mhurhangee/ep-ind-claims huggingface dataset:
A grape treatment and wine making process comprising: cleaning a first container by means of a fluid mixed with ozone; placing grapes in said first container in a closed vat or building at controlled temperature; cleaning said grapes placed in said first container by diffusing a fluid mixed with ozone at a first concentration within said closed vat or building at controlled temperature, said diffusing causing an increase of phenolic fractions within the grapes; diffusing a fluid mixed with ozone at a second concentration within said vat or building, said first concentration being reduced to said second concentration; cleaning a press by means of a fluid mixed with ozone; pressing said grapes with said press to produce must; cleaning a second container by means of a fluid mixed with ozone; placing said must in said second container to produce fermented must; cleaning a third container by means of a fluid mixed with ozone; and placing said fermented must in said third container. cleaning a first container by means of a fluid mixed with ozone; placing grapes in said first container in a closed vat or building at controlled temperature; cleaning said grapes placed in said first container by diffusing a fluid mixed with ozone at a first concentration within said closed vat or building at controlled temperature, said diffusing causing an increase of phenolic fractions within the grapes; diffusing a fluid mixed with ozone at a second concentration within said vat or building, said first concentration being reduced to said second concentration; cleaning a press by means of a fluid mixed with ozone; pressing said grapes with said press to produce must; cleaning a second container by means of a fluid mixed with ozone; placing said must in said second container to produce fermented must; cleaning a third container by means of a fluid mixed with ozone; and placing said fermented must in said third container.
A method for the extraction of an organic solute from a water supply comprising: (i) treating the water supply containing one or more organic solutes by passing the water supply through a filter media vessel comprising a filter media to remove at least one of the one or more organic solutes from the water supply and providing a treated water supply, wherein the filter media comprises a porous media synthesized via a sol-gel derived process with a composition of 20-100% by weight of an alkoxysilane precursor having the following structure: where: x = 2, 3; y = 0, 1; x+y = 3; Ar = a single-, fused- or poly-aromatic ring; R' is an alkyl group ranging from a C 1 to a C 8; R is independently an organic group or alkyl functionality; and n and m are individually an integer from 1 to 8; (ii) regenerating the filter media after the filter media becomes saturated or partially saturated with organic solutes by purging the vessel with air, nitrogen or other inert gas prior to supplying a displacement fluid to the saturated filter media to remove at least one of the one or more organic solutes from the filter media and provide a waste displacement fluid comprising the displacement fluid and at least one or more organic solutes; and (iii) repeating steps (i) and (ii) one or more times to continue to treat the water supply. (i) treating the water supply containing one or more organic solutes by passing the water supply through a filter media vessel comprising a filter media to remove at least one of the one or more organic solutes from the water supply and providing a treated water supply, wherein the filter media comprises a porous media synthesized via a sol-gel derived process with a composition of 20-100% by weight of an alkoxysilane precursor having the following structure: where: x = 2, 3; y = 0, 1; x+y = 3; Ar = a single-, fused- or poly-aromatic ring; R' is an alkyl group ranging from a C 1 to a C 8; R is independently an organic group or alkyl functionality; and n and m are individually an integer from 1 to 8; x = 2, 3; y = 0, 1; x+y = 3; Ar = a single-, fused- or poly-aromatic ring; R' is an alkyl group ranging from a C 1 to a C 8; R is independently an organic group or alkyl functionality; and n and m are individually an integer from 1 to 8; (ii) regenerating the filter media after the filter media becomes saturated or partially saturated with organic solutes by purging the vessel with air, nitrogen or other inert gas prior to supplying a displacement fluid to the saturated filter media to remove at least one of the one or more organic solutes from the filter media and provide a waste displacement fluid comprising the displacement fluid and at least one or more organic solutes; and (iii) repeating steps (i) and (ii) one or more times to continue to treat the water supply.
A method of displaying information about an unmanned air vehicle (UAV, 318) to assist a UAV controller, the method comprising: displaying a profile of terrain for a projected flight path of a UAV; displaying a first line at a first altitude above the profile of terrain, the first line substantially following a contour of the profile of terrain, wherein the first line represents a minimum altitude; displaying a second line at a second altitude above the profile of terrain, the second line substantially following the contour of the profile of terrain, wherein the second line represents a safety altitude which is greater than the minimum altitude, and which represents an altitude which is deemed to be safe for operation of the UAV; displaying an icon representing an altitude of the UAV with respect to the profile of terrain; and displaying a third line representing a command altitude for the projected flight path, the third line projecting from the icon. displaying a profile of terrain for a projected flight path of a UAV; displaying a first line at a first altitude above the profile of terrain, the first line substantially following a contour of the profile of terrain, wherein the first line represents a minimum altitude; displaying a second line at a second altitude above the profile of terrain, the second line substantially following the contour of the profile of terrain, wherein the second line represents a safety altitude which is greater than the minimum altitude, and which represents an altitude which is deemed to be safe for operation of the UAV; displaying an icon representing an altitude of the UAV with respect to the profile of terrain; and displaying a third line representing a command altitude for the projected flight path, the third line projecting from the icon.
A drinks preparation machine with a water tank and with a pump in order to pump water out of the water tank for the purpose of preparing a drink, as well as with a float which is movably guided in the water tank along a track and which has a lower density than the water, so that its position along the track depends on a filling level in the water tank, with at least two sensors (15.1, 15.2) which each detect the presence of the float along the path in a detection region, and further with a control unit which is configured to output a signal and/or to enable the pumping-out or not, depending on a position of the float which is detected by the sensors, characterised in that the detection regions of two of the sensors (15.1, 15.2) overlap.
Electrical distribution switchboard for live-line working, including (a) a power distribution compartment and a plurality of insulative compartments adjacent the power distribution compartment; and (b) a plurality of distribution conductors respectively terminating inside the plurality of insulative compartments, wherein the plurality of distribution conductors can be electrically isolated from respective supply conductors by respective isolating devices housed in the power distribution compartment; wherein each one of the isolating devices is associated with, but external to, one of the plurality of insulative compartments; and wherein the power distribution compartment has a cover including apertures through which the isolating devices are individually accessible by an operator from outside the power distribution compartment without the operator coming into contact with live conductors, so that distribution conductors terminating inside individual insulative compartments can be isolated from the supply conductors and electrical work can be safely performed on respective isolated distribution conductors inside respective insulative compartments while the other distribution conductors remain energised. (a) a power distribution compartment and a plurality of insulative compartments adjacent the power distribution compartment; and (b) a plurality of distribution conductors respectively terminating inside the plurality of insulative compartments, wherein the plurality of distribution conductors can be electrically isolated from respective supply conductors by respective isolating devices housed in the power distribution compartment;
A laser gas analyzer comprising: an optical emitter configured to irradiate laser light onto a measurement target gas; a reflector configured to reflect the laser light after the laser light passes through the measurement target gas; an optical receiver configured to receive the laser light reflected by the reflector; a controller configured to control the optical emitter and process an output signal from the optical receiver; a tubular measurement target gas passage disposed between the optical emitter and the reflector and comprising an opening (22a, 22b) such that the measurement target gas flows into and out of the measurement target gas passage via the opening (22a, 22b); a first purge region disposed on the optical emitter side of the measurement target gas passage and filled with a purge gas not including a component to be measured; and a first separation wall defining a boundary between the measurement target gas passage and the first purge region and comprising a hole through which the laser light can pass;wherein the hole has an area smaller than the flow passage area of the first purge region, so that passage of the purge gas from the first purge region to the measurement target gas passage is limited, and wherein a surface of the first separation wall facing the optical emitter has an unevenness formed thereon to promote diffusion of the laser light or is configured to promote absorption of the laser light to avoid unwanted backreflection of the laser light to the optical receiver. an optical emitter configured to irradiate laser light onto a measurement target gas; a reflector configured to reflect the laser light after the laser light passes through the measurement target gas; an optical receiver configured to receive the laser light reflected by the reflector; a controller configured to control the optical emitter and process an output signal from the optical receiver; a tubular measurement target gas passage disposed between the optical emitter and the reflector and comprising an opening (22a, 22b) such that the measurement target gas flows into and out of the measurement target gas passage via the opening (22a, 22b); a first purge region disposed on the optical emitter side of the measurement target gas passage and filled with a purge gas not including a component to be measured; and a first separation wall defining a boundary between the measurement target gas passage and the first purge region and comprising a hole through which the laser light can pass;wherein the hole has an area smaller than the flow passage area of the first purge region, so that passage of the purge gas from the first purge region to the measurement target gas passage is limited, and wherein a surface of the first separation wall facing the optical emitter has an unevenness formed thereon to promote diffusion of the laser light or is configured to promote absorption of the laser light to avoid unwanted backreflection of the laser light to the optical receiver.
A method for preventing quality deterioration in frozen noodles caused by microwave cooking comprising: putting cooked noodles in a package having a ventilation hole or ventilation holes, wherein a total area of an opening of the ventilation hole or openings of the ventilation holes is 0.02 to 5 cm 2 per 100 cm 2 of a surface area of the package, wherein to the cooked noodles 3 to 7 parts by mass of water relative to 100 parts by mass of the cooked noodles is attached by spraying or adding and mixing; and freezing the cooked noodles and the water. putting cooked noodles in a package having a ventilation hole or ventilation holes, wherein a total area of an opening of the ventilation hole or openings of the ventilation holes is 0.02 to 5 cm 2 per 100 cm 2 of a surface area of the package, wherein to the cooked noodles 3 to 7 parts by mass of water relative to 100 parts by mass of the cooked noodles is attached by spraying or adding and mixing; and freezing the cooked noodles and the water.
A power unit, in particular a power unit of a hybrid vehicle, with a two-cylinder reciprocating piston engine, which has a crankcase in which two counter-rotating crankshafts (11, 12) are arranged, which are connected by connecting rods to pistons (18, 19), which are guided in two cylinders (21, 22) in tandem arrangement, wherein both crankshafts (11, 12) are respectively drivingly connected to a generator (41, 42), and wherein the reciprocating piston engine has a cylinder head which is connected to the crankcase, characterized in that the reciprocating piston engine has a camshaft lying beneath, and the cylinder head is able to be connected to the crankcase in at least two positions, in particular rotated by 180° with respect to one another, wherein the camshaft is arranged in a central plane between the crankshafts (11, 12) beneath a lower dead centre of the two pistons (18, 19).
A method for fastening a button to a panel of fabric comprising the steps of: looping a thread having at least a thermo-fusible element between the button and the fabric panel to create at least two runs of thread between the panel and the button thereby to define a shank; gathering thread from the runs into mutual contact by twisting the button about an axis extending between the button and the fabric; and applying heat to the shank to melt the thermo-fusible element of the runs of thread.
An adjustable installation support unit for slide assembly, comprising: a base board; an end board extending from the base board and having a bent portion relative to the base board; a support member having a face board which has an elongate hole; a first installation member connected to the support member which is fixed to the end board; a second installation member connected to the support member which is fixed to the end board, and a locking member movably connected to the support member and the end board, the locking member having a head portion and a protrusion, a threaded hole defined through the head portion and the protrusion, a diameter of the protrusion being smaller than a transverse width of the elongate hole of the face board, the protrusion extending through the elongate hole of the face board, a height of the head portion being longer than a longitudinal distance of the elongate hole of the face board, the head portion being movably clamped between the support member and the end board. a base board; an end board extending from the base board and having a bent portion relative to the base board; a support member having a face board which has an elongate hole; a first installation member connected to the support member which is fixed to the end board; a second installation member connected to the support member which is fixed to the end board, and a locking member movably connected to the support member and the end board, the locking member having a head portion and a protrusion, a threaded hole defined through the head portion and the protrusion, a diameter of the protrusion being smaller than a transverse width of the elongate hole of the face board, the protrusion extending through the elongate hole of the face board, a height of the head portion being longer than a longitudinal distance of the elongate hole of the face board, the head portion being movably clamped between the support member and the end board.
An apparatus comprising: (a) a body; (b) a shaft assembly extending distally from the body; (c) an end effector located at a distal end of the shaft assembly, wherein the end effector comprises: (i) an ultrasonic blade, wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, (ii) a clamp arm, wherein the clamp arm is configured to move toward and away from the ultrasonic blade, and (iii) a sleeve, wherein the sleeve extends along at least part of the length of an outer portion of the ultrasonic blade, wherein the sleeve is configured to prevent tissue from contacting the portion of the ultrasonic blade covered by the sleeve, and characterized by (d) a deflection member, comprised by a movement mechanism for the clamp arm, configured to drive the sleeve toward and/or away from the ultrasonic blade in response to movement of the clamp arm. (a) a body; (b) a shaft assembly extending distally from the body; (c) an end effector located at a distal end of the shaft assembly, wherein the end effector comprises: (i) an ultrasonic blade, wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, (ii) a clamp arm, wherein the clamp arm is configured to move toward and away from the ultrasonic blade, and (iii) a sleeve, wherein the sleeve extends along at least part of the length of an outer portion of the ultrasonic blade, wherein the sleeve is configured to prevent tissue from contacting the portion of the ultrasonic blade covered by the sleeve, and characterized by (i) an ultrasonic blade, wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, (ii) a clamp arm, wherein the clamp arm is configured to move toward and away from the ultrasonic blade, and (iii) a sleeve, wherein the sleeve extends along at least part of the length of an outer portion of the ultrasonic blade, wherein the sleeve is configured to prevent tissue from contacting the portion of the ultrasonic blade covered by the sleeve, and characterized by (d) a deflection member, comprised by a movement mechanism for the clamp arm, configured to drive the sleeve toward and/or away from the ultrasonic blade in response to movement of the clamp arm.
An apparatus for perforating a wellbore, comprising: a gun train formed by serially coupling a plurality of guns (110a,110b,110c), the gun train including at least a first gun set and a second gun set; and a tubular connector connecting the first gun set to the second gun set, wherein firing of the first gun set creates an activation signal that is conveyed via the connector to the second gun set, the second gun set firing after receiving the activation signal, wherein the activation signal is a pressure pulse conveyed by the connector, characterised in that: the connector includes a flow control unit adapted to selectively fill a bore of the connector with fluid from the wellbore to provide a hydraulic connection between the first gun set and the second gun set, wherein the flow control unit includes a vent valve for selectively venting fluid in the connector to the wellbore, wherein the flow control unit isolates the fluid in the connector from the fluid in the wellbore while the pressure pulse is conveyed by the hydraulic connection in the connector. a gun train formed by serially coupling a plurality of guns (110a,110b,110c), the gun train including at least a first gun set and a second gun set; and a tubular connector connecting the first gun set to the second gun set, wherein firing of the first gun set creates an activation signal that is conveyed via the connector to the second gun set, the second gun set firing after receiving the activation signal, wherein the activation signal is a pressure pulse conveyed by the connector,
A lighting unit including a housing that is adapted to be mounted within an aperture in a partition, said housing having a front side and a rear side, a solid state lighting element mounted within the housing on the front side thereof, and a heat sink for dissipating heat generated in use by the solid state lighting element, wherein the solid state lighting element is mounted in thermal contact with the housing so that heat generated in use by the solid state lighting element is transferred by conduction into the housing, and the heat sink is mounted in thermal contact with the rear side of the housing to dissipate heat from the housing, the arrangement being such that heat generated in use by the solid state lighting element is transferred by conduction to the heat sink via the housing, wherein in cross-section the housing resembles an open sided box having side walls and an end wall, and includes a flange that extends outwardly from the side walls at the open side of the housing, characterised in that the housing is made from material that melts at a temperature in excess of 900°C thereby providing a fire resistant housing, and the heat sink is mounted on the rear side of the housing.
A hygiene behaviour support system for enhancing a person's hand hygiene after a toilet visit, comprising - a lavatory comprising - a toilet having a first sensor, - a soap dispenser having a second sensor, - a sink having a water tap, the water tap having a third sensor, - a paper dispenser having a fourth sensor, and - a disinfectant dispenser having a fifth sensor, and - a door through which a person can enter or leave the lavatory, the door having a closing mechanism, wherein the disinfectant dispenser is connected with the closing mechanism of the door so that after a disinfectant has been dispensed from the disinfectant dispenser, the door is configured to open, wherein the sensors (5, 7, 10, 12, 14, 40, 42) are connected with a control unit, indicators (17, 18, 19, 22) are arranged in connection with the soap dispenser, the water tap, the paper dispenser and the disinfectant dispenser, respectively, the control unit, on the basis of the observations made by the sensors (5, 7, 10, 12, 14, 40, 42), controls the indicators (17, 18, 19), wherein the control unit is configured to start the indicator arranged at the soap dispenser when the first sensor has been activated, the control unit is further configured to start the indicator at the water tap when the second sensor has been activated, the control unit is further configured to start the indicator at the paper dispenser when the third sensor has been activated, and the control unit is further configured to start the indicator at the disinfectant dispenser when the fourth sensor has been activated. - a lavatory comprising - a toilet having a first sensor, - a soap dispenser having a second sensor, - a sink having a water tap, the water tap having a third sensor, - a paper dispenser having a fourth sensor, and - a disinfectant dispenser having a fifth sensor, and - a toilet having a first sensor, - a soap dispenser having a second sensor, - a sink having a water tap, the water tap having a third sensor, - a paper dispenser having a fourth sensor, and - a disinfectant dispenser having a fifth sensor, and - a door through which a person can enter or leave the lavatory, the door having a closing mechanism,