mhurhangee/ep-ind-claims huggingface dataset:
A scanner comprising: a transport mechanism for moving a document; a sensor for detecting a leading edge and trailing edge of said document; a camera (16, 17) for scanning said document, detecting a leading edge of said document, and detecting a trailing edge of said document; and a controller which: 1) receives a digital signal from said camera (16, 17) when said camera (16, 17) detects said document in a field of said camera (16, 17); 2) receives a signal from said sensor when said sensor detects said document in a field of said sensor; characterised in that said controller: 1) starts image capture when a leading edge of said document is detected by either said sensor or said camera (16, 17), and stops image capture when a trailing edge of said document is detected by either said sensor or said camera (16, 17); and 2) turns off a drive mechanism when a leading edge of said document is detected by either said sensor or said camera (16, 17), and starts a drive mechanism when a trailing edge of said document is detected by both said sensor and said camera (16, 17). a transport mechanism for moving a document; a sensor for detecting a leading edge and trailing edge of said document; a camera (16, 17) for scanning said document, detecting a leading edge of said document, and detecting a trailing edge of said document; and a controller which: 1) receives a digital signal from said camera (16, 17) when said camera (16, 17) detects said document in a field of said camera (16, 17); 2) receives a signal from said sensor when said sensor detects said document in a field of said sensor; characterised in that said controller: 1) starts image capture when a leading edge of said document is detected by either said sensor or said camera (16, 17), and stops image capture when a trailing edge of said document is detected by either said sensor or said camera (16, 17); and 2) turns off a drive mechanism when a leading edge of said document is detected by either said sensor or said camera (16, 17), and starts a drive mechanism when a trailing edge of said document is detected by both said sensor and said camera (16, 17). 1) receives a digital signal from said camera (16, 17) when said camera (16, 17) detects said document in a field of said camera (16, 17); 2) receives a signal from said sensor when said sensor detects said document in a field of said sensor; 1) starts image capture when a leading edge of said document is detected by either said sensor or said camera (16, 17), and stops image capture when a trailing edge of said document is detected by either said sensor or said camera (16, 17); and 2) turns off a drive mechanism when a leading edge of said document is detected by either said sensor or said camera (16, 17), and starts a drive mechanism when a trailing edge of said document is detected by both said sensor and said camera (16, 17).
A capacitive input system for a computer entertainment device, comprising: a mat having a dielectric layer sandwiched between a common conductive layer and a patterned conductive layer, wherein the patterned conductive layer includes a grid pattern containing a plurality of conductive regions, wherein each conductive region is selectively coupled to a corresponding capacitance sensor, wherein the capacitance sensor is responsive to a signal that is capacitively coupled to a corresponding one of the conductive regions; a probe, configured to be worn by a user, to change a capacitive coupling of the signal, wherein a degree of the change of the signal varies with a degree of proximity of the probe to the corresponding one of the conductive regions; and a processor coupled to the capacitance sensor, wherein the processor is configured to determine a distance between the probe and a plurality of the conductive regions from values of a plurality of measurements from the capacitance sensor wherein a value of a given measurement depends on a capacitive coupling of the signal to a corresponding conductive region and the processor is further configured to determine a three dimensional position of the probe relative to the grid pattern from one or more of the distances determined between the probe and one or more conductive regions using a triangulation method. a mat having a dielectric layer sandwiched between a common conductive layer and a patterned conductive layer, wherein the patterned conductive layer includes a grid pattern containing a plurality of conductive regions, wherein each conductive region is selectively coupled to a corresponding capacitance sensor, wherein the capacitance sensor is responsive to a signal that is capacitively coupled to a corresponding one of the conductive regions; a probe, configured to be worn by a user, to change a capacitive coupling of the signal, wherein a degree of the change of the signal varies with a degree of proximity of the probe to the corresponding one of the conductive regions; and a processor coupled to the capacitance sensor, wherein the processor is configured to determine a distance between the probe and a plurality of the conductive regions from values of a plurality of measurements from the capacitance sensor wherein a value of a given measurement depends on a capacitive coupling of the signal to a corresponding conductive region and the processor is further configured to determine a three dimensional position of the probe relative to the grid pattern from one or more of the distances determined between the probe and one or more conductive regions using a triangulation method.
A high-pressure passthrough apparatus comprising: a penetrator body connectable to a chemical suit having a body portion and a head portion, wherein the penetrator body comprises a first half positionable on an exterior side of the chemical suit and a second half positionable on an interior side of the chemical suit when the penetrator body is connected to the chemical suit; a high-pressure inlet positioned on the first half of the penetrator body receiving high pressure gas from a high pressure source at a service pressure of between 6208.3kPA and 44815.9kPA (900 PSI and 6,500 PSI); a high-pressure self-contained breathing apparatus (SCBA) outlet positioned on the second half of the penetrator body receiving the high pressure gas at said service pressure from the high-pressure inlet and supplying the high pressure gas to the head portion of the chemical suit; and a high-pressure passthrough valve positioned on the second half of the penetrator body within the body portion of the suit and receiving the high pressure gas at said service pressure from the high-pressure inlet, wherein the high pressure gas is supplied to the body portion of the chemical suit through the high-pressure passthrough valve. a penetrator body connectable to a chemical suit having a body portion and a head portion, wherein the penetrator body comprises a first half positionable on an exterior side of the chemical suit and a second half positionable on an interior side of the chemical suit when the penetrator body is connected to the chemical suit; a high-pressure inlet positioned on the first half of the penetrator body receiving high pressure gas from a high pressure source at a service pressure of between 6208.3kPA and 44815.9kPA (900 PSI and 6,500 PSI); a high-pressure self-contained breathing apparatus (SCBA) outlet positioned on the second half of the penetrator body receiving the high pressure gas at said service pressure from the high-pressure inlet and supplying the high pressure gas to the head portion of the chemical suit; and a high-pressure passthrough valve positioned on the second half of the penetrator body within the body portion of the suit and receiving the high pressure gas at said service pressure from the high-pressure inlet, wherein the high pressure gas is supplied to the body portion of the chemical suit through the high-pressure passthrough valve.
Toolbox for receiving hand-held tools and their accessories, in particular socket wrenches, wrench sockets, wrench attachments, assembly tools for screws and nuts and/or torque wrenches, in a fixed position, said toolbox having two tub-shaped, rectangular housing parts each comprising a front side, a rear side and two longitudinal sides, the housing parts being coupled to one another on the rear side such that they can pivot about a pivot axis and can be locked in a closed state by means of a locking mechanism arranged on the front side, at least one housing part (4a, 4b) being formed by two components (10, 11), a first rigid component being produced from a plastics material which is more rigid than a second flexible component produced from a plastics material, and the flexible component and the rigid component bearing against a flat side at least in regions and the flexible component surrounding the outside of the rigid component, characterised in that the rigid component comprises an opening in which the flexible component penetrates the rigid component by means of a clamping strip and the rigid component comprises supports on the inside in the region of the clamping strip such that accessories can be arranged between the supports and the clamping strip in a fixed position.
A seal housing comprising: a proximal end including a seal configured to maintain a fluid-tight interface with a surgical instrument; a distal end including a valve configured to maintain an air-tight seal in the absence of a surgical instrument; a central portion including a removable sponge for absorbing fluids that enter the seal housing; and wherein the sponge includes an absorbent inner layer and a non-porous outer layer, or wherein an outer surface of the sponge is coated with a non-porous material. a proximal end including a seal configured to maintain a fluid-tight interface with a surgical instrument; a distal end including a valve configured to maintain an air-tight seal in the absence of a surgical instrument; a central portion including a removable sponge for absorbing fluids that enter the seal housing; and wherein the sponge includes an absorbent inner layer and a non-porous outer layer, or wherein an outer surface of the sponge is coated with a non-porous material.
A fuel injection control apparatus for a compression self-igniting internal combustion engine that is capable of executing at least a primary injection and an auxiliary injection performed prior to the primary injection as an operation of fuel injection from a fuel injection valve, wherein the auxiliary injection is executed by being split into a plurality of injections, the fuel injection control apparatus comprises a fuel injection control unit for controlling an injection timing and an injection amount of each fuel injection such that some of the fuel injected in a first auxiliary injection that is performed prior to a second auxiliary injection combusts by self-ignition, and that a remainder of the fuel injected in the first auxiliary injection does not combust until fuel is injected in the primary injection, but combusts together with the fuel injected in the primary injection, and the injection timing of each fuel injection is set such that the fuel injected in the first auxiliary injection and flowing along a swirl flow in a cylinder overlaps the fuel injected in the subsequent primary injection, and that fuel injected in the second auxiliary injection does not overlap the fuel injected in the subsequent primary injection. wherein the auxiliary injection is executed by being split into a plurality of injections, the fuel injection control apparatus comprises a fuel injection control unit for controlling an injection timing and an injection amount of each fuel injection such that some of the fuel injected in a first auxiliary injection that is performed prior to a second auxiliary injection combusts by self-ignition, and that a remainder of the fuel injected in the first auxiliary injection does not combust until fuel is injected in the primary injection, but combusts together with the fuel injected in the primary injection, and the injection timing of each fuel injection is set such that the fuel injected in the first auxiliary injection and flowing along a swirl flow in a cylinder overlaps the fuel injected in the subsequent primary injection, and that fuel injected in the second auxiliary injection does not overlap the fuel injected in the subsequent primary injection.
An apparatus for monitoring of a device having a moveable part, especially a rotating device, the apparatus comprising: a control module configured to receive a measured vibration signal of the device provided by a sensor connected with the device, provide a spectrum of the measured vibration signal, pre-process the spectrum, in order to determine base frequencies and side frequencies, wherein base frequencies are frequencies which peak power corresponds to eigen frequencies of the device or faulty frequencies, and wherein side frequencies correspond to the other frequencies, process the base frequencies and the side frequencies by applying separately a one-class classification on the base frequencies and side frequencies, combine the results of the one-class classifications thereby obtaining a classification signal which represents a confidence level, and output a decision support signal based on the classification signal, which decision support signal indicates an error status of the device monitored. receive a measured vibration signal of the device provided by a sensor connected with the device, provide a spectrum of the measured vibration signal, pre-process the spectrum, in order to determine base frequencies and side frequencies, wherein base frequencies are frequencies which peak power corresponds to eigen frequencies of the device or faulty frequencies, and wherein side frequencies correspond to the other frequencies, process the base frequencies and the side frequencies by applying separately a one-class classification on the base frequencies and side frequencies, combine the results of the one-class classifications thereby obtaining a classification signal which represents a confidence level, and output a decision support signal based on the classification signal, which decision support signal indicates an error status of the device monitored.
A portable, bi-directional multiport AC/DC charging cable system for providing bi-directional power flow to and from one or more energy storage cells of a vehicle, the system comprising: a direct current input/output cable configured to be coupled to the vehicle; an alternating current input cable configured to be coupled to an AC power source; and a power module, coupled to each of the DC input/output cable and to the AC input cable, and further comprising, an AC output, different from the alternating current input cable, for providing AC power to an external AC load, characterized in that the power module further comprises a bi-directional AC/DC converter configured to galvanically isolate the vehicle from each of the AC power source and external AC load, and wherein the bi-directional AC/DC converter comprises an isolation transformer, so that the power module allows the one or more energy storage cells to provide power to the external AC load through the bi-directional AC/DC converter and the AC output, and the one or more energy storage cells to be charged from the AC power source through the bi-directional AC/DC converter and the alternating current input cable. a direct current input/output cable configured to be coupled to the vehicle; an alternating current input cable configured to be coupled to an AC power source; and a power module, coupled to each of the DC input/output cable and to the AC input cable, and further comprising, an AC output, different from the alternating current input cable, for providing AC power to an external AC load, characterized in that the power module further comprises a bi-directional AC/DC converter configured to galvanically isolate the vehicle from each of the AC power source and external AC load, and wherein the bi-directional AC/DC converter comprises an isolation transformer, so that the power module allows the one or more energy storage cells to provide power to the external AC load through the bi-directional AC/DC converter and the AC output, and the one or more energy storage cells to be charged from the AC power source through the bi-directional AC/DC converter and the alternating current input cable. a bi-directional AC/DC converter configured to galvanically isolate the vehicle from each of the AC power source and external AC load, and wherein the bi-directional AC/DC converter comprises an isolation transformer, so that the power module allows the one or more energy storage cells to provide power to the external AC load through the bi-directional AC/DC converter and the AC output, and the one or more energy storage cells to be charged from the AC power source through the bi-directional AC/DC converter and the alternating current input cable.
Sulfur-crosslinkable rubber mixture comprising - at least one diene rubber and - at least one bonding system, wherein the bonding system is a steel cord bonding system based on organic cobalt salts and reinforcer resins and more than 2.5 phr sulfur, and - 10 to 200 phr of at least one silica and - 2 to 20 phr of at least one silane having the general empirical formula I) [(R 1) 3 Si-X] m S n (R 2) 2-m where the R 1 radicals within a molecule may be the same or different and are alkoxy groups having 1 to 10 carbon atoms or cyclic dialkoxy groups having 2 to 10 carbon atoms or cycloalkoxy groups having 4 to 10 carbon atoms or phenoxy groups or aryl groups having 6 to 20 carbon atoms or alkyl groups having 1 to 10 carbon atoms or alkenyl groups having 2 to 20 carbon atoms or aralkyl groups having 7 to 20 carbon atoms or halides, and where X is a polar organic urea-containing group and where m assumes the value of 1 or 2 and where n is an integer from 1 to 8 and where R 2 is a hydrogen atom or an acyl group having 1 to 20 carbon atoms. - at least one diene rubber and - at least one bonding system, wherein the bonding system is a steel cord bonding system based on organic cobalt salts and reinforcer resins and more than 2.5 phr sulfur, and - 10 to 200 phr of at least one silica and - 2 to 20 phr of at least one silane having the general empirical formula I) [(R 1) 3 Si-X] m S n (R 2) 2-m where the R 1 radicals within a molecule may be the same or different and are alkoxy groups having 1 to 10 carbon atoms or cyclic dialkoxy groups having 2 to 10 carbon atoms or cycloalkoxy groups having 4 to 10 carbon atoms or phenoxy groups or aryl groups having 6 to 20 carbon atoms or alkyl groups having 1 to 10 carbon atoms or alkenyl groups having 2 to 20 carbon atoms or aralkyl groups having 7 to 20 carbon atoms or halides, and where X is a polar organic urea-containing group and where m assumes the value of 1 or 2 and where n is an integer from 1 to 8 and where R 2 is a hydrogen atom or an acyl group having 1 to 20 carbon atoms.
A permanent deformation process for keratin fibers comprising the steps of: providing the keratin fibers with mechanical tension, applying onto the keratin fibers a composition comprising at least one cationic surfactant in an amount of 0.01 to 15% by weight relative to the total weight of the composition; then placing the keratin fibers in an occlusive space to restrict the evaporation of evaporable components in the composition; and then heating the keratin fibers at a temperature ranging from 60 to 200°C, wherein the composition contains neither a reducing agent nor a source of carbonate ions of formula: wherein X is a group selected from the group consisting of O -, OH, NH 2, O-OH, and O-COO -, said process further comprising the step of rinsing the keratin fibers after the step of applying the composition onto the keratin fibers and/or after the step of heating the keratin fibers. providing the keratin fibers with mechanical tension, applying onto the keratin fibers a composition comprising at least one cationic surfactant in an amount of 0.01 to 15% by weight relative to the total weight of the composition; then placing the keratin fibers in an occlusive space to restrict the evaporation of evaporable components in the composition; and then heating the keratin fibers at a temperature ranging from 60 to 200°C, wherein the composition contains neither a reducing agent nor a source of carbonate ions of formula: wherein X is a group selected from the group consisting of O -, OH, NH 2, O-OH, and O-COO -, said process further comprising the step of rinsing the keratin fibers after the step of applying the composition onto the keratin fibers and/or after the step of heating the keratin fibers.
An article of footwear comprising, in combination: an upper; an outsole positioned beneath the upper; and a plate positioned between the upper and the outsole and comprising: a spine having a longitudinal axis that is curved when viewed from above; a plurality of upper arms extending outwardly and upwardly from the spine; and a plurality of lower arms extending outwardly and downwardly from the spine, wherein in a heel portion of the plate, upper arms on a lateral side of the plate are opposed laterally by upper arms on a medial side of the plate, and lower arms on the lateral side of the plate are opposed laterally by lower arms on the medial side of the plate, and wherein in the forefoot and midfoot portions of the plate at least one upper arm on the lateral side of the plate is opposed laterally from a corresponding lower arm on the medial side of the plate, and at least one upper arm on the medial side of the plate is opposed laterally from a corresponding lower arm on the lateral side of the plate. an upper; an outsole positioned beneath the upper; and a plate positioned between the upper and the outsole and comprising: a spine having a longitudinal axis that is curved when viewed from above; a plurality of upper arms extending outwardly and upwardly from the spine; and a plurality of lower arms extending outwardly and downwardly from the spine, wherein in a heel portion of the plate, upper arms on a lateral side of the plate are opposed laterally by upper arms on a medial side of the plate, and lower arms on the lateral side of the plate are opposed laterally by lower arms on the medial side of the plate, and wherein in the forefoot and midfoot portions of the plate at least one upper arm on the lateral side of the plate is opposed laterally from a corresponding lower arm on the medial side of the plate, and at least one upper arm on the medial side of the plate is opposed laterally from a corresponding lower arm on the lateral side of the plate. a spine having a longitudinal axis that is curved when viewed from above; a plurality of upper arms extending outwardly and upwardly from the spine; and a plurality of lower arms extending outwardly and downwardly from the spine,