mhurhangee/patent-ind-claim-en huggingface dataset:
A structured abrasive article comprising: a backing having first and second opposed major surfaces ; shaped abrasive composites secured to the first major surface , wherein the precisely shaped abrasive composites comprise abrasive grits dispersed in a binder matrix , and wherein at least some of the shaped abrasive composites independently comprise: a bottom surface ; a top surface opposite and not contacting the bottom surface , wherein the top surface comprises at least one interior recessed portion ; n sidewalls , wherein n represents an integer greater than or equal to three, wherein each one of the n sidewalls abuts both of the bottom surface and the top surface , and wherein each one of the n sidewalls abuts two other of the n sidewalls ; and at least two cusps formed by the top surface and respective different ones of the n sidewalls , wherein the at least one interior recessed portion is closer to the bottom surface than said at least two cusps . a backing having first and second opposed major surfaces ; shaped abrasive composites secured to the first major surface , wherein the precisely shaped abrasive composites comprise abrasive grits dispersed in a binder matrix , and wherein at least some of the shaped abrasive composites independently comprise: a bottom surface ; a top surface opposite and not contacting the bottom surface , wherein the top surface comprises at least one interior recessed portion ; n sidewalls , wherein n represents an integer greater than or equal to three, wherein each one of the n sidewalls abuts both of the bottom surface and the top surface , and wherein each one of the n sidewalls abuts two other of the n sidewalls ; and at least two cusps formed by the top surface and respective different ones of the n sidewalls , wherein the at least one interior recessed portion is closer to the bottom surface than said at least two cusps . a bottom surface ; a top surface opposite and not contacting the bottom surface , wherein the top surface comprises at least one interior recessed portion ; n sidewalls , wherein n represents an integer greater than or equal to three, wherein each one of the n sidewalls abuts both of the bottom surface and the top surface , and wherein each one of the n sidewalls abuts two other of the n sidewalls ; and at least two cusps formed by the top surface and respective different ones of the n sidewalls , wherein the at least one interior recessed portion is closer to the bottom surface than said at least two cusps .
An impulse wrench, comprising a housing , an electric motor with a rotor , a hydraulic pulse unit with an inertia drive member and an output shaft , and a coupling rigidly connecting the motor rotor to the inertia drive member to form an integrated rotating structure, characterized in that • the coupling comprises a male coupling portion on the inertia drive member and a female coupling portion on the motor rotor , • said male coupling portion is arranged to be received in said female coupling portion to form said coupling , • said male coupling portion having an external threaded section , and said female coupling portion having an internal threaded section , wherein an axial clamping force is accomplished at relative rotation of the motor rotor and the inertia drive member , • said male coupling portion and said female coupling portion are provided with mating conical surfaces which are brought together by said axial clamping force to form a rigid connection between the motor rotor and the inertia drive member . • the coupling comprises a male coupling portion on the inertia drive member and a female coupling portion on the motor rotor , • said male coupling portion is arranged to be received in said female coupling portion to form said coupling , • said male coupling portion having an external threaded section , and said female coupling portion having an internal threaded section , wherein an axial clamping force is accomplished at relative rotation of the motor rotor and the inertia drive member , • said male coupling portion and said female coupling portion are provided with mating conical surfaces which are brought together by said axial clamping force to form a rigid connection between the motor rotor and the inertia drive member .
A hose comprising an outermost layer formed from a composition comprising: (A) a blend including EPR, EPDM, a silane-grafted polyolefin and a silicone-modified polyolefin; and (B) at least one of an ultra high molecular weight polyethylene powder, a polyamide powder, and fibers. (A) a blend including EPR, EPDM, a silane-grafted polyolefin and a silicone-modified polyolefin; and (B) at least one of an ultra high molecular weight polyethylene powder, a polyamide powder, and fibers.
An ink jet head comprising: a nozzle plate including a nozzle array consisting of a plurality of nozzle holes ; an actuator plate configured to be filled with ink, the actuator plate including a plurality of channels communicating with the nozzle holes; and a protection plate disposed on an ejection face of the nozzle plate from which the ink is to be ejected, the protection plate including through holes formed at positions corresponding to the nozzle holes, the through holes communicating with the nozzle holes, wherein: the protection plate comprises an exposed portion on the nozzle plate side of the protection plate which is not covered by the nozzle plate at a position other than a joining face of the nozzle plate when seen in a plan view from a back face of the nozzle plate, the joining face being a portion of the back face of the nozzle plate which is attached to the actuator plate, the back face being located opposite to the ejection face, and the protection plate is grounded through the exposed portion . a nozzle plate including a nozzle array consisting of a plurality of nozzle holes ; an actuator plate configured to be filled with ink, the actuator plate including a plurality of channels communicating with the nozzle holes; and a protection plate disposed on an ejection face of the nozzle plate from which the ink is to be ejected, the protection plate including through holes formed at positions corresponding to the nozzle holes, the through holes communicating with the nozzle holes, wherein: the protection plate comprises an exposed portion on the nozzle plate side of the protection plate which is not covered by the nozzle plate at a position other than a joining face of the nozzle plate when seen in a plan view from a back face of the nozzle plate, the joining face being a portion of the back face of the nozzle plate which is attached to the actuator plate, the back face being located opposite to the ejection face, and the protection plate is grounded through the exposed portion . the protection plate comprises an exposed portion on the nozzle plate side of the protection plate which is not covered by the nozzle plate at a position other than a joining face of the nozzle plate when seen in a plan view from a back face of the nozzle plate, the joining face being a portion of the back face of the nozzle plate which is attached to the actuator plate, the back face being located opposite to the ejection face, and the protection plate is grounded through the exposed portion .
An electronic device comprising: a power feed module including a first power feed terminal and a second power feed terminal ; a current supply module configured to: select one of the first power feed terminal and the second power feed terminal, and supply an electric current to the selected power feed terminal; an antenna module including a first antenna and a second antenna ; a connection module configured to connect the power feed module and the antenna module; and a control module configured to control the current supply module, wherein the connection module includes a plurality of wirings, and the plurality of wirings comprises a first wiring path from the first power feed terminal to the first antenna , a second wiring path from the second power feed terminal to the first antenna , a third wiring path from the first power feed terminal to the second antenna , and a fourth wiring path from the second power feed terminal to the second antenna , and wherein the first wiring path and the second wiring path have substantially the same length for the first antenna , and the third wiring path and the fourth wiring path have different lengths for the second antenna , characterized in that the first wiring path is configured to resonate with the first antenna at a first frequency band when the first power feed terminals is selected, and the second wiring path is configured to resonate with the first antenna at said same first frequency band when the second power feed terminals is selected. a power feed module including a first power feed terminal and a second power feed terminal ; a current supply module configured to: select one of the first power feed terminal and the second power feed terminal, and supply an electric current to the selected power feed terminal; select one of the first power feed terminal and the second power feed terminal, and supply an electric current to the selected power feed terminal; an antenna module including a first antenna and a second antenna ; a connection module configured to connect the power feed module and the antenna module; and a control module configured to control the current supply module, wherein the connection module includes a plurality of wirings, and the plurality of wirings comprises a first wiring path from the first power feed terminal to the first antenna , a second wiring path from the second power feed terminal to the first antenna , a third wiring path from the first power feed terminal to the second antenna , and a fourth wiring path from the second power feed terminal to the second antenna , and wherein the first wiring path and the second wiring path have substantially the same length for the first antenna , and the third wiring path and the fourth wiring path have different lengths for the second antenna , characterized in that the first wiring path is configured to resonate with the first antenna at a first frequency band when the first power feed terminals is selected, and the second wiring path is configured to resonate with the first antenna at said same first frequency band when the second power feed terminals is selected.
Tool for crimping, pressing or forming a workpiece, having - a first grip element , which has a first grip portion , - a second grip element , which has a second grip portion , - a mechanism housing , which is arranged on the first grip element and has an end face that faces away from the first grip portion , and - a tool mechanism , which is enclosed in the mechanism housing and can be actuated to crimp, press or form the workpiece by adjusting the first and second grip elements relative to one another, characterized by an impact-protection element , which is arranged on the first grip element and has two limbs and an end-face portion connecting the limbs to one another, wherein the mechanism housing is arranged between the limbs and the end-face portion extends beyond the end face of the mechanism housing . - a first grip element , which has a first grip portion , - a second grip element , which has a second grip portion , - a mechanism housing , which is arranged on the first grip element and has an end face that faces away from the first grip portion , and - a tool mechanism , which is enclosed in the mechanism housing and can be actuated to crimp, press or form the workpiece by adjusting the first and second grip elements relative to one another,
A tray for containers for supporting and positioning a container, in particular a bottle, in a treatment machine comprising: a base rigidly coupleable to a rotary drive and a centering unit mounted thereon having a centering ring for centering the container at its bottom and a support plate for the bottom of the container movably mounted on the rotary drive and elastically biased in the opposite direction thereto, wherein the centering unit is configured as a set-up element detachable from the base without the use of tools and wherein the base comprises a lower part rigidly coupleable to the rotary drive, characterized in that the base comprises an upper part supported axially movable and elastically biased away from the lower part for supporting the support plate .
A method of manufacturing an extruded structure, comprising: introducing resin into a feeder of an extruder ; injecting a liquid crosslinking agent into the extruder using an injector at a location downstream of the feeder within 4 to 8 screw diameters of an axial length of the extruder; introducing a chemical blowing agent into the extruder at a location downstream of the location where the liquid crosslinking agent is injected into the extruder; and extruding a structure from the extruder. introducing resin into a feeder of an extruder ; injecting a liquid crosslinking agent into the extruder using an injector at a location downstream of the feeder within 4 to 8 screw diameters of an axial length of the extruder; introducing a chemical blowing agent into the extruder at a location downstream of the location where the liquid crosslinking agent is injected into the extruder; and extruding a structure from the extruder.
An information processing apparatus comprising: a request transmitting unit that transmits a registration request for a print service which is provided from a service providing system , through a printer in a network , by using a user account that is selected by a user from among a plurality of user accounts; a memory that stores the user account that is selected by the user, as the selected user information; an acquiring unit that acquires automatic approval confirmation information, (automated_claim_url), for receiving an approval process by an application program, the automatic approval confirmation information (automated_claim_url) being returned by the service providing system via the printer in response to the registration request; wherein the automatic approval confirmation information (automated_claim_url) is a URL used in case where the browser automatically performs a confirmation process for the registration completion, but the user does not; and a response processing unit that performs processing for obtaining an access token corresponding to a combination of the selected user account and the service providing system and transmitting the selected user account and the access token to the service providing system with the automatic approval confirmation information (automated_claim_url) as a recipient. a request transmitting unit that transmits a registration request for a print service which is provided from a service providing system , through a printer in a network , by using a user account that is selected by a user from among a plurality of user accounts; a memory that stores the user account that is selected by the user, as the selected user information; an acquiring unit that acquires automatic approval confirmation information, (automated_claim_url), for receiving an approval process by an application program, the automatic approval confirmation information (automated_claim_url) being returned by the service providing system via the printer in response to the registration request; wherein the automatic approval confirmation information (automated_claim_url) is a URL used in case where the browser automatically performs a confirmation process for the registration completion, but the user does not; and a response processing unit that performs processing for obtaining an access token corresponding to a combination of the selected user account and the service providing system and transmitting the selected user account and the access token to the service providing system with the automatic approval confirmation information (automated_claim_url) as a recipient.
An aircraft undercarriage including a leg for mounting on a structure of the aircraft so as to be movable between a deployed position and a retracted position, the undercarriage being fitted with a breaker strut comprising two hinged elements that are hinged together at a knee, with a first element for coupling to the structure of the aircraft and a second element for coupling to the undercarriage, a return member being arranged between the two elements to urge them towards a substantially aligned position that is defined by respective abutments , one of the strut elements incorporating a linear actuator having a slidable rod that is coupled to the other strut element by means of a link , the assembly being arranged in such a manner that moving the slidable rod of the actuator in a single direction causes, in succession, the elements of the strut to move out of alignment and the undercarriage to move from the deployed position to the retracted position.
A kit for treating a treatment area (A) in a vasculature, comprising: a first catheter adapted for positioning at the treatment area (A), said first catheter including a first balloon having a transient radiopaque material (M) corresponding to the treatment area (A); and a second catheter adapted for positioning at the treatment area (A), said second catheter including a therapeutic agent that substantially corresponds to the transient radiopaque material (M), preferably so that the length and/or position of the therapeutic agent corresponds to the length and/or position of the transient radiopaque material (M). a first catheter adapted for positioning at the treatment area (A), said first catheter including a first balloon having a transient radiopaque material (M) corresponding to the treatment area (A); and a second catheter adapted for positioning at the treatment area (A), said second catheter including a therapeutic agent that substantially corresponds to the transient radiopaque material (M), preferably so that the length and/or position of the therapeutic agent corresponds to the length and/or position of the transient radiopaque material (M).
A recombinant E. coli, containing the modifications of: inhibited expression of pflB gene, and/or inhibited activity of the protein encoded by pflB gene; and inhibited expression of frdABCD gene cluster, and/or inhibited activity of the protein(s) encoded by frdABCD gene cluster, wherein said E. coli further comprises a mutated ldhA gene, wherein the expression of the mutated ldhA gene is enhanced, and/or the activity of the protein encoded by said mutated ldhA gene is enhanced, wherein the polypeptide encoded by the mutated ldhA gene comprises a modification at the position corresponding to position R282 in the amino acid sequence shown in SEQ ID No.:1, wherein the modification at the position corresponding to R282 is the replacement of R with C. inhibited expression of pflB gene, and/or inhibited activity of the protein encoded by pflB gene; and inhibited expression of frdABCD gene cluster, and/or inhibited activity of the protein(s) encoded by frdABCD gene cluster, wherein said E. coli further comprises a mutated ldhA gene, wherein the expression of the mutated ldhA gene is enhanced, and/or the activity of the protein encoded by said mutated ldhA gene is enhanced, wherein the polypeptide encoded by the mutated ldhA gene comprises a modification at the position corresponding to position R282 in the amino acid sequence shown in SEQ ID No.:1, wherein the modification at the position corresponding to R282 is the replacement of R with C.
Nose glasses which have been made of plastic and include two plastic lenses, a plastic lens bridge connecting these and two plastic nose pads on the lens bridge, characterized in that the radius of the lens bridge is ellipsoidal, wherein the radiuses ri and r 2 of the ellipse are from 6.00 to 9.00 mm, more particularly r 1 is 7.00 mm and r2 is 7.50 mm; the inclination α of the sides of the lens bridge of the nose glasses is between 32-40°, more particularly 36°; three studs (4 and 6) are located on the outer surface of the lens bridge for placing the nose glasses on or taking them off with two or three fingers; two studs being lateral studs and the third stud located in the centre in the upper part of the lens bridge can be used for final placement/centring of the nose glasses with one finger. the radius of the lens bridge is ellipsoidal, wherein the radiuses ri and r 2 of the ellipse are from 6.00 to 9.00 mm, more particularly r 1 is 7.00 mm and r2 is 7.50 mm; the inclination α of the sides of the lens bridge of the nose glasses is between 32-40°, more particularly 36°; three studs (4 and 6) are located on the outer surface of the lens bridge for placing the nose glasses on or taking them off with two or three fingers; two studs being lateral studs and the third stud located in the centre in the upper part of the lens bridge can be used for final placement/centring of the nose glasses with one finger.
Apparatus for mounting a solar energy device , the apparatus comprising: a support to which a solar energy device may be mounted so as to be movable to track movement of the Sun; a gas container for containing a gas; and a solar heating device constructed and arranged to receive solar energy and to cause the received solar energy to heat a gas in use; the apparatus being arranged such that heating of the gas by solar energy received at the solar heating device causes the gas container to expand so as to drive movement of a solar energy device mounted to the support in use; wherein the gas container is located so as to be beneath a solar energy device mounted to the support in use and is positioned off a support axis of the support , the solar heating device being located so as to be beneath a solar energy device mounted to the support in use and being positioned on the opposite side of the support axis of the support from the gas container , characterised by the gas container being in the form of an expandable balloon located at the top of the support and in contact with the solar energy device or a frame which carries the solar energy device in use so as to directly drive movement of the solar energy device mounted to the support in use. a support to which a solar energy device may be mounted so as to be movable to track movement of the Sun; a gas container for containing a gas; and a solar heating device constructed and arranged to receive solar energy and to cause the received solar energy to heat a gas in use; the apparatus being arranged such that heating of the gas by solar energy received at the solar heating device causes the gas container to expand so as to drive movement of a solar energy device mounted to the support in use; wherein the gas container is located so as to be beneath a solar energy device mounted to the support in use and is positioned off a support axis of the support , the solar heating device being located so as to be beneath a solar energy device mounted to the support in use and being positioned on the opposite side of the support axis of the support from the gas container , characterised by the gas container being in the form of an expandable balloon located at the top of the support and in contact with the solar energy device or a frame which carries the solar energy device in use so as to directly drive movement of the solar energy device mounted to the support in use.