mhurhangee/patent-ind-claim-en huggingface dataset:
A filter element for use in a housing of a filter assembly comprising: an obround ring of filter media defining an obround filtration space and extending axially between a first obround endcap and a second obround endcap , said first obround endcap defining a fluid inlet , and a fluid outlet ; an obround insert received in the first obround endcap, wherein a fluid flow path is defined between said obround insert and said first obround endcap, said fluid flow path is in communication with the fluid inlet and said obround filtration space; a water separator disposed externally to the obround ring of filter media, said water separator including an outlet tube at least partially surrounded by a hydrophobic mesh ; and a peripheral wrapper extending between the first and second obround endcaps, said peripheral wrapper comprising a grid of ribs surrounding the obround ring of filter media and the water separator; wherein, unfiltered fluid is delivered to the filter element through the fluid inlet, flows through the fluid flow path into the obround filtration space, unfiltered fluid flows radially outward through the obround ring of filter media coalescing water and separating particulates from the fluid to form filtered fluid and coalesced water, said filtered fluid flows through the hydrophobic mesh into said water separator, separating said coalesced water from the filtered fluid to form filtered dry fluid, and said filtered dry fluid flows through the outlet tube to exit the filter element. an obround ring of filter media defining an obround filtration space and extending axially between a first obround endcap and a second obround endcap , said first obround endcap defining a fluid inlet , and a fluid outlet ; an obround insert received in the first obround endcap, wherein a fluid flow path is defined between said obround insert and said first obround endcap, said fluid flow path is in communication with the fluid inlet and said obround filtration space; a water separator disposed externally to the obround ring of filter media, said water separator including an outlet tube at least partially surrounded by a hydrophobic mesh ; and a peripheral wrapper extending between the first and second obround endcaps, said peripheral wrapper comprising a grid of ribs surrounding the obround ring of filter media and the water separator; wherein, unfiltered fluid is delivered to the filter element through the fluid inlet, flows through the fluid flow path into the obround filtration space, unfiltered fluid flows radially outward through the obround ring of filter media coalescing water and separating particulates from the fluid to form filtered fluid and coalesced water, said filtered fluid flows through the hydrophobic mesh into said water separator, separating said coalesced water from the filtered fluid to form filtered dry fluid, and said filtered dry fluid flows through the outlet tube to exit the filter element.
A composition comprising a herbicidally effective amount of (A) flufenacet and (B) florasulam, characterized in that the weight ratio of flufenacet to florasulam is in the range of from 120:1 to 100:1.
Hydraulic actuator including: - a body comprising a wall delimiting a cylindrical housing , having a cylindrical housing axis (X), in which a piston is mounted so as to be displaceable, said piston separating said cylindrical housing into two sealed chambers isolated from each other, the wall of the body comprising at least two passages for introducing or removing a fluid in each of the two said chambers , - two end walls , each end wall closing in sealed relationship one end of said cylindrical housing , - a rigid rod , integral with the piston and coaxial with the cylindrical housing , said rod passing through a passage opening formed in one of the two end walls , - a position sensor including a sensor head , a sensor rod which is integral with the sensor head and a magnet , and - a connector connected to said sensor head , the position sensor being arranged in the actuator as follows: - said sensor rod is inserted at least partially in said rigid rod of said hydraulic actuator, - and the magnet is enclosed in said piston , such that - the sensor head is enclosed in a sealed element internal to said body , said sealed element forming a bottom stop for said piston ; - the magnet is fitted round the sensor rod so as to be able to move along the sensor rod , and such that the actuator includes a second sealed closure component which closes an opening formed in the end wall opposite the passage opening of the piston rod, said connector being enclosed at least partially in said second sealed closure component which is fixed at least partially to an end wall of the actuator, and such that the second sealed closure component is adjacent to the sealed element for receiving the sensor head, in order to permit connection of the connector to the sensor head . - a body comprising a wall delimiting a cylindrical housing , having a cylindrical housing axis (X), in which a piston is mounted so as to be displaceable, said piston separating said cylindrical housing into two sealed chambers isolated from each other, the wall of the body comprising at least two passages for introducing or removing a fluid in each of the two said chambers , - two end walls , each end wall closing in sealed relationship one end of said cylindrical housing , - a rigid rod , integral with the piston and coaxial with the cylindrical housing , said rod passing through a passage opening formed in one of the two end walls , - a position sensor including a sensor head , a sensor rod which is integral with the sensor head and a magnet , and - a connector connected to said sensor head , - said sensor rod is inserted at least partially in said rigid rod of said hydraulic actuator, - and the magnet is enclosed in said piston , such that - the sensor head is enclosed in a sealed element internal to said body , said sealed element forming a bottom stop for said piston ; - the magnet is fitted round the sensor rod so as to be able to move along the sensor rod ,
An IL-22 dimer for use in a method of treating pancreatitis in an individual, wherein the method comprises administering to the individual an effective amount of the IL-22 dimer, wherein the IL-22 dimer is administered at the effective amount of 2 μg/kg to 200 μg/kg.
Charging cable apparatus for a fast-charging station for fast-charging a battery of a vehicle comprising an electric drive, having a temperature-control apparatus , and a charging cable which is connected thereto, wherein the charging cable has a plurality of fluid lines which extend from an end of the charging cable that faces the temperature-control- apparatus to an end which is averted from the temperature-control apparatus and, are connected to one another at that end which is averted from the temperature-control apparatus , wherein the temperature-control apparatus is connected to the fluid lines of the charging cable so as to form a fluid circuit, characterized in that the temperature-control apparatus is designed to heat a fluid in the fluid circuit for the purpose of reducing the stiffness of the charging cable, the temperature-control apparatus has a cooling apparatus in order to cool the fluid in the fluid circuit for the purpose of dissipating heat which is produced during charging on account of electrical power losses.
Bodywork element of a motor vehicle comprising a bodywork part made of plastic material, behind which is arranged a light source , the bodywork part comprising an external surface and an internal surface , the outer surface of the bodywork part being coated with a coloured semi-transparent coating , comprising a transmittance strictly between 0 and 70%, and having, when the light source is switched off, first predetermined trichromatic components, the internal surface of the bodywork part being coated with an opaque coating , the opaque coating of the inner surface of the bodywork part comprising, opposite the light source , a transparent zone through which radiation from the light source may pass, so that, when the light source is switched on, the wavelength of the radiation emitted by the light source passing through the transparent area , the bodywork part and the coloured semi-transparent coating is modified so that the outer surface has predetermined second trichromatic components, different from the first predetermined trichromatic components, characterized in that the bodywork part is made of a semi-opaque material comprising a transmittance strictly between 0 and 10%.
A method for brazing a first ceramic component and a second metal alloy component , to make a structural and/or external horology part , in which a zirconia-based ceramic is chosen for said first component , and a titanium alloy is chosen for said second component , and at least one first undercut recess is made inside the first component , set back from a first bearing surface in a junction zone with a second bearing surface of the second component , brazing solder is deposited on this first bearing surface and inside each recess , the second surface is positioned in alignment with the first surface to form an assembly, and said assembly is heated in a controlled atmosphere at a higher temperature than the melting temperature of the brazing solder to form the brazing joint of said second component with said first component in the junction zone , and another at least one said second bearing surface is made comprising a second component with at least two elementary surfaces , intersecting on at least one intersecting line located in said junction zone , and said first bearing surface is made with at least two first elementary surfaces intersecting on at least one intersecting line , on which said at least one recess is made.
A unitary fastener , comprising: a unitary body composed of resilient material, said body having a planar top with a circular periphery; a substantially rectangular opening through the center of the top , said opening having pairs of opposing short and long sides, the centerlines of which define minor and major axes of the fastener, respectively; an opposing pair of resilient arms upwardly and inwardly extending from the top , each arm affixed to one of the short sides of the opening along the major axis; and a plurality of outwardly and downwardly extending resilient fingers located on the periphery of the top . a unitary body composed of resilient material, said body having a planar top with a circular periphery; a substantially rectangular opening through the center of the top , said opening having pairs of opposing short and long sides, the centerlines of which define minor and major axes of the fastener, respectively; an opposing pair of resilient arms upwardly and inwardly extending from the top , each arm affixed to one of the short sides of the opening along the major axis; and a plurality of outwardly and downwardly extending resilient fingers located on the periphery of the top .
SELF-ADJUSTING, NON-PLASTIC LAMINAR PROTECTOR FOR BOOKS AND THE LIKE consists of a laminar body that fits over the covers of a book for which it is intended by attaching with adhesive means, wherein the laminar body is made from a transparent or translucent sheet of non-plastic compostable material derived from wood, which is made from a cellulose acetate film or vegetable parchment that has on one of its faces areas with adhesive covering some parts of it, acting as adhesive means for attaching the protector, wherein the laminar body is composed of: - an outer sheet that is rectangular in shape, - and two inner bands located on both sides on the inner face of the outer sheet that are at least joined at their ends to the edges of the longer sides of the outer sheet , so that the book covers can be inserted between the outer sheet and those inner bands , and wherein the adhesive means for attaching the laminar body that makes up the protector, consisting of the areas with adhesive , are composed of: - at least one strip-shaped adhesive area located on one of the two lateral ends of the outer sheet giving shape to the shorter sides of said sheet, as well as on its inner face, such that, once the covers of the book have been inserted into the inner bands , when the protector is closed, the adhesive strip attaches to one of the inner bands without coming into contact with the covers of the book . wherein the laminar body is made from a transparent or translucent sheet of non-plastic compostable material derived from wood, which is made from a cellulose acetate film or vegetable parchment that has on one of its faces areas with adhesive covering some parts of it, acting as adhesive means for attaching the protector, wherein the laminar body is composed of: - an outer sheet that is rectangular in shape, - and two inner bands located on both sides on the inner face of the outer sheet that are at least joined at their ends to the edges of the longer sides of the outer sheet , - an outer sheet that is rectangular in shape, - and two inner bands located on both sides on the inner face of the outer sheet that are at least joined at their ends to the edges of the longer sides of the outer sheet , so that the book covers can be inserted between the outer sheet and those inner bands , and wherein the adhesive means for attaching the laminar body that makes up the protector, consisting of the areas with adhesive , are composed of: - at least one strip-shaped adhesive area located on one of the two lateral ends of the outer sheet giving shape to the shorter sides of said sheet, as well as on its inner face, - at least one strip-shaped adhesive area located on one of the two lateral ends of the outer sheet giving shape to the shorter sides of said sheet, as well as on its inner face, such that, once the covers of the book have been inserted into the inner bands , when the protector is closed, the adhesive strip attaches to one of the inner bands without coming into contact with the covers of the book .
A method for controlling a heating system with a heat generator , with at least one heating circuit for heating buildings, and with a water heating process for heating service water, wherein a selected heat generator flow temperature (θVL/WE) is greater than or equal to the heating circuit target temperature (θsoll/HZ), and a mixer for setting a heating circuit flow temperature (θVL/HZ) is provided, characterized in that a regular heating circuit target temperature (θsoll/HZ) is decreased by a configurable value during the water heating process, and again reset to the regular heating circuit target temperature (^soll/HZ) of the heating operation after the water heating process .
A lighting apparatus, comprising: a light source comprising multiple LED modules with different light parameters; a silicon controlled rectifier for filtering a filtering ratio of an input AC power to a filtered AC power , wherein the filtering ratio is associated with a control angle configured to supply a control voltage to the silicon controlled rectifier , wherein the control angle determines a volume of the filtered AC power , the silicon controlled rectifier having three terminals and one of said three terminals receives the control voltage; a rectifier coupled to the silicon controlled rectifier for converting the filtered AC power to a DC power; a maintainer circuit configured to supply and maintain a working current to the silicon controlled rectifier even when the control angle causes the volume of the filtered AC power to be less than a threshold; and a current source circuit for receiving the DC power, wherein the current source circuit has a wall switch input for connecting to a wall switch , wherein an on-off input pattern of the wall switch is detected by the current source circuit for generating multiple corresponding driving currents respectively supplied to the multiple LED modules to generate a mixed light parameter, characterized in that the lighting apparatus further comprises a voltage stabilizer circuit and a filter circuit configured to keep the voltage stable and to remove undesired noise. a light source comprising multiple LED modules with different light parameters; a silicon controlled rectifier for filtering a filtering ratio of an input AC power to a filtered AC power , wherein the filtering ratio is associated with a control angle configured to supply a control voltage to the silicon controlled rectifier , wherein the control angle determines a volume of the filtered AC power , the silicon controlled rectifier having three terminals and one of said three terminals receives the control voltage; a rectifier coupled to the silicon controlled rectifier for converting the filtered AC power to a DC power; a maintainer circuit configured to supply and maintain a working current to the silicon controlled rectifier even when the control angle causes the volume of the filtered AC power to be less than a threshold; and a current source circuit for receiving the DC power, wherein the current source circuit has a wall switch input for connecting to a wall switch , wherein an on-off input pattern of the wall switch is detected by the current source circuit for generating multiple corresponding driving currents respectively supplied to the multiple LED modules to generate a mixed light parameter, characterized in that the lighting apparatus further comprises a voltage stabilizer circuit and a filter circuit configured to keep the voltage stable and to remove undesired noise.
A method for indexing a layup mandrel for a composite part, the method comprising: identifying a first side surface of a layup mandrel that travels in a process direction during fabrication of a composite part; placing a lamination head in contact with the first side surface ; traversing the first side surface of the layup mandrel with the lamination head ; acquiring a stream of 3D coordinates of the lamination head as the lamination head traverses the first side surface ; characterizing the layup mandrel based on the stream of 3D coordinates; and altering a Numerical Control program that directs layup of fiber reinforced material at the layup mandrel , based on a difference between an alignment of the layup mandrel and a nominal alignment of the layup mandrel . identifying a first side surface of a layup mandrel that travels in a process direction during fabrication of a composite part; placing a lamination head in contact with the first side surface ; traversing the first side surface of the layup mandrel with the lamination head ; acquiring a stream of 3D coordinates of the lamination head as the lamination head traverses the first side surface ; characterizing the layup mandrel based on the stream of 3D coordinates; and altering a Numerical Control program that directs layup of fiber reinforced material at the layup mandrel , based on a difference between an alignment of the layup mandrel and a nominal alignment of the layup mandrel .
A method of changing a serving cell by an evolved Node B, eNB, in a wireless communication system using inter-site carrier aggregation, CA, the method comprising: calculating a difference between a load of a current serving cell for a first user equipment, UE, and a load of a neighbor cell for the first UE, the current serving cell including a primary cell and at least one secondary cell; determining to change a serving cell of the first UE as the neighbor cell in a case that a calculated power difference between the current serving cell and the neighbor cell is larger than a value obtained by adding a load offset of the first UE and a default offset of the first UE, the load offset of the first UE being based on the difference between the loads of the current serving cell and the neighbor cell for the first UE , wherein the load of the current serving cell for the first UE equals an amount of resources used by UEs other than the first UE from among resources of the current serving cell, and the load of the neighbor cell for the first UE equals an amount of resources used by UEs from among resources of the neighbor cell, and wherein the power difference is calculated based on a value obtained by subtracting a sounding reference signal, SRS, reception power of the current serving cell from an SRS reception power of the neighbor cell. calculating a difference between a load of a current serving cell for a first user equipment, UE, and a load of a neighbor cell for the first UE, the current serving cell including a primary cell and at least one secondary cell; determining to change a serving cell of the first UE as the neighbor cell in a case that a calculated power difference between the current serving cell and the neighbor cell is larger than a value obtained by adding a load offset of the first UE and a default offset of the first UE, the load offset of the first UE being based on the difference between the loads of the current serving cell and the neighbor cell for the first UE , wherein the load of the current serving cell for the first UE equals an amount of resources used by UEs other than the first UE from among resources of the current serving cell, and the load of the neighbor cell for the first UE equals an amount of resources used by UEs from among resources of the neighbor cell, and wherein the power difference is calculated based on a value obtained by subtracting a sounding reference signal, SRS, reception power of the current serving cell from an SRS reception power of the neighbor cell.
A polyurethane resin system, comprising: an isocyanate-reactive component that includes a first cardanol component and a cardanol-modified epoxy polyol, the cardanol-modified epoxy polyol being a reaction product of an epoxy component and an epoxy-reactive component at a ratio of epoxy groups to epoxy reactive groups from 1:0.95 to 1:5, the epoxy-reactive component including a second cardanol component, and an isocyanate component that includes at least one polyisocyanate, wherein, the second cardanol component has a different composition than the first cardanol component. an isocyanate-reactive component that includes a first cardanol component and a cardanol-modified epoxy polyol, the cardanol-modified epoxy polyol being a reaction product of an epoxy component and an epoxy-reactive component at a ratio of epoxy groups to epoxy reactive groups from 1:0.95 to 1:5, the epoxy-reactive component including a second cardanol component, and an isocyanate component that includes at least one polyisocyanate, wherein, the second cardanol component has a different composition than the first cardanol component.
A system comprising: a stacked memory structure, the stacked memory structure having a plurality of memory dies arranged vertically in a stack, one or more memory dies of the plurality of memory dies arranged into multiple regions , such regions having a respective thermal sensor; and thermal control logic operable to read the state of the thermal sensors and to adjust refresh rates of the multiple regions of the one or more memory dies based on the temperature of the respective region, characterised in that the thermal control logic is operable to adjust refresh rates of the multiple regions (660 and 665) of each memory die independently, using a relationship between temperature gradient categories and refresh rates to control refresh, the relationship correlated to a product of a factor and a reference refresh rate. a stacked memory structure, the stacked memory structure having a plurality of memory dies arranged vertically in a stack, one or more memory dies of the plurality of memory dies arranged into multiple regions , such regions having a respective thermal sensor; and thermal control logic operable to read the state of the thermal sensors and to adjust refresh rates of the multiple regions of the one or more memory dies based on the temperature of the respective region, characterised in that the thermal control logic is operable to adjust refresh rates of the multiple regions (660 and 665) of each memory die independently, using a relationship between temperature gradient categories and refresh rates to control refresh, the relationship correlated to a product of a factor and a reference refresh rate.