mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel cell, comprising a cell structure having a configuration in which an anode electrode layer, an electrolyte layer, and a cathode electrode layer are stacked, wherein the anode electrode layer has an electrode reacting part disposed in a middle and having a thermal expansion coefficient greater than a thermal expansion coefficient of the electrolyte layer, and an outer peripheral part arranged adjacent to the electrode reacting part on an outer periphery of the electrode reacting part and having a thermal expansion coefficient smaller than the thermal expansion coefficient of the electrode reacting part, the outer peripheral part and the electrode reacting part each contain an anode catalyst and a solid electrolyte, and a content ratio of the anode catalyst of the outer peripheral part is less than a content ratio of the anode catalyst of the electrode reacting part. a cell structure having a configuration in which an anode electrode layer, an electrolyte layer, and a cathode electrode layer are stacked, wherein the anode electrode layer has an electrode reacting part disposed in a middle and having a thermal expansion coefficient greater than a thermal expansion coefficient of the electrolyte layer, and an outer peripheral part arranged adjacent to the electrode reacting part on an outer periphery of the electrode reacting part and having a thermal expansion coefficient smaller than the thermal expansion coefficient of the electrode reacting part, the outer peripheral part and the electrode reacting part each contain an anode catalyst and a solid electrolyte, and a content ratio of the anode catalyst of the outer peripheral part is less than a content ratio of the anode catalyst of the electrode reacting part.
A transparent ABS resin composition comprising: based on a total mass of the transparent ABS resin composition, 70 to 98% by mass of a transparent ABS resin; and 2 to 30% by mass of a glass filler, wherein the glass filler comprises: based on a total mass of the glass filler, 55 to 60% by mass of silicon dioxide (SiO 2 ); 10 to 15% by mass of aluminium oxide (Al 2 O 3 ); 18 to 22% by mass of calcium oxide (CaO); 2 to 8% by mass of boron oxide (B 2 O 3 ); 0.01 to 1% by mass of magnesium oxide (MgO); and 0.01 to 1% by mass of sodium oxide (Na 2 O) or potassium oxide (K 2 O), and a mass ratio of calcium oxide to silicon dioxide (CaO/SiO 2 ) in the glass filler is 0.36 to 0.40. based on a total mass of the transparent ABS resin composition, 70 to 98% by mass of a transparent ABS resin; and 2 to 30% by mass of a glass filler, wherein the glass filler comprises: based on a total mass of the glass filler, 55 to 60% by mass of silicon dioxide (SiO 2 ); 10 to 15% by mass of aluminium oxide (Al 2 O 3 ); 18 to 22% by mass of calcium oxide (CaO); 2 to 8% by mass of boron oxide (B 2 O 3 ); 0.01 to 1% by mass of magnesium oxide (MgO); and 0.01 to 1% by mass of sodium oxide (Na 2 O) or potassium oxide (K 2 O), and 55 to 60% by mass of silicon dioxide (SiO 2 ); 10 to 15% by mass of aluminium oxide (Al 2 O 3 ); 18 to 22% by mass of calcium oxide (CaO); 2 to 8% by mass of boron oxide (B 2 O 3 ); 0.01 to 1% by mass of magnesium oxide (MgO); and 0.01 to 1% by mass of sodium oxide (Na 2 O) or potassium oxide (K 2 O), and a mass ratio of calcium oxide to silicon dioxide (CaO/SiO 2 ) in the glass filler is 0.36 to 0.40.
Station for heating preforms for an installation for producing containers by forming said preforms , the heating station having: - a device for conveying the preforms in a line from upstream to downstream along a conveying path, the conveying device having shuttles that are independent of one another circulating in a line on a common track, each shuttle having at least one member for gripping a preform that is mounted so as to rotate on said shuttle ; - the conveying path having a heating zone (Z1) along which the preforms are exposed to heating radiation emitted by heating emitters , and the conveying path having an output zone (Z2) arranged directly downstream of the heating zone (Z1), the preforms moving along the output zone (Z2) being substantially out of range of the heating emitters ; - at least one endless flexible member of which an active strand extends along the conveying path, a heating section of the active strand being engaged with a pinion of each shuttle so as to drive the at least one associated gripping member in rotation during its movement along the heating zone (Z1) ; - the endless flexible member rotating such that the active strand moves downstream; characterized in that the active strand of each endless flexible member has a downstream end section, referred to as output section , which extends along the output zone (Z2) so as to be engaged with the pinion all along the output zone (Z2), so as to be able to stop the rotation of the gripping member in the output zone (Z2) by controlling the movement of the shuttle at the same speed as the active strand . - a device for conveying the preforms in a line from upstream to downstream along a conveying path, the conveying device having shuttles that are independent of one another circulating in a line on a common track, each shuttle having at least one member for gripping a preform that is mounted so as to rotate on said shuttle ; - the conveying path having a heating zone (Z1) along which the preforms are exposed to heating radiation emitted by heating emitters , and the conveying path having an output zone (Z2) arranged directly downstream of the heating zone (Z1), the preforms moving along the output zone (Z2) being substantially out of range of the heating emitters ; - at least one endless flexible member of which an active strand extends along the conveying path, a heating section of the active strand being engaged with a pinion of each shuttle so as to drive the at least one associated gripping member in rotation during its movement along the heating zone (Z1) ; - the endless flexible member rotating such that the active strand moves downstream;
A storage-type hot water supply device comprising: heating means for generating hot water; a hot-water storage tank configured to receive the hot water generated by the heating means at an upper portion of the hot-water storage tank and store hot water having different temperature zones; a plurality of temperature sensors spaced apart in a vertical direction of the hot-water storage tank and configured to detect temperatures of the hot water stored in the hot-water storage tank ; a pump configured to supply the hot water taken from a lower portion of the hot-water storage tank ; and a control device configured to control the heating means and the pump , the storage-type hot water supply device being characterized in that the control device comprises control means configured to circulate through the hot-water storage tank the hot water supplied from the pump and configured to equalize the temperatures of the hot water stored in the stratified state in the hot-water storage tank , and notification means configured to provide, upon detecting an abnormal temperature sensor based on differences between temperatures detected by the plurality of temperature sensors in a state in which the temperatures of the hot water are equalized by the control means , a notification of an abnormality of the abnormal temperature sensor . heating means for generating hot water; a hot-water storage tank configured to receive the hot water generated by the heating means at an upper portion of the hot-water storage tank and store hot water having different temperature zones; a plurality of temperature sensors spaced apart in a vertical direction of the hot-water storage tank and configured to detect temperatures of the hot water stored in the hot-water storage tank ; a pump configured to supply the hot water taken from a lower portion of the hot-water storage tank ; and a control device configured to control the heating means and the pump , the storage-type hot water supply device being characterized in that the control device comprises control means configured to circulate through the hot-water storage tank the hot water supplied from the pump and configured to equalize the temperatures of the hot water stored in the stratified state in the hot-water storage tank , and notification means configured to provide, upon detecting an abnormal temperature sensor based on differences between temperatures detected by the plurality of temperature sensors in a state in which the temperatures of the hot water are equalized by the control means , a notification of an abnormality of the abnormal temperature sensor .
Method for preparing solid microcapsules comprising the steps of: a) the addition, with stirring, of a composition C'2 in a composition C3, the compositions C'2 and C3 not being miscible with each other, the composition C'2 being either a cross-linkable monophasic composition or an emulsion (E1) comprising drops of a composition C1, comprising at least one active ingredient, dispersed in a crosslinkable polymeric composition C2, the compositions C1 and C2 not being miscible in each other, the viscosity of composition C3 being greater than 10,000 mPa.s at 25°C at a shear rate of 10 s -1 and being less than 10,000 mPa.s at 25°C at a shear rate of between 100 s -1 and 100,000 s -1 , wherein an emulsion (E2) comprising drops of composition C'2 dispersed in composition C3, is obtained; b) applying a shear to the emulsion (E2), the applied shear rate being between 100 s -1 and 100,000 s -1 , wherein an emulsion (E3) is obtained comprising controlled-size drops of composition C'2 dispersed in the composition C3; and c) the polymerization of the composition C'2, wherein solid microcapsules dispersed in the composition C3 are obtained, and wherein during step c), the emulsion (E3) is allowed to stand for a period of up to 100 hours. a) the addition, with stirring, of a composition C'2 in a composition C3, the compositions C'2 and C3 not being miscible with each other, the composition C'2 being either a cross-linkable monophasic composition or an emulsion (E1) comprising drops of a composition C1, comprising at least one active ingredient, dispersed in a crosslinkable polymeric composition C2, the compositions C1 and C2 not being miscible in each other, the viscosity of composition C3 being greater than 10,000 mPa.s at 25°C at a shear rate of 10 s -1 and being less than 10,000 mPa.s at 25°C at a shear rate of between 100 s -1 and 100,000 s -1 , wherein an emulsion (E2) comprising drops of composition C'2 dispersed in composition C3, is obtained; the compositions C1 and C2 not being miscible in each other, the viscosity of composition C3 being greater than 10,000 mPa.s at 25°C at a shear rate of 10 s -1 and being less than 10,000 mPa.s at 25°C at a shear rate of between 100 s -1 and 100,000 s -1 , wherein an emulsion (E2) comprising drops of composition C'2 dispersed in composition C3, is obtained; b) applying a shear to the emulsion (E2), the applied shear rate being between 100 s -1 and 100,000 s -1 , wherein an emulsion (E3) is obtained comprising controlled-size drops of composition C'2 dispersed in the composition C3; and c) the polymerization of the composition C'2, wherein solid microcapsules dispersed in the composition C3 are obtained, and wherein during step c), the emulsion (E3) is allowed to stand for a period of up to 100 hours.
Antenna apparatus comprising: a radio-frequency chip arranged on a substrate , said high-frequency chip comprising at least one antenna output terminal , said antenna output terminal serving as a first fixing region for an electrical conductor; at least one first bond wire which, in an electrically conductive manner, connects the first fixing region to a second fixing region arranged on the substrate , at least one second bond wire which, in an electrically conductive manner, connects the second fixing region and a third fixing region arranged on the substrate , wherein the two first and second bond wires electrically connected in series form an antenna, and wherein the first and second bond wires are at least partially spaced apart from the substrate , characterized in that the first, second and third fixing regions (13, 113; 15, 115; 17, 117) are located within the same substrate plane , and the third fixing region surrounds, within this plane , the first fixing region and/or the second fixing region at least in portions so that the third fixing region forms a coplanar supply line with respect to the second fixing region and/or with respect to the first fixing region . a radio-frequency chip arranged on a substrate , said high-frequency chip comprising at least one antenna output terminal , said antenna output terminal serving as a first fixing region for an electrical conductor; at least one first bond wire which, in an electrically conductive manner, connects the first fixing region to a second fixing region arranged on the substrate , at least one second bond wire which, in an electrically conductive manner, connects the second fixing region and a third fixing region arranged on the substrate , wherein the two first and second bond wires electrically connected in series form an antenna, and wherein the first and second bond wires are at least partially spaced apart from the substrate , characterized in that the first, second and third fixing regions (13, 113; 15, 115; 17, 117) are located within the same substrate plane , and the third fixing region surrounds, within this plane , the first fixing region and/or the second fixing region at least in portions so that the third fixing region forms a coplanar supply line with respect to the second fixing region and/or with respect to the first fixing region .
A rubber core cord joining structure of which opposite end portions of a rubber core cord or end portions of two rubber core cords are joined to each other with an adhesive , wherein a solidified portion formed by a solidifying agent that has solidified is formed at each of the opposite end portions of the rubber core cord or each of the end portions of the two rubber core cords , characterized in that the solidified portion contains porous particles. wherein a solidified portion formed by a solidifying agent that has solidified is formed at each of the opposite end portions of the rubber core cord or each of the end portions of the two rubber core cords , characterized in that the solidified portion contains porous particles.
A carton carrying a plurality of articles (C), the carton comprising: a plurality of panels that extend at least partially around an interior of the carton , the plurality of panels comprising at least one top panel , a first side panel , a second side panel , and bottom panel ; a plurality of end flaps foldably connected to respective panels of the plurality of panels for closing an end of the carton , the plurality of end flaps comprising at least a first side end flap foldably connected to the first side panel and a second side end flap foldably connected to the second side panel ; wherein the first side end flap of the plurality of end flaps has reinforcement features for increasing the strength of the carton , the reinforcement features comprises a distal portion of the first side end flap that is positioned between at least two articles (C) of the plurality of articles (C); characterized by at least a portion of the second side end flap overlaps and is adhesively attached to a portion of the first side end flap that is foldably connected to the distal portion by an adhesive such as glue. a plurality of panels that extend at least partially around an interior of the carton , the plurality of panels comprising at least one top panel , a first side panel , a second side panel , and bottom panel ; a plurality of end flaps foldably connected to respective panels of the plurality of panels for closing an end of the carton , the plurality of end flaps comprising at least a first side end flap foldably connected to the first side panel and a second side end flap foldably connected to the second side panel ; wherein the first side end flap of the plurality of end flaps has reinforcement features for increasing the strength of the carton , the reinforcement features comprises a distal portion of the first side end flap that is positioned between at least two articles (C) of the plurality of articles (C); characterized by at least a portion of the second side end flap overlaps and is adhesively attached to a portion of the first side end flap that is foldably connected to the distal portion by an adhesive such as glue.
Dosing cartridge for a water supply circuit for proportionally releasing a soluble substance inside said circuit , comprising an external casing and a tubular inner body that is inserted in said external casing so as to form with a side wall thereof an external chamber adapted to contain an active material suitable to absorb and retain said soluble substance and then gradually release it when soaked in and/or in contact with water, said inner body comprising a longitudinal duct connecting a water inlet portion of said cartridge to a water outlet portion of said cartridge , said duct being provided at said inlet portion with an inlet opening for the water entering said external chamber and at said outlet portion with at least one outlet opening for the water and soluble substance exiting from said external chamber , wherein: - said outlet opening has a respective predefined passage section so that a secondary flow (Q2) of said flow of water and soluble substance is proportional according to a defined ratio (P) to a primary flow (Q1) of a water main flow through said duct ; - said external chamber comprises a filling opening for entering into said external chamber said soluble substance used to soak in and/or impregnate said active material ; characterized in that : - a check valve is fixed to said inlet opening for enabling a unidirectional water flow towards the inside of the external chamber . - said outlet opening has a respective predefined passage section so that a secondary flow (Q2) of said flow of water and soluble substance is proportional according to a defined ratio (P) to a primary flow (Q1) of a water main flow through said duct ; - said external chamber comprises a filling opening for entering into said external chamber said soluble substance used to soak in and/or impregnate said active material ; - a check valve is fixed to said inlet opening for enabling a unidirectional water flow towards the inside of the external chamber .
A power tool comprising: a housing which comprises a first head housing , a second head housing , a first motor housing which is fixedly connected to the first head housing , a second motor housing fixedly connected to the second head housing and a motor housing vibration damping device disposed between the first motor housing and the second motor housing , a motor received in the housing , wherein the first motor housing is used for mounting the motor; and an output shaft driven by the motor and used for mounting a cutting tool , wherein the first head housing is used for receiving part of the output shaft and a maximal length of the first head housing along an axial direction of the output shaft is L, wherein a plane where the axis of the output shaft is positioned is defined as a middle plane, and on at least one side of the middle plane, N vibration damping elements are disposed between the first head housing and the second head housing , wherein each vibration damping element comprises a vibration damping part contacting with the first head housing and the second head housing and a sum of the lengths of the N vibration damping parts along the axial direction of the output shaft is larger than or equal to 0.2L and smaller than or equal to L, wherein on one side of the middle plane, the motor housing vibration damping device and the N vibration damping elements form at least one triangle and the N vibration damping elements form one side of the triangle. a housing which comprises a first head housing , a second head housing , a first motor housing which is fixedly connected to the first head housing , a second motor housing fixedly connected to the second head housing and a motor housing vibration damping device disposed between the first motor housing and the second motor housing , a motor received in the housing , wherein the first motor housing is used for mounting the motor; and an output shaft driven by the motor and used for mounting a cutting tool , wherein the first head housing is used for receiving part of the output shaft and a maximal length of the first head housing along an axial direction of the output shaft is L, wherein a plane where the axis of the output shaft is positioned is defined as a middle plane, and on at least one side of the middle plane, N vibration damping elements are disposed between the first head housing and the second head housing , wherein each vibration damping element comprises a vibration damping part contacting with the first head housing and the second head housing and a sum of the lengths of the N vibration damping parts along the axial direction of the output shaft is larger than or equal to 0.2L and smaller than or equal to L, wherein on one side of the middle plane, the motor housing vibration damping device and the N vibration damping elements form at least one triangle and the N vibration damping elements form one side of the triangle.
A once-through heat exchanger comprising: a tube stack comprising a plurality of tubes ; a plurality of heads connected to the tube stack and configured to accommodate heated steam; a connector module configured to connect the tubes and the heads and comprising a plurality of tube connectors ; a manifold connected to the heads and configured to accommodate heated steam; and a plurality of link pipes configured to connect the heads and the manifold , wherein the connector module comprises a first tube connector and a second tube connector having different shapes; characterized in that : each of the heads is a pipe that extends parallel to the manifold and has both longitudinal ends blocked, and in that the heads are spaced at different distances from the manifold . a tube stack comprising a plurality of tubes ; a plurality of heads connected to the tube stack and configured to accommodate heated steam; a connector module configured to connect the tubes and the heads and comprising a plurality of tube connectors ; a manifold connected to the heads and configured to accommodate heated steam; and a plurality of link pipes configured to connect the heads and the manifold , wherein the connector module comprises a first tube connector and a second tube connector having different shapes; each of the heads is a pipe that extends parallel to the manifold and has both longitudinal ends blocked, and in that the heads are spaced at different distances from the manifold .