mhurhangee/ep-ind-claims huggingface dataset:
A webbing take-up device (10, 210) comprising: a spool that rotates in a pull-out direction due to a webbing being pulled out; a force limiter member that is capable of actuating with rotation of the spool in the pull-out direction, and that, in an actuated state, absorbs a part of a rotation force of the spool by being deformed; a support member that supports the force limiter member; a movable member (104, 284) that changes a deformation amount of the force limiter member by being moved; a drive device that is disposed with respect to the movable member (104, 284) on a straight line along a movement direction of the movable member (104, 284), and that moves the movable member (104, 284) by a drive force that is output toward a movable member side; and a retaining member that retains the drive device, characterized in that the retaining member (94, 274) is a single member, and further retains the movable member (104, 284) so as to allow movement, and transmits the drive force that is output from the drive device toward the movable member (104, 284), and the retaining member (94, 274) prevents movement of the movable member (104, 284) at a movement end point of the movable member (104, 284). a spool that rotates in a pull-out direction due to a webbing being pulled out; a force limiter member that is capable of actuating with rotation of the spool in the pull-out direction, and that, in an actuated state, absorbs a part of a rotation force of the spool by being deformed; a support member that supports the force limiter member; a movable member (104, 284) that changes a deformation amount of the force limiter member by being moved; a drive device that is disposed with respect to the movable member (104, 284) on a straight line along a movement direction of the movable member (104, 284), and that moves the movable member (104, 284) by a drive force that is output toward a movable member side; and a retaining member that retains the drive device, characterized in that the retaining member (94, 274) is a single member, and further retains the movable member (104, 284) so as to allow movement, and transmits the drive force that is output from the drive device toward the movable member (104, 284), and the retaining member (94, 274) prevents movement of the movable member (104, 284) at a movement end point of the movable member (104, 284).
A method of providing a patterned layer, the method comprising: providing (2, 3) a substrate comprising a surface to which a layer of a compound is applied, wherein the compound comprises at least one condensable group reactive with surface groups of said surface by condensation reaction, and a basic group for accepting protons; applying a layer of a polycondensable imprinting composition onto the layer of the compound; and imprinting the imprinting composition layer with a patterned stamp, polycondensation of the imprinting composition taking place during the imprinting thereby to form said patterned layer. providing (2, 3) a substrate comprising a surface to which a layer of a compound is applied, wherein the compound comprises at least one condensable group reactive with surface groups of said surface by condensation reaction, and a basic group for accepting protons; applying a layer of a polycondensable imprinting composition onto the layer of the compound; and imprinting the imprinting composition layer with a patterned stamp, polycondensation of the imprinting composition taking place during the imprinting thereby to form said patterned layer.
Solid composition containing at least one dye in association with at least one physiologically acceptable excipient which comprises: a) a lipophilic matrix which comprises lipophilic compounds with melting point below 90°C, and optionally an amphiphilic matrix, in which said at least one dye is at least partly incorporated, b) an outer matrix which comprises hydrophilic compounds in which the lipophilic matrix, and optionally the amphiphilic matrix are dispersed; c) optionally other physiologically acceptable excipients; d) optional gastro-resistant coating for use in endoscopic evaluation, characterized in that more than two unit dosages thereof are orally administered to a human according to a fractionated schedule in which a total amount from 100 to 400 mg, of said at least one dye is administered to said human in the 48 hours prior to the endoscopic evaluation wherein the total dose is fractionated in more than two unit dosages containing the same amount of dye, considered the active ingredient, and wherein said at least one dye is selected from among methylene blue, congo red, indigo carmine, toluidine blue or mixtures thereof. a) a lipophilic matrix which comprises lipophilic compounds with melting point below 90°C, and optionally an amphiphilic matrix, in which said at least one dye is at least partly incorporated, b) an outer matrix which comprises hydrophilic compounds in which the lipophilic matrix, and optionally the amphiphilic matrix are dispersed; c) optionally other physiologically acceptable excipients; d) optional gastro-resistant coating for use in endoscopic evaluation, characterized in that more than two unit dosages thereof are orally administered to a human according to a fractionated schedule in which a total amount from 100 to 400 mg, of said at least one dye is administered to said human in the 48 hours prior to the endoscopic evaluation wherein the total dose is fractionated in more than two unit dosages containing the same amount of dye, considered the active ingredient, and wherein said at least one dye is selected from among methylene blue, congo red, indigo carmine, toluidine blue or mixtures thereof. for use in endoscopic evaluation, characterized in that more than two unit dosages thereof are orally administered to a human according to a fractionated schedule in which a total amount from 100 to 400 mg, of said at least one dye is administered to said human in the 48 hours prior to the endoscopic evaluation wherein the total dose is fractionated in more than two unit dosages containing the same amount of dye, considered the active ingredient, and wherein said at least one dye is selected from among methylene blue, congo red, indigo carmine, toluidine blue or mixtures thereof.
An embolic material delivery assembly (10; 110; 210; 310; 410), comprising: an outer member having a lumen extending therein and a distal end region; an inner member (22; 322; 422) disposed within the lumen of the outer member, wherein the inner member (22; 322; 422) includes a first lumen (26; 326) extending therein; a first embolic material extending within the first lumen (26; 326) of the inner member (22; 322; 422), the embolic material having a first distal end region; and an anchor (36; 136; 236; 336; 446) disposed within the lumen of the outer member, the anchor (36; 136; 236; 336; 446) having a first attachment region; wherein the first distal end region of the first embolic material is coupled to the first attachment region of the anchor (36; 136; 236; 336; 446); and a second embolic material; characterised in that the inner member (22; 322; 422) includes a second lumen (28; 328) extending therein, and wherein the second embolic material extends within the second lumen (28; 328) of the inner member (22; 322; 422). an outer member having a lumen extending therein and a distal end region; an inner member (22; 322; 422) disposed within the lumen of the outer member, wherein the inner member (22; 322; 422) includes a first lumen (26; 326) extending therein; a first embolic material extending within the first lumen (26; 326) of the inner member (22; 322; 422), the embolic material having a first distal end region; and an anchor (36; 136; 236; 336; 446) disposed within the lumen of the outer member, the anchor (36; 136; 236; 336; 446) having a first attachment region; wherein the first distal end region of the first embolic material is coupled to the first attachment region of the anchor (36; 136; 236; 336; 446); and a second embolic material; characterised in that the inner member (22; 322; 422) includes a second lumen (28; 328) extending therein, and wherein the second embolic material extends within the second lumen (28; 328) of the inner member (22; 322; 422).
A rice gel production system of producing a gel-form rice gel, the system comprising: a heating and stirring unit that heats a water-added rice material with stirring in a sealed container and obtains a gelatinized material, and a pulverizing unit (40, 40A) that pulverizes the gelatinized material obtained in the heating and stirring unit and obtains the rice gel characterized in that the heating and stirring unit has a coarse pulverizing blad, that rotates inside the sealed container and coarsely pulverizes the rice material. a heating and stirring unit that heats a water-added rice material with stirring in a sealed container and obtains a gelatinized material, and a pulverizing unit (40, 40A) that pulverizes the gelatinized material obtained in the heating and stirring unit and obtains the rice gel characterized in that the heating and stirring unit has a coarse pulverizing blad, that rotates inside the sealed container and coarsely pulverizes the rice material.
Vacuum interrupter, comprising - a housing having at least one annular ceramic insulating element, which forms a vacuum chamber, - a contact system, having two contacts (9, 10) which are moveable relative to one another, wherein a capacitive element having two electrodes is provided, together with a dielectric material which is arranged between the electrodes, characterized in that the capacitive element is interlockingly mounted on the insulating element at a surface of the insulating element, wherein electrodes are provided and arranged along the switching axis between end faces (25, 26) of the at least one insulating element, and the capacitive element has a capacitance between 400 pF and 4000 pF. - a housing having at least one annular ceramic insulating element, which forms a vacuum chamber, - a contact system, having two contacts (9, 10) which are moveable relative to one another,
An improved laser-therapy device for the treatment of acupuncture points, which comprises: - a control unit; - laser emitting means associated to said control unit; - means for generating an emission signal, which are functionally associated to said control unit and to said laser emitting means; and - means for modulating said emission signal, which are designed to generate a modulated signal, wherein said modulated signal derives from a first square-wave modulation at a frequency of 100 Hz combined with a second square-wave modulation at a frequency of between 1 and 2 Hz, a third square-wave modulation at a frequency of between 50 and 200 Hz or 5 and 20 Hz is provided, combined, respectively, with said first and second modulations and said first, second, and third modulations are emitted in a combination in sequence with respect to one another in such a way that the resulting emission is a time-modulated sequence of pulse trains at a basic frequency. - a control unit; - laser emitting means associated to said control unit; - means for generating an emission signal, which are functionally associated to said control unit and to said laser emitting means; and - means for modulating said emission signal, which are designed to generate a modulated signal, said modulated signal derives from a first square-wave modulation at a frequency of 100 Hz combined with a second square-wave modulation at a frequency of between 1 and 2 Hz, a third square-wave modulation at a frequency of between 50 and 200 Hz or 5 and 20 Hz is provided, combined, respectively, with said first and second modulations and said first, second, and third modulations are emitted in a combination in sequence with respect to one another in such a way that the resulting emission is a time-modulated sequence of pulse trains at a basic frequency.
A base station (102; 202; 402; 502; 602) of a wireless communication system configured to perform wireless communication with a mobile station (101; 201; 401; 501; 601), said base station (102; 202; 402; 502; 602), comprising: a timer unit (115; 207; 409; 510; 610) which is configured to judge whether said mobile station (101; 201; 401; 501; 601) is in a deemed in-sync state, in which synchronization is assumed to be guaranteed, or in a deemed out-of-sync state, in which synchronization is not assumed to be guaranteed according to the occurrence or non-occurrence of a timeout of a guarantee period, during which synchronization of a receive timing at said base station for an uplink signal from said mobile station is guaranteed; and a timer control unit (114; 206; 408; 509; 609) which is made capable of determining said guarantee period of said timer unit (115; 207; 409; 510; 610) specific to each said mobile station (101; 201; 401; 501; 601) and updating said timer unit (115; 207; 409; 510; 610). a timer unit (115; 207; 409; 510; 610) which is configured to judge whether said mobile station (101; 201; 401; 501; 601) is in a deemed in-sync state, in which synchronization is assumed to be guaranteed, or in a deemed out-of-sync state, in which synchronization is not assumed to be guaranteed according to the occurrence or non-occurrence of a timeout of a guarantee period, during which synchronization of a receive timing at said base station for an uplink signal from said mobile station is guaranteed; and a timer control unit (114; 206; 408; 509; 609) which is made capable of determining said guarantee period of said timer unit (115; 207; 409; 510; 610) specific to each said mobile station (101; 201; 401; 501; 601) and updating said timer unit (115; 207; 409; 510; 610).
Switching device having at least one single-pole switching block, said block comprising: - a mobile contact bridge, - a pair of fixed contacts (41, 51) cooperating with said mobile contact bridge and linked respectively to a current input conductor (4, 5), - two arc extinguishing chambers opening respectively onto an opening volume of the contact bridge, characterized in that each extinguishing chamber is linked to at least one extinguishing gas exhaust channel (38, 42), said exhaust channels emerging on an upstream face of the housing of the switching block, said upstream face being positioned opposite another downstream face intended to be placed in contact with trip means. - a mobile contact bridge, - a pair of fixed contacts (41, 51) cooperating with said mobile contact bridge and linked respectively to a current input conductor (4, 5), - two arc extinguishing chambers opening respectively onto an opening volume of the contact bridge,
A compact sulfur recovery system for recovering elemental sulfur from a H 2 S-containing gas stream, comprising a plurality of components in serial fluid flow arrangement, said plurality of components comprising: an oxidation zone; a first temperature-control zone; a first Claus catalytic reaction zone; a second temperature-control zone; a first vapor-liquid sulfur separation zone; a first liquid sulfur outlet; and a first effluent gas outlet; wherein said oxidation zone comprises a catalytic partial oxidation reaction zone capable of withstanding temperatures up to about 2,700 °F. (1,482 °C.); and wherein said catalytic partial oxidation reaction zone, said first temperature control zone, said first Claus catalytic reaction zone, said second temperature control zone, and said first vapor-liquid sulfur separation zone are contained in a primary structure and arranged vertically in the sequence given, and said system configured to operate in a downward flow process so as to deter the accumulation of liquid sulfur in said first Claus catalytic reaction zone. an oxidation zone; a first temperature-control zone; a first Claus catalytic reaction zone; a second temperature-control zone; a first vapor-liquid sulfur separation zone; a first liquid sulfur outlet; and a first effluent gas outlet; wherein said oxidation zone comprises a catalytic partial oxidation reaction zone capable of withstanding temperatures up to about 2,700 °F. (1,482 °C.); and wherein said catalytic partial oxidation reaction zone, said first temperature control zone, said first Claus catalytic reaction zone, said second temperature control zone, and said first vapor-liquid sulfur separation zone are contained in a primary structure and arranged vertically in the sequence given, and said system configured to operate in a downward flow process so as to deter the accumulation of liquid sulfur in said first Claus catalytic reaction zone.
A retaining device, comprising a fastening base having a first side to be used in a rabbet of a frame or leaf of joinery such as a door or window, and a second opposite side on which is pivotably mounted, about a pivot shaft perpendicular to the plane of said fastening base, a first end of a retaining arm provided, in an opposite end portion, with a longitudinal opening defined for accommodating an attachment finger provided on the leaf or the frame respectively, characterized by the fact that at its first end pivotably mounted on the fastening base, the retaining arm is still movably mounted in its longitudinal direction, perpendicular to the pivot shaft, along a travel of defined length.
Change assembly for receiving an application device for use in an assembly line for motor vehicles, wherein the change assembly comprises: a rotary body for the rotatable arrangement on a bogie for rotating the rotary body about an axis of rotation, with a lateral surface, comprising at least one first partial lateral surface, a second partial lateral surface, a third partial lateral surface arranged between the first partial lateral surface and the second partial lateral surface, and a fourth partial lateral surface arranged between the second partial lateral surface and the first partial lateral surface, wherein the first partial lateral surface is oriented parallel to the second partial lateral surface and the third partial lateral surface is oriented parallel to the fourth partial lateral surface, characterized by a first carrying bolt for carrying or helping to carry a first application device, and further by a second carrying bolt for carrying or helping to carry a second application device, wherein the first partial lateral surface comprises a first guide hole for guiding the first carrying bolt and the second partial lateral surface comprises a second guide hole for guiding the second carrying bolt, and wherein the first guide hole and the second guide hole are arranged offset with respect to each other in a direction parallel to the axis of rotation such that the first carrying bolt and the second carrying bolt are arranged offset with respect to each other in an interior of the rotary body for the collision-free retraction and extension of the carrying bolts (8, 9). a rotary body for the rotatable arrangement on a bogie for rotating the rotary body about an axis of rotation, with a lateral surface, comprising at least one first partial lateral surface, a second partial lateral surface, a third partial lateral surface arranged between the first partial lateral surface and the second partial lateral surface, and a fourth partial lateral surface arranged between the second partial lateral surface and the first partial lateral surface, wherein the first partial lateral surface is oriented parallel to the second partial lateral surface and the third partial lateral surface is oriented parallel to the fourth partial lateral surface, characterized by a first carrying bolt for carrying or helping to carry a first application device, and further by a second carrying bolt for carrying or helping to carry a second application device, wherein the first partial lateral surface comprises a first guide hole for guiding the first carrying bolt and the second partial lateral surface comprises a second guide hole for guiding the second carrying bolt, and wherein the first guide hole and the second guide hole are arranged offset with respect to each other in a direction parallel to the axis of rotation such that the first carrying bolt and the second carrying bolt are arranged offset with respect to each other in an interior of the rotary body for the collision-free retraction and extension of the carrying bolts (8, 9).
An internal centrifuging device for the formation of fibers, notably mineral fibers, including a fiberizing plate having a peripheral wall pierced by a plurality of orifices, a support of the fiberizing plate termed a tulip, the tulip comprising a hollow cylindrical body or hub and a disk-shaped rim around the lower end of the hub, and fixing means arranged on the hub and intended for fixing the tulip to a shaft able to rotate, characterized in that the fixing means include at least two coplanar isolated male elements projecting from the interior wall of the hub and constitute means for retention and mechanical locking of the device to the shaft in the position of use, each male element being intended to cooperate with a female element of the shaft or with a female element of an interface ring fastened to the shaft, by insertion of each male element in a female element, the device further including elastic means enabling unlocking of the device relative to the shaft.
A method for sending messages in a telecommunications network (6, 11, 12, 13, 14), wherein the method comprises performing the following steps by a server computer in the telecommunications network: - detecting a voice-message call attempt or a connection formed to a terminal device of a potential user of a service, on the basis of a voice-message call attempt, for each of several users, - as a response to the voice-message call attempt or connection formed to the terminal device, sending a text-form message from the telecommunications network to the terminal device, which text-form message comprises at least one selection query and initiates a logically continuous, temporally discontinuous session having multiple stages, - altering the sender address of the text-form message, before sending the text-form message, based on the session and current session stage for each of r the several users. - detecting a voice-message call attempt or a connection formed to a terminal device of a potential user of a service, on the basis of a voice-message call attempt, for each of several users, - as a response to the voice-message call attempt or connection formed to the terminal device, sending a text-form message from the telecommunications network to the terminal device, which text-form message comprises at least one selection query and initiates a logically continuous, temporally discontinuous session having multiple stages, - altering the sender address of the text-form message, before sending the text-form message, based on the session and current session stage for each of r the several users.