mhurhangee/ep-ind-claims huggingface dataset:
An engine comprising an engine body and an engine braking system disposed in the engine body, wherein the engine further comprises a rocker arm pivotally disposed in the engine body, wherein the engine braking system comprises a braking member and a brake piston, wherein the brake piston is coupled to a first end of the braking member, wherein the rocker arm comprises: a body defining a socket portion, the socket portion configured to receive the braking member therein; a seat defined within the socket portion at an end thereof; and an insert member disposed within the seat of the socket portion and coupled to the socket portion, the insert member having an inner surface configured to engage with a second end of the braking member; wherein the brake piston is slidably disposed within a brake cylinder and biased to a retracted position by a spring, wherein the brake piston is configured to be actuated from the retracted position against the biasing of the spring due to oil received in the brake cylinder, wherein the socket portion extends from a top surface of the body. wherein the brake piston is coupled to a first end of the braking member, wherein the rocker arm comprises: a body defining a socket portion, the socket portion configured to receive the braking member therein; a seat defined within the socket portion at an end thereof; and an insert member disposed within the seat of the socket portion and coupled to the socket portion, the insert member having an inner surface configured to engage with a second end of the braking member; wherein the brake piston is slidably disposed within a brake cylinder and biased to a retracted position by a spring, wherein the brake piston is configured to be actuated from the retracted position against the biasing of the spring due to oil received in the brake cylinder, wherein the socket portion extends from a top surface of the body. a body defining a socket portion, the socket portion configured to receive the braking member therein; a seat defined within the socket portion at an end thereof; and an insert member disposed within the seat of the socket portion and coupled to the socket portion, the insert member having an inner surface configured to engage with a second end of the braking member; wherein the brake piston is slidably disposed within a brake cylinder and biased to a retracted position by a spring, wherein the brake piston is configured to be actuated from the retracted position against the biasing of the spring due to oil received in the brake cylinder, wherein the socket portion extends from a top surface of the body.
Diagnosis method for a bicycle hydraulic braking system of the disc type, in particular of a master cylinder assembly thereof, the method comprising the steps of: a) providing a master cylinder assembly comprising a cylinder, a piston movable by reciprocating motion inside the cylinder against the action of a return spring, as well as a hydraulic tank comprising a bottom, a ceiling, and a membrane dividing the tank in a variable volume filled chamber and a complementarily variable volume empty chamber, said tank being fluidically connected to the cylinder through at least one main passage in said bottom, b) providing a meter device of the distance of the membrane from the ceiling of the tank, c) inserting a hydraulic fluid in the master cylinder assembly, d) moving the piston by reciprocating motion inside the cylinder, e) evaluating, with processing means, whether an output signal of the membrane detector device is indicative of a temporary approach of the membrane to the ceiling having an extent corresponding to a predetermined approach range, f) establishing that the master cylinder assembly is correctly operating if the evaluation is positive, that the master cylinder assembly is not correctly operative if the evaluation is negative. a) providing a master cylinder assembly comprising a cylinder, a piston movable by reciprocating motion inside the cylinder against the action of a return spring, as well as a hydraulic tank comprising a bottom, a ceiling, and a membrane dividing the tank in a variable volume filled chamber and a complementarily variable volume empty chamber, said tank being fluidically connected to the cylinder through at least one main passage in said bottom, b) providing a meter device of the distance of the membrane from the ceiling of the tank, c) inserting a hydraulic fluid in the master cylinder assembly, d) moving the piston by reciprocating motion inside the cylinder, e) evaluating, with processing means, whether an output signal of the membrane detector device is indicative of a temporary approach of the membrane to the ceiling having an extent corresponding to a predetermined approach range, f) establishing that the master cylinder assembly is correctly operating if the evaluation is positive, that the master cylinder assembly is not correctly operative if the evaluation is negative.
A string trimmer, comprising: a connecting rod, a string trimmer head, and an operation part, wherein the string trimmer head is disposed at one end of the connecting rod and the operation part is disposed at the other end of the connecting rod, and the string trimmer head comprises: a trimmer line; a spool configured to wind the trimmer line and capable of rotating about a first axis; a housing provided with an accommodating cavity for accommodating at least part of the spool and provided with a threading hole for the trimmer line to extend to an outer side of the housing, characterized in that the trimmer head further comprises: a protection structure provided with a passage through which the trimmer line passes; wherein the protection structure comprises a head and a tail, the head is connected to the housing, the tail extends on the outer side of the housing, and the passage is configured to accommodate the trimmer line penetrating through the threading hole and expose the trimmer line out of the tail of the protection structure. a trimmer line; a spool configured to wind the trimmer line and capable of rotating about a first axis; a housing provided with an accommodating cavity for accommodating at least part of the spool and provided with a threading hole for the trimmer line to extend to an outer side of the housing, characterized in that the trimmer head further comprises: a protection structure provided with a passage through which the trimmer line passes; wherein the protection structure comprises a head and a tail, the head is connected to the housing, the tail extends on the outer side of the housing, and the passage is configured to accommodate the trimmer line penetrating through the threading hole and expose the trimmer line out of the tail of the protection structure. a protection structure provided with a passage through which the trimmer line passes; wherein the protection structure comprises a head and a tail, the head is connected to the housing, the tail extends on the outer side of the housing, and the passage is configured to accommodate the trimmer line penetrating through the threading hole and expose the trimmer line out of the tail of the protection structure.
An applicator instrument for dispensing surgical fasteners comprising: a housing defining a bottom of said applicator instrument; a handle extending upwardly from said housing, said handle having an upper end that defines a top of said applicator instrument; an elongated shaft extending from said housing, said elongated shaft being non-linear and having a distal section that extends upwardly toward the top of said applicator instrument; a firing system disposed in said housing and being moveable in distal and proximal directions along a first axis for facilitating incremental feeding of surgical fasteners along the length of the elongate shaft; a trigger mounted on said handle for actuating said firing system; an imaging device coupled with said applicator instrument for detecting images at a distal end of said elongated shaft; wherein the handle extends along a second axis that defines an acute angle with said first axis characterized in that said handle is angled to lean toward the distal end of the applicator instrument. a housing defining a bottom of said applicator instrument; a handle extending upwardly from said housing, said handle having an upper end that defines a top of said applicator instrument; an elongated shaft extending from said housing, said elongated shaft being non-linear and having a distal section that extends upwardly toward the top of said applicator instrument; a firing system disposed in said housing and being moveable in distal and proximal directions along a first axis for facilitating incremental feeding of surgical fasteners along the length of the elongate shaft; a trigger mounted on said handle for actuating said firing system; an imaging device coupled with said applicator instrument for detecting images at a distal end of said elongated shaft; wherein the handle extends along a second axis that defines an acute angle with said first axis characterized in that said handle is angled to lean toward the distal end of the applicator instrument.
A composition comprising one or more emulsion copolymer which have a broad measured glass transition temperature (broad measured Tg) and which are the copolymerization product residue of from 20 to 80 wt.%, based on the total weight of monomers used to make the copolymer, of vinyl monomer composition A containing one or more vinyl monomer A, and from 20 to 80 wt.%, based on the total weight of monomers used to make the copolymer, of vinyl monomer composition B having a Hansch parameter of at least 3.2, and containing one or more vinyl monomer M, such that each of which vinyl monomer(s) M would when homopolymerized provide a homopolymer having a measured Tg of 20°C or less, wherein the total amount of vinyl monomer(s) M in vinyl monomer composition B is from 30 to 100 wt.% of the total amount vinyl monomer(s) M used in vinyl monomer compositions A and B, and, further wherein, the vinyl monomer compositions A and B are selected such that a single-stage copolymer made from the total vinyl monomer composition used to make the emulsion copolymer would have a measured Tg of from 0 to 70°C, wherein the term "measured Tg" refers to a measured Tg, determined by modulated differerential scanning calorimetry (MDSC) scanning from -150°C to 150°C while ramping temperature in a given sinusoidal modulation (oscillation) pattern overlayed on a conventional linear heating ramp at a ramp rate of 2.00°C /min to 150.00°C, taking the mid-point in the heat flow versus temperature transition as the Tg value; and wherein the term "broad measured glass transition temperature (broad measured Tg)" refers to an MDSC glass transition wherein either the onset or final temperature of the recorded temperature curve are poorly defined such that no meaningful single measured Tg can be taken, and instead only a range of measured Tgs can be recorded.
Installation for the semi-continuous casting of slabs (B1, B2) having a single- or multi-strand first caster for the continuous casting of at least one first slab and a single- or multi-strand second caster for the continuous casting of at least one second slab, wherein each strand of the first and second casters (GA1, GA2) comprises the following subassemblies: - a mould with an oscillator for oscillating the mould, wherein a partially solidified slab (B1, B2) forms in the mould; - a first segment for supporting and guiding the partially solidified slab (B1, B2); - a pivotable strand guide having a strand guiding frame and at least one strand guiding section, wherein the strand guiding section has at least one strand guiding device, preferably three strand guiding rollers, for supporting and guiding the slab (B1, B2) and the pivotable strand guide is pivotable about a pivot axis for discharging the slab (B1, B2); - insulating flaps for the adjustable thermal insulation of the slab (B1, B2), wherein the insulating flaps are arranged either on the pivotable strand guide or a stationary installation carrying frame; - a dummy bar withdrawal system (20, 21, 22) for withdrawing a dummy bar from the mould and for supporting the slab (B1, B2). - a mould with an oscillator for oscillating the mould, wherein a partially solidified slab (B1, B2) forms in the mould; - a first segment for supporting and guiding the partially solidified slab (B1, B2); - a pivotable strand guide having a strand guiding frame and at least one strand guiding section, wherein the strand guiding section has at least one strand guiding device, preferably three strand guiding rollers, for supporting and guiding the slab (B1, B2) and the pivotable strand guide is pivotable about a pivot axis for discharging the slab (B1, B2); - insulating flaps for the adjustable thermal insulation of the slab (B1, B2), wherein the insulating flaps are arranged either on the pivotable strand guide or a stationary installation carrying frame; - a dummy bar withdrawal system (20, 21, 22) for withdrawing a dummy bar from the mould and for supporting the slab (B1, B2).
Device (10 for pre-positioning a profile clamp for connecting line end pieces (14, 16), wherein the device has a bridge element and a flange element, which is designed to be arranged on one of the line end pieces (14, 16), wherein the bridge element is designed to be arranged on the profile clamp and to connect two clamp portions (22, 24) of the profile clamp along a bridge direction, wherein the bridge element has a finger, wherein the finger extends away from the bridge element at least partly transversely to the bridge direction and has a free end portion, characterized in that the flange element comprises a recess for receiving the free end portion, wherein the recess blocks a movement of the free end portion along a circumferential direction of the flange element, wherein the finger has a spring portion, which is arranged between the bridge element and the free end portion, wherein the spring portion arranges the free end portion at a greater distance from the bridge section in an un-tensioned state than in a tensioned state, in which the free end portion is arranged in the recess.
A method for reporting channel quality in a multiple carrier system, comprising, at a user equipment, UE: determining one or more channel quality information, CQI, reporting parameters for a plurality of downlink, DL, component carriers based on a total DL bandwidth of the plurality of DL component carriers associated with at least one uplink, UL, component carrier; generating one or more CQI reports for the DL component carriers, wherein each CQI report is generated in accordance with the one or more CQI reporting parameters, and wherein the one or more CQI reports comprises at least one aggregated CQI report for at least two of the DL component carriers (C 1 DL, C 2 DL) which are at least one of adjacent or configured with the same DL transmission mode and/or channel quality indicator, CQI, reporting mode, and wherein the one or more CQI reports further comprises at least one CQI report generated for individual DL component carriers of the plurality of DL component carriers which are different than the at least two of the DL component carriers; and transmitting the one or more CQI reports to an evolved NodeB, eNodeB, on the at least one UL component carrier. determining one or more channel quality information, CQI, reporting parameters for a plurality of downlink, DL, component carriers based on a total DL bandwidth of the plurality of DL component carriers associated with at least one uplink, UL, component carrier; generating one or more CQI reports for the DL component carriers, wherein each CQI report is generated in accordance with the one or more CQI reporting parameters, and wherein the one or more CQI reports comprises at least one aggregated CQI report for at least two of the DL component carriers (C 1 DL, C 2 DL) which are at least one of adjacent or configured with the same DL transmission mode and/or channel quality indicator, CQI, reporting mode, and wherein the one or more CQI reports further comprises at least one CQI report generated for individual DL component carriers of the plurality of DL component carriers which are different than the at least two of the DL component carriers; and transmitting the one or more CQI reports to an evolved NodeB, eNodeB, on the at least one UL component carrier.
A separator, comprising: a porous substrate (1, 11, 31, 41) having multiple pores; a porous coating layer (2, 12, 32, 42) formed on at least one area selected from at least one surface of the porous substrate and the pores of the porous substrate, and comprising multiple inorganic particles and a binder polymer, the binder polymer being existed on a part or all of the surface of the inorganic particles to connect and immobilize the inorganic particles therebetween; and characterized in that the separator further comprises: microcapsules (3, 13, 33, 43) connected and immobilized by the binder polymer in pores formed by vacant spaces between the inorganic particles present in the porous coating layer, and containing therein an additive for improving the performances of an electrochemical device, wherein the additive contained in the microcapsules is released under the condition in which a crack occurs due to swelling or oxidation on the surface of the microcapsules with the increasing temperature or pH change, wherein the additive for improving the performances of an electrochemical device is used in an amount of 2 to 20 parts by weight based on 100 parts by weight of the total weight of the inorganic particles and the binder polymer, wherein the microcapsules have their surface consisting of a cross-linked polymer. a porous substrate (1, 11, 31, 41) having multiple pores; a porous coating layer (2, 12, 32, 42) formed on at least one area selected from at least one surface of the porous substrate and the pores of the porous substrate, and comprising multiple inorganic particles and a binder polymer, the binder polymer being existed on a part or all of the surface of the inorganic particles to connect and immobilize the inorganic particles therebetween; and microcapsules (3, 13, 33, 43) connected and immobilized by the binder polymer in pores formed by vacant spaces between the inorganic particles present in the porous coating layer, and containing therein an additive for improving the performances of an electrochemical device, wherein the additive contained in the microcapsules is released under the condition in which a crack occurs due to swelling or oxidation on the surface of the microcapsules with the increasing temperature or pH change, wherein the additive for improving the performances of an electrochemical device is used in an amount of 2 to 20 parts by weight based on 100 parts by weight of the total weight of the inorganic particles and the binder polymer, wherein the microcapsules have their surface consisting of a cross-linked polymer.
Writing, drawing, painting or cosmetic instrument comprising at least one honeycomb body, wherein the at least one honeycomb body is constructed as a casing of a colour-imparting core, wherein the at least one honeycomb body is formed from a composite of natural material and synthetic material, wherein the at least one honeycomb body contains a plurality of mutually axially parallel hollow longitudinal structures and the hollow longitudinal structures are constructed as a tube structure.
Method for providing functions within an industrial automation system, in which - functions of the automation system are made available by web applications that are combined by the client during control program execution to form interlinked web applications and are provided on a user interface on the client, - the web applications respectively comprise at least one application component that respectively have at least one component instance (141-145; 201-202) produced for them at runtime, characterized in that - the web applications are provided by means of a standard application programming interface that comprises a cross-component application programming interface (211, 221), used by a plurality of application components, for initializing and unloading application components and also a component-specific application programming interface for event handling and providing component functions, wherein at least one service is provided for cross-component functions, said service being used by a plurality of application components, - the application components are respectively assigned metadata for declaring functions and dependencies, - the application components respectively comprise a data interface (214, 224) for data access by other application components, - the component instances (141-145; 201-202) are linked at runtime by means of an application programming interface (213, 223), encompassed by the standard application programming interface, for the purpose of stipulating interactions between application components. - functions of the automation system are made available by web applications that are combined by the client during control program execution to form interlinked web applications and are provided on a user interface on the client, - the web applications respectively comprise at least one application component that respectively have at least one component instance (141-145; 201-202) produced for them at runtime, - the web applications are provided by means of a standard application programming interface that comprises a cross-component application programming interface (211, 221), used by a plurality of application components, for initializing and unloading application components and also a component-specific application programming interface for event handling and providing component functions, wherein at least one service is provided for cross-component functions, said service being used by a plurality of application components, - the application components are respectively assigned metadata for declaring functions and dependencies, - the application components respectively comprise a data interface (214, 224) for data access by other application components, - the component instances (141-145; 201-202) are linked at runtime by means of an application programming interface (213, 223), encompassed by the standard application programming interface, for the purpose of stipulating interactions between application components.
Use of an aqueous composition as a standard for testing measurement systems arranged to carry out aqueous chlorine species analysis, said composition comprising a compound having the formula R 1 R 2 NCl where R 1 and R 2 are independently methyl, ethyl or propyl, and wherein the aqueous composition is provided in an airtight and openable storage vessel, and wherein the chlorine content as measured Cl 2 of the aqueous composition within said storage vessel changes by less than 20% over a period of 3 months at 30°C.
A vector construct comprising the following components: (i) a sequence encoding a signal peptide which directs proteins into the Tat secretory pathway; and (ii) a sequence encoding a fluorophore fused to a sequence encoding a pVIII phage coat protein. (i) a sequence encoding a signal peptide which directs proteins into the Tat secretory pathway; and (ii) a sequence encoding a fluorophore fused to a sequence encoding a pVIII phage coat protein.
A composition comprising canine respiratory coronavirus (CRCoV) for use as a vaccine for the prevention of a bacterial disease in a dog wherein the bacterial disease is caused by Bordetella bronchiseptica.