mhurhangee/ep-ind-claims huggingface dataset:
A multibeam light source unit comprising: a plurality of light sources that emit a multibeam, respectively; a flange that has an installation surface on which a plurality of holder installation holes are provided; and a plurality of middle holders on each of which a corresponding one of the plurality of light sources is provided, wherein each of the plurality of the middle holders comprises: a light source mounting unit on which one of the plurality of the light sources is provided, a cylinder-shape insertion unit that is inserted into one of the plurality of the holder installation holes, a first fixing protrusion unit and a second fixing protrusion unit, each of which is protruding outside from the light source mounting unit and is fixed to the flange by adhesive, and a jig coupling unit that is coupled with a jig when adjustment is performed, characterised in that in each of the first and second fixing protrusion units (2302, 2303), part of the end is removed or a penetration hole is formed at the end. a plurality of light sources that emit a multibeam, respectively; a flange that has an installation surface on which a plurality of holder installation holes are provided; and a plurality of middle holders on each of which a corresponding one of the plurality of light sources is provided, wherein each of the plurality of the middle holders comprises: a light source mounting unit on which one of the plurality of the light sources is provided, a cylinder-shape insertion unit that is inserted into one of the plurality of the holder installation holes, a first fixing protrusion unit and a second fixing protrusion unit, each of which is protruding outside from the light source mounting unit and is fixed to the flange by adhesive, and a jig coupling unit that is coupled with a jig when adjustment is performed, a light source mounting unit on which one of the plurality of the light sources is provided, a cylinder-shape insertion unit that is inserted into one of the plurality of the holder installation holes, a first fixing protrusion unit and a second fixing protrusion unit, each of which is protruding outside from the light source mounting unit and is fixed to the flange by adhesive, and a jig coupling unit that is coupled with a jig when adjustment is performed, characterised in that in each of the first and second fixing protrusion units (2302, 2303), part of the end is removed or a penetration hole is formed at the end.
A machine vision-based method to facilitate the unloading of a pile of cartons within a work cell in an automated carton handling system, the method comprising the steps of: providing at least one 3-D or depth sensor having a field of view at the work cell, the at least one sensor having a set of radiation sensing elements which detect reflected, projected radiation to obtain 3-D sensor data, the 3-D sensor data including a plurality of pixels; for each possible pixel location and each possible carton orientation, generating a hypothesis that a carton with a known structure appears at that pixel location with that carton orientation to obtain a plurality of hypotheses; ranking the plurality of hypotheses wherein the step of ranking includes calculating a surprisal for each of the hypotheses to obtain a plurality of surprisals and wherein the step of ranking is based on the surprisals of the hypotheses; and unloading at least one carton of interest from the pile based on the ranked hypotheses. providing at least one 3-D or depth sensor having a field of view at the work cell, the at least one sensor having a set of radiation sensing elements which detect reflected, projected radiation to obtain 3-D sensor data, the 3-D sensor data including a plurality of pixels; for each possible pixel location and each possible carton orientation, generating a hypothesis that a carton with a known structure appears at that pixel location with that carton orientation to obtain a plurality of hypotheses; ranking the plurality of hypotheses wherein the step of ranking includes calculating a surprisal for each of the hypotheses to obtain a plurality of surprisals and wherein the step of ranking is based on the surprisals of the hypotheses; and unloading at least one carton of interest from the pile based on the ranked hypotheses.
System comprising a demand response adaptor and a demand response control system, the demand response adaptor being configured to connect a device to a demand response system or home automation system, the demand response adaptor further comprising an electrical power input provided to receive electrical power from a power grid, an electrical power output provided to be connected to the device and provided to transmit the electrical power received through the electrical power input to the device electrically connected to the power output, a relay switch provided to control the flow of electrical power from the electrical power input to the electrical power output by being switchable between a conductive state allowing electrical power from the electrical power input to the electrical power output and a nonconductive state not allowing electrical power from the electrical power input to the electrical power output and a controller provided to being connected to the demand response control system which is provided to make a decision, depending on first constraints provided by a user and third constraints depending on availability of electrical power provided by the demand response system, whether electrical power should be allowed to the device, the controller being connected to the relay switch such that the controller can switch the relay switch between the conductive state and the nonconductive state depending on the decision of the demand response control system, the controller comprising a database connector connectable to a database of second constraints depending on the device connected to the demand response adaptor through the electrical power output, the controller of the demand response adaptor comprising a sensor for measuring the amount of electrical power used by the device in function of time, characterized in that the database connector, when connected to the database of the second constraints depending on the device connected to the demand response adaptor, the demand response control system, when connected, is provided by the demand response adaptor with the second constraints corresponding to the device connected to the demand response adaptor, in that the demand response control system comprises software components for making the decision based on the first constraints, the second constraints and the third constraints, in that the controller comprises software components for detecting the start of a program by the device by analyzing the amount of electrical power used by the device in function of time detected by the sensor and in that the controller of the adaptor comprises software components for switching the relay to the nonconductive state when the start of the program is detected until, based on the decision of the demand response control system, the controller switches the relay switch to the conductive state for completing execution of the specific program.
A process for producing a dark, natural cocoa, comprising in this order: mixing a cocoa product selected from the group consisting of cocoa nibs, cocoa beans, and a combination thereof with water; heating the cocoa product and the water to a temperature of at least 85°C, wherein a moisture content of the cocoa product after heating is from 35 to 40 %; drying the cocoa product; and grinding the cocoa product, thus producing cocoa liquor; wherein the cocoa product is not alkalized during said process. mixing a cocoa product selected from the group consisting of cocoa nibs, cocoa beans, and a combination thereof with water; heating the cocoa product and the water to a temperature of at least 85°C, wherein a moisture content of the cocoa product after heating is from 35 to 40 %; drying the cocoa product; and grinding the cocoa product, thus producing cocoa liquor; wherein the cocoa product is not alkalized during said process.
Use of a citrate solution for the affinity-chromatographic removal of the C-reactive protein from biological fluids using a column material functionalized with a ω-phosphonooxyalkyl ammonium groups and/or with ω-ammoniumalkoxy-hydroxy-phosphoryloxy groups, wherein the citrate solution serve as a binding buffer for the affinity-chromatographic removal of CRP from biological fluids.
A packaging method for packaging elastomer parts, such as stoppers for pharmaceutical containers, the method being characterized in that it comprises the following steps: • packaging parts in at least one primary bag made of material that is substantially permeable to vapor, • packaging said at least one primary bag in a support member substantially rigid, so as to form a unit, • vapor-sterilizing said unit, and • packaging said sterilized unit in at least one secondary bag, with a vacuum being applied between said at least one primary bag and said at least one secondary bag. • packaging parts in at least one primary bag made of material that is substantially permeable to vapor, • packaging said at least one primary bag in a support member substantially rigid, so as to form a unit, • vapor-sterilizing said unit, and • packaging said sterilized unit in at least one secondary bag, with a vacuum being applied between said at least one primary bag and said at least one secondary bag.
A cup holder designed to be mountable in a beverage vending machine to support an individual cup in a filling station and/or in a picking station; the cup holder comprises a housing designed to define a cup dropping channel having a vertical axis; the cup holder further comprises a cup retention device, which is arranged in the cup dropping channel and defines a cup retention area coaxial to said vertical axis and intended to be occupied by a cup when the cup is supported by the cup retention device; the cup retention device comprises a plurality of cup retention members, which define said cup retention area therebetween and are mounted to slide rectilinearly along respective radial directions relative to the axis so as to adapt a dimension of the cup retention area to a dimension of the cup to be supported; an electric actuator and a transmission designed to kinematically connect the electric actuator to the cup retention members and transform a rotary motion of the electric actuator into a simultaneous linear motion of the cup retention members in the respective radial directions; characterised in that the transmission comprises a crank and slotted link comprising a wheel with a rotation axis parallel to said axis and designed to receive a rotary motion from the electric actuator, and an intermediate member arranged between the wheel and the cup retention members and provided with a slot engaged by a pin integral to the wheel to transform the rotary motion of the wheel into a reciprocating motion of the intermediate member relative to said axis.
A sample tube holder including a body, open at one end and including a lid pivotally attached to the body and movable to a closed position at least partially closing the open end, the lid including an aperture configured to capture an access needle and needle protector within the body when the lid is in the closed position and a latch to retain the lid in a closed position.
Connecting device for transporting and assembling components of wind turbines (130, 168, 197, 200), characterized in that a male element and a corresponding female element are provided which can be connected to one another, in that the male element and the female element each have a flange (103, 104), in that the male element and/or the female element are fixedly arranged on the component of the wind turbine (130, 168, 197, 200), in that a guide element and a receiving body are provided which are connected to the flanges (103, 104), wherein the guide element has a guide pin which can be inserted into an opening of the receiving body, in that the guide pin has a centring element (109, 110) by means of which the elements (101, 102) are connected in alignment when inserting the male element into the female element, or vice versa, and in that a locking means is provided by means of which a holding connection between the elements (101, 102) can be produced.
A lighting system comprising: a first lightguide and a second lightguide; a frame positioning the first lightguide and the second lightguide to form an obtuse angle between the first lightguide and the second lightguide; a plurality of LEDs supported by the frame and oriented to feed light into respective edges of the first lightguide and the second lightguide; and a plurality of electrical lines that is electrically connected to the plurality of LEDs and that is supported by a channel formed in an endplate of the frame, wherein segments of the channel are open on a first side of the endplate and other segments of the channel are open on a second side of the endplate, characterised in that the plurality of electrical lines extends alongside the endplate in the channel, oscillating between the first side and the second side of the endplate. a first lightguide and a second lightguide; a frame positioning the first lightguide and the second lightguide to form an obtuse angle between the first lightguide and the second lightguide; a plurality of LEDs supported by the frame and oriented to feed light into respective edges of the first lightguide and the second lightguide; and a plurality of electrical lines that is electrically connected to the plurality of LEDs and that is supported by a channel formed in an endplate of the frame, wherein segments of the channel are open on a first side of the endplate and other segments of the channel are open on a second side of the endplate,
A process for preparing animal feed from mussels, comprising: decomposing the mussel meat of the mussels by dissolution, comprising heating the mussels to a temperature of between 30 and 50 °C while stirring without adding exogenous enzymes, to form a suspension of liquefied mussel meat, shells and shells having mussel meat attached thereto, and separating shells and shells having mussel meat attached thereto from the suspension, to form a liquefied mussel meat fraction. decomposing the mussel meat of the mussels by dissolution, comprising heating the mussels to a temperature of between 30 and 50 °C while stirring without adding exogenous enzymes, to form a suspension of liquefied mussel meat, shells and shells having mussel meat attached thereto, and separating shells and shells having mussel meat attached thereto from the suspension, to form a liquefied mussel meat fraction.
An assembly set for recessed ceiling and wall luminaires, comprising a mounting sleeve and a luminaire housing, which is adapted to be installed in the mounting sleeve, wherein the mounting sleeve is mountable in a wall or ceiling opening, and wherein the mounting sleeve is formed with contact portions, which extend into the interior of the mounting sleeve, perpendicularly to one of its walls, on the side of the mounting sleeve facing away from the wall or ceiling opening, the luminaire housing comprises at least two locking elements extending beyond the circumference of the luminaire housing, wherein the locking elements of the luminaire housing engage behind the contact portions of the mounting sleeve at the fixing position, characterized in that the locking elements are operatively connected to handles in the interior of the luminaire housing such that the locking elements can be transferred from the fixing position to a release position by moving the handles towards each other.
A pump system for a gas turbine engine comprising: at least one pump (63,66); at least one valve (60,62) having an outlet and at least one inlet fluidly connected to the at least one pump (63,66); a geared architecture positioned within a bearing compartment, wherein the geared architecture is configured to receive lubricating fluid from the outlet of the at least one valve (60,62); and the at least one inlet of the at least one valve (60,62) comprises a first valve inlet fluidly connected to a main pump and a second valve inlet fluidly connected to an auxiliary pump, characterised in that it further comprises: a self-cleaning filter positioned downstream of the at least one valve (60,62) and upstream of the geared architecture. at least one pump (63,66); at least one valve (60,62) having an outlet and at least one inlet fluidly connected to the at least one pump (63,66); a geared architecture positioned within a bearing compartment, wherein the geared architecture is configured to receive lubricating fluid from the outlet of the at least one valve (60,62); and the at least one inlet of the at least one valve (60,62) comprises a first valve inlet fluidly connected to a main pump and a second valve inlet fluidly connected to an auxiliary pump,
Motor-vehicle component (1; 2) comprising a light-emitting device, comprising: - a casing; - a closing outer lens; - at least one light-emitting module that is placed in the casing and that emits a light beam (F1, F2) in the direction of the closing outer lens; - at least one sensor that is fastened to the casing and that is arranged so as to send a first signal and/or to receive a second signal so as to detect and/or view objects present in the field of view of the sensor, said first and second signals (S1, S2) being formed from electromagnetic waves, the wavelength of which is longer than 780 nm and/or shorter than 380 nm; comprising an occulting part arranged so as to at least partially block electromagnetic waves having a wavelength comprised between 380 nm and 780 nm, said occulting part being separate from the light-emitting device, the sensor and said occulting part being arranged so that the first and second signals (S1, S2) pass through said occulting part, and so that the light-emitting module is offset laterally with respect to said occulting part so that the light beam (F1, F2) emitted by the light-emitting module passes to the side of said occulting part, the vehicle component (1; 2) being characterized in that the sensor is arranged inside the casing so that the closing outer lens of the light-emitting device faces the sensor and is placed between the sensor and the occulting part. - a casing; - a closing outer lens; - at least one light-emitting module that is placed in the casing and that emits a light beam (F1, F2) in the direction of the closing outer lens; - at least one sensor that is fastened to the casing and that is arranged so as to send a first signal and/or to receive a second signal so as to detect and/or view objects present in the field of view of the sensor, said first and second signals (S1, S2) being formed from electromagnetic waves, the wavelength of which is longer than 780 nm and/or shorter than 380 nm;
A direct fire small ceiling speaker system comprising: an enclosed small ceiling speaker system operable to project sound through a partially threaded acoustic channel shell, the enclosed small ceiling speaker system comprising a speaker, a tweeter, associated electronics and an enclosure, which enclosure houses the speaker, the tweeter and the associated electronics; said partially threaded acoustic channel shell; a director, the director having a director interface with a cylindrical shell body, the cylindrical shell body having circumferentially spaced apart opposed sets of threads on an internal surface of the cylindrical shell body; wherein the opposed sets of threads of the director is adjustably engageable to threads of the partially threaded acoustic channel shell and the director operable, when so engaged, to direct said projected sound downward; an annular flange extending radially from a bottom external portion of said cylindrical shell body; the enclosure has a bottom panel; and said circumferentially spaced apart opposed sets of threads are configured to adjust the distance between the annular flange and the bottom panel, to adapt to different thicknesses of a ceiling tile. an enclosed small ceiling speaker system operable to project sound through a partially threaded acoustic channel shell, the enclosed small ceiling speaker system comprising a speaker, a tweeter, associated electronics and an enclosure, which enclosure houses the speaker, the tweeter and the associated electronics; said partially threaded acoustic channel shell; a director, the director having a director interface with a cylindrical shell body, the cylindrical shell body having circumferentially spaced apart opposed sets of threads on an internal surface of the cylindrical shell body; wherein the opposed sets of threads of the director is adjustably engageable to threads of the partially threaded acoustic channel shell and the director operable, when so engaged, to direct said projected sound downward; an annular flange extending radially from a bottom external portion of said cylindrical shell body; the enclosure has a bottom panel; and said circumferentially spaced apart opposed sets of threads are configured to adjust the distance between the annular flange and the bottom panel, to adapt to different thicknesses of a ceiling tile.
A live cell analysis apparatus comprising: an electro stimulator arranged to apply first electrical stimulations to one or more live cells; an image capture apparatus arranged to capture a sequence of images of the one or more live cells; and at least one data processor configured to process the sequence of images to determine motion of the one or more live cells that is responsive to the applied first electrical stimulations; wherein the at least one processor is further configured to determine a refractory period for cardiomyocytes from the determined motion when the one or more live cells are cardiomyocytes. an electro stimulator arranged to apply first electrical stimulations to one or more live cells; an image capture apparatus arranged to capture a sequence of images of the one or more live cells; and at least one data processor configured to process the sequence of images to determine motion of the one or more live cells that is responsive to the applied first electrical stimulations; wherein the at least one processor is further configured to determine a refractory period for cardiomyocytes from the determined motion when the one or more live cells are cardiomyocytes.
Device for generating dielectric barrier discharges - comprising an alternating high voltage source - comprising a plurality of elongated first electrode bodies made of metal and coupled to a first output of the alternative high voltage source and - comprising a plurality of elongated second electrode bodies made of metal and coupled to a second output of the alternating high voltage source, characterised in that distances between the first electrode bodies, on the one hand, and the second electrode bodies, on the other hand, are minimal at distal ends (12, 17) of the electrode bodies (1, 16) resulting in focussing the electric discharges created by means of the device to the area of the distal ends (12, 17) of the electrode bodies (1, 16). - comprising an alternating high voltage source - comprising a plurality of elongated first electrode bodies made of metal and coupled to a first output of the alternative high voltage source and - comprising a plurality of elongated second electrode bodies made of metal and coupled to a second output of the alternating high voltage source,