mhurhangee/patent-ind-claim-en huggingface dataset:
A filter assembly , comprising: a housing , wherein the housing comprises a frame , a top cover and a bottom cover that define an internal cavity ; a top resonator plate mounted within the internal cavity of the housing , the top resonator plate having a plurality of openings that form a first hole pattern; and a bottom resonator plate mounted within the internal cavity of the housing in a stacked relationship with the top resonator plate , the bottom resonator plate having a plurality of openings that form a second hole pattern, wherein the second hole pattern is different from the first hole pattern, and the top resonator plate is soldered to the housing via a first continuous solder joint that extends all of the way around an internal periphery of the housing . a housing , wherein the housing comprises a frame , a top cover and a bottom cover that define an internal cavity ; a top resonator plate mounted within the internal cavity of the housing , the top resonator plate having a plurality of openings that form a first hole pattern; and a bottom resonator plate mounted within the internal cavity of the housing in a stacked relationship with the top resonator plate , the bottom resonator plate having a plurality of openings that form a second hole pattern, wherein the second hole pattern is different from the first hole pattern, and the top resonator plate is soldered to the housing via a first continuous solder joint that extends all of the way around an internal periphery of the housing .
An adjuvant composition comprising a maleated compound obtained from the reaction of a maleated oil derived from renewable feedstock resources reacted in an ene reaction with an α,β-unsaturated carboxylic acid or anhydride which introduced additional carboxylic moieties or the related anhydride structure onto the oil molecules with a compound comprising at least one polyetheramine, wherein the molar ratio of maleated oil to compound is greater than 1.1:1.
An apparatus comprising: (a) a body ; (b) a cannula extending distally from the body , wherein the cannula defines a longitudinal axis (LA); (c) a hollow needle , wherein the needle is pre-bent such that needle is resiliently biased to a desired angle, wherein the needle is slidable relative to the cannula and constrained to follow a substantially straight path within the cannula ; and (d) an actuation assembly , wherein the actuation assembly is operable to actuate the needle relative to the cannula to thereby drive a distal portion of the needle along an exit axis that is obliquely oriented relative to the longitudinal axis of the cannula such that the needle is advanced distally relative to the cannula in a position that is angled relative to the cannula ; characterized in that : the apparatus is for delivering therapeutic agent to an eye; and the cannula is sized and configured to be insertable between a choroid and a sclera of a patient's eye, and the cannula has a generally rectangular cross-section. (a) a body ; (b) a cannula extending distally from the body , wherein the cannula defines a longitudinal axis (LA); (c) a hollow needle , wherein the needle is pre-bent such that needle is resiliently biased to a desired angle, wherein the needle is slidable relative to the cannula and constrained to follow a substantially straight path within the cannula ; and (d) an actuation assembly , wherein the actuation assembly is operable to actuate the needle relative to the cannula to thereby drive a distal portion of the needle along an exit axis that is obliquely oriented relative to the longitudinal axis of the cannula such that the needle is advanced distally relative to the cannula in a position that is angled relative to the cannula ; the apparatus is for delivering therapeutic agent to an eye; and the cannula is sized and configured to be insertable between a choroid and a sclera of a patient's eye, and the cannula has a generally rectangular cross-section.
Method for efficient dialogue configuration and interpretation in a computer-assisted automated dialogue system, comprising: - storing a plurality of dialogue protocols for in each case at least two keywords, the dialogue protocols each specifying a dynamic sequence of a dialogue and the dynamic sequence of the dialogue describing sub-dialogues which are composed by way of branch points, the dialogue protocol specifying a presence of dialogue units and a dialogue progression which places the dialogue units in time sequence; - selecting a dialogue protocol as a function of at least two keywords provided at runtime, at least the first keyword being provided by means of an acoustic user input using a technology for understanding a natural language, which detects from a pitch of the acoustic user input whether this is a question or a statement, and further at least one second keyword is provided by way of a control command, the user selecting at least the first keyword and the control command modelling a context of the selected keyword for this purpose and thus providing the at least second keyword, whereupon the corresponding dialogue protocol is selected; - assigning text elements to dialogue units of the dialogue protocol; and - executing the dialogue protocol at the runtime. - storing a plurality of dialogue protocols for in each case at least two keywords, the dialogue protocols each specifying a dynamic sequence of a dialogue and the dynamic sequence of the dialogue describing sub-dialogues which are composed by way of branch points, the dialogue protocol specifying a presence of dialogue units and a dialogue progression which places the dialogue units in time sequence; - selecting a dialogue protocol as a function of at least two keywords provided at runtime, at least the first keyword being provided by means of an acoustic user input using a technology for understanding a natural language, which detects from a pitch of the acoustic user input whether this is a question or a statement, and further at least one second keyword is provided by way of a control command, the user selecting at least the first keyword and the control command modelling a context of the selected keyword for this purpose and thus providing the at least second keyword, whereupon the corresponding dialogue protocol is selected; - assigning text elements to dialogue units of the dialogue protocol; and - executing the dialogue protocol at the runtime.
An isolated mannanase variant, wherein said variant has mannanase activity and comprises a modification at a position corresponding to position 95 of the polypeptide of SEQ ID NO: 2, wherein the modification is a substitution or a deletion, wherein said variant has at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to the mature polypeptide of SEQ ID NO: 1 or the polypeptide of SEQ ID NO: 2.
A three-dimensional optical method for determining the volume (V), and hemoglobin concentration (HC), of individual red blood cells, said method comprising the steps of; a) treating an anti-coagulated whole blood sample with a reagent solution, said solution comprising a sphering agent and a neutrally buffered isotonic saline solution; b) passing a red blood cell isolated from said sample through a light beam directed along an optical path at a selected wave length; c) measuring the resultant magnitude of a first forward angle light scatter signal, a second intermediate angle light scatter signal, and a third side-angle light scatter signal from each cell; d) projecting a three-dimensional coordinate of said light scatter signals from each cell onto a precalibrated three-dimensional surface containing grid lines of V and HC; e) determining the values of V and HC by the location of each projected intercept onto said three dimensional grid surface. a) treating an anti-coagulated whole blood sample with a reagent solution, said solution comprising a sphering agent and a neutrally buffered isotonic saline solution; b) passing a red blood cell isolated from said sample through a light beam directed along an optical path at a selected wave length; c) measuring the resultant magnitude of a first forward angle light scatter signal, a second intermediate angle light scatter signal, and a third side-angle light scatter signal from each cell; d) projecting a three-dimensional coordinate of said light scatter signals from each cell onto a precalibrated three-dimensional surface containing grid lines of V and HC; e) determining the values of V and HC by the location of each projected intercept onto said three dimensional grid surface.
A fuel cell comprising : a membrane electrode assembly ; a first separator stacked on a first surface of the membrane electrode assembly ; a second separator stacked on a second surface of the membrane electrode assembly ; a first sealing member disposed on the first separator and configured to seal a space between the first separator and the membrane electrode assembly ; and a second sealing member disposed on the second separator and configured to seal a space between the second separator and the membrane electrode assembly ; characterized by a fastening part configured to fasten the first sealing member to the second sealing member , wherein the fastening part comprises a first fastening clip disposed on the first sealing member and configured to be fastened to the second sealing member . a membrane electrode assembly ; a first separator stacked on a first surface of the membrane electrode assembly ; a second separator stacked on a second surface of the membrane electrode assembly ; a first sealing member disposed on the first separator and configured to seal a space between the first separator and the membrane electrode assembly ; and a second sealing member disposed on the second separator and configured to seal a space between the second separator and the membrane electrode assembly ;
A computer-implemented method for imposition of geological boundary conditions in depositional models of potential hydrocarbon reservoirs in siliciclastic rocks, comprising: a. receiving , at a computer processor, a depositional model of a siliciclastic formation of interest generated by a depositional process; b. determining, via the computer processor, a type of boundary condition at each boundary of the depositional model wherein the boundary condition on at least one boundary is one of a flux-preserving boundary condition or a discrete boundary condition, wherein a dynamic criterion based on current flow conditions and sedimentation rates is used to choose between the flux-preserving boundary condition or the discrete boundary condition and wherein the boundary condition accounts for at least one of: i. time-varying inflow of water and sediments into the depositional model; ii. time-varying outflow of water and sediments out of the depositional model; and iii. downstream controls; c. modeling , via the computer processor, rates of sediment and water flow over time, dependent on the boundary condition, to create a modeled depositional system; and d. analyzing the modeled depositional system to identify potential hydrocarbon reservoirs. a. receiving , at a computer processor, a depositional model of a siliciclastic formation of interest generated by a depositional process; b. determining, via the computer processor, a type of boundary condition at each boundary of the depositional model wherein the boundary condition on at least one boundary is one of a flux-preserving boundary condition or a discrete boundary condition, wherein a dynamic criterion based on current flow conditions and sedimentation rates is used to choose between the flux-preserving boundary condition or the discrete boundary condition and wherein the boundary condition accounts for at least one of: i. time-varying inflow of water and sediments into the depositional model; ii. time-varying outflow of water and sediments out of the depositional model; and iii. downstream controls; i. time-varying inflow of water and sediments into the depositional model; ii. time-varying outflow of water and sediments out of the depositional model; and iii. downstream controls; c. modeling , via the computer processor, rates of sediment and water flow over time, dependent on the boundary condition, to create a modeled depositional system; and d. analyzing the modeled depositional system to identify potential hydrocarbon reservoirs.
A laminated composite assembly, comprising: a first laminated composite component ; a second component ; an annular bushing bonded to the first laminated composite component ; and a fastener through the annular bushing ; wherein the annular bushing is sized such that a first surface of the annular bushing extends above an outer surface (42-1) of the first laminated composite by a given distance (H, h), characterised in that : a second surface of the annular bushing opposed to the first surface of the annular bushing is recessed with respect to an inner surface (42-2) of the first laminated composite component by the given distance (H, h), and wherein the fastener at least partially retains through the annular bushing the first laminated composite component to the second component , and wherein the annular bushing includes: an annular cylindrical portion with a flange that defines a fastener aperture along an axis (P); and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange , the multiple of spacers operable to control a bond line thickness. a first laminated composite component ; a second component ; an annular bushing bonded to the first laminated composite component ; and a fastener through the annular bushing ; wherein the annular bushing is sized such that a first surface of the annular bushing extends above an outer surface (42-1) of the first laminated composite by a given distance (H, h), characterised in that : a second surface of the annular bushing opposed to the first surface of the annular bushing is recessed with respect to an inner surface (42-2) of the first laminated composite component by the given distance (H, h), and wherein the fastener at least partially retains through the annular bushing the first laminated composite component to the second component , and wherein the annular bushing includes: an annular cylindrical portion with a flange that defines a fastener aperture along an axis (P); and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange , the multiple of spacers operable to control a bond line thickness. a second surface of the annular bushing opposed to the first surface of the annular bushing is recessed with respect to an inner surface (42-2) of the first laminated composite component by the given distance (H, h), and wherein the fastener at least partially retains through the annular bushing the first laminated composite component to the second component , and wherein the annular bushing includes: an annular cylindrical portion with a flange that defines a fastener aperture along an axis (P); and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange , the multiple of spacers operable to control a bond line thickness. an annular cylindrical portion with a flange that defines a fastener aperture along an axis (P); and a multiple of spacers that extend from an outer surface of the annular cylindrical portion and the flange , the multiple of spacers operable to control a bond line thickness.
An electronic cigarette, comprising a battery assembly , an atomizer comprising an atomizer body and an atomizing core mounted on the atomizer body, and a main control circuit , the main control circuit comprises a sense unit for sensing remaining life cycle of the atomizing core , a compare unit for comparing data sensed by the sense unit with a preset threshold value, and a control unit for controlling on and off of the electronic cigarette depending on comparison results, wherein the atomizing core is detachably mounted on the atomizer body; characterized in that the atomizing core comprises an atomizing core body, an identity identification element mounted in the atomizing core body for identifying identity of the atomizing core , and a first electrical interface electrically connected to the atomizer body, the identity identification element being electrically connected to the first electrical interface ; and the atomizing core further comprises a remaining life cycle memory element . wherein the atomizing core is detachably mounted on the atomizer body; characterized in that the atomizing core comprises an atomizing core body, an identity identification element mounted in the atomizing core body for identifying identity of the atomizing core , and a first electrical interface electrically connected to the atomizer body, the identity identification element being electrically connected to the first electrical interface ; and the atomizing core further comprises a remaining life cycle memory element .
A pin shaft dismounting and mounting device for dismounting and mounting a pin shaft on a connecting seat, the pin shaft is provided with a through hole along an axial direction of the pin shaft, comprising: a linear drive mechanism, comprising telescopic rods , the telescopic rods being extendable from both ends of the linear drive mechanism; and a pull rod configured to pass through the through hole , a first end of the pull rod being provided with an end cap structure , a connecting structure being disposed between a second end of the pull rod and an end portion of each telescopic rod ; characterised in that : a length of the main body of the pull rod is greater than a length of the pin shaft and the second end of the pull rod stretches from an end where the through hole of the pin shaft is located and stretches out from another end of the pin shaft , a diameter of each telescopic rod is larger than a diameter of the through hole ; the pin shaft is pulled into a pin shaft hole or pushed out from a pin shaft hole through one of the telescopic rod of the linear drive mechanism. a linear drive mechanism, comprising telescopic rods , the telescopic rods being extendable from both ends of the linear drive mechanism; and a pull rod configured to pass through the through hole , a first end of the pull rod being provided with an end cap structure , a connecting structure being disposed between a second end of the pull rod and an end portion of each telescopic rod ; characterised in that : a length of the main body of the pull rod is greater than a length of the pin shaft and the second end of the pull rod stretches from an end where the through hole of the pin shaft is located and stretches out from another end of the pin shaft , a diameter of each telescopic rod is larger than a diameter of the through hole ; the pin shaft is pulled into a pin shaft hole or pushed out from a pin shaft hole through one of the telescopic rod of the linear drive mechanism. a length of the main body of the pull rod is greater than a length of the pin shaft and the second end of the pull rod stretches from an end where the through hole of the pin shaft is located and stretches out from another end of the pin shaft , a diameter of each telescopic rod is larger than a diameter of the through hole ; the pin shaft is pulled into a pin shaft hole or pushed out from a pin shaft hole through one of the telescopic rod of the linear drive mechanism.
An intravenous ibuprofen formulation for use in a method of reducing pain in human patients undergoing abdominal or orthopedic surgery, comprising (i) intravenously administering said formulation pre-surgically to the patients in an amount of from 400 mg to 800 mg ibuprofen; and (ii) administering an opioid analgesic to the patients post-operatively to treat pain; to reduce post-operative pain in the patients. (i) intravenously administering said formulation pre-surgically to the patients in an amount of from 400 mg to 800 mg ibuprofen; and (ii) administering an opioid analgesic to the patients post-operatively to treat pain; to reduce post-operative pain in the patients.
Composite material comprising a zirconia ceramic matrix and at least one secondary phase dispersed therein, characterized in that the zirconia matrix represents a proportion of at least 51 vol.% of the composite material, and in that the secondary phase represents a proportion of from 1 to 49 vol.% of the composite material, with 90 to 99%, preferably 95 to 99% of the zirconia, based on the total zirconia proportion, being present in the tetragonal phase, and the zirconia being chemically stabilized, and Y 2 O 3 being contained as a chemical stabilizer, the total amount of Y 2 O 3 being ≤ 3 mol.%, based on the zirconia content, and the zirconia having a grain size of on average from 0.1 to 2.0 μm, and the secondary phase being strontium hexaaluminate (SrAl 12 O 19 ).
A multi-drive combined bending machine, comprising a bending component with a vertical plate provided with a bending portion , a driving component and a transmission component , wherein two ends of the transmission component are respectively connected to the bending component and the driving component so that the transmission component is capable of driving the bending component to move toward a material to be bent under the action of the driving component; and the transmission component comprises a transmission member and a mounting member arranged on the transmission member , the mounting member is connected with a connecting member fixedly connected thereto at one end, characterized in that the connecting member is sleeved with the bending component rotatable relative thereto, a thrust joint bearing comprising a spherical sliding surface in order to enable the tilting motion sleeved on the connecting member and rotatable relative to the connecting member is arranged between the mounting member and the bending component , and the bending component is capable of abutting against the thrust joint bearing , the thrust joint bearing is able to rotate according to the deformation of the vertical plate , so as to rotate relative to the connecting member under an applied force.
A slide fastener for a mounting rail , wherein the slide fastener has a support which is provided for contact on the outside of the mounting rail and has a through-hole , wherein the slide fastener has a hammerhead element which is provided for contact on the inside of the mounting rail and has a fastening thread that is coaxial with the through-hole of the support and the thread outer diameter of which is not greater than a diameter of the through-hole of the support , and wherein the slide fastener has a holder for the hammerhead element , wherein the slide fastener has a spacer which is separate from the holder and which holds the hammerhead element at a minimum distance from the support in such a way that jamming of the slide fastener on the mounting rail can be prevented.