mhurhangee/ep-ind-claims huggingface dataset:
A surgical stapling apparatus comprising: a body portion; a tool assembly supported on the body portion, the tool assembly including an anvil and a cartridge; an input cam member slidable within the body portion; a drum member rotatably supported within the body portion, the drum member being mechanically coupled to the input cam member such that linear movement of the input cam member effects rotatable movement of the drum member; and an output cam member slidable within the body portion, the output cam member being mechanically coupled to the drum member such that rotatable movement of the drum member effects linear movement of the output cam member, such that advancement of the input cam member in a distal direction causes retraction of the output cam member and retraction of the input cam member in a proximal direction causes advancement of the output cam member, wherein the anvil is coupled to the output cam member such that the linear movement of the input cam member effects movement of the anvil in relation to the cartridge between unclamped and clamped positions. a body portion; a tool assembly supported on the body portion, the tool assembly including an anvil and a cartridge; an input cam member slidable within the body portion; a drum member rotatably supported within the body portion, the drum member being mechanically coupled to the input cam member such that linear movement of the input cam member effects rotatable movement of the drum member; and an output cam member slidable within the body portion, the output cam member being mechanically coupled to the drum member such that rotatable movement of the drum member effects linear movement of the output cam member, such that advancement of the input cam member in a distal direction causes retraction of the output cam member and retraction of the input cam member in a proximal direction causes advancement of the output cam member, wherein the anvil is coupled to the output cam member such that the linear movement of the input cam member effects movement of the anvil in relation to the cartridge between unclamped and clamped positions.
An intradermal delivery device for delivering a substance to a patient, said device comprising: a housing (12; 112) having a top wall having an opening therein and defining an internal cavity (22; 120), said cavity being dimensioned to receive a substance for delivery to a patient; a skin penetrating device (14; 126) in fluid communication with said cavity; and an indicating member (48; 148) indicating the delivery of a sufficient amount of the substance to the patient, characterized in that: said indicating member (48; 148) comprises an expandable resilient member having at least a movable portion resiliently biased to a position in which a sufficient amount of the substance has been delivered, the presence of the indicating member (48; 148) in said position and visible from the exterior of the intradermal delivery device indicating that a sufficient amount of the substance has been delivered, and said expandable resilient member is expandable from said position and is connected to said top wall to close said opening. a housing (12; 112) having a top wall having an opening therein and defining an internal cavity (22; 120), said cavity being dimensioned to receive a substance for delivery to a patient; a skin penetrating device (14; 126) in fluid communication with said cavity; and an indicating member (48; 148) indicating the delivery of a sufficient amount of the substance to the patient, characterized in that: said indicating member (48; 148) comprises an expandable resilient member having at least a movable portion resiliently biased to a position in which a sufficient amount of the substance has been delivered, the presence of the indicating member (48; 148) in said position and visible from the exterior of the intradermal delivery device indicating that a sufficient amount of the substance has been delivered, and said expandable resilient member is expandable from said position and is connected to said top wall to close said opening. said indicating member (48; 148) comprises an expandable resilient member having at least a movable portion resiliently biased to a position in which a sufficient amount of the substance has been delivered, the presence of the indicating member (48; 148) in said position and visible from the exterior of the intradermal delivery device indicating that a sufficient amount of the substance has been delivered, and said expandable resilient member is expandable from said position and is connected to said top wall to close said opening.
A reactor having a shell comprising: one or more reactor tubes located within the shell, said reactor tube or tubes comprising a plurality of catalyst receptacles (34, 34a) containing catalyst; means for providing a heat transfer fluid to the reactor shell such that the heat transfer fluid contacts the tube or tubes; an inlet for providing reactants to the reactor tubes; and an outlet for recovering products from the reactor tubes; wherein the plurality of catalyst receptacles (34, 34a) containing catalyst within a tube comprises catalyst receptacles (34, 34a) containing catalyst of at least two configurations in that the catalyst receptacles (34, 34a) containing catalyst differ in the type of catalyst within the receptacle, the amount of catalyst within the receptacle, the amount of heat removed from the receptacle or combinations of these, wherein the catalyst receptacle comprises: an annular container comprising catalyst, said annular container having a perforated inner container wall defining an inner channel, a perforated outer container wall, a top surface closing the annular container and a bottom surface closing the annular container; a surface closing the bottom of said inner channel formed by the inner container wall of the annular container. a carrier outer wall extending from the bottom surface of said container to the top surface; a seal extending from the container by a distance which extends beyond the carrier outer wall; said carrier outer wall having apertures located below the seal. one or more reactor tubes located within the shell, said reactor tube or tubes comprising a plurality of catalyst receptacles (34, 34a) containing catalyst; means for providing a heat transfer fluid to the reactor shell such that the heat transfer fluid contacts the tube or tubes; an inlet for providing reactants to the reactor tubes; and an outlet for recovering products from the reactor tubes; wherein the plurality of catalyst receptacles (34, 34a) containing catalyst within a tube comprises catalyst receptacles (34, 34a) containing catalyst of at least two configurations in that the catalyst receptacles (34, 34a) containing catalyst differ in the type of catalyst within the receptacle, the amount of catalyst within the receptacle, the amount of heat removed from the receptacle or combinations of these, an annular container comprising catalyst, said annular container having a perforated inner container wall defining an inner channel, a perforated outer container wall, a top surface closing the annular container and a bottom surface closing the annular container; a surface closing the bottom of said inner channel formed by the inner container wall of the annular container. a carrier outer wall extending from the bottom surface of said container to the top surface; a seal extending from the container by a distance which extends beyond the carrier outer wall; said carrier outer wall having apertures located below the seal.
A method for making a composite material for sealing systems, said composite material comprising a biosoluble ceramics fiber matrix operating as a structural support for inorganic composites having a lamellar layered structure, said method comprising the steps of: chemically pre-processing biosoluble ceramics fibers in an aqueous solution with vinyltriethoxysilane and mineral fillers with bis(triethoxysilylpropyl)-polysulfide or vice versa; slowly mixing the chemically pre-processed biosoluble ceramics fibers and mineral fillers by an elastomeric material solution; forming a plate and/or a laminate structure with said structural support; thermally curing said plate and/or laminated structure; and hot coating, by vacuum calendering, on a surface of said plate and/or laminated structure, an anti-adhering protective film having a thickness larger than 5μm, based on high temperature silica and PET. chemically pre-processing biosoluble ceramics fibers in an aqueous solution with vinyltriethoxysilane and mineral fillers with bis(triethoxysilylpropyl)-polysulfide or vice versa; slowly mixing the chemically pre-processed biosoluble ceramics fibers and mineral fillers by an elastomeric material solution; forming a plate and/or a laminate structure with said structural support; thermally curing said plate and/or laminated structure; and hot coating, by vacuum calendering, on a surface of said plate and/or laminated structure, an anti-adhering protective film having a thickness larger than 5μm, based on high temperature silica and PET.
A method for calibrating one or more extrinsic parameters of a movable object (100, 1800) having a plurality of sensors (202, 1808) in an initial configuration, the method comprising: detecting, with aid of one or more processors, that the initial configuration of the plurality of sensors (202, 1808) has been modified, wherein the plurality of sensors (202, 1808) comprises at least one inertial sensor and at least two image sensors (1608, 2202); receiving, at the one or more processors, inertial data from at least one inertial sensor during operation of the movable object (100, 1800); receiving, at the one or more processors, image data from the at least two image sensors (1608, 2202) during the operation of the movable object (100, 1800); and estimating, with aid of the one or more processors, the one or more extrinsic parameters based on the inertial data and the image data in response to detecting that the initial configuration has been modified, wherein the one or more extrinsic parameters are estimated using an iterative optimization algorithm during the operation of the movable object (100, 1800), and wherein the one or more extrinsic parameters comprise spatial relationships between the plurality of sensors (202, 1808) in the modified configuration. detecting, with aid of one or more processors, that the initial configuration of the plurality of sensors (202, 1808) has been modified, wherein the plurality of sensors (202, 1808) comprises at least one inertial sensor and at least two image sensors (1608, 2202); receiving, at the one or more processors, inertial data from at least one inertial sensor during operation of the movable object (100, 1800); receiving, at the one or more processors, image data from the at least two image sensors (1608, 2202) during the operation of the movable object (100, 1800); and estimating, with aid of the one or more processors, the one or more extrinsic parameters based on the inertial data and the image data in response to detecting that the initial configuration has been modified, wherein the one or more extrinsic parameters are estimated using an iterative optimization algorithm during the operation of the movable object (100, 1800), and wherein the one or more extrinsic parameters comprise spatial relationships between the plurality of sensors (202, 1808) in the modified configuration.
A method of preparing a gypsum wallboard using a process having a mixing temperature range, the method comprising: selecting a cold water-insoluble hydroxyethyl substituted starch having a degree of substitution of between 1.5 and 6 wt% and having a degree of polymerization or a hydroxypropyl substituted starch having a degree of substitution of between 2.1 and 6 wt% and having a degree of polymerization such that the substituted starch is insoluble in water in the mixing temperature range; mixing the substituted starch, an inorganic phase comprising stucco and water in a continuous process at a temperature within the mixing temperature range; forming a wet gypsum wallboard; hydrating at least a portion of the inorganic phase; raising the temperature above the mixing temperature range, wherein the substituted starch at least partially gelatinizes and dissolves in the water; and setting and drying the composite article such that the gelatinized substituted starch forms a continuous polymeric film within the composite article. selecting a cold water-insoluble hydroxyethyl substituted starch having a degree of substitution of between 1.5 and 6 wt% and having a degree of polymerization or a hydroxypropyl substituted starch having a degree of substitution of between 2.1 and 6 wt% and having a degree of polymerization such that the substituted starch is insoluble in water in the mixing temperature range; mixing the substituted starch, an inorganic phase comprising stucco and water in a continuous process at a temperature within the mixing temperature range; forming a wet gypsum wallboard; hydrating at least a portion of the inorganic phase; raising the temperature above the mixing temperature range, wherein the substituted starch at least partially gelatinizes and dissolves in the water; and setting and drying the composite article such that the gelatinized substituted starch forms a continuous polymeric film within the composite article.
Organoelectronic component comprising a substrate, at least one first electrode layer and a second electrode layer and at least one first organoelectronic functional layer arranged between the first electrode layer and the second electrode layer which comprises or consists of a crosslinked polymer, characterized in that the crosslinked polymer contains substituted 3-alkoxycyclobut-2-en-1-one groups.
A method of wireless communication, comprising: receiving signaling that indicates a configuration for semi-persistent scheduling, SPS; receiving a downlink control message that activates the SPS; determining a coverage enhancement level for resources assigned by the SPS based at least in part on the configuration or the downlink control message; and receiving a second downlink control message that comprises a dynamic assignment of resources; determining that the resources assigned by the dynamic assignment overlap with the resources assigned by the SPS; and communicating with a base station on the resources assigned by the SPS according to the coverage enhancement level and based at least in part on the dynamic assignment of resources. receiving signaling that indicates a configuration for semi-persistent scheduling, SPS; receiving a downlink control message that activates the SPS; determining a coverage enhancement level for resources assigned by the SPS based at least in part on the configuration or the downlink control message; and receiving a second downlink control message that comprises a dynamic assignment of resources; determining that the resources assigned by the dynamic assignment overlap with the resources assigned by the SPS; and communicating with a base station on the resources assigned by the SPS according to the coverage enhancement level and based at least in part on the dynamic assignment of resources.
A binary pyrotechnic mixture emitting radiation in the near-infrared region, invisible with the naked eye, i.e. in the range from 780 nm to 1400 nm, characterised by the fact that it is composed of 40% to 95% by weight an oxidising agent, which is zinc peroxide - ZnO 2, and of 5% to 60% by weight of a fuel which is selected from the group of mercapto compounds in the form of salts as Cu salt of 2-mercaptothiazoline, Cu salt of 2-mercaptobenzothiazole, Cu salt of 1-phenyl-5-mercaptotetrazole, Cu salt of thiosalicylic acid, Cu salt of 2,2-dithiodibenzoic acid, and/or salts as Cu salt of 2-mercaptobenzothiazole or the group of Cu thiocyanates or Cu thiocyanates and/or mixtures thereof.
Motor vehicle comprising a body with two body longitudinal members and least one battery arranged between the body longitudinal members with a battery housing comprising two battery housing longitudinal members, wherein at least one coupling element coupling the two longitudinal members (2, 5) is arranged between the battery housing longitudinal members and the body longitudinal members, wherein the or each coupling element has a first and a second side geometry (8, 9), wherein the first side geometry and a receiving geometry on the respective body longitudinal member (2, 5) and the second side geometry and a side geometry on the respective battery housing longitudinal member engage positively with one another.
A process for the isomerisation of hop alpha-acids to hop iso-alpha-acids comprising mixing a hop alpha-acid containing feed with at least one carbon-containing chemical compound with one or more functional groups containing a nitrogen atom, with a lone electron pair, with a pKb value below 5, wherein the concentration of the alpha-acid compounds in the reaction mixture at the start of the isomerisation reaction is at least 0.5 weight%.
A cooking assembly comprising a cooktop, of a portable type and provided with at least one cooking element (14, 16), and one filtering hood, of a flattened type, provided with means for sucking, via at least one sucking opening thereof, the smokes and/or vapors produced by the use of the cooktop to generate a flow which goes through anti-grease filtering means which the hood is provided with, said flow discharging, via at least one exhaust opening which the hood is also provided with, in the same environment wherein the cooking assembly is installed, the suction opening or openings of the hood being provided on its surface facing the cooktop and the exhaust opening or openings on the remaining surface of the hood, wherein an edge of the hood is hinged to a corresponding edge of the cooktop so as to be capable of assuming two angular positions with respect to the cooktop, in one of which, the closing position, the hood is superimposed to the cooktop to make the assembly assume the minimum space occupation in the non-use condition, whereas in the other position, or opening position, the hood forms with the cooktop a substantially right angle to make it possible to use the assembly characterized in that the means for generating the suction flow of the hood comprise an electrically operated tangential fan, the suction opening being formed of a grid provided on the surface of the hood facing the cooktop, whereas the exhaust opening consists of a grid provided on the opposite surface of the hood, said tangential fan being housed inside the cooktop.
A method for operating an electronic device, the method comprising: determining a status of a user wearing the electronic device using a sensor disposed in the electronic device; identifying, from another electronic device wirelessly connected to the electronic device, information regarding an operational status of the another electronic device; wirelessly controlling the operational status of the another electronic device, based on the status of the user and the identified operational status of the another electronic device. determining a status of a user wearing the electronic device using a sensor disposed in the electronic device; identifying, from another electronic device wirelessly connected to the electronic device, information regarding an operational status of the another electronic device; wirelessly controlling the operational status of the another electronic device, based on the status of the user and the identified operational status of the another electronic device.
A fluid dispenser device comprising a body, a reservoir, a dispenser head incorporating a dispenser orifice, and a dispenser member, such as a pump or a valve, that is mounted on said reservoir by means of a fastener ring, said dispenser member comprising a dispenser-member body and a movable member that moves axially in said dispenser-member body while said dispenser member is being actuated, said device further comprising a lateral actuator system that is secured to said body, said system including an actuator element that is movable, substantially transversally to the direction of movement of said movable member, between a rest position in which said dispenser member is not actuated, and an actuated position in which said dispenser member is actuated, said lateral actuator system including a presser element that is mounted on the body to pivot about an axis, said actuator element being mounted on said presser element to pivot about an axis that is substantially parallel to said axis, said fluid dispenser device being characterized in that said actuator element co-operates with said presser element by means of a multi-directional ball joint that both enables said actuator element to pivot about the axis, and also enables said actuator element to move relative to said presser element in at least one other direction.
Method for manufacturing one-piece, flat cut sections from a foldable material, in particular of wrapping paper, foils, or the like for wraparound packaging, in particular for packing different cube-shaped or cuboid objects, with two end-faced surfaces (16, 17), of an upper and a lower surface (18, 19), as well as two side surfaces (20, 21), having the features: a) from the measurements of the different objects possibly to be packed, the measurements of the cut sections corresponding to these objects are initially determined and stored in an electronic storage as digital data; b) after selecting a specific object to be packed, the foldable material, stored as a roll, is automatically pulled off from an unwinder by means of a pull-off device, and the stored digital data corresponding to the cut section of this object are supplied to a computer-controlled cutting device, which then creates a cut section corresponding to the digital data, wherein the end surfaces (16, 17) as well as the upper and lower surfaces (18, 19) of the respective object to be packed correspond to substantially equally large surfaces of the cut section, which surfaces adjoin axially to one another, and substantially triangular surface sections (29-32 and 33-36) adjoin laterally to each of these surfaces, which triangular surface sections are selected in such a manner that, after the packaging of the object, they form the side surfaces (20, 21) of this packaging. a) from the measurements of the different objects possibly to be packed, the measurements of the cut sections corresponding to these objects are initially determined and stored in an electronic storage as digital data; b) after selecting a specific object to be packed, the foldable material, stored as a roll, is automatically pulled off from an unwinder by means of a pull-off device, and the stored digital data corresponding to the cut section of this object are supplied to a computer-controlled cutting device, which then creates a cut section corresponding to the digital data, wherein the end surfaces (16, 17) as well as the upper and lower surfaces (18, 19) of the respective object to be packed correspond to substantially equally large surfaces of the cut section, which surfaces adjoin axially to one another, and substantially triangular surface sections (29-32 and 33-36) adjoin laterally to each of these surfaces, which triangular surface sections are selected in such a manner that, after the packaging of the object, they form the side surfaces (20, 21) of this packaging.