mhurhangee/patent-ind-claim-en huggingface dataset:
A drug delivery device comprising: a magnet assembly comprising a plurality of magnets arranged in a ring, wherein each magnet is arranged so that its polarity is opposite to each adjacent magnet; a coil assembly comprising a coil support ring made of a non-magnetic material and one or more coils , wherein the magnet assembly and the coil assembly are arranged to rotate relative to each other during ejection of medicament from the drug delivery device such that a voltage signal is produced in the coil assembly when a unit of dose is ejected; and processing circuitry arranged to: receive the voltage signal; increment a counter in response to receipt of the voltage signal; and based on the incrementing of the counter, store information indicative of the number of units of dose ejected during a medicament ejection. a magnet assembly comprising a plurality of magnets arranged in a ring, wherein each magnet is arranged so that its polarity is opposite to each adjacent magnet; a coil assembly comprising a coil support ring made of a non-magnetic material and one or more coils , wherein the magnet assembly and the coil assembly are arranged to rotate relative to each other during ejection of medicament from the drug delivery device such that a voltage signal is produced in the coil assembly when a unit of dose is ejected; and processing circuitry arranged to: receive the voltage signal; increment a counter in response to receipt of the voltage signal; and based on the incrementing of the counter, store information indicative of the number of units of dose ejected during a medicament ejection. receive the voltage signal; increment a counter in response to receipt of the voltage signal; and based on the incrementing of the counter, store information indicative of the number of units of dose ejected during a medicament ejection.
A method for operating a temperature control device for temperature conditioning of preforms made of a thermoplastic material in the temperature control device , wherein the respective preform is prepared for a subsequent forming process by thermal conditioning in the temperature control device , in which the preform is formed into a container by means of a forming fluid supplied under a pressure into the preform , and in which the preform is stretched in its axial direction by a stretching device , wherein the heating capacity of the temperature control device is controlled by a heating controller (400, B) based on a metrologically determined guide value, characterized in that the metrologically determined guide value for controlling the heating capacity of the temperature control device is a metrologically detected value from which the stretching force exerted on the preform can be derived.
Lock comprising a plate and a slide which are guided in translation relative to one another by guide means , between an extended position and a retracted position of the slide relative to the plate, the slide being provided with a blocking means for blocking the translation in the extended position and comprising a bearing surface which extends flush with a fixing base of the plate in the retracted position and in the extended position, the plate comprising two perforations cooperating with the blocking means of the slide , characterised in that one of the perforations defines the extended position while the other perforation defines the retracted position, by means of a retractable pin of the blocking means which cooperates with the perforations.
A non-oriented electrical steel sheet having excellent magnetic properties, comprising the following chemical elements in mass percentage: Si: 0.2∼1.5%, Mn: 0.01∼0.30%, Al: 0.001∼0.009%, O: 0.005∼0.02%, C≤0.005%, S≤0.005%, N≤0.005%, and Ti≤0.002%, the balance being Fe and other inevitable impurities; and Al/Si≤0.006 and Mn/Si≤0.2, wherein the steel has a ternary inclusion of SiO 2 -Al 2 O 3 -MnO, wherein volume percentage of SiO 2 is 95∼98%, volume percentage of Al 2 O 3 is 2%∼3%, and volume percentage of MnO is 2% or less, and wherein the steel has an iron loss P 15/50 of 3.8 W/kg or less and a magnetic induction of 1.64 T or more.
Hydraulic separator for a thermal system provided with a primary circuit and a secondary circuit , including a body with a vertical axis (A), defining an inner chamber and equipped with a first connection for connecting to a return line of the primary circuit , a second connection for connecting to an input line of the primary circuit , a third connection for connecting to a return line of the secondary circuit and a fourth connection for connecting to an input line of the secondary circuit , and a filter housed in the said inner chamber and interposed between a first zone of the inner chamber communicating with the third connection and a second zone of the inner chamber communicating with the second and fourth connection , characterized in that the first connection and the fourth connection are connected to each other through a node (N) outside said inner chamber .
Smart textile composite for energy harvesting comprising: - at least one conductive layer of electrically conductive textile fabrics, - at least one intermediate layer of textile fabrics with triboelectric properties, wherein the at least one conductive layer and the at least one intermediate layer are attached to each other in a way so that there is a gap between the layers of the smart textile composite, characterized in that the at least one conductive layer comprises knitted, embroidered, woven or non-woven fabric, wherein the fabric comprises a conductive thread. - at least one conductive layer of electrically conductive textile fabrics, - at least one intermediate layer of textile fabrics with triboelectric properties, wherein the at least one conductive layer and the at least one intermediate layer are attached to each other in a way so that there is a gap between the layers of the smart textile composite,
An apparatus comprising: an electro-acoustic transducer having an electro-magnetically driven moving dome and a phase plug having a body and a dome-interface surface , with a compression cavity formed between the dome and the dome-interface surface; the phase plug comprising at least first and second annular slots beginning at the dome-interface surface and extending a first depth into the body of the phase plug, the first and second slots being separated by a bridge element at the dome-interface surface and joined by a first bridge passage at the first depth beneath the dome-interface surface, the bridge passage having a wall having an opening , the phase plug further comprising an exit slot beginning at the opening and coupling the bridge passage to a throat at a second depth in the body of the phase plug, wherein the first and second annular slots have approximately equal cross-sectional areas, and the thickness of the bridge element is tapered so the cross-sectional areas of the two annular slots and remain approximately constant along their respective lengths, from the dome-interface surface to the region where they combine and join the exit slot . an electro-acoustic transducer having an electro-magnetically driven moving dome and a phase plug having a body and a dome-interface surface , with a compression cavity formed between the dome and the dome-interface surface; the phase plug comprising at least first and second annular slots beginning at the dome-interface surface and extending a first depth into the body of the phase plug, the first and second slots being separated by a bridge element at the dome-interface surface and joined by a first bridge passage at the first depth beneath the dome-interface surface, the bridge passage having a wall having an opening , the phase plug further comprising an exit slot beginning at the opening and coupling the bridge passage to a throat at a second depth in the body of the phase plug, wherein the first and second annular slots have approximately equal cross-sectional areas, and the thickness of the bridge element is tapered so the cross-sectional areas of the two annular slots and remain approximately constant along their respective lengths, from the dome-interface surface to the region where they combine and join the exit slot .
A floating support device (FAD1) comprising a plurality of floating elements (FD1, FD2, FD3, FDn) assembled so as to together form a floating layer comprising a first surface (SFC1) suitable for floating on a second surface (SFC2) and/or arranged substantially parallel to said second surface (SFC2), said device being characterized in that: - said floating elements (FD1, FD2, FD3, FDn) are connected to one another by at least one of their respective edges by means of a first attachment system (MS1), - said floating support device (FAD1) comprises an anchoring element (HK) arranged on a longitudinal axis of said floating device (FAD1) and suitable for attaching a fastening device, - said floating device (FAD1) further comprises an attachment support (FIXSYS) attached to at least one of said floating elements (FD1, FD2, FD3, FDn) and comprising a third antenna or sensor support surface (SFC3) and an articulated mechanical support element (PATSUP, PAT, WGHT), the floating layer being configured to deform and to match the average relief of the second surface (SFC2), so as to guarantee improved positioning of an antenna or a sensor attached to this support surface (SFC3) when the distance (LG) of pairs of points facing one another vertically and belonging to said first surface (SFC1) and to said second surface (SFC2), respectively, does not exceed a predetermined length. - said floating elements (FD1, FD2, FD3, FDn) are connected to one another by at least one of their respective edges by means of a first attachment system (MS1), - said floating support device (FAD1) comprises an anchoring element (HK) arranged on a longitudinal axis of said floating device (FAD1) and suitable for attaching a fastening device, - said floating device (FAD1) further comprises an attachment support (FIXSYS) attached to at least one of said floating elements (FD1, FD2, FD3, FDn) and comprising a third antenna or sensor support surface (SFC3) and an articulated mechanical support element (PATSUP, PAT, WGHT), the floating layer being configured to deform and to match the average relief of the second surface (SFC2), so as to guarantee improved positioning of an antenna or a sensor attached to this support surface (SFC3) when the distance (LG) of pairs of points facing one another vertically and belonging to said first surface (SFC1) and to said second surface (SFC2), respectively, does not exceed a predetermined length.
A game system comprising: a main body apparatus ; and a game controller , the game controller having an analog stick , a storage unit configured for storing correction parameter information including a first manufacturing process correction parameter value determined in a manufacturing process in connection with the analog stick, a first user correction parameter value determined in accordance with an operation by a user onto the analog stick in connection with the analog stick, and a first model adjustment value corresponding to a model of the game controller in connection with the analog stick, and a transmission unit configured for transmitting the correction parameter information stored in the storage unit to the main body apparatus, the main body apparatus having a selection unit configured for selecting any of the first manufacturing process correction parameter value and the first user correction parameter value included in the correction parameter information transmitted from the transmission unit, and a game processing unit configured for performing calibration processing based on the selected correction parameter value and performing game processing based on the selected correction parameter value, the first model adjustment value, and input data from the analog stick. a main body apparatus ; and a game controller , the game controller having an analog stick , a storage unit configured for storing correction parameter information including a first manufacturing process correction parameter value determined in a manufacturing process in connection with the analog stick, a first user correction parameter value determined in accordance with an operation by a user onto the analog stick in connection with the analog stick, and a first model adjustment value corresponding to a model of the game controller in connection with the analog stick, and a transmission unit configured for transmitting the correction parameter information stored in the storage unit to the main body apparatus, the main body apparatus having a selection unit configured for selecting any of the first manufacturing process correction parameter value and the first user correction parameter value included in the correction parameter information transmitted from the transmission unit, and a game processing unit configured for performing calibration processing based on the selected correction parameter value and performing game processing based on the selected correction parameter value, the first model adjustment value, and input data from the analog stick.
A flow control system for kick prevention during well drilling, the system comprising: a conduit defining a channel configured to accommodate a drill pipe and a flow of a returning drilling fluid; a sensor array configured to detect a flow rate of the returning drilling fluid; and characterised by a flow control device comprising a first holding element and a second holding element configured to hold the drill pipe in the conduit and defining a plurality of respective holes to control the flow rate of the returning drilling fluid in the conduit in response to an event detected by the sensor array , the flow control device being proximate to the sensor array . a conduit defining a channel configured to accommodate a drill pipe and a flow of a returning drilling fluid; a sensor array configured to detect a flow rate of the returning drilling fluid; and characterised by a flow control device comprising a first holding element and a second holding element configured to hold the drill pipe in the conduit and defining a plurality of respective holes to control the flow rate of the returning drilling fluid in the conduit in response to an event detected by the sensor array , the flow control device being proximate to the sensor array .
A keyboard switch producing a sound when it is pressed, comprising: a base , wherein a guiding inclined surface and an elastic piece are provided on the base ; a cap , covering the base to define an accommodating cavity; a press assembly, disposed in the accommodating cavity, wherein an upper portion of the press assembly is located at an upper portion of the cap , and a press block is provided on the press assembly; a spring , disposed in the accommodating cavity, wherein the spring is located between a bottom portion of the press assembly and the base ; and a conduction assembly , disposed in the accommodating cavity; wherein the press block comprises a triangular shape, an end portion of the elastic piece is located below the press block and above the guiding inclined surface , and the press block is located at a side of the guiding inclined surface ; wherein a length of a bottom surface of the press block is less than a width of a bottom surface of the guiding inclined surface ; characterized in that a limit portion is formed on the base , the limit portion is located beside the press block and right above the end portion of the elastic piece . a base , wherein a guiding inclined surface and an elastic piece are provided on the base ; a cap , covering the base to define an accommodating cavity; a press assembly, disposed in the accommodating cavity, wherein an upper portion of the press assembly is located at an upper portion of the cap , and a press block is provided on the press assembly; a spring , disposed in the accommodating cavity, wherein the spring is located between a bottom portion of the press assembly and the base ; and a conduction assembly , disposed in the accommodating cavity; wherein the press block comprises a triangular shape, an end portion of the elastic piece is located below the press block and above the guiding inclined surface , and the press block is located at a side of the guiding inclined surface ; wherein a length of a bottom surface of the press block is less than a width of a bottom surface of the guiding inclined surface ; characterized in that a limit portion is formed on the base , the limit portion is located beside the press block and right above the end portion of the elastic piece .
A method for producing microcarriers comprising the following steps: (a) providing a wafer having a sandwich structure comprising a bottom layer , a top layer and a insulating layer located between said bottom and top layers , (b) etching away the top layer to delineate lateral walls of bodies of the microcarriers , (c) depositing a first active layer at least on a top surface of the bodies , (d) applying a continuous polymer layer over the first active layer , before (e) etching away the bottom layer and the insulating layer , then (f) removing the polymer layer to release the microcarriers . (a) providing a wafer having a sandwich structure comprising a bottom layer , a top layer and a insulating layer located between said bottom and top layers , (b) etching away the top layer to delineate lateral walls of bodies of the microcarriers , (c) depositing a first active layer at least on a top surface of the bodies , (d) applying a continuous polymer layer over the first active layer , before (e) etching away the bottom layer and the insulating layer , then (f) removing the polymer layer to release the microcarriers .
Use of a composition constituted as an aqueous composition comprising molasses, said molasses comprising sugar, wherein the concentration of the sugar in the composition is between 150 g/l and 1000 g/l, and magnesium chloride (MgCl 2 ) with a concentration of between 50 g/l and 580 g/l in said composition, for application to products to protect against fire.
A coupling device for a breathing apparatus comprising a connecting device which is inseparably connected to a regulator hose and at least two couplers , wherein each of the at least two couplers comprises a male coupling piece and a female coupling piece , wherein each male coupling piece can be connected to the female coupling piece , wherein the male coupling piece and / or the female coupling piece is connected to the regulator hose , which is arranged with a regulator , wherein the male coupling piece has a flow check valve , the flow check valve comprises a housing of the male coupling piece , and the flow check valve has a lifter supported by a spring ; the housing transitions toward the line end into a tubular section , in which the lifter is arranged as part of the flow check valve , the lifter is encompassed by the tubular section and is arranged axially movable therein, the lifter projects out of an opening at the end of the housing and at the end of the lifter which is opposite the opening , a conical section of the lifter is pressed by the spring against an also conical section of the housing , and an annular seal is arranged in the conical section of the lifter , furthermore the section of the lifter projecting out of the opening has a cruciform or polygonal cross-section.
A positioning device for a system for positioning a first object in relation to a second object in a XY-reference system, the positioning device comprising: a first XY-reference means configured to be fixed to the first object , and a second XY-reference means configured to be fixed to the second object ; wherein the first XY-reference means comprises a spring arrangement configured to abut against the second XY-reference means in operation for positioning the first object in relation to the second object in XY-directions, wherein the spring arrangement comprises at least one first spring portion serially coupled to at least one second spring portion , and wherein the first spring portion is configured to deflect in a positive Z-direction (+Z) in operation and the second spring portion is configured to deflect in a negative Z-direction (-Z) in operation to compensating for the deflection of the first spring portion in the positive Z-direction, the positioning device characterized in that the spring arrangement further comprises a spring coupling portion configured to serially couple the first spring portion and the second spring portion . a first XY-reference means configured to be fixed to the first object , and a second XY-reference means configured to be fixed to the second object ; wherein the first XY-reference means comprises a spring arrangement configured to abut against the second XY-reference means in operation for positioning the first object in relation to the second object in XY-directions, wherein the spring arrangement comprises at least one first spring portion serially coupled to at least one second spring portion , and wherein the first spring portion is configured to deflect in a positive Z-direction (+Z) in operation and the second spring portion is configured to deflect in a negative Z-direction (-Z) in operation to compensating for the deflection of the first spring portion in the positive Z-direction, the positioning device characterized in that the spring arrangement further comprises a spring coupling portion configured to serially couple the first spring portion and the second spring portion .
Speaker system comprising a diaphragm and an enclosure , wherein the diaphragm consists of a planar panel made of a hard-foamed synthetic material which is connected to the enclosure by means of a rubber bead , said enclosure being produced from extruded polypropylene having an elasticity which effects a reproduction of the inner sound pressure, which is generated by the diaphragm , via the enclosure .
A cosmetic implement comprising: a handle ; a wand having a first end coupled to the handle and a second end opposite the first end, the wand being made of a thermally insulating material; and an applicator for applying a cosmetic product coupled to the second end of the wand , the applicator comprising a metal, ceramic, or glass thermal storage material, the applicator comprising a first portion having a plurality of channels and a second portion disposed on a side opposite the first portion, the second portion having at least one of a plurality of teeth in a comb configuration, a plurality of bristles , or a plurality of clustered bristles, wherein the first portion comprises the metal, ceramic, or glass thermal storage material, wherein a cross-sectional shape of the applicator is substantially circular with the second portion forming a semi-circle of bristles and the first portion forming a semi-circle of channels. a handle ; a wand having a first end coupled to the handle and a second end opposite the first end, the wand being made of a thermally insulating material; and an applicator for applying a cosmetic product coupled to the second end of the wand , the applicator comprising a metal, ceramic, or glass thermal storage material, the applicator comprising a first portion having a plurality of channels and a second portion disposed on a side opposite the first portion, the second portion having at least one of a plurality of teeth in a comb configuration, a plurality of bristles , or a plurality of clustered bristles, wherein the first portion comprises the metal, ceramic, or glass thermal storage material, wherein a cross-sectional shape of the applicator is substantially circular with the second portion forming a semi-circle of bristles and the first portion forming a semi-circle of channels.