mhurhangee/ep-ind-claims huggingface dataset:
A portable sound equipment, comprising: a C-shape body including an elastic part, a lower housing and an upper housing; an earbud holder located at an end portion of the body; an earbud detachably seated on the earbud holder, the earbud including a sound output module configured to output sound; a main board located within the body, the main board being connected to the earbud to control the sound output module; a sound cable connecting the main board to the earbud; a rotation module coupled to the lower housing between the end portion of the body and the main board, the rotation module being configured to allow the sound cable to be wound on an outer circumference of the rotation module; a bridge coupled to the body to cover one surface of the rotation module; a flexible board disposed along the bridge, the flexible board having a first end connected to the main board; and a microphone coupled to a second end of the flexible board, wherein the bridge further comprises a cable guide projected toward the rotation module and forming a gap between the cable guide and a bottom surface of the lower housing, the gap being smaller than a height of the rotation module, and wherein the sound cable wound on the outer circumference of the rotation module is located at the gap. a C-shape body including an elastic part, a lower housing and an upper housing; an earbud holder located at an end portion of the body; an earbud detachably seated on the earbud holder, the earbud including a sound output module configured to output sound; a main board located within the body, the main board being connected to the earbud to control the sound output module; a sound cable connecting the main board to the earbud; a rotation module coupled to the lower housing between the end portion of the body and the main board, the rotation module being configured to allow the sound cable to be wound on an outer circumference of the rotation module; a bridge coupled to the body to cover one surface of the rotation module; a flexible board disposed along the bridge, the flexible board having a first end connected to the main board; and a microphone coupled to a second end of the flexible board, wherein the bridge further comprises a cable guide projected toward the rotation module and forming a gap between the cable guide and a bottom surface of the lower housing, the gap being smaller than a height of the rotation module, and wherein the sound cable wound on the outer circumference of the rotation module is located at the gap.
A container (100; 200; 300; 400; 500; 600) for holding a net bag filled with shellfish and/or crustacean, the container comprising a bottom wall and one or more side walls (120, 130, 140, 150) extending upward from the bottom wall, characterized in that the container defines a liquid tight inner space in which the net bag can be at least partially arranged, and in that the container further comprises at least one toothed engaging member, each toothed engaging member extending from a respective side wall to which it is connected and being configured for engaging the net bag to thereby provide a fixation of the net bag relative to the container.
An inkjet head manufacturing method for an inkjet head that includes a head chip including: a nozzle configured to eject ink; and a flow path substrate including an ink flow path which communicates with the nozzle and through which the ink can flow, the method comprising: composite substrate manufacturing that is manufacturing a composite substrate including a plurality of regions which forms flow path substrates by being split, each of the flow path substrates being the flow path substrate; first protective film forming that is forming a first protective film on a surface of the composite substrate and an inner wall surface of the ink flow path; splitting that is splitting the composite substrate into the flow path substrates; and second protective film forming (S112, S112a) that is forming a second protective film on at least an exposed face in a split face of the flow path substrate generated in the splitting, the exposed face being exposed in a surface of the head chip. composite substrate manufacturing that is manufacturing a composite substrate including a plurality of regions which forms flow path substrates by being split, each of the flow path substrates being the flow path substrate; first protective film forming that is forming a first protective film on a surface of the composite substrate and an inner wall surface of the ink flow path; splitting that is splitting the composite substrate into the flow path substrates; and second protective film forming (S112, S112a) that is forming a second protective film on at least an exposed face in a split face of the flow path substrate generated in the splitting, the exposed face being exposed in a surface of the head chip.
A process to reduce the odor of compounds with at least one five-membered cyclic monothiocarbonate group, shortly referred to as monothiocarbonate compounds, wherein the monothiocarbonate compounds are in a liquid phase and are brought into contact with an oxidant, and the monothiocarbonate compounds are compounds of formula with R 1a to R 4a independently from each other representing hydrogen or an organic group with up to 50 carbon atoms, whereby, alternatively, R 2a, R 4a and the two carbon atoms of the monthiocarbonate group may also together form a five to ten membered carbon ring or compounds of formula with R 1b to R 4b independently from each other representing hydrogen or an organic group with up to 50 carbon atoms, whereby, alternatively, R 2b, R 4b and the two carbon atoms of the monothiocarbonate group may also together form a five to ten membered carbon ring and one of the groups R 1b to R 4b is a linking group to Z, n representing an integral number of at least 2, and Z representing a n-valent organic group or mixtures thereof. the monothiocarbonate compounds are compounds of formula with R 1a to R 4a independently from each other representing hydrogen or an organic group with up to 50 carbon atoms, whereby, alternatively, R 2a, R 4a and the two carbon atoms of the monthiocarbonate group may also together form a five to ten membered carbon ring or compounds of formula with R 1b to R 4b independently from each other representing hydrogen or an organic group with up to 50 carbon atoms, whereby, alternatively, R 2b, R 4b and the two carbon atoms of the monothiocarbonate group may also together form a five to ten membered carbon ring and one of the groups R 1b to R 4b is a linking group to Z, n representing an integral number of at least 2, and Z representing a n-valent organic group or mixtures thereof.
Apparatus for connection to an underwater vehicle by a tether, comprising: a drum (108, 302) configured to store said tether such that said tether is unwound from said drum to allow said vehicle to move away from the apparatus; a pulley system configured to engage with said tether and unwind the tether from said drum; a pulley-drive operable in a forward mode to drive said pulley system for the unwinding of the tether and operable in a braking mode to resist the re-winding of said tether; and a drum-drive operable in a forward mode to drive said drum for the re-winding of said tether and operable in a braking mode to resist the unwinding of the tether, characterised in that: said drum has a continuous groove defining a substantially helical surface. a drum (108, 302) configured to store said tether such that said tether is unwound from said drum to allow said vehicle to move away from the apparatus; a pulley system configured to engage with said tether and unwind the tether from said drum; a pulley-drive operable in a forward mode to drive said pulley system for the unwinding of the tether and operable in a braking mode to resist the re-winding of said tether; and a drum-drive operable in a forward mode to drive said drum for the re-winding of said tether and operable in a braking mode to resist the unwinding of the tether, characterised in that: said drum has a continuous groove defining a substantially helical surface. said drum has a continuous groove defining a substantially helical surface.
A tyre comprising: a tread with a groove, the groove having a snow trapping device in it attached to a bottom wall of the groove, the snow trapping device having a first surface facing a first side in the groove longitudinal direction, the first surface being configured to trap snow flowing from the first side in the groove longitudinal direction, and the device having a second surface facing a second side in the groove longitudinal direction which is opposite to the first side, the second surface being inclined so as to direct water flowing from the second side away from the bottom wall of the groove, wherein parts (26, 28) of the device overlap along the groove longitudinal direction so as to form a passageway for water through the device in the groove longitudinal direction, wherein, in a plan view of the tread, the whole of the device is positioned between the side walls (18, 20) of the groove, wherein, when the snow trapping device passes through the contact patch of the tyre, the parts (26, 28) which overlap are joined to or in contact with each other so that the passageway is formed between a joining or contact point and the bottom wall of the groove, characterized in that the passageway comprises a sipe, and a hole in the device, the sipe being formed outside the hole in a tyre radial direction and adjoining the hole, and wherein the depth of the snow trapping device is at most 50% of the depth of the groove, wherein the depth is measured from the bottom wall of the groove. a tread with a groove, the groove having a snow trapping device in it attached to a bottom wall of the groove, the snow trapping device having a first surface facing a first side in the groove longitudinal direction, the first surface being configured to trap snow flowing from the first side in the groove longitudinal direction, and the device having a second surface facing a second side in the groove longitudinal direction which is opposite to the first side, the second surface being inclined so as to direct water flowing from the second side away from the bottom wall of the groove, wherein parts (26, 28) of the device overlap along the groove longitudinal direction so as to form a passageway for water through the device in the groove longitudinal direction, wherein, in a plan view of the tread, the whole of the device is positioned between the side walls (18, 20) of the groove, wherein, when the snow trapping device passes through the contact patch of the tyre, the parts (26, 28) which overlap are joined to or in contact with each other so that the passageway is formed between a joining or contact point and the bottom wall of the groove, characterized in that the passageway comprises a sipe, and a hole in the device, the sipe being formed outside the hole in a tyre radial direction and adjoining the hole, and wherein the depth of the snow trapping device is at most 50% of the depth of the groove, wherein the depth is measured from the bottom wall of the groove.
A method of controlling access to a wireless communication network, the method comprising: a radio device (10; 600; 900) acquiring system information from the wireless communication network, the system information comprising parameters for controlling access of the radio device (10; 600; 900) to the wireless communication network and being organized in at least two classes differing with respect to a risk level associated with accessing the wireless communication network based on one or more parameters of the class; the radio device (10; 600; 900) receiving validation information which enables the radio device (10; 600; 900) to determine, individually for at least one of the classes, validity of the system information as previously acquired by the radio device (10; 600; 900); and depending on the validity and the risk level associated with at least one of the classes, the radio device (10; 600; 900) determining whether to access the wireless communication network based on the system information as previously acquired by the radio device (10; 600; 900), wherein the risk level of each class is based on a probability that a problem is caused by accessing the wireless communication network based on one or more parameters of the class or on a severeness level of a problem caused by accessing the wireless communication network based on one or more parameters of the class. a radio device (10; 600; 900) acquiring system information from the wireless communication network, the system information comprising parameters for controlling access of the radio device (10; 600; 900) to the wireless communication network and being organized in at least two classes differing with respect to a risk level associated with accessing the wireless communication network based on one or more parameters of the class; the radio device (10; 600; 900) receiving validation information which enables the radio device (10; 600; 900) to determine, individually for at least one of the classes, validity of the system information as previously acquired by the radio device (10; 600; 900); and depending on the validity and the risk level associated with at least one of the classes, the radio device (10; 600; 900) determining whether to access the wireless communication network based on the system information as previously acquired by the radio device (10; 600; 900), wherein the risk level of each class is based on a probability that a problem is caused by accessing the wireless communication network based on one or more parameters of the class or on a severeness level of a problem caused by accessing the wireless communication network based on one or more parameters of the class.
An image bearing member for electrophotography, the image bearing member comprising a surface layer, wherein the surface layer comprises a polymerization-cured product of a radical polymerizable composition containing a perfluoropolyether compound having two or more radical polymerizable functional groups; the perfluoropolyether compound having the radical polymerizable functional groups is represented by the formula l -A-CF 2 O(CF 2 CF 2 O) m (CF 2 O) n CF 2 -A- l in which A denotes a divalent or higher valent organic group, B denotes a radical polymerizable functional group, 1 independently denotes an integer of 1 or more, m denotes an integer of 0 or more, n denotes an integer of 0 or more, and m + n ≥ 1; the ratio F N /RP N of the average number of fluorine atoms F N to the average number of radical polymerizable functional groups RP N in the perfluoropolyether compound having radical polymerizable functional groups is 2.0 to 20.0; F N is determined in accordance with the method disclosed in the description from a ratio between an integrated value for fluorine atoms bonding to a carbon adjacent to the organic group A and an integrated value for the other fluorine atoms derived from the perfluoropolyether compound in 19 F-NMR of the perfluoropolyether compound having the radical polymerizable functional groups; and RP N is determined in accordance with the method disclosed in the description from a ratio between an integrated value of the chemical shift of hydrogen atoms bonding to carbon atoms forming a carbon-carbon double bond in radical polymerizable functional groups and an integrated value of the chemical shift of methylene groups each adjacent to an end of the perfluoropolyether chain in 1 H-NMR of the perfluoropolyether compound having the radical polymerizable functional groups, characterized in that the radical polymerizable composition further contains a metal oxide fine particle to whose surface a portion derived from a silane coupling agent having a radical polymerizable functional group is chemically bonded.
A security tag comprising: - an electronic article surveillance component having a defined surface area; and - a radiofrequency identification (RFID) component having a defined surface area, the surface area of the EAS component configured to at least partially overlap the surface area of the RFID component, and - wherein the RFID component includes an antenna and ah application specific integrated circuit (ASIC) attached to a substrate characterized in that - the ASIC having a complex impedance, and the complex impedance of the ASIC matches a coupled complex conjugate impedance of the antenna including loading effects of the EAS component; - the antenna geometry of antenna is configured to traverse around the perimeter of said substrate and spiral inwardly, and wherein - the antenna comprises a first portion and a second portion and both portions form an inwardly spiral pattern from the integrated circuit and terminate inside the spiral patterns, and - each of the portions (306, 308) of the antenna comprises a slot at a segment point (SP2, SP3, SP4) on which the antenna is severed to tune the antenna length of each antenna portion. - an electronic article surveillance component having a defined surface area; and - a radiofrequency identification (RFID) component having a defined surface area, the surface area of the EAS component configured to at least partially overlap the surface area of the RFID component, and - wherein the RFID component includes an antenna and ah application specific integrated circuit (ASIC) attached to a substrate - the ASIC having a complex impedance, and the complex impedance of the ASIC matches a coupled complex conjugate impedance of the antenna including loading effects of the EAS component; - the antenna geometry of antenna is configured to traverse around the perimeter of said substrate and spiral inwardly, and wherein - the antenna comprises a first portion and a second portion and both portions form an inwardly spiral pattern from the integrated circuit and terminate inside the spiral patterns, and - each of the portions (306, 308) of the antenna comprises a slot at a segment point (SP2, SP3, SP4) on which the antenna is severed to tune the antenna length of each antenna portion.
An implant intended to be placed in a blood flow passage and to be fixed on a tissue, the implant being deployable between a contracted configuration and a deployed configuration, the implant comprising: - a tubular armature around a central axis (A-A'), defining an inner blood flow conduit, the tubular armature extending between a proximal end and a distal end; - a plurality of distal arms extending perpendicular to the central axis (A-A') in the deployed configuration to bear on a first face of the tissue; - a plurality of proximal arms having an end connected to the armature and a free end intended to bear on a second face of the tissue to pinch the tissue; characterized in that - the implant comprises a first assembly in one piece including a first part of the armature and the proximal arms, and a second assembly in a single piece including a second part of the armature and the distal arms, the first assembly and the second assembly being attached on one another; - the first part of the armature is in the form of a proximal sleeve, with central axis (A-A'), extending longitudinally between a first end and a distal end of the sleeve; - the connected end of each proximal arm is connected to the distal end of the proximal sleeve, and the free end of each proximal arm extends toward the central axis (A-A') beyond this distal end of the proximal sleeve. - a tubular armature around a central axis (A-A'), defining an inner blood flow conduit, the tubular armature extending between a proximal end and a distal end; - a plurality of distal arms extending perpendicular to the central axis (A-A') in the deployed configuration to bear on a first face of the tissue; - a plurality of proximal arms having an end connected to the armature and a free end intended to bear on a second face of the tissue to pinch the tissue; characterized in that - the implant comprises a first assembly in one piece including a first part of the armature and the proximal arms, and a second assembly in a single piece including a second part of the armature and the distal arms, the first assembly and the second assembly being attached on one another; - the first part of the armature is in the form of a proximal sleeve, with central axis (A-A'), extending longitudinally between a first end and a distal end of the sleeve; - the connected end of each proximal arm is connected to the distal end of the proximal sleeve, and the free end of each proximal arm extends toward the central axis (A-A') beyond this distal end of the proximal sleeve.
A bubble generator for a washing machine, comprising: a bubble spray part; a wash liquid jet nozzle provided inside the bubble spray part and configured to jet wash liquid; a blowing fan provided at a rear end of the bubble spray part and configured to blow air in a direction in which the wash liquid jet nozzle jets the wash liquid; and a porous plate member (75, 75', 75") provided at a front end of the bubble spray part and including a plurality of holes (75a, 75'b, 75'c, 75"b, 75"c), wherein when the wash liquid jetted from the wash liquid jet nozzle collides with the porous plate member, bubbles are generated. a bubble spray part; a wash liquid jet nozzle provided inside the bubble spray part and configured to jet wash liquid; a blowing fan provided at a rear end of the bubble spray part and configured to blow air in a direction in which the wash liquid jet nozzle jets the wash liquid; and a porous plate member (75, 75', 75") provided at a front end of the bubble spray part and including a plurality of holes (75a, 75'b, 75'c, 75"b, 75"c), wherein when the wash liquid jetted from the wash liquid jet nozzle collides with the porous plate member, bubbles are generated.