mhurhangee/patent-ind-claim-en huggingface dataset:
A storage battery, comprising: a container having at least one cell chamber; a lid body made of synthetic resin for covering a top opening of the container , the lid body having on a top surface a recessed portion that is recessed downward and has a bottom surface on which at least one exhaust hole for communicating with the cell chamber is formed, the lid body having positive and negative electrode terminals disposed close to one side of the lid body and respectively at both end portions of said one side in a longitudinal direction, wherein the positive and negative electrode terminals respectively have lower portions embedded in the lid body and upper portions projecting from the lid body ; and a lid body cover for closing the recessed portion to form a space; wherein electrode plates are housed in the cell chamber, and the lid body has bushings to which electrode poles extending from the electrode plates are respectively inserted and welded; wherein the bushings are arranged in the space and the space is separated into a space for collecting gas exhausted from the exhaust hole and a space in which the bushings are arranged; characterized in that the lid body cover for closing the recessed portion in the top surface of the lid body has a rib on a back surface and the lid body has a rib provided on the top surface of the lid body in such a manner as to oppose the rib of the lid body cover and surround a part or a whole of the periphery of each of the bushings . a container having at least one cell chamber; a lid body made of synthetic resin for covering a top opening of the container , the lid body having on a top surface a recessed portion that is recessed downward and has a bottom surface on which at least one exhaust hole for communicating with the cell chamber is formed, the lid body having positive and negative electrode terminals disposed close to one side of the lid body and respectively at both end portions of said one side in a longitudinal direction, wherein the positive and negative electrode terminals respectively have lower portions embedded in the lid body and upper portions projecting from the lid body ; and a lid body cover for closing the recessed portion to form a space; wherein electrode plates are housed in the cell chamber, and the lid body has bushings to which electrode poles extending from the electrode plates are respectively inserted and welded; wherein the bushings are arranged in the space and the space is separated into a space for collecting gas exhausted from the exhaust hole and a space in which the bushings are arranged; characterized in that the lid body cover for closing the recessed portion in the top surface of the lid body has a rib on a back surface and the lid body has a rib provided on the top surface of the lid body in such a manner as to oppose the rib of the lid body cover and surround a part or a whole of the periphery of each of the bushings .
An image forming apparatus in which developers are detachably coupled to a main body , the image forming apparatus comprising: a developer mount member on which the developers are mounted and that is attachable to and detachable from the main body; an input contact member disposed on each of the developers; a power supply unit provided in the main body; an output contact member disposed in the main body to face an end of the developer mount member in a mount direction in which the developer mount member is mounted and is electrically connected to the power supply; and a respective intermediate contact member disposed on the end of the developer mount member in the mount direction and is electrically connected to a respective one of the input contact members, and electrically contacts the output contact member as the developer mount member is mounted in the main body; characterised in that the mount direction perpendicularly intersects a delivery direction of a recording medium within the main body. a developer mount member on which the developers are mounted and that is attachable to and detachable from the main body; an input contact member disposed on each of the developers; a power supply unit provided in the main body; an output contact member disposed in the main body to face an end of the developer mount member in a mount direction in which the developer mount member is mounted and is electrically connected to the power supply; and a respective intermediate contact member disposed on the end of the developer mount member in the mount direction and is electrically connected to a respective one of the input contact members, and electrically contacts the output contact member as the developer mount member is mounted in the main body; characterised in that the mount direction perpendicularly intersects a delivery direction of a recording medium within the main body.
A method comprising: identifying, by a controlling device , a first network device that is generating data traffic being queued at a first queue of a first port at the controlling device ; detecting, by the controlling device , that the data traffic generated by the first network device is at least partially causing a congestion at the first queue of the controlling device ; determining, by the controlling device , a second network device that is coupled to the first network device ; and determining, by the controlling device , a second port of the secohd network device to which the first network device is connected; characterized by generating, by the controlling device , an end to end flow control message comprising an identifier of the first network device , an identifier of the second network device and identifier of the second port of the second network device ; and transmitting, by the controlling device , the end to end flow control message to the second network device . identifying, by a controlling device , a first network device that is generating data traffic being queued at a first queue of a first port at the controlling device ; detecting, by the controlling device , that the data traffic generated by the first network device is at least partially causing a congestion at the first queue of the controlling device ; determining, by the controlling device , a second network device that is coupled to the first network device ; and determining, by the controlling device , a second port of the secohd network device to which the first network device is connected; characterized by generating, by the controlling device , an end to end flow control message comprising an identifier of the first network device , an identifier of the second network device and identifier of the second port of the second network device ; and transmitting, by the controlling device , the end to end flow control message to the second network device .
A system for analyzing deposit within a fluid handling system having a system surface, the system comprising: a conduit , the conduit adapted to be fluidly coupled to the fluid handling system to receive a flow of representative fluid from the fluid handling system ; a substrate disposed within the conduit , the substrate having a surface disposed to contact the flow of representative fluid, the substrate being representative of the system surface within the fluid handling system ; a temperature modification element , the temperature modification element being disposed to modify the temperature of the substrate ; at least one temperature sensor , the temperature sensor being disposed to measure a temperature transmitted through the substrate ; characterized in that the system further comprises: at least one fluorometer , the at least one fluorometer being disposable or being disposed to monitor fluorescence of the surface of the substrate at a plurality of fluorometer locations; and at least one camera , the at least one camera being disposable or being disposed to provide optical images of the surface of the substrate at a plurality of camera locations. a conduit , the conduit adapted to be fluidly coupled to the fluid handling system to receive a flow of representative fluid from the fluid handling system ; a substrate disposed within the conduit , the substrate having a surface disposed to contact the flow of representative fluid, the substrate being representative of the system surface within the fluid handling system ; a temperature modification element , the temperature modification element being disposed to modify the temperature of the substrate ; at least one temperature sensor , the temperature sensor being disposed to measure a temperature transmitted through the substrate ; characterized in that the system further comprises: at least one fluorometer , the at least one fluorometer being disposable or being disposed to monitor fluorescence of the surface of the substrate at a plurality of fluorometer locations; and at least one camera , the at least one camera being disposable or being disposed to provide optical images of the surface of the substrate at a plurality of camera locations. at least one fluorometer , the at least one fluorometer being disposable or being disposed to monitor fluorescence of the surface of the substrate at a plurality of fluorometer locations; and at least one camera , the at least one camera being disposable or being disposed to provide optical images of the surface of the substrate at a plurality of camera locations.
A separator for an electric current producing cell, wherein said separator comprises a microporous layer comprising: (a) at least 50% by weight of an aluminum oxide; and (b) an organic polymer, wherein said aluminum oxide is surface modified by treatment with a sulfonic acid to form a modified aluminum oxide. (a) at least 50% by weight of an aluminum oxide; and (b) an organic polymer,
A touch control sensing system , comprising: a touch panel including a sensing electrode array; and a control circuit for the sensing electrode array, said control circuit comprising: a signal intensity analyzer for converting a sensing signal of each sensing line of the sensing electrode array to an intensity signal, wherein said intensity signal is substantially a direct-current (DC) signal and the signal intensity analyzer is a peak detector or an envelope detector; an intensity-to-phase frequency converter for converting said intensity signal to a phase frequency signal,' wherein at least frequency or phase of said phase frequency signal is related to the level of said intensity signal; and a phase frequency analyzing unit for analyzing said phase frequency signal to obtain a signal magnitude of the corresponding sensing line, wherein said touch control sensing system further comprising: a micro controller unit for determining a signal magnitude variation of said each sensing line based on the signal magnitude generated by the phase frequency analyzing unit , so as to determine a region of the touch panel which a user touches. a touch panel including a sensing electrode array; and a control circuit for the sensing electrode array, said control circuit comprising: a signal intensity analyzer for converting a sensing signal of each sensing line of the sensing electrode array to an intensity signal, wherein said intensity signal is substantially a direct-current (DC) signal and the signal intensity analyzer is a peak detector or an envelope detector; an intensity-to-phase frequency converter for converting said intensity signal to a phase frequency signal,' wherein at least frequency or phase of said phase frequency signal is related to the level of said intensity signal; and a phase frequency analyzing unit for analyzing said phase frequency signal to obtain a signal magnitude of the corresponding sensing line, a signal intensity analyzer for converting a sensing signal of each sensing line of the sensing electrode array to an intensity signal, wherein said intensity signal is substantially a direct-current (DC) signal and the signal intensity analyzer is a peak detector or an envelope detector; an intensity-to-phase frequency converter for converting said intensity signal to a phase frequency signal,' wherein at least frequency or phase of said phase frequency signal is related to the level of said intensity signal; and a phase frequency analyzing unit for analyzing said phase frequency signal to obtain a signal magnitude of the corresponding sensing line, wherein said touch control sensing system further comprising: a micro controller unit for determining a signal magnitude variation of said each sensing line based on the signal magnitude generated by the phase frequency analyzing unit , so as to determine a region of the touch panel which a user touches.
Shaft for a medical hand instrument comprising a distal shaft section and a proximal shaft section , the respective end faces of which facing one another and of which at least one is set at an angle of incidence not equal to 90° with respect to the respective longitudinal axis of the shaft, so that different shaft shapes result depending on the relative rotational position of the two shaft sections characterized in that a pinion of the proximal shaft section is connected to an adjusting bush in the distal shaft section by a flexible transmission element (34; 42; 50; 52) in a rotationally transmitting manner.
An antimicrobial personal cleansing composition comprising: (i) an aqueous continuous phase including cleansing surfactant, (ii) a dispersed phase including dispersed particles of one or more zinc-containing antimicrobial agents; and (iii) a solubilised oily liquid conditioning agent for skin and/or hair; in which the oily liquid conditioning agent is light mineral oil having a kinematic viscosity of 3 to 5 cS (mm 2 .s -1 ) at 40°C and is solubilised in wormlike micelles in the aqueous continuous phase via the incorporation of at least one inorganic electrolyte and at least one linker molecule which is selected from compounds of general formula R(X) n , in which R is an aryl ring having from 6 to 10 carbon atoms or a mono- , di- or trivalent alkyl or hydroxyalkyl chain having from 3 to 14 carbon atoms; n is 1 to 3 and each X is independently selected from -OH, -COOH and -COO - M + groups, where M is an alkali metal, ammonium or alkanolammonium cation; and in which the level of solubilised oily liquid conditioning agent in the conditioning shampoo composition ranges from 0.45 to 3% by weight based on the total weight of the conditioning shampoo composition. (i) an aqueous continuous phase including cleansing surfactant, (ii) a dispersed phase including dispersed particles of one or more zinc-containing antimicrobial agents; and (iii) a solubilised oily liquid conditioning agent for skin and/or hair;
A connection box comprising at least one cover , a bottom and side walls comprising lids , a box in the form of an upper half-box assembled with a lower half-box , the upper half-box and the lower half-box comprising assembly means, the upper half-box and the lower half-box each being moulded in one piece, the upper and respectively lower half-boxes comprising the cover or respectively the bottom fastened to half side walls , the half side walls of the upper half box and respectively of the lower half box being moreover fastened to each other two by two, characterised in that the assembly means comprise: - at least one peripheral wall extending transversely and in the extension of the half side walls of each lower or respectively upper half-box, opposite to the cover or respectively to the bottom, and - protruding hooks connected to each peripheral wall and/or openings made in each peripheral wall , the hooks or respectively the openings of the upper half-box being intended to cooperate with the openings or respectively the hooks of the lower half-box, each hook comprising a front branch extended by two lateral branches each having a blocking notch , the front branch being connected by a central branch to the peripheral wall . - at least one peripheral wall extending transversely and in the extension of the half side walls of each lower or respectively upper half-box, opposite to the cover or respectively to the bottom, and - protruding hooks connected to each peripheral wall and/or openings made in each peripheral wall , the hooks or respectively the openings of the upper half-box being intended to cooperate with the openings or respectively the hooks of the lower half-box, each hook comprising a front branch extended by two lateral branches each having a blocking notch , the front branch being connected by a central branch to the peripheral wall .
Isolated strain of Carnobacterium maltaromaticum selected from Carnobacterium maltaromaticum, deposited under the number CNCM I-5242 and Carnobacterium maltaromaticum, deposited under the number CNCM I-5243.
Console , which is intended, in particular, to be attached to a base in a removable manner, comprising: - a body , which can be at least partially refrigerated, comprising a storage receptacle , which can be refrigerated, a compartment comprising at least one support , which is intended to receive a container, and a wall , which comprises at least one hole and is interposed between the storage receptacle and the compartment , the storage receptacle and the compartment comprising a first opening and a second opening , respectively; - a cooling system ; - a door , which can move from a closed position, in which the first opening in the storage receptacle is closed off, to an open position, in which the first opening in the storage receptacle is unobstructed; - a shutter , which can move from a deployed position, in which the second opening in the compartment is closed off, to a stowed position, in which the second opening in the compartment is unobstructed, the console being characterized in that the stowed position of the shutter allows the at least one hole in said wall to be shut off. - a body , which can be at least partially refrigerated, comprising a storage receptacle , which can be refrigerated, a compartment comprising at least one support , which is intended to receive a container, and a wall , which comprises at least one hole and is interposed between the storage receptacle and the compartment , the storage receptacle and the compartment comprising a first opening and a second opening , respectively; - a cooling system ; - a door , which can move from a closed position, in which the first opening in the storage receptacle is closed off, to an open position, in which the first opening in the storage receptacle is unobstructed; - a shutter , which can move from a deployed position, in which the second opening in the compartment is closed off, to a stowed position, in which the second opening in the compartment is unobstructed, the console being characterized in that the stowed position of the shutter allows the at least one hole in said wall to be shut off.
Limiting valve of a fluid flow comprising: - a support body , which extends in a flow plane (P) transversal to a direction of transit (X) of a fluid in a fluid duct ; - an annular regulation member , housed at least partially in the support body and which in conjunction therewith delimits one or more lumina for crossing of said fluid; wherein, under the action of the fluid, the annular regulation member is elastically deformable to narrow said lumen so as to regulate the flow of fluid downstream of said valve ; and - at least a first and a second limiting element on which the annular regulation member works mechanically to determine a first and second limit deformation of said member depending on the flow speed of the fluid; the first limiting element comprising one or more containment surfaces delimited by the support body , inside which the annular regulation member is at least partially housed; said limiting valve being characterized in that the containment surface is conformed or has a depth such that, when the annular regulation member is at rest - in the absence of fluid acting thereon - less than 50% of its thickness is surrounded by the containment surface . - a support body , which extends in a flow plane (P) transversal to a direction of transit (X) of a fluid in a fluid duct ; - an annular regulation member , housed at least partially in the support body and which in conjunction therewith delimits one or more lumina for crossing of said fluid; wherein, under the action of the fluid, the annular regulation member is elastically deformable to narrow said lumen so as to regulate the flow of fluid downstream of said valve ; and - at least a first and a second limiting element on which the annular regulation member works mechanically to determine a first and second limit deformation of said member depending on the flow speed of the fluid; the first limiting element comprising one or more containment surfaces delimited by the support body , inside which the annular regulation member is at least partially housed; said limiting valve being characterized in that the containment surface is conformed or has a depth such that, when the annular regulation member is at rest - in the absence of fluid acting thereon - less than 50% of its thickness is surrounded by the containment surface .
Pouch cell having a positive contact region and a negative contact region , by means of which contact regions electrical contact can be made with the pouch cell and said pouch cell can be charged and discharged in this way, wherein the pouch cell is of planar design and has a cell top side as well as a cell bottom side which is situated opposite the cell top side , wherein the positive contact region is located exclusively on the cell top side and the negative contact region is located exclusively on the cell bottom side , or vice versa, wherein the positive contact region is designed as an electrical and/or mechanical positive connection element and the negative contact region is designed as an electrical and/or mechanical negative connection element and the positive connection element and the negative connection element are each designed as a, preferably complementary, plug-in connection element and the positive connection element and the negative connection element are each designed as a, preferably complementary, plug-in connection element , and wherein a plug-in direction (ST) of the plug-in connection elements is oriented parallel in relation to the cell top side and in relation to the cell bottom side .
An ethylene-based polymer formed from reacting at least the following: ethylene and at least one asymmetrical polyene, and wherein the reaction takes place in the presence of at least one free-radical initiator; and wherein the at least one asymmetrical polyene is selected from the following: A) wherein R = H or C1-C6 alkyl, m = 1 to 12, n = 1 to 10; B) wherein R = H or C1-C6 alkyl, m = 1 to 12, n = 1 to 10; or C) a combination of Structure A and Structure B. A) wherein R = H or C1-C6 alkyl, m = 1 to 12, n = 1 to 10; B) wherein R = H or C1-C6 alkyl, m = 1 to 12, n = 1 to 10; or C) a combination of Structure A and Structure B.
An aqueous solution containing from 0.1% to 7.0% by weight of a glycosaminoglycan (GAG) selected from at least one of hyaluronan, chondroitin, dermatin, keratin, heparan, and heparin, from 1.0% to 25% by weight of a neutral colloidal polysaccharide selected from at least one of dextran, a hydroxyethyl starch, and fucoidan, and from 0.3% to 35% by weight of a neutral sub-colloidal crystalloid polysaccharide being an isomaltose oligomer, wherein the glycosaminoglycan (GAG) has a weight average molecular weight from about 2kD to about 5,000kD, the neutral colloidal polysaccharide has a weight average molecular weight of from about 20kD to about 100kD and the neutral subcolloidal crystalloid polysaccharide has a weight average molecular weight of from about 0.4kD to about 4kD, for use in repairing, regenerating, treating, or inducing the repair of an injury, or a a defect of a connective tissue.