mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a voltage sensor that measures a plurality of voltage values based on an alternating current power powering a compressor; a current sensor that measures a plurality of current values based on the alternating current power; characterised by a controller that is configured to communicate with the voltage sensor and the current sensor, determine a power factor value based on at least one of the plurality of voltage values and at least one of the plurality of current values, and determine a fault in a capacitor of the compressor based on a decrease in the power factor value and an increase in at least one of the plurality of current values. a voltage sensor that measures a plurality of voltage values based on an alternating current power powering a compressor; a current sensor that measures a plurality of current values based on the alternating current power; characterised by a controller that is configured to communicate with the voltage sensor and the current sensor, determine a power factor value based on at least one of the plurality of voltage values and at least one of the plurality of current values, and determine a fault in a capacitor of the compressor based on a decrease in the power factor value and an increase in at least one of the plurality of current values.
A lighting object having an illuminant formed from one or a plurality of LEDs connected in series or parallel, wherein the LEDs are arranged on at least one conductor (3, 14), and a lighting body is provided, and the lighting body is reflective on its rear side, so that the light of the LEDs is reflected into the lighting body, wherein reflection points are provided for uniform illumination of the lighting body, which reflection points are varied with regards to the point area sizes or variation of the incidence of the points per area element as a function of the beam direction and distance from the LED(s) such that the lighting body can be lit up on its front side uniformly or, if desired, with area sections of greater and lesser light emission, characterised in that the lighting body is plate-shaped, and the LEDs with the conductor are sealed into the lighting body made from plastic, and has reflection points on its rear side, which are arranged on a rear film, which is arranged and fixed on the rear side of the lighting body.
An image processing apparatus comprising: a reduction module configured to reduce image data that is input to output reduced data; an extraction module configured to extract a diffuse reflection component from the reduced data; an enlargement module configured to enlarge the diffuse reflection component to a size before the reduction of the input image data to output enlarged data; a high-frequency acquisition module configured to acquire a high-frequency component removed by the reduction from a difference between the input image data and the reduced data; a high-frequency addition module configured to output first data obtained by adding the high-frequency component acquired to the enlarged data; and a gloss component acquisition module configured to acquire a gloss component from a difference between the input image data and the first data. a reduction module configured to reduce image data that is input to output reduced data; an extraction module configured to extract a diffuse reflection component from the reduced data; an enlargement module configured to enlarge the diffuse reflection component to a size before the reduction of the input image data to output enlarged data; a high-frequency acquisition module configured to acquire a high-frequency component removed by the reduction from a difference between the input image data and the reduced data; a high-frequency addition module configured to output first data obtained by adding the high-frequency component acquired to the enlarged data; and a gloss component acquisition module configured to acquire a gloss component from a difference between the input image data and the first data.
A filler neck for a fuel tank comprising a front section encircled and covered by the fuel tank cover and which is embodied so as to encircle a metal embedded part by means of plastic, said metal embedded part comprising a threaded body and provided at the continuation of said front section; wherein said embedded part comprises a body base embodied in an inwardly curved form at the continuation of said threaded body, characterized in that said filler neck comprises a ring section extending from said body base into the threaded body.
An electrical apparatus for stimulating and/or monitoring an eye of a patient, comprising: an implantable device comprising at least one electrode (17, 17a, 17b, 64, 1700), the implantable device being implantable at a stimulation and/or monitoring position between first and second tissue layers of the eye; a lead comprising one or more conductors connected to the at least one electrode (17, 17a, 17b, 64, 1700), the lead extending outwardly from the implantable device; wherein the lead comprises first and second lead sections that locate externally to the eye when the implantable device is in the stimulation and/or monitoring position, the second lead section being configured to extend around an orbital bone adjacent the eye, and the first lead section being located between the implantable device and the second lead section; wherein the first lead section has at least one pre-formed bend, characterized in that the first lead section is flexible, the at least one-preformed bend provides a change in direction of the lead at the first lead section of at least 90 degrees, wherein the first lead section is configured to have a length that is greater than a distance between the eye and the orbital bone, and the first lead section, including the at least one-preformed bend of the first lead section, is configured to flex during a movement of the eye in one or more rotational directions so that the movement of the eye is relatively unhindered by the first lead section. an implantable device comprising at least one electrode (17, 17a, 17b, 64, 1700), the implantable device being implantable at a stimulation and/or monitoring position between first and second tissue layers of the eye; a lead comprising one or more conductors connected to the at least one electrode (17, 17a, 17b, 64, 1700), the lead extending outwardly from the implantable device; wherein the lead comprises first and second lead sections that locate externally to the eye when the implantable device is in the stimulation and/or monitoring position, the second lead section being configured to extend around an orbital bone adjacent the eye, and the first lead section being located between the implantable device and the second lead section; wherein the first lead section has at least one pre-formed bend, characterized in that the first lead section is flexible, the at least one-preformed bend provides a change in direction of the lead at the first lead section of at least 90 degrees, wherein the first lead section is configured to have a length that is greater than a distance between the eye and the orbital bone, and the first lead section, including the at least one-preformed bend of the first lead section, is configured to flex during a movement of the eye in one or more rotational directions so that the movement of the eye is relatively unhindered by the first lead section.
A power conversion device that is connected to a rotating machine including an armature coil to transmit and receive a power, the device having a function of collectively applying voltage pulses to the armature coil having a single specific phase or a plurality of specific phases in the rotating machine, sampling a value of a current of the specific phase after a designated delay time from the start of rising or falling of the voltage pulse, detecting a change in a capacitance of an insulation member of the armature coil having the specific phase in the rotating machine by a change in the value from a normal state, and diagnosing insulation degradation.
A cache storage system operable to interconnect a host computing device to a switched packet network, said cache storage system comprising: a small computer system interface operable to facilitate system communication with the host computing device; a network interface operable to allow the system to receive data from and send data to the switched packet network; a processing unit that includes a processor and a buffer (48, 50), the processing unit being operable to facilitate communication between the small computer system interface and the network interface; a log disk coupled to the processing unit, the log disk being configured as a sequential access device operable to cache data along with said memory resident in said processing unit, wherein said log disk and said buffer (48, 50) are configured as a two-level hierarchical cache such that least recently used data in the buffer (48, 50) is transferred to the log disk before more recently accessed data is stored in the buffer (48, 50), the data being transferred from the buffer (48, 50) to the log disk when one of: the amount of data in the buffer (48, 50) exceeds a threshold value; or the log disk is idle; and a disk storage device operable to receive data from and provide data to the two level hierarchical cache. a small computer system interface operable to facilitate system communication with the host computing device; a network interface operable to allow the system to receive data from and send data to the switched packet network; a processing unit that includes a processor and a buffer (48, 50), the processing unit being operable to facilitate communication between the small computer system interface and the network interface; a log disk coupled to the processing unit, the log disk being configured as a sequential access device operable to cache data along with said memory resident in said processing unit, wherein said log disk and said buffer (48, 50) are configured as a two-level hierarchical cache such that least recently used data in the buffer (48, 50) is transferred to the log disk before more recently accessed data is stored in the buffer (48, 50), the data being transferred from the buffer (48, 50) to the log disk when one of: the amount of data in the buffer (48, 50) exceeds a threshold value; or the log disk is idle; and a disk storage device operable to receive data from and provide data to the two level hierarchical cache.
An air-conditioning ventilator for performing air conditioning and ventilation in a target space, the air-conditioning ventilator comprising: a ventilation unit including an air supply channel (21, 22) for supplying air from an outdoor space to the target space, and an air supply fan for creating an airflow from the outdoor space to the target space within the air supply channel (21, 22); an air-conditioning unit including an intake channel (33, 31) for taking in air from the target space, a temperature regulator for regulating the temperature of the air that has passed through the intake channel (33, 31), a discharge channel (24, 26) for discharging the temperature-adjusted air whose temperature has been regulated by the temperature regulator to the target space, and an air-conditioning fan for creating an airflow from the intake channel (33, 31) to the discharge channel (24, 26) via the temperature regulator; a bypass channel which connects together the air supply channel and the discharge channel; the ventilation unit further comprising an air discharge channel (34, 35) for discharging air in the target space to the outdoor space, an air discharge fan for creating an airflow from the target space to the outdoor space in the air discharge channel (34, 35), and a heat exchanging unit for conducting heat exchange while suppressing mixing between the air passing through the air supply channel (21, 22) and the air passing through the air discharge channel (34, 35); characterized in that the bypass channel connects together the discharge channel and a space in the air supply channel (21, 22) between the outdoor space and the heat exchanger. a ventilation unit including an air supply channel (21, 22) for supplying air from an outdoor space to the target space, and an air supply fan for creating an airflow from the outdoor space to the target space within the air supply channel (21, 22); an air-conditioning unit including an intake channel (33, 31) for taking in air from the target space, a temperature regulator for regulating the temperature of the air that has passed through the intake channel (33, 31), a discharge channel (24, 26) for discharging the temperature-adjusted air whose temperature has been regulated by the temperature regulator to the target space, and an air-conditioning fan for creating an airflow from the intake channel (33, 31) to the discharge channel (24, 26) via the temperature regulator; a bypass channel which connects together the air supply channel and the discharge channel; the ventilation unit further comprising an air discharge channel (34, 35) for discharging air in the target space to the outdoor space, an air discharge fan for creating an airflow from the target space to the outdoor space in the air discharge channel (34, 35), and a heat exchanging unit for conducting heat exchange while suppressing mixing between the air passing through the air supply channel (21, 22) and the air passing through the air discharge channel (34, 35); characterized in that the bypass channel connects together the discharge channel and a space in the air supply channel (21, 22) between the outdoor space and the heat exchanger.
A method for the production of pipes made of steel, having increased stability and improved viscosity of the material by means of quick cooling directly after thermal forming, namely oil field pipes at a length of greater than 7 m, in particular 200 m, an exterior diameter of greater than 20 mm, but less than 200 mm, and a wall thickness of greater than 2.0 mm, but less than 25 mm, subsequent to forming by means of stretch reduction, wherein a cooling medium is applied at increased pressure within the passage onto the exterior surface of the pipe at a circumferential length of greater than 400 x of the pipe wall thickness, each within a time period of not more than 20 sec after the last forming, at a temperature of greater than 700°C, but below 1050°C, in an amount resulting in a uniform cooling speed during quick cooling of greater than 1°C/sec of the pipe wall across the length of the pipe to a temperature within the range of 500°C to 250°C, wherein the coolant flow is respectively embodied as a spray flow of coolant, mostly water, and/or as an atomized spray flow of coolant and air, and/or as a gas flow, subsequent to which a further air-cooling of the pipe occurs to room temperature, wherein a steel is utilized for the pipe production that has a concentration of the respective alloy, accompanying, or decontamination elements in % by weight of carbon 0.03 to 0.5 silicon (Si) 0.15 to 0.65 manganese (Mn) 0.5 to 2.0 phosphorous max 0.03 sulfur max 0.03 chromium (Cr) max 1.5 nickel (Ni) max 1.0 copper (Cu) max 0.3 aluminum (Al) 0.01 to 0.09 titanium (Ti) max 0.05 molybdenum (Mo) max 0.8 vanadium 0.02 to 0.2 tin (Sn) max 0.08 nitrogen max 0.04 niobium (Nb) max 0.08 calcium (Ca) max 0.005 iron (Fe) rest.
An electrical circuit breaker with mechanically stressed elements (22-58; 74-92), wherein the elements (22-58; 74-92) are mechanically movable or fixed, wherein the electrical circuit breaker has two sensors (S1-S28; Sa, Sz; Sx, Sy), wherein a measurement signal (116; 118) can be generated by the two sensors (S1-S28; Sa, Sz; Sx, Sy) respectively, characterized in that the two sensors (S1-S28; Sa, Sz; Sx, Sy) are arranged spaced apart on one of the mechanically stressed elements (22-58; 74-92) and that on the basis of a link between the two measurement signals (116, 118) a reduction of a mechanical condition of the electrical circuit breaker or of the element (22-58; 74-92) of the electrical circuit breaker is determined.
Retaining plate for a vacuum cleaner bag which has an inlet opening which can be closed possibly with a flap, characterised in that the retaining plate is formed by thermoforming and subsequent stamping of a film made of a thermoplastic material.
A wax dispersant for a toner comprising a polymer obtained by graft polymerization of a styrene-acrylic resin onto a hydrocarbon compound, wherein the styrene-acrylic resin has a structural segment derived from a saturated alicyclic compound, wherein the styrene-acrylic resin has a monomer unit represented by the following Formula: wherein R 1 represents a hydrogen atom or a methyl group; R 2 represents a saturated alicyclic group, wherein in a molecular weight distribution determined by gel permeation chromatography of the wax dispersant for a toner, a weight-average molecular weight is at least 5000 and not more than 70,000.
A lid for a container comprising: a lid base having an opening for dispensing contents of the container, and a mount; a handle comprising a first handle pivot and a second handle pivot; and a flip top for sealing the opening, the flip top including a flip top pivot that is positioned between the first handle pivot and the second handle pivot of the handle when the handle is inserted into the mount, the flip top pivot preventing the handle from being removed from the mount, the handle and the flip top each being independently pivotable within the mount. a lid base having an opening for dispensing contents of the container, and a mount; a handle comprising a first handle pivot and a second handle pivot; and a flip top for sealing the opening, the flip top including a flip top pivot that is positioned between the first handle pivot and the second handle pivot of the handle when the handle is inserted into the mount, the flip top pivot preventing the handle from being removed from the mount, the handle and the flip top each being independently pivotable within the mount.
An apparatus for compacting a product slug, said apparatus comprising: a weigher; a product delivery cylinder; a settling device comprising a discharge chamber; wherein said settling device is located between said weigher and said product delivery cylinder, and a fast acting gate, said fast acting gate located upstream from said product delivery cylinder, wherein said fast acting gate can be completely open in less than about 50 milliseconds, wherein product in the discharge chamber is maintained compact by said fast acting gate. a weigher; a product delivery cylinder; a settling device comprising a discharge chamber; wherein said settling device is located between said weigher and said product delivery cylinder, and a fast acting gate,
An orally acceptable film, wherein the film comprises a film substrate comprising a water-soluble polymer matrix which includes a first pigment that is released upon dissolution of the matrix, a second pigment which at least partially masks at least one surface of the film substrate, and a polymeric material adhering the second pigment to the at least one surface of the film substrate.
An additive for a paint or stain composition or for a colorant composition, said additive is polymerized from at least one acrylate monomer and a chain transfer agent, wherein the additive has a weight average molecular weight (Mw) from about 2,000 Daltons to about 5,000 Daltons, wherein the chain transfer agent comprises a hydrogen-sulfur (H-S) functionality and is present from about 8 to about 20 parts per hundred parts of monomers (phr), wherein the additive's glass transition temperature ranges from about -50 °C to about -10 °C, wherein said additive is hydrophobic. wherein the additive has a weight average molecular weight (Mw) from about 2,000 Daltons to about 5,000 Daltons, wherein the chain transfer agent comprises a hydrogen-sulfur (H-S) functionality and is present from about 8 to about 20 parts per hundred parts of monomers (phr), wherein the additive's glass transition temperature ranges from about -50 °C to about -10 °C, wherein said additive is hydrophobic.
A structure for arranging a heat-generating electric component in an automobile, comprising a heat-generating electric component; a housing surrounding an outer side of the heat-generating electric component; and a duct extending from an air conditioning unit, wherein the heat-generating electric component, the housing and the duct are disposed between a seat and a floor surface of an automobile, in the heat-generating electric component, an air outlet hole is formed through which air on an inside of the heat-generating electric component is discharged to cool the inside, in the housing, an air outlet hole is formed through which air on an inside of the housing is discharged outward to cool the inside of the housing, an exit of the duct is disposed near the air outlet hole of the heat-generating electric component and the air outlet hole of the housing, the air outlet hole of the heat-generating electric component is formed in a rear surface of the heat-generating electric component, and the air outlet hole of the housing is disposed rearward of the air outlet holes of the heat-generating electric component, and the exit of the duct is disposed rearward of the air outlet hole of the housing. a heat-generating electric component; a housing surrounding an outer side of the heat-generating electric component; and a duct extending from an air conditioning unit, wherein the heat-generating electric component, the housing and the duct are disposed between a seat and a floor surface of an automobile, in the heat-generating electric component, an air outlet hole is formed through which air on an inside of the heat-generating electric component is discharged to cool the inside, in the housing, an air outlet hole is formed through which air on an inside of the housing is discharged outward to cool the inside of the housing, an exit of the duct is disposed near the air outlet hole of the heat-generating electric component and the air outlet hole of the housing, the air outlet hole of the heat-generating electric component is formed in a rear surface of the heat-generating electric component, and the air outlet hole of the housing is disposed rearward of the air outlet holes of the heat-generating electric component, and the exit of the duct is disposed rearward of the air outlet hole of the housing.
Method of modifying the physical, chemical and/or biological properties of a fluid by irradiation with a radiation dose, said method comprising: - bringing a fluid flow to be irradiated into an irradiation chamber, and - application of said radiation dose onto the fluid flow to be irradiated in a determined portion of the irradiation chamber, said flow being focussed in said portion with a geometry arranged such that said dose modifies the properties of said fluid, said method being characterised in that said geometry is a laminar layer thinner than the irradiation chamber in said portion. - bringing a fluid flow to be irradiated into an irradiation chamber, and - application of said radiation dose onto the fluid flow to be irradiated in a determined portion of the irradiation chamber,