mhurhangee/patent-ind-claim-en huggingface dataset:
Baking oven with a baking oven muffle , on which at least one support , on which a cooking product carrier is supported, is arranged at opposite sides and a holding device is arranged on the at least one support , which secures the cooking product carrier against lifting, wherein holding device comprises a movable holding section which in the deposited position of the cooking product carrier on the support engages over an edge of the cooking product carrier , characterized in that the movable holding section is arranged on a pivotable lever , and the pivotable lever comprises a support surface which is movable through an underside of the edge when the cooking product carrier is placed on it.
A system for delivering a bone reinforcing mixture to a fractured or a weakened bone comprising: a catheter having a proximal end , a distal end , and a longitudinal axis therebetween, wherein the catheter has at least one inner lumen for passing a bone reinforcing mixture therethrough; a balloon engaging the distal end of the catheter ; an expandable tube surrounding at least a portion of the balloon or a radial structural member oriented on a surface of the balloon ; the bone reinforcing mixture can be contained in the balloon , when the balloon is in a cavity of the bone, wherein the balloon expands from a substantially deflated state to a substantially inflated state upon the bone reinforcing mixture entering the balloon ; and at least one light guide extending through the catheter into the balloon to guide a light into the balloon to cure the bone reinforcing mixture when the balloon is in the cavity of the bone, characterized in that the balloon includes a textured surface and does not have any valves. a catheter having a proximal end , a distal end , and a longitudinal axis therebetween, wherein the catheter has at least one inner lumen for passing a bone reinforcing mixture therethrough; a balloon engaging the distal end of the catheter ; an expandable tube surrounding at least a portion of the balloon or a radial structural member oriented on a surface of the balloon ; the bone reinforcing mixture can be contained in the balloon , when the balloon is in a cavity of the bone, wherein the balloon expands from a substantially deflated state to a substantially inflated state upon the bone reinforcing mixture entering the balloon ; and at least one light guide extending through the catheter into the balloon to guide a light into the balloon to cure the bone reinforcing mixture when the balloon is in the cavity of the bone, characterized in that the balloon includes a textured surface and does not have any valves.
A trouser leg comprising a slit that incorporates a removable stiffening element, the slit being positioned at the bottom front of the trouser leg such that, in use, the slit sits either side of a wearer's shoe, which stabilises the stiffening element and causes it to resist lateral movement of the trouser leg above the shoe, the stiffening element rendering the edge portions of the slit stiffer than the fabric from which it is formed, the stiffening element being an elongate piece of material inserted into a receiving pouch; the trouser leg incorporating a crease that extends upwardly from the slit so that, in use, the slit resists movement of the crease.
A fusion protein comprising catalytically inactive CRISPR associated 9 (dCas9) protein linked to a heterologous functional domain, wherein the heterologous function domain is a biological tether wherein the biological tether is MS2, Csy4 or lambda N protein.
A method of generating a pool of scaled film grain blocks for blending with an image to simulate film grain wherein a scaled film grain block stored in the pool is generated according to: - selecting a film grain block from among a database of film grain patterns; - scaling all the pixel values in the block of film grain as indicated by a scaling parameter characterizing the film grain to appear in the image block; characterized in that the selection is controlled by a set of cut frequencies characterizing the film grain to appear in the image block. - selecting a film grain block from among a database of film grain patterns; - scaling all the pixel values in the block of film grain as indicated by a scaling parameter characterizing the film grain to appear in the image block;
A method performed by processing hardware and storage hardware , the method comprising: executing a storage system that manages structured data layered on a block-based storage unit , the structured data stored in blocks of the storage unit, the managing including maintaining a map in one or more of the blocks of the storage unit to track which of the blocks currently have an allocated state for the structured data; while the storage unit is online and while the structured data is online and accessible via the storage system, determining that a portion of the map representing blocks considered to be unallocated is corrupt, and based on the determination that the portion of the map representing blocks considered to be unallocated is corrupt, while the storage unit and structured data remain accessible via the storage system, updating the map to indicate that blocks corresponding to the corrupt portion of the map currently have the allocated state, such that they are taken out of a pool of blocks considered to be unallocated; and while the storage unit and structured data continue to be online and accessible via the storage system, in response to receiving a request for a block allocation, using the map to deny the request for block allocation of blocks of the storage unit which have the allocated state and to grant the request for block allocation of blocks of the storage unit which do not have the allocated state and updating the map to indicate that the blocks of the storage unit which have been allocated in response to the request have the allocated state while the storage unit and structured data remain online to reflect the allocations. executing a storage system that manages structured data layered on a block-based storage unit , the structured data stored in blocks of the storage unit, the managing including maintaining a map in one or more of the blocks of the storage unit to track which of the blocks currently have an allocated state for the structured data; while the storage unit is online and while the structured data is online and accessible via the storage system, determining that a portion of the map representing blocks considered to be unallocated is corrupt, and based on the determination that the portion of the map representing blocks considered to be unallocated is corrupt, while the storage unit and structured data remain accessible via the storage system, updating the map to indicate that blocks corresponding to the corrupt portion of the map currently have the allocated state, such that they are taken out of a pool of blocks considered to be unallocated; and
Monolithic carrier body for a relay , the monolithic carrier body comprising a base body from which: -a coil carrier that is integral with the base body , and -a contact element mount that is integral with the base body protrude away, characterized in that the contact element mount extends over more than half the height of the coil carrier . -a coil carrier that is integral with the base body , and -a contact element mount that is integral with the base body protrude away, characterized in that the contact element mount extends over more than half the height of the coil carrier .
Anti-theft lock for bicycles and other vehicles driven by humans, which is adapted to switch from a locked state to a move state, comprising: (a) means for tamper-proof attachment of the anti-theft lock at the vehicle; (b) a control unit for switching the anti-theft lock from a locking state to a move state and vice versa, wherein the control unit switches the anti-theft lock to the locking state if the distance exceeds a threshold and simultaneously the vehicle does not move, and to a move state, if the distance decreases below a threshold; and (c) the control unit is provided with a receiver for wireless transmitted signals from a corresponding mobile sender, wherein (d) the control unit has means for determining the distance to the portable sender; characterized in that (e) the anti-theft lock comprises a lock adapted to be fixed to the vehicle which is provided with a blocking device for blocking the rotation of a wheel, wherein the blocking device is a curved locking bracket , adapted to be moved into the range between the spokes of a wheel for locking; and (f) a motor is provided controlled by the control unit for driving the blocking device. (a) means for tamper-proof attachment of the anti-theft lock at the vehicle; (b) a control unit for switching the anti-theft lock from a locking state to a move state and vice versa, wherein the control unit switches the anti-theft lock to the locking state if the distance exceeds a threshold and simultaneously the vehicle does not move, and to a move state, if the distance decreases below a threshold; and (c) the control unit is provided with a receiver for wireless transmitted signals from a corresponding mobile sender, wherein (d) the control unit has means for determining the distance to the portable sender; characterized in that (e) the anti-theft lock comprises a lock adapted to be fixed to the vehicle which is provided with a blocking device for blocking the rotation of a wheel, wherein the blocking device is a curved locking bracket , adapted to be moved into the range between the spokes of a wheel for locking; and (f) a motor is provided controlled by the control unit for driving the blocking device.
A method of forming a bend in a plate of material , said method comprising: air bending a plate of material in a first air bending step by applying a first bending force using a first bending punch and a first die having a first die width ; then air bending the plate of material in a second air bending step by applying a second bending force using a second bending punch and a second die having a second die width , wherein the first and second bending force is applied at the same point of the plate and in the same direction; wherein the second die width is less than the first die width , and/or the radius of the second bending punch is less than the radius of the first bending punch .
A method for making a force sensor of the kind comprising the following steps of: a) providing a deformation measuring device and a test body having a flat receiving surface ; b) providing a reactive viscous adhesive ; c) applying said reactive viscous adhesive to said receiving surface of said test body ; d) bringing said deformation measuring device on said applied viscous adhesive in order to enclose a layer of said reactive viscous adhesive between said deformation measuring device and said receiving surface of said test body ; and, e) causing the reaction of said reactive viscous adhesive of said layer to seal said deformation measuring device on said receiving surface of said test body ; characterized in that , at step a), it is provided a deformation measuring device comprising at least a deformation gauge ; and in that it is further provided a calibrating device adapted, on the one hand, to be applied to said test body on each side of said deformation measuring device and, on the other hand, to bear against said deformation measuring device to be able to apply a pressure to said deformation measuring device between step d) and step e), until said deformation measuring device is carried at a given distance from said receiving surface , while said reactive viscous adhesive layer reach a given thickness (e1). a) providing a deformation measuring device and a test body having a flat receiving surface ; b) providing a reactive viscous adhesive ; c) applying said reactive viscous adhesive to said receiving surface of said test body ; d) bringing said deformation measuring device on said applied viscous adhesive in order to enclose a layer of said reactive viscous adhesive between said deformation measuring device and said receiving surface of said test body ; and, e) causing the reaction of said reactive viscous adhesive of said layer to seal said deformation measuring device on said receiving surface of said test body ;
Multilayer sheet material in the form of a printing blanket or of a printing plate which comprises a multiple-ply printing layer made of at least one polymeric material and which comprises at least one other layer , where the individual layers form, with one another, an adhesive bond which is not amenable to nondestructive separation, characterized in that the upper ply , which during the printing procedure faces toward the object to be printed, comprises from 40 to 80 phr of butadiene rubber (BR) and from 20 to 60 phr of butyl rubber (IIR), and the lower ply , which during the printing procedure faces away from the object to be printed, comprises from 80 to 100 phr of butyl rubber (IIR).
A method for determining a sequence of bus nodes in a multi-drop communication bus , the method comprising: for each bus node : sending a request to the bus node using a bus node physical identifier to set the bus node to a loopback mode; transmitting at least one signal to the bus node via the multi-drop communication bus ; receiving from the bus node a loopback response signal caused by the at least one signal; and measuring a roundtrip delay between the at least one signal and the loopback response signal, and solving the physical order of the bus nodes in the multi-drop communication bus based on the roundtrip delays, wherein the multi-drop communication bus comprises a multi-drop ethernet bus. for each bus node : sending a request to the bus node using a bus node physical identifier to set the bus node to a loopback mode; transmitting at least one signal to the bus node via the multi-drop communication bus ; receiving from the bus node a loopback response signal caused by the at least one signal; and measuring a roundtrip delay between the at least one signal and the loopback response signal, and sending a request to the bus node using a bus node physical identifier to set the bus node to a loopback mode; transmitting at least one signal to the bus node via the multi-drop communication bus ; receiving from the bus node a loopback response signal caused by the at least one signal; and measuring a roundtrip delay between the at least one signal and the loopback response signal, and solving the physical order of the bus nodes in the multi-drop communication bus based on the roundtrip delays, wherein the multi-drop communication bus comprises a multi-drop ethernet bus.
A shoe care apparatus comprising: a main body ; a first compartment in the main body and configured to accommodate shoes; a second compartment in the main body and configured to accommodate a heat pump including an evaporator and a condenser ; a fan configured to circulate air through the first compartment and the second compartment ; a first circulation passage configured to guide air discharged from the first compartment back to the first compartment by guiding the discharged air to the evaporator and the condenser ; a second circulation passage to guide the discharged air from the first compartment back to the first compartment by guiding the discharged air to the evaporator and bypassing the condenser ; a third circulation passage to guide air inside the second compartment to flow to the condenser ; and a first valve configured to open and close the second circulation passage . a main body ; a first compartment in the main body and configured to accommodate shoes; a second compartment in the main body and configured to accommodate a heat pump including an evaporator and a condenser ; a fan configured to circulate air through the first compartment and the second compartment ; a first circulation passage configured to guide air discharged from the first compartment back to the first compartment by guiding the discharged air to the evaporator and the condenser ; a second circulation passage to guide the discharged air from the first compartment back to the first compartment by guiding the discharged air to the evaporator and bypassing the condenser ; a third circulation passage to guide air inside the second compartment to flow to the condenser ; and a first valve configured to open and close the second circulation passage .
A sole structure for an article of footwear , the sole structure comprising: a polymeric bladder element enclosing a fluid-filled interior cavity ; wherein the polymeric bladder element is configured with an arcuate portion at an outer periphery of the sole structure , the arcuate portion having an inner curved wall; a first outsole component including a first base attached to a bottom surface of the bladder element , the first base having a first portion and a second portion , a first wall integral with the first base and secured to a first side surface of the bladder element , and a second wall integral with the first base and secured to a second side surface of the bladder element ; and a second outsole component including a second base secured to the second portion of the bottom surface of the first base , and a second wall integral with the second base and secured to an outer surface of the first wall of the first outsole component , wherein the outer surface is adjacent the second portion of the bottom surface . a polymeric bladder element enclosing a fluid-filled interior cavity ; wherein the polymeric bladder element is configured with an arcuate portion at an outer periphery of the sole structure , the arcuate portion having an inner curved wall; a first outsole component including a first base attached to a bottom surface of the bladder element , the first base having a first portion and a second portion , a first wall integral with the first base and secured to a first side surface of the bladder element , and a second wall integral with the first base and secured to a second side surface of the bladder element ; and a second outsole component including a second base secured to the second portion of the bottom surface of the first base , and a second wall integral with the second base and secured to an outer surface of the first wall of the first outsole component , wherein the outer surface is adjacent the second portion of the bottom surface .
A system for implementing strobing of existing vehicle hazard lights comprising: an interface to a vehicle wiring harness configured to receive an input to an existing vehicle flasher module; and a strobing circuit that responds to an activation signal from the vehicle wiring harness that is indicative of a hazard flasher deployment event by producing an electrical output through the interface to the vehicle wiring harness that causes a strobing of existing vehicle hazard lamps; wherein the strobing effect on each of the existing vehicle hazard lamps has a cycle that is perceptibly faster than a cycle of existing vehicle signal lamps; wherein a user signals a hazard flasher deployment by an existing vehicle hazard flasher switch inside the vehicle to generate the activation signal; wherein the strobing circuit accepts the activation signal, which would otherwise be input to the existing flasher module to activate a non-strobing hazard flasher deployment of the existing vehicle hazard lamps; and wherein the strobing circuit produces the electrical output to create the strobing effect of the existing vehicle hazard lamps in place of what would otherwise be output by the existing vehicle flasher module to the existing vehicle hazard lamps producing the non-strobing hazard flashing of the existing vehicle lamps. an interface to a vehicle wiring harness configured to receive an input to an existing vehicle flasher module; and a strobing circuit that responds to an activation signal from the vehicle wiring harness that is indicative of a hazard flasher deployment event by producing an electrical output through the interface to the vehicle wiring harness that causes a strobing of existing vehicle hazard lamps; wherein the strobing effect on each of the existing vehicle hazard lamps has a cycle that is perceptibly faster than a cycle of existing vehicle signal lamps; wherein a user signals a hazard flasher deployment by an existing vehicle hazard flasher switch inside the vehicle to generate the activation signal; wherein the strobing circuit accepts the activation signal, which would otherwise be input to the existing flasher module to activate a non-strobing hazard flasher deployment of the existing vehicle hazard lamps; and wherein the strobing circuit produces the electrical output to create the strobing effect of the existing vehicle hazard lamps in place of what would otherwise be output by the existing vehicle flasher module to the existing vehicle hazard lamps producing the non-strobing hazard flashing of the existing vehicle lamps.
A method of making an extruded composite member (32; 36; 38; 40; 50; 52; 54; 56; 104) comprising the steps of: extruding a structural material through a die (20; 10) to form an elongate structure having a durable outer shell that defines at least one void therein; filling said at least one void with a core material comprising a foam comprising chopped fibers and substantially incompressible solid particles or substantially incompressible microspheres for strengthening said extruded composite member, wherein said fibers contact and adhere to at least some of said solid particles or microspheres to anchor said fibers and wherein the foam material has elastomeric properties and the solid particles or microspheres do not; determining the coefficient of thermal expansion of said structural material; and adjusting an amount of said solid particles or microspheres in said core material to achieve a selected coefficient of thermal expansion of said core material with respect to said structural material for reducing shear stress between said core material and said structural material. extruding a structural material through a die (20; 10) to form an elongate structure having a durable outer shell that defines at least one void therein; filling said at least one void with a core material comprising a foam comprising chopped fibers and substantially incompressible solid particles or substantially incompressible microspheres for strengthening said extruded composite member, wherein said fibers contact and adhere to at least some of said solid particles or microspheres to anchor said fibers and wherein the foam material has elastomeric properties and the solid particles or microspheres do not; determining the coefficient of thermal expansion of said structural material; and adjusting an amount of said solid particles or microspheres in said core material to achieve a selected coefficient of thermal expansion of said core material with respect to said structural material for reducing shear stress between said core material and said structural material.
A pharmaceutical preparation for treatment or prevention of glaucoma or ocular hypertension, comprising 0.001 to 0.01% (w/v) of isopropyl (6-{[4-(pyrazol-1-yl)benzyl] (pyridin-3-ylsulfonyl)aminomethyl}pyridin-2-ylamino) acetate, or a salt thereof, wherein the pH of the preparation is from 4.0 to 8.0.