determining that the number of players in the chat forum has fallen below the threshold; expanding the geographic area to include a larger, expanded geographic area, based on the determination that the number of players in the chat forum has fallen below the threshold number; and automatically sending an invite to join the chat forum to at least some players in the expanded geographic area. determining, using at least one processor operatively coupled with a memory, a location in a geographic area of players playing an online video game, the number of players located within the geographic area exceeding a threshold number; automatically creating the special chat forum for game play based on the determination; sending an invite to join the chat forum to at least some of the players; tracking a number of players in the chat forum; determining that the number of players in the chat forum has fallen below the threshold; expanding the geographic area to include a larger, expanded geographic area, based on the determination that the number of players in the chat forum has fallen below the threshold number; and automatically sending an invite to join the chat forum to at least some players in the expanded geographic area.
Apparatus for the production and filling of filled baked products made with batter dough, characterized in that said apparatus comprises: - a transport device configured to define a movement plane for the movement, in a direction of feed, of baked products or one or more baking trays each provided with cooking hollows to receive a measured quantity of batter dough; - a unit to deliver and measure the batter dough configured to deliver a batter dough into said hollows of said baking trays; - a first cooling sector configured to cool the baked products contained in the hollows of the baking trays, wherein said first cooling sector is an in-air cooling sector; - a product extraction unit configured to remove the cooked baked products from the baking trays and deposit them in organized rows on said transport device; - a cooling unit configured to carry out a second cooling of the baked products removed from the baking trays, wherein said cooling unit is a forced cooling unit and comprises a refrigerator; - a horizontal filling unit configured to introduce a filling inside the cooled baked products, essentially acting parallel to said movement plane. - a transport device configured to define a movement plane for the movement, in a direction of feed, of baked products or one or more baking trays each provided with cooking hollows to receive a measured quantity of batter dough; - a unit to deliver and measure the batter dough configured to deliver a batter dough into said hollows of said baking trays; - a first cooling sector configured to cool the baked products contained in the hollows of the baking trays, wherein said first cooling sector is an in-air cooling sector; - a product extraction unit configured to remove the cooked baked products from the baking trays and deposit them in organized rows on said transport device; - a cooling unit configured to carry out a second cooling of the baked products removed from the baking trays, wherein said cooling unit is a forced cooling unit and comprises a refrigerator; - a horizontal filling unit configured to introduce a filling inside the cooled baked products, essentially acting parallel to said movement plane.
A metal nanoparticle dispersion usable for layered coating by spraying in the form of fine droplets, wherein an average particle size of said metal nanoparticles is selected in the range of 1 to 100 nm, and in the metal nanoparticle dispersion, the content of metal nanoparticles is chosen at 40% by weight or more; the metal nanoparticle dispersion is a dispersion comprising said metal nanoparticles uniformly dispersed, as a solid component, in a dispersion solvent; the surface of the metal nanoparticle is coated with one compound or more which has a group containing a nitrogen atom and capable of coordinate-bonding by a lone pair existing in the nitrogen atom as a group capable of coordinate-bonding to a metal element contained in the metal nanoparticle; said one or more compounds having the group containing the nitrogen, atom is contained in a total amount of 20 to 50 parts by weight based on 100 parts by weight of said metal nanoparticles; said dispersion solvent is a type of organic solvent or a mixed solvent of two or more organic liquids, which shows homogeneous liquid state at least at a temperature of 15°C or higher, wherein the type of organic solvent or at least one of the two or more organic liquids, which composes the dispersion solvent, has affinity for said one compound or more having the group containing the nitrogen, atom; a fluid viscosity (20°C) of the dispersion solvent is chosen in the range of 0.2 mPa-s to 3 mPa·s; in said metal nanoparticle dispersion, a volume percentage of said dispersion solvent is selected in the range of 55 to 80% by volume, and a fluid viscosity (20°C) of the metal nanoparticle dispersion is chosen in the range of 2 mPa·s to 30 mPa·s; the viscosity of the dispersion being measured by a B-type rotational viscometer at 20°C; and when a concentrated dispersion is formed from the metal nanoparticle dispersion by evaporating a part of the dispersion solvent contained in said metal nanoparticle dispersion so to set a volume percentage of said dispersion solvent in the range of 20 to 50% by volume, the concentrated dispersion comes to be a viscous concentrated solution having a fluid viscosity (20°C) being within the range of 20 Pa·s to 1000 Pa·s.
A method for acquiring air quality applied in a household appliance comprising a fan and an air quality detection device, and comprises: controlling the fan to rotate; detecting air quality by the air quality detection device; and generating air quality information according to the detection result of the air quality detection device, characterized in that controlling the fan to rotate comprises: detecting whether an airflow speed in a current environment reaches a predetermined speed; and controlling the fan to rotate if the airflow speed does not reach the predetermined speed, and in that detecting the air quality by the air quality detection device comprises: detecting whether a rotation time of the fan reaches a predetermined length of time; and detecting the air quality by the air quality detection device if the rotation time reaches the predetermined length of time. controlling the fan to rotate; detecting air quality by the air quality detection device; and generating air quality information according to the detection result of the air quality detection device, characterized in that controlling the fan to rotate comprises: detecting whether an airflow speed in a current environment reaches a predetermined speed; and controlling the fan to rotate if the airflow speed does not reach the predetermined speed, detecting whether an airflow speed in a current environment reaches a predetermined speed; and controlling the fan to rotate if the airflow speed does not reach the predetermined speed, and in that detecting the air quality by the air quality detection device comprises: detecting whether a rotation time of the fan reaches a predetermined length of time; and detecting the air quality by the air quality detection device if the rotation time reaches the predetermined length of time. detecting whether a rotation time of the fan reaches a predetermined length of time; and detecting the air quality by the air quality detection device if the rotation time reaches the predetermined length of time.