mhurhangee/ep-ind-claims huggingface dataset:
A tip part for an insertable vision device, such as an endoscope, said tip part comprising a housing adapted for accommodating an electronic vision receptor, at least one light guide of a transparent material and exhibiting total internal reflection properties, said at least one light guide having a predetermined length in a longitudinal direction between at least one first light reception end adapted for receiving light from a light source and at least one second light emission end adapted to emit light, wherein the predetermined length comprises an expanding sector in which the light guide has a varying cross-sectional area along the predetermined length, wherein, in said expanding sector, the cross-sectional area is monotonously increasing in the direction from the at least one first light reception end towards the at least one second light emission end, and wherein the first light reception end comprises an end face with an essentially plane surface, characterised in that the first light reception end is in engagement with an LED. a housing adapted for accommodating an electronic vision receptor, at least one light guide of a transparent material and exhibiting total internal reflection properties, said at least one light guide having a predetermined length in a longitudinal direction between at least one first light reception end adapted for receiving light from a light source and at least one second light emission end adapted to emit light, wherein the predetermined length comprises an expanding sector in which the light guide has a varying cross-sectional area along the predetermined length, wherein, in said expanding sector, the cross-sectional area is monotonously increasing in the direction from the at least one first light reception end towards the at least one second light emission end, and wherein the first light reception end comprises an end face with an essentially plane surface, characterised in that the first light reception end is in engagement with an LED.
A method, for a relay node in a communication system, comprising: receiving a signal comprising a plurality of input subchannels from a node; demultiplexing each input subchannel into one of a plurality of separate signal streams; reassigning, using channel performance information, each of the at least one demultiplexed signal stream originally contained in a corresponding first input subchannel to a respective second output subchannel for the purpose of transmission, where at least one first input subchannel is different from its respective second output subchannel; and transmitting each reassigned signal stream in the respective second output subchannel. receiving a signal comprising a plurality of input subchannels from a node; demultiplexing each input subchannel into one of a plurality of separate signal streams; reassigning, using channel performance information, each of the at least one demultiplexed signal stream originally contained in a corresponding first input subchannel to a respective second output subchannel for the purpose of transmission, where at least one first input subchannel is different from its respective second output subchannel; and transmitting each reassigned signal stream in the respective second output subchannel.
Solenoid valve apparatus for a brake system for a vehicle, wherein the solenoid valve apparatus has a main valve unit, a pilot-control valve unit which is fluidically connected to the main valve unit, and a housing (230; 232, 234) for accommodating at least the main valve unit and the pilot-control valve unit, characterized in that the pilot-control valve unit has a double solenoid unit and at least one valve device (354; 454), wherein the double solenoid unit is formed such that it can be populated with at least one valve device (354; 454), wherein the double solenoid unit has at least two accommodating portions for accommodating valve devices (354; 454) and at least two solenoid devices for actuating valve devices (354; 454), wherein the double solenoid unit is arrangeable or arranged in clamped fashion in the housing (230; 232, 234).
A leaf assembly for a multi-leaf collimator, comprising a leaf frame and a plurality of leaves for shielding beams from a selected area, wherein the leaves are arranged sideways and adjacently in the leaf frame for shielding beams being emitted from a radiation source located above the assembly, wherein each leaf is mounted in the leaf frame displaceably in an adjusting direction being oriented perpendicularly related to said beams, and wherein the leaf frame provides a linear guidance for each leaf within the adjusting direction, characterized in that the leaf frame is adapted to allow for lateral movement of the leaves superposing said linear guidance, thus allowing mutual abutting of the leaves by sidewise contacting of the surface of adjacent leaves. the leaves are arranged sideways and adjacently in the leaf frame for shielding beams being emitted from a radiation source located above the assembly, wherein each leaf is mounted in the leaf frame displaceably in an adjusting direction being oriented perpendicularly related to said beams, and wherein the leaf frame provides a linear guidance for each leaf within the adjusting direction,
Radial bearing arrangement of a transmission shaft of a vehicle, in particular a motor vehicle, comprising a bearing integral with the housing of the propulsion motor of the vehicle, a bearing seat formed in the bearing and in which is axially fixed to one of its sides a bearing rotatably supporting the transmission shaft, which bearing projects in part outwardly from the seat of bearing on its opposite side, and a retaining flange removably fixed to the bearing and at least axially immobilizing the bearing in the bearing seat, characterized in that the retaining flange comprises a substantially semi-circular part having a substantially semi-circular frustoconical internal bearing surface resting on a part of the outer annular end edge of the outwardly projecting part of the bearing so as to radially immobilize the bearing in the bearing seat.
A reverse flow relief valve comprising: a housing defined by first, second, third, and fourth fluid inlets (40,42,44,46), and a first chamber and a second chamber; a first stationary member located within the second chamber that fits within the second chamber to provide a seal between the first chamber and the second chamber; a second stationary member located within the second chamber adjacent to the first member, the second member having an interior chamber and a passage that places the fourth fluid inlet in fluid communication with the interior chamber; a poppet mechanism that includes a ball, stem and poppet member, wherein the ball is located in the first chamber such that the first inlet is in fluid communication with a first side of the ball and the second inlet is in fluid communication with a second side of the ball, wherein the ball is actuated axially between a first position and a second position based on the relative pressures provided at the first inlet and the second inlet, wherein the stem extends through the first stationary member and the second stationary member and the poppet member forms a seal with the second member when the ball is in a first position and provides a fluid communication path between the third inlet and the fourth inlet via the interior chamber of the second stationary member when the ball is in a second position. a housing defined by first, second, third, and fourth fluid inlets (40,42,44,46), and a first chamber and a second chamber; a first stationary member located within the second chamber that fits within the second chamber to provide a seal between the first chamber and the second chamber; a second stationary member located within the second chamber adjacent to the first member, the second member having an interior chamber and a passage that places the fourth fluid inlet in fluid communication with the interior chamber; a poppet mechanism that includes a ball, stem and poppet member, wherein the ball is located in the first chamber such that the first inlet is in fluid communication with a first side of the ball and the second inlet is in fluid communication with a second side of the ball, wherein the ball is actuated axially between a first position and a second position based on the relative pressures provided at the first inlet and the second inlet, wherein the stem extends through the first stationary member and the second stationary member and the poppet member forms a seal with the second member when the ball is in a first position and provides a fluid communication path between the third inlet and the fourth inlet via the interior chamber of the second stationary member when the ball is in a second position.
A preparation comprising a prolyl endopeptidase that is capable of attenuating gluten toxicity, for use in a method of improving digestion of gluten and reducing ill effects of a gluten long peptide including the oligopeptide set for in SEQ ID NO: 12 in a subject not known to have Celiac Sprue by administration of said preparation to said subject.
Bearing bush (18, 19) which is designed for mounting a household appliance element on a household appliance component (9 to 13), and the bearing bush (18, 19) has a rear connecting region for insertion into a hole (14 to 17) in the household appliance component (9 to 13), on which at the front side is embodied an abutment flange of the bearing bush (18, 19) for abutting a top side (9a, 9b) of the household appliance component (9 to 13), wherein the bearing bush (18, 19) comprises a spring element which is arranged on the connecting region, wherein the rear side of the pot-shaped connecting region has an opening through which a partial region of the household appliance element can be guided, the entire opening in the bearing bush comprises an insertion opening and an end position opening, wherein the end position opening is embodied to downwardly abut said insertion opening, wherein the spring element extends outwards, viewed in the direction of a longitudinal axis of the bearing bush (18, 19), to behind a rear side of the connecting region, wherein - the spring element has a cover, by which an outlet of the insertion opening embodied in the rear side of the pot-shaped connecting region is covered, and/or - the spring element has at least one further cover (45, 47), by which an opening (52, 53) embodied in a jacket wall of the rear pot-shaped connecting region is covered. - the spring element has a cover, by which an outlet of the insertion opening embodied in the rear side of the pot-shaped connecting region is covered, - the spring element has at least one further cover (45, 47), by which an opening (52, 53) embodied in a jacket wall of the rear pot-shaped connecting region is covered.
A multifunction machine comprising: a reception unit configured to receive, over a network, a print job from a user; a retaining unit (208, 210) configured to retain the print job in association with the user; an acceptance unit configured to accept an execution instruction from the user; a second acceptance unit configured to accept the cancellation of execution by the user; an authentication unit configured to perform remote authentication of the user on the approach of the user; and an image forming unit configured to execute the print job retained by the retaining unit in association with the authenticated user, wherein the image forming unit is configured to execute the print job without accepting an execution instruction by the acceptance unit in a case where both the authentication unit completes the remote authentication and cancellation by the user of execution of the print job is not present within a holding time. a reception unit configured to receive, over a network, a print job from a user; a retaining unit (208, 210) configured to retain the print job in association with the user; an acceptance unit configured to accept an execution instruction from the user; a second acceptance unit configured to accept the cancellation of execution by the user; an authentication unit configured to perform remote authentication of the user on the approach of the user; and an image forming unit configured to execute the print job retained by the retaining unit in association with the authenticated user, wherein the image forming unit is configured to execute the print job without accepting an execution instruction by the acceptance unit in a case where both the authentication unit completes the remote authentication and cancellation by the user of execution of the print job is not present within a holding time.
A calibration set for use with extracellular vesicle quantitation and/or sizing instruments, comprising: first nanoparticles comprising nylon-6 covalently bound to a first dye, the first nanoparticles having a first average diameter and a first polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19; and second nanoparticles comprising nylon-6 covalently bound to a second dye that is different from the first dye, the second nanoparticles having a second average diameter and a second polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19, wherein: the first average diameter is different from the second average diameter; the first average diameter and the second average diameter are each independently greater than or equal to 30 nm and less than or equal to 3000 nm; and the first average diameter is at least two times the second average diameter. first nanoparticles comprising nylon-6 covalently bound to a first dye, the first nanoparticles having a first average diameter and a first polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19; and second nanoparticles comprising nylon-6 covalently bound to a second dye that is different from the first dye, the second nanoparticles having a second average diameter and a second polydispersity index of greater than or equal to 1.15 and less than or equal to 1.19, wherein: the first average diameter is different from the second average diameter; the first average diameter and the second average diameter are each independently greater than or equal to 30 nm and less than or equal to 3000 nm; and the first average diameter is at least two times the second average diameter. the first average diameter is different from the second average diameter; the first average diameter and the second average diameter are each independently greater than or equal to 30 nm and less than or equal to 3000 nm; and the first average diameter is at least two times the second average diameter.
A child motion apparatus comprising: a base, a seat arranged above the base, and an upright column disposed below the seat and pivotally supporting the seat above the base, characterized in that: the seat includes a bottom frame segment, a seatback frame segment, and a first and a second surrounding frame portion (120, 118) pivotally connected with each other, the bottom frame segment having a front and a rear end (114B, 114A), the upright column being connected with the bottom frame segment at a location between the front end and the rear end thereof, the seatback frame segment being pivotally connected with the rear end of the bottom frame segment, the first surrounding frame portion further being pivotally connected with the seatback frame segment, and the second surrounding frame portion further being pivotally connected with the front end of the bottom frame segment. a base, a seat arranged above the base, and an upright column disposed below the seat and pivotally supporting the seat above the base, characterized in that: the seat includes a bottom frame segment, a seatback frame segment, and a first and a second surrounding frame portion (120, 118) pivotally connected with each other, the bottom frame segment having a front and a rear end (114B, 114A), the upright column being connected with the bottom frame segment at a location between the front end and the rear end thereof, the seatback frame segment being pivotally connected with the rear end of the bottom frame segment, the first surrounding frame portion further being pivotally connected with the seatback frame segment, and the second surrounding frame portion further being pivotally connected with the front end of the bottom frame segment. the seat includes a bottom frame segment, a seatback frame segment, and a first and a second surrounding frame portion (120, 118) pivotally connected with each other, the bottom frame segment having a front and a rear end (114B, 114A), the upright column being connected with the bottom frame segment at a location between the front end and the rear end thereof, the seatback frame segment being pivotally connected with the rear end of the bottom frame segment, the first surrounding frame portion further being pivotally connected with the seatback frame segment, and the second surrounding frame portion further being pivotally connected with the front end of the bottom frame segment.
An aircraft landing gear including a wheel assembly, a telescopic support leg and a fairing arranged to be moveable, whilst the landing gear is extended, between a first configuration and a second configuration, wherein in the first configuration the fairing is arranged to shield the wheel assembly from incident airflow and wherein in the second configuration the fairing is arranged to deflect debris or spray propelled from one or more of the wheels of the wheel assembly characterised in that the fairing is pivotally coupled to a first collar rotatably mounted on the telescopic support leg.
Assembly of a lighting device and a trim element of a motor vehicle, wherein: - the trim element has a flat receiving part with an orifice passing through it, - the lighting device comprises a light housing equipped with a fastening part provided with interlocking members engaged through the orifice with interlocking members of a fastening ring so as to fasten the housing to the trim element, the fastening part of the housing and the fastening ring being situated on either side of the receiving part of the trim element, bearing against opposing faces of the latter, the assembly comprising a locking plate pressed alongside the housing against the receiving part of the trim element on the periphery of its orifice, the housing bearing on this locking plate, characterized in that the fastening ring comprises at least two locking fingers passing through the orifice in the direction of the housing, a free end of each locking finger bearing on the locking plate. - the trim element has a flat receiving part with an orifice passing through it, - the lighting device comprises a light housing equipped with a fastening part provided with interlocking members engaged through the orifice with interlocking members of a fastening ring so as to fasten the housing to the trim element, the fastening part of the housing and the fastening ring being situated on either side of the receiving part of the trim element, bearing against opposing faces of the latter, the assembly comprising a locking plate pressed alongside the housing against the receiving part of the trim element on the periphery of its orifice, the housing bearing on this locking plate, characterized in that the fastening ring comprises at least two locking fingers passing through the orifice in the direction of the housing, a free end of each locking finger bearing on the locking plate.
A method for producing an extrusion blow molded bottle or for improving the impact resistance of an extrusion blow molded bottle, the method comprising: extrusion blow molding an ultra-high IV polyethylene terephthalate resin having an IV of at least 0.9 dL/g, to obtain a extrusion blow molded bottle comprising an outlet at a first end, a base portion at a second end, a body portion located between the outlet and the base, and a chime connecting the body portion and the base, wherein IV is measured at 0.50% concentration of the resin in a 60/40 wt. %/wt. % phenol/1,1,2,2-tetrachloroethane solution by means of a glass capillary viscometer, wherein conditions for measuring IV are described in ASTM D 4603-03, wherein the extrusion blow molding is carried out in a mold with a texturized base surface such that a base surface of the extrusion blow molded bottle is textured, wherein the base portion includes embossing characters and symbols, characterized in that the texture of the mold is produced by sandblasting with angular grains having a grit size in the range from 16 to 220, and only the base of the mold, including the chime, is sandblasted. extrusion blow molding an ultra-high IV polyethylene terephthalate resin having an IV of at least 0.9 dL/g, to obtain a extrusion blow molded bottle comprising an outlet at a first end, a base portion at a second end, a body portion located between the outlet and the base, and a chime connecting the body portion and the base, wherein IV is measured at 0.50% concentration of the resin in a 60/40 wt. %/wt. % phenol/1,1,2,2-tetrachloroethane solution by means of a glass capillary viscometer, wherein conditions for measuring IV are described in ASTM D 4603-03, wherein the extrusion blow molding is carried out in a mold with a texturized base surface such that a base surface of the extrusion blow molded bottle is textured, wherein the base portion includes embossing characters and symbols, characterized in that the texture of the mold is produced by sandblasting with angular grains having a grit size in the range from 16 to 220, and only the base of the mold, including the chime, is sandblasted.
A front body structure for a vehicle body which has a passenger compartment and a front compartment which is arranged at a front side of said passenger compartment, comprising strut towers which are arranged inside said front compartment at the two sides of a width direction of said front compartment and which have strut setting parts to which top edges of struts for front wheel are attached; front pillars which extend at the front of said passenger compartment at the two sides in the width direction from the roof of said passenger compartment toward the rear top edge of said front compartment; and reinforcing parts with first ends joined to the strut towers and with other ends joined to the front pillars, wherein said reinforcing parts and component members forming at least parts of the front pillars are members integrally shaped and formed from the same blanks, characterised in that the reinforcing parts are joined to the strut setting parts so that the lower ends of said reinforcing parts completely enclose the load points of the strut setting parts.
A catalyst for the polymerization of isocyanates, wherein the catalyst has a structural formula represented by formula I: wherein Y is a residue of a hydroxyl-containing aromatic heterocyclic compound which is a hydroxyl-substituted aromatic heterocyclic compound containing one or two nitrogen atoms or a benzo compound thereof; R 1, R 2 and R 3 are independently selected from alkyls having 1-20 carbon atoms, cycloalkyls having 4-15 carbon atoms, aralkyls having 7-15 carbon atoms, aryls having 6-15 carbon atoms, or R 1 and R 2 together form a ring structure having 4-6 carbon atoms, the ring structure formed by R 1 and R 2 optionally contains a N heteroatom and/or a O heteroatom in the ring structure; and R is selected from hydrogen or alkyls having 1-10 carbon atoms. wherein Y is a residue of a hydroxyl-containing aromatic heterocyclic compound which is a hydroxyl-substituted aromatic heterocyclic compound containing one or two nitrogen atoms or a benzo compound thereof; R 1, R 2 and R 3 are independently selected from alkyls having 1-20 carbon atoms, cycloalkyls having 4-15 carbon atoms, aralkyls having 7-15 carbon atoms, aryls having 6-15 carbon atoms, or R 1 and R 2 together form a ring structure having 4-6 carbon atoms, the ring structure formed by R 1 and R 2 optionally contains a N heteroatom and/or a O heteroatom in the ring structure; and R is selected from hydrogen or alkyls having 1-10 carbon atoms.