mhurhangee/ep-ind-claims huggingface dataset:
A wand comprising: a wand head comprising a jet; a vacuum port; a shroud that houses the vacuum port and the jet; a recessed breaker bar which is recessed within the shroud between a space of the shroud and the vacuum port such that a portion of the shroud extends down past the breaker bar; and a vacuum tube having: a first section that couples to the wand head; a second section that is configured to couple with a vacuum; and a third, elongated section that is disposed between the first section and the second section; characterized by the fact that the recessed breaker bar is adjustably attached to the wand head, wherein the recessed breaker bar is configured to be selectively raised and lowered with respect to the wand head. a wand head comprising a jet; a vacuum port; a shroud that houses the vacuum port and the jet; a recessed breaker bar which is recessed within the shroud between a space of the shroud and the vacuum port such that a portion of the shroud extends down past the breaker bar; and a jet; a vacuum port; a shroud that houses the vacuum port and the jet; a recessed breaker bar which is recessed within the shroud between a space of the shroud and the vacuum port such that a portion of the shroud extends down past the breaker bar; and a vacuum tube having: a first section that couples to the wand head; a second section that is configured to couple with a vacuum; and a third, elongated section that is disposed between the first section and the second section; a first section that couples to the wand head; a second section that is configured to couple with a vacuum; and a third, elongated section that is disposed between the first section and the second section; characterized by the fact that the recessed breaker bar is adjustably attached to the wand head, wherein the recessed breaker bar is configured to be selectively raised and lowered with respect to the wand head.
An arrangement comprising two pipes and a temperature measurement device, the temperature measurement device comprising a sensor head and a pipe section in which the sensor head is embedded, the pipe section being provided for carrying a medium, the temperature thereof being captured by the sensor head, and the pipe section being used as a seal between the two pipes, at least one thermally conductive body being embedded in the pipe section and contacting the sensor head, the thermal conductivity of the thermally conductive body exceeding that of the pipe section, characterized in that the thermally conductive body follows the pipe circumference and is implemented as a ring.
Gas cooking appliance comprising at least one burner connected to a gas supply, a ignition device configured for igniting the burner, the ignition device comprising a pulse generator configured for sending at least one electric pulse generating a spark which ignites the burner, and a flame detector configured for detecting the presence/absence of flame in the burner, wherein the pulse generator is in electrical contact with the burner, characterised in that the flame detector is connected to ground, the cooking appliance (1; 1'; 1"; 1'") further comprising insulating means (15; 19; 9') insulating the burner with respect to earth such that, when the pulse generator of the ignition device sends at least one electric pulse, an electric spark capable of igniting the burner is generated between the burner and the flame detector.
Device for the position control of a laser machining beam relative to topographical structural markers, in particular of depressions, in surfaces of workpieces, comprising: - a control mechanism, - a laser beam feed mechanism (3, 4) for providing a laser machining beam, and - a laser beam positioning mechanism controlled by the control mechanism for the position control of the laser machining beam on the surface relative to the structural markers, - an optical recognition mechanism for the structural markers with = an illumination mechanism for producing a parallel beam bundle, which illuminates the surface with the structural markers to be recognized in a scanning field, and = a camera detecting the scanning field for recording the beam bundle, which is reflected by the surface and changed by the structural markers, wherein the camera image can be evaluated by the control mechanism to recognize the position of the structural markers and for the corresponding position control of the laser machining beam. - a control mechanism, - a laser beam feed mechanism (3, 4) for providing a laser machining beam, and - a laser beam positioning mechanism controlled by the control mechanism for the position control of the laser machining beam on the surface relative to the structural markers, - an optical recognition mechanism for the structural markers with = an illumination mechanism for producing a parallel beam bundle, which illuminates the surface with the structural markers to be recognized in a scanning field, and = a camera detecting the scanning field for recording the beam bundle, which is reflected by the surface and changed by the structural markers, wherein the camera image can be evaluated by the control mechanism to recognize the position of the structural markers and for the corresponding position control of the laser machining beam. = an illumination mechanism for producing a parallel beam bundle, which illuminates the surface with the structural markers to be recognized in a scanning field, and = a camera detecting the scanning field for recording the beam bundle, which is reflected by the surface and changed by the structural markers, wherein the camera image can be evaluated by the control mechanism to recognize the position of the structural markers and for the corresponding position control of the laser machining beam.
A residual limb suspension liner for a prosthesis, the liner forming a closed-ended, tubular sleeve having a longitudinal axis (X L - X L), and defining along the axis a lower portion, an upper portion, and a center portion extending between the lower and upper portions (L, U), the liner divided along an anterior-posterior plane (A-P) between anterior and posterior aspects (A, P), the liner comprising: a first layer defined by a first elastomeric material and having first and second surfaces spaced by a first thickness, the first surface forming a continuous circumferential internal surface of the liner; a second layer defined by a second elastomeric material and having first and second surfaces spaced by a second thickness, characterized in that the second layer first surface is adjacent and integrally joined to the first layer second surface, the second layer having a variable radial thickness over the anterior aspect of the liner. a first layer defined by a first elastomeric material and having first and second surfaces spaced by a first thickness, the first surface forming a continuous circumferential internal surface of the liner; a second layer defined by a second elastomeric material and having first and second surfaces spaced by a second thickness, characterized in that the second layer first surface is adjacent and integrally joined to the first layer second surface, the second layer having a variable radial thickness over the anterior aspect of the liner.
A method of producing a saccharide-containing solution comprised chiefly of glucose, comprising: heating cellulose to a temperature at which a pressurized state is achieved in the presence of water and a catalyst in which a transition metal from groups 8 to 11 is supported on a solid support to hydrolyze the cellulose and obtain glucose. heating cellulose to a temperature at which a pressurized state is achieved in the presence of water and a catalyst in which a transition metal from groups 8 to 11 is supported on a solid support to hydrolyze the cellulose and obtain glucose.
A defibrillator-pacer for delivering electrical energy to a patient, the defibrillator-pacer comprising: a storage circuit having first and second terminals (25, 29), the storage circuit operable to store electrical energy; an H-bridge circuit, coupled to the first terminal of the storage circuit, adapted to couple with the patient and operable to deliver electrical current from the storage circuit energy to the patient; a current control circuit, coupled with the H-bridge circuit and operable to electrically connect the H-bridge circuit with the second terminal of the storage circuit, to regulate the delivery of the electrical energy to the patient by the H-bridge circuit, wherein the current control circuit is configured to operate in a linear mode and responsive to a control voltage; and a controller which is operable to control the H-bridge to control the polarity of the electrical current delivered to the patient; and to determine the control voltage. a storage circuit having first and second terminals (25, 29), the storage circuit operable to store electrical energy; an H-bridge circuit, coupled to the first terminal of the storage circuit, adapted to couple with the patient and operable to deliver electrical current from the storage circuit energy to the patient; a current control circuit, coupled with the H-bridge circuit and operable to electrically connect the H-bridge circuit with the second terminal of the storage circuit, to regulate the delivery of the electrical energy to the patient by the H-bridge circuit, wherein the current control circuit is configured to operate in a linear mode and responsive to a control voltage; and a controller which is operable to control the H-bridge to control the polarity of the electrical current delivered to the patient; and to determine the control voltage.
Method for servicing an industrial truck with a control element, which has - at least one operating lever for a vehicle function and an unlocking device for the vehicle function and - a resetting device which interacts with the at least one operating lever and which specifies a resetting force as a function of a deflection of the at least one operating lever, characterized in that when the operating lever is actuated without previously unlocking the operating lever, the resetting force at the at least one operating lever is changed in order to indicate that an unlocking operation has not been performed. - at least one operating lever for a vehicle function and an unlocking device for the vehicle function and - a resetting device which interacts with the at least one operating lever and which specifies a resetting force as a function of a deflection of the at least one operating lever,
Two-component system comprising an insulation layer-forming composition having an alkoxysilane-functional polymer which contains alkoxy-functional silane groups having the general formula, terminated and/or as side groups along the polymer chain, -Si(R 1) m (OR 2) 3-m, where R 1 is a linear or branched C 1 -C 16 alkyl functional group, R 2 is a linear or branched C 1 -C 6 alkyl functional group and m is an integer from 0 to 2, and comprising an insulation layer-forming fire protection additive, the composition furthermore containing water as a cross-linking agent and a catalyst selected from amine compounds, characterized in that the cross-linking agent is separated from the alkoxy-functional polymer in a reaction-inhibiting manner.
Method for preparing a dilution series in a biosensor system, comprising the steps a) providing a first sample having a first concentration of a substance and a second sample having a second concentration of said substance, b) injecting a quantity of the second sample to a measuring device and registering at least one response from a measurement, c) altering the concentration of the second sample by adding an amount of the first sample to the second sample, d) injecting a quantity of the second sample generated in step ( c) to the measuring device and registering at least one response from a measurement, e) repeating steps c) and d) until a predetermined number of responses have been registered, said predetermined number of responses being at least three, preferably at least four, more preferably at least eight, wherein the second sample is mixed before step d), characterised in that the second concentration in step a) is zero. a) providing a first sample having a first concentration of a substance and a second sample having a second concentration of said substance, b) injecting a quantity of the second sample to a measuring device and registering at least one response from a measurement, c) altering the concentration of the second sample by adding an amount of the first sample to the second sample, d) injecting a quantity of the second sample generated in step ( c) to the measuring device and registering at least one response from a measurement, e) repeating steps c) and d) until a predetermined number of responses have been registered, said predetermined number of responses being at least three, preferably at least four, more preferably at least eight, wherein the second sample is mixed before step d), characterised in that the second concentration in step a) is zero.
A pole for supporting at least one device thereon, the pole comprising: a post to support weight of the pole and to attach the at least one device thereto; and at least one cover at least partially covering at least one side of the post, the post and the at least one cover together defining at least part of a longitudinal channel in the pole to house the at least one device attached to the post; wherein an edge of the cover is in pivotable engagement with the post to allow access to the post in the longitudinal channel, wherein the pivotable engagement comprises at least one hinge having a first hinge portion integral with the post and a second hinge portion integral with the cover such that the cover directly and pivotably engages the post without anything in between, wherein the first hinge portion and the second hinge portion each comprise detachably mating structures that rotatably engage each other over a predetermined angle of rotation between a closed position of the cover and a widest possible open position of the cover relative to the post; characterized in that the pivotable engagement comprises a plurality of hinges provided one above another and spaced apart from each other by intervals greater than a length of one hinge such that the cover is slidable upwards or downwards depending on a location of the cover along a length of the pole to disengage the first hinge portions on the post from the second hinge portions on the cover, thereby allowing the cover to be laterally detached from the post. a post to support weight of the pole and to attach the at least one device thereto; and at least one cover at least partially covering at least one side of the post, the post and the at least one cover together defining at least part of a longitudinal channel in the pole to house the at least one device attached to the post; wherein an edge of the cover is in pivotable engagement with the post to allow access to the post in the longitudinal channel, wherein the pivotable engagement comprises at least one hinge having a first hinge portion integral with the post and a second hinge portion integral with the cover such that the cover directly and pivotably engages the post without anything in between, wherein the first hinge portion and the second hinge portion each comprise detachably mating structures that rotatably engage each other over a predetermined angle of rotation between a closed position of the cover and a widest possible open position of the cover relative to the post; characterized in that the pivotable engagement comprises a plurality of hinges provided one above another and spaced apart from each other by intervals greater than a length of one hinge such that the cover is slidable upwards or downwards depending on a location of the cover along a length of the pole to disengage the first hinge portions on the post from the second hinge portions on the cover, thereby allowing the cover to be laterally detached from the post.
A method of cooling a generator and an internal combustion engine of an auxiliary power unit (10;110;210) for an aircraft, the method comprising: circulating a first liquid coolant through the internal combustion engine; circulating a second liquid coolant through the generator; and driving a cooling air flow in heat exchange relationship with the first and second liquid coolants using a fan driven by the internal combustion engine; characterised in that: the fan is driven by the internal combustion engine through a mechanical engagement between the fan and the internal combustion engine. circulating a first liquid coolant through the internal combustion engine; circulating a second liquid coolant through the generator; and driving a cooling air flow in heat exchange relationship with the first and second liquid coolants using a fan driven by the internal combustion engine; characterised in that: the fan is driven by the internal combustion engine through a mechanical engagement between the fan and the internal combustion engine.
A method of interframe point cloud attribute coding, the method being performed by at least one processor, characterized in that the method comprises: obtaining, as a motion estimation unreliability measure of motion estimation of a target frame, a value inversely proportional to a ratio of a number of first point cloud samples of the target frame with second point cloud samples of an interframe reference frame, to a number of point cloud samples in the target frame, wherein a number of point cloud samples of a current target frame matches or corresponds to reference point cloud samples of the other frames; identifying whether the obtained motion estimation unreliability measure is greater than a predetermined threshold; based on the obtained motion estimation unreliability measure being identified to be greater than the predetermined threshold, skipping motion compensation of the target frame; and based on the obtained motion estimation unreliability measure being identified to be less than or equal to the predetermined threshold, performing the motion compensation of the target frame. obtaining, as a motion estimation unreliability measure of motion estimation of a target frame, a value inversely proportional to a ratio of a number of first point cloud samples of the target frame with second point cloud samples of an interframe reference frame, to a number of point cloud samples in the target frame, wherein a number of point cloud samples of a current target frame matches or corresponds to reference point cloud samples of the other frames; identifying whether the obtained motion estimation unreliability measure is greater than a predetermined threshold; based on the obtained motion estimation unreliability measure being identified to be greater than the predetermined threshold, skipping motion compensation of the target frame; and based on the obtained motion estimation unreliability measure being identified to be less than or equal to the predetermined threshold, performing the motion compensation of the target frame.
A method for generating a script for a mini-game configured to be implemented on an emulator operating on a network, comprising: a) choosing, based on a user selection, a location within a legacy game execution state, the location representing a starting location for the mini-game within the legacy game execution state; b) generating a snapshot for the location with the legacy game execution state, the snapshot including data representing the starting location for the mini-game; c) choosing, based on a user selection, one or more events within the legacy game execution state; and d) identifying one or more triggers that correspond to the one or more events, wherein one of the events corresponds to a mini-game-ending trigger; and e) generating the script for the mini-game from the snapshot and the one or more triggers. a) choosing, based on a user selection, a location within a legacy game execution state, the location representing a starting location for the mini-game within the legacy game execution state; b) generating a snapshot for the location with the legacy game execution state, the snapshot including data representing the starting location for the mini-game; c) choosing, based on a user selection, one or more events within the legacy game execution state; and d) identifying one or more triggers that correspond to the one or more events, wherein one of the events corresponds to a mini-game-ending trigger; and e) generating the script for the mini-game from the snapshot and the one or more triggers.
A freshness label structure (10, 20, 30) comprising: a label structure including: a base material which is a fibrous material; and a phosphor layer carried on a fiber of the base material, the phosphor layer including an aggregation-induced phosphor fixed to the fiber of the base material; and either water or water and acid, wherein the label structure does not contain an organic solvent, and a sealing member that is impermeable to aqueous liquid, seals the label structure, and includes a porous member impermeable to aqueous liquid and permeable to gas. a label structure including: a base material which is a fibrous material; and a phosphor layer carried on a fiber of the base material, the phosphor layer including an aggregation-induced phosphor fixed to the fiber of the base material; and either water or water and acid, wherein the label structure does not contain an organic solvent, and a base material which is a fibrous material; and a phosphor layer carried on a fiber of the base material, the phosphor layer including an aggregation-induced phosphor fixed to the fiber of the base material; and either water or water and acid, wherein the label structure does not contain an organic solvent, and a sealing member that is impermeable to aqueous liquid, seals the label structure, and includes a porous member impermeable to aqueous liquid and permeable to gas.
Hydraulic cylinder comprised of a cylinder housing, with at least one cylindrical inner space, and in this at least one movably arranged first piston which partitions the hydraulic cylinder into at least one first chamber and at least one second chamber, said first piston comprised of at least one piston head and at least one piston rod, said piston rod, in the piston rod's axial direction, being provided with at least one inner space in which at least one second piston runs, and that the hydraulic cylinder is comprised of at least one third piston which is movably arranged in the inner space in the piston rod which partitions the inner space in at least one first chamber and at least one second chamber wherein the hydraulic cylinder is comprised of at least one second inner space in which an end of the second piston is suitable to be inserted and that the second piston in the inserted position seals against at least one seal whereby the second inner space is separated from the first chamber by the seal and that at least one conduit which may be closed and opened by at least one valve connects the first chamber and the second inner space, wherein the movable second piston makes it possible that the hydraulic cylinder may be controlled to not have, or essentially not have, dampening properties when the end of the second piston is inserted in the second inner space and to have dampening properties when the end of the second piston is not inserted in the second inner space.