mhurhangee/ep-ind-claims huggingface dataset:
Vehicle fluid tank for receiving fluid in a vehicle, the vehicle fluid tank comprising: a fluid tank shell which encloses an interior space of the vehicle fluid tank for receiving fluid, wherein the fluid tank shell comprises an inner surface facing the interior space of the vehicle fluid tank, wherein the fluid tank shell is formed from a plastic, wherein a surface-modifying substance is diffusion-stably embedded within the plastic; characterized in that the surface-modifying substance is configured to change a surface property of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism, wherein the surface-modifying substance comprises a surface-polarizing substance which is configured to change a polarization of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism. a fluid tank shell which encloses an interior space of the vehicle fluid tank for receiving fluid, wherein the fluid tank shell comprises an inner surface facing the interior space of the vehicle fluid tank, wherein the fluid tank shell is formed from a plastic, wherein a surface-modifying substance is diffusion-stably embedded within the plastic; characterized in that the surface-modifying substance is configured to change a surface property of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism, wherein the surface-modifying substance comprises a surface-polarizing substance which is configured to change a polarization of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism.
Horse saddle comprising at least one seat, at least two quarters arranged at the sides of said seat, and supporting means (3, 3a, 3b) bearing identification information of said saddle, said seat and said at least two quarters being provided with at least one outer lining layer (2, 2a, 2b), characterized in that said at least one outer lining layer comprises at least one opening and in that said supporting means are arranged beneath said at least one outer layer so that said identification information becomes visible through said at least one opening, and in that said supporting means are sized and/or shaped so that their passing through said at least one opening is prevented.
A dispenser for an unwindable cleaning tissue wound up on a hollow-cylindrical roller, in particular for a toilet paper roll, comprising a housing which completely or almost completely encloses a coiled cleaning tissue stored therein and includes an opening for unrolling and removing the cleaning tissue, and a holder attached to a rear cover of the housing, whose outside diameter is smaller than the inside diameter of the roller, for receiving the roller of the coiled cleaning tissue, wherein the holder is of hollow-cylindrical shape and is formed with an open end facing the rear cover, wherein inside the cavity of the holder one or more wet wipes are stored, which can be removed and refilled through the open end, and wherein the side of the housing facing the rear cover is formed by a first lid to be opened and closed, wherein the housing deviates from the substantially cylindrical shape of the coiled cleaning tissue, characterized in that the spaces resulting from the deviation in the upper corner regions are formed as additional storage compartments in which sanitary articles can be stored. wherein the housing deviates from the substantially cylindrical shape of the coiled cleaning tissue, characterized in that the spaces resulting from the deviation in the upper corner regions are formed as additional storage compartments in which sanitary articles can be stored.
A method for transmitting to static and non-static devices, the method comprising: (a) sending, by an access point (106, 100) having a plurality of antennas, a plurality of sounding frames from the plurality of antennas to a plurality of devices; (b) based on responses to the plurality of sounding frames, identifying, by the access point, at least one device from the plurality of devices (102, 100) that is a static device; and (c) configuring, by the access point based on the responses to the plurality of sounding frames, to beamform to a first static device of the at least one static device, using one or both of (i) one of the plurality of antennas for operation in a directional mode for transmission to the first static device, or (ii) multiple antennas of the plurality of antennas for coherent transmission to the first static device. (a) sending, by an access point (106, 100) having a plurality of antennas, a plurality of sounding frames from the plurality of antennas to a plurality of devices; (b) based on responses to the plurality of sounding frames, identifying, by the access point, at least one device from the plurality of devices (102, 100) that is a static device; and (c) configuring, by the access point based on the responses to the plurality of sounding frames, to beamform to a first static device of the at least one static device, using one or both of (i) one of the plurality of antennas for operation in a directional mode for transmission to the first static device, or (ii) multiple antennas of the plurality of antennas for coherent transmission to the first static device.
Cable gland for running a cable through a wall opening, comprising: - a supporting element extending along a longitudinal axis having an internal cable duct extending along the longitudinal axis, - a clamping section having a plurality of clamping elements (21a, b, c) which are movable from a first position in which the clamping elements (21a, b, c) bound a first internal diameter into a second position in which the clamping elements (21a, b, c) bound a second internal diameter, - the second diameter being smaller than the first diameter, - a clamp element which is mechanically coupled with the supporting element and has a clamp surface which co-operates with the clamping elements (21a, b, c), and the clamp element can be moved from a first position on the supporting element in which the clamping elements (21a, b, c) are in the first position into a second position on the supporting element and can be secured on the supporting element in this second position in which the clamp surface presses the clamping elements (21a, b, c) into the second position, the clamping elements (21a, b, c) and the supporting element are made from a first material and the clamping elements (21a, b, c) are secured on the supporting element, characterised in that a hinged section (22a, b, c) made from a second material having a lower modulus of elasticity than the first material is provided between the clamping elements (21a, b, c) and the supporting element and a sleeve-shaped sealing element is disposed inside the cable duct and is connected to the hinged section (22a, b, c), the sealing element being connected to the hinged section (22a, b, c) by cohesive bonding. - a supporting element extending along a longitudinal axis having an internal cable duct extending along the longitudinal axis, - a clamping section having a plurality of clamping elements (21a, b, c) which are movable from a first position in which the clamping elements (21a, b, c) bound a first internal diameter into a second position in which the clamping elements (21a, b, c) bound a second internal diameter, - the second diameter being smaller than the first diameter, - a clamp element which is mechanically coupled with the supporting element and has a clamp surface which co-operates with the clamping elements (21a, b, c), and the clamp element can be moved from a first position on the supporting element in which the clamping elements (21a, b, c) are in the first position into a second position on the supporting element and can be secured on the supporting element in this second position in which the clamp surface presses the clamping elements (21a, b, c) into the second position,
A mold half comprising a mold body defined at least in part by a single piece of aluminum or aluminum alloy mold material comprising a cavity and a feature area, characterized int that the mold body further comprises a layer of a metal-matrix composite formed integrally therein at the feature area (58, 60, 63), the MMC comprising an aluminum-nickel alloy matrix having WC particles embedded therein or an aluminum matrix having TiC particles embedded therein.
A compound which is R4 L R2 R5 O H or a compound of the above structure wherein the OH group is replaced with an oxygen residue linked to P to form a phosphate group, or a pharmaceutically acceptable salt thereof.
Method for operating a radiator grille arrangement of a vehicle, comprising at least one main air inlet and a number of closure flaps (2.2), which are moved by means of at least one actuator between a closed position and an open position, wherein a reference motion sequence of the at least one actuator is realised in dependence on a predefined temperature, characterised in that, in the reference motion sequence, the closure flaps, for referencing the actuator, are moved from the closed position into the open position and back.
A temperature sensing device (1210, 1410, 1510, 2010, 2110, 2210, 2310) for use with a cooking appliance, the temperature sensing device (1210, 1410, 1510, 2010, 2110, 2210, 2310) comprising a temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 1912) configured to extend into a cooking chamber of the cooking appliance; a temperature sensor (1591, 2691, 2991) included in the temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 1912) and configured to measure a temperature of the cooking chamber; a housing (1232, 1432, 2032, 2132, 2332, 2532, 2632, 2732) configured to be mounted on the cooking appliance; an insulating layer (2172, 2672, 2772); and a Printed Circuit Board Assembly (PCBA) (2162, 2262, 2662, 2762) inside the housing (1232, 1432, 2032, 2132, 2232, 2332, 2632) and coupled to the temperature sensor (1591, 2691, 2991); characterized in that the insulating layer (2172, 2672, 2772) is located between an interior wall (2168, 2668, 2768) and an exterior wall (2170, 2670, 2770) of the housing (1232, 1432, 2032 2132, 2232, 2332, 2632); at least part of the temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 2912) serves as an interior cooking chamber antenna (2695, 2813, 2913) that is coupled to the PCBA (2162, 2262, 2662, 2762) and is configured to receive data wirelessly from at least one food thermometer inside the cooking chamber; and the interior cooking chamber antenna (2695, 2813, 2913) includes temperature sensor wiring of the temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 2912). a temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 1912) configured to extend into a cooking chamber of the cooking appliance; a temperature sensor (1591, 2691, 2991) included in the temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 1912) and configured to measure a temperature of the cooking chamber; a housing (1232, 1432, 2032, 2132, 2332, 2532, 2632, 2732) configured to be mounted on the cooking appliance; an insulating layer (2172, 2672, 2772); and a Printed Circuit Board Assembly (PCBA) (2162, 2262, 2662, 2762) inside the housing (1232, 1432, 2032, 2132, 2232, 2332, 2632) and coupled to the temperature sensor (1591, 2691, 2991); characterized in that the insulating layer (2172, 2672, 2772) is located between an interior wall (2168, 2668, 2768) and an exterior wall (2170, 2670, 2770) of the housing (1232, 1432, 2032 2132, 2232, 2332, 2632); at least part of the temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 2912) serves as an interior cooking chamber antenna (2695, 2813, 2913) that is coupled to the PCBA (2162, 2262, 2662, 2762) and is configured to receive data wirelessly from at least one food thermometer inside the cooking chamber; and the interior cooking chamber antenna (2695, 2813, 2913) includes temperature sensor wiring of the temperature measurement probe (1212, 1412, 2012, 2112, 2312, 2512, 2612, 2712, 2912).
Device for altering the jet shape of free-flowing products, in particular of foodstuffs, comprising: - an entry region for the entry of the free-flowing products, - an exit region for the exit of the free-flowing products, and - several ducts for conveying the free-flowing products, - wherein each duct has an inlet associated with the entry region and an outlet associated with the exit region, - wherein the inlets together form an entry surface with a width and a height located in the entry region, and - wherein the outlets together form an exit surface with a width (B') and a height (H') located in the exit region, - wherein each inlet of a duct has a first cross-section surface and each outlet of a duct has a second cross-section surface, - wherein the second cross-section surface of at least one duct is larger than the first cross-section area of this duct, and - wherein the exit surface is not rotationally symmetric, characterised in that the number of ducts is in the range of 30 to 50, in that the central axes of the eccentric ducts (18") are arranged inclined at an angle of inclination (α) to the central axis of the device, and in that the angle of inclination (α) of the eccentric ducts (18") increases as the distance of the ducts (18") from the central axis of the device increases. - an entry region for the entry of the free-flowing products, - an exit region for the exit of the free-flowing products, and - several ducts for conveying the free-flowing products, - wherein each duct has an inlet associated with the entry region and an outlet associated with the exit region, - wherein the inlets together form an entry surface with a width and a height located in the entry region, and - wherein the outlets together form an exit surface with a width (B') and a height (H') located in the exit region, - wherein each inlet of a duct has a first cross-section surface and each outlet of a duct has a second cross-section surface, - wherein the second cross-section surface of at least one duct is larger than the first cross-section area of this duct, and - wherein the exit surface is not rotationally symmetric,
A method for making a multilayer mounting mat operatively adapted for use in mounting a pollution control element in a pollution control device, said method comprising: (a) applying a thin layer of an adhesive comprising at least one of solid inorganic colloidal particles having an average diameter less than about 300 nm and an inorganic water-soluble salt, to a major surface of a first mounting mat layer such that the thin layer is between the major surface of the first mounting mat layer and a major surface of a second mounting mat layer; (b) compressing together a major surface of a second mounting mat layer to the adhesive-coated surface of the first mounting mat layer to form a multilayer mounting mat; (c) drying the multilayer mounting mat, wherein the amount and viscosity of the adhesive applied during said applying and the compression force used during said compressing are both controlled such that the adhesive remains primarily at the interface between the two mat layers such that the adhesive penetrates less than about 20% of the thickness of the first and second mounting mat layers. (a) applying a thin layer of an adhesive comprising at least one of solid inorganic colloidal particles having an average diameter less than about 300 nm and an inorganic water-soluble salt, to a major surface of a first mounting mat layer such that the thin layer is between the major surface of the first mounting mat layer and a major surface of a second mounting mat layer; (b) compressing together a major surface of a second mounting mat layer to the adhesive-coated surface of the first mounting mat layer to form a multilayer mounting mat; (c) drying the multilayer mounting mat,
A method of preparing a chimeric embryo, comprising the following steps (a) and (b): (a) a step for contacting a fertilized host embryo collected from a female rat and a rat pluripotent stem cell in the presence of an ES cell differentiation suppressant comprising an MEK inhibitor, a GSK3 inhibitor and a TGFβ receptor inhibitor, (b) a step for culturing the host embryo in contact with the rat pluripotent stem cell to form a chimeric embryo. (a) a step for contacting a fertilized host embryo collected from a female rat and a rat pluripotent stem cell in the presence of an ES cell differentiation suppressant comprising an MEK inhibitor, a GSK3 inhibitor and a TGFβ receptor inhibitor, (b) a step for culturing the host embryo in contact with the rat pluripotent stem cell to form a chimeric embryo.
Mirror device comprising 1.1. at least one mirror with a mirror body having 1.1.1. a forward-facing front side, 1.1.2. a rear side and 1.1.3. at least one side surface, and 1.2. at least two separate electrically conductive shielding elements, 1.2.1. to which different voltages (U r1, U r2) can be applied by means of at least two electrical supply lines; and 1.2.2. which form a means for producing an electric field in a region adjacent to the at least one side surface and/or the rear side. 1.1. at least one mirror with a mirror body having 1.1.1. a forward-facing front side, 1.1.2. a rear side and 1.1.3. at least one side surface, and 1.1.1. a forward-facing front side, 1.1.2. a rear side and 1.1.3. at least one side surface, and 1.2. at least two separate electrically conductive shielding elements, 1.2.1. to which different voltages (U r1, U r2) can be applied by means of at least two electrical supply lines; and 1.2.2. which form a means for producing an electric field in a region adjacent to the at least one side surface and/or the rear side. 1.2.1. to which different voltages (U r1, U r2) can be applied by means of at least two electrical supply lines; and 1.2.2. which form a means for producing an electric field in a region adjacent to the at least one side surface and/or the rear side.
A process for preparing an extract of Momordica charantia comprising the following steps: a) preparing crude juice from crushed and chopped unripe Momordica charantia fresh fruit to which water is added intermittently; b) filtering the crude juice to obtain filtered juice; c) modifying the pH of the juice between 2.5 to 4 pH by adding an organic acid; d) allowing the pH modified juice to stabilize by allowing the pH added filtered juice to stand for 5 to 25 minutes; e) neutralizing the stabilized juice with the help of alkali; f) allowing the neutralized juice to stand for a period of 20 to 30 minutes; g) rechecking the pH level of the juice for neutralization; and h) drying the neutralized juice to obtain dried extract of Momordica charantia. a) preparing crude juice from crushed and chopped unripe Momordica charantia fresh fruit to which water is added intermittently; b) filtering the crude juice to obtain filtered juice; c) modifying the pH of the juice between 2.5 to 4 pH by adding an organic acid; d) allowing the pH modified juice to stabilize by allowing the pH added filtered juice to stand for 5 to 25 minutes; e) neutralizing the stabilized juice with the help of alkali; f) allowing the neutralized juice to stand for a period of 20 to 30 minutes; g) rechecking the pH level of the juice for neutralization; and h) drying the neutralized juice to obtain dried extract of Momordica charantia.
A tape feeder that supplies a bent lead component, comprising: a feeding device that feeds lead component tape; a bending device that bends multiple lead wires (66x,67x) of a bending target lead component, which is the lead component that has reached a bending position, as the lead component tape is fed by the feeding device; and a cutting device which cuts the multiple lead wires (66z,67z) of a cutting target lead component, which is the lead component that has reached a cutting position, as the lead component tape is fed by the feeding device, wherein the lead component tape includes one component main body integrated with the multiple lead wires (66,67), wherein the cutting position is positioned on the downstream side of the bending position, characterized in that the cutting device includes (i) a cutting section (166c,186c) that cuts each of the multiple lead wires (66z,67z) of the cutting target lead component at a portion further away from the component main body than a portion bent by the bending device, and (ii) a holding section (166h,186h) that holds the multiple lead wires (66z,67z) of the cutting target lead component at a portion closer to the component main body than a portion cut by the cutting section (166c,186c) and further away from the component main body than the portion bent by the bending device. a feeding device that feeds lead component tape; a bending device that bends multiple lead wires (66x,67x) of a bending target lead component, which is the lead component that has reached a bending position, as the lead component tape is fed by the feeding device; and a cutting device which cuts the multiple lead wires (66z,67z) of a cutting target lead component, which is the lead component that has reached a cutting position, as the lead component tape is fed by the feeding device, wherein the lead component tape includes one component main body integrated with the multiple lead wires (66,67), wherein the cutting position is positioned on the downstream side of the bending position, characterized in that the cutting device includes (i) a cutting section (166c,186c) that cuts each of the multiple lead wires (66z,67z) of the cutting target lead component at a portion further away from the component main body than a portion bent by the bending device, and (ii) a holding section (166h,186h) that holds the multiple lead wires (66z,67z) of the cutting target lead component at a portion closer to the component main body than a portion cut by the cutting section (166c,186c) and further away from the component main body than the portion bent by the bending device.
Injector arrangement, particularly for use at injection stations or injection positions (1,2) in machines for cleaning bottles or similar containers, having at least one fluid and support pipe, having at least one injector (6, 6a) on said fluid and support pipe for generating at least one injection stream of a liquid medium fed through the fluid and support pipe, wherein the at least one injector (6, 6a) comprises at least one injector body (10, 10a) secured to the fluid and support pipe, in which a fluid channel connected to the interior of the fluid and support pipe is formed, and with an injector shaft that can be rotationally or pivotally driven and contacting a contact surface surrounding an opening of the fluid channel and comprising an injection channel having at least two openings, each disposed over an angle region of the pivoting and/or rotating motion of the injector shaft congruent to the opening of the fluid channel, and having a header (14, 14a) extending over the injector shaft in the shape of a bow or hook, and thereby mounted on the injector body (10, 10a) by being pushed on and/or latched to the injector body (10, 10a), preferably in a releasable manner, wherein the fluid channel in the injector body (10, 10a) is formed from the channel of an intermediate injector, characterised in that the intermediate injector is arranged in an axially displaceable manner in the injector body (10, 10a), and is in contact pressed against the injector shaft by means of at least one spring element and sealed by at least one seal in the injector body (10, 10a), and wherein the seal is at the same time formed as a spring element for pressing the intermediate injector against the injector shaft and a seal is provided for sealing the connection between the injector body (10, 10a) and the fluid and support pipe, wherein this seal is formed from a sealing element, which at the same time also forms the seal of the intermediate injector and is engaged through by at least one latching ad/or locking element (22, 28).