mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for separating a ribbon of uncooked dough into separated pieces, the apparatus comprising: a pair of rotating rollers spaced apart for receiving uncooked dough comprising a ribbon of dough there between, a first roller of the pair of rotating rollers having a pattern embossed on a surface thereof, and configured to emboss the ribbon of dough with the pattern, while maintaining structural integrity of the embossed ribbon of dough; a first arm spaced apart from and parallel to a second arm , each of the arms rotating about a central axis of the respective arm, the first and second arms located beneath the pair of rollers to receive between the arms an embossed dough ribbon from the pair of rollers; a plurality of spaced apart fingers extending outward from each of the arms such that a first plurality of fingers extending from the first arm are interposed between a second plurality of fingers of the second arm as the arms rotate, the fingers configured to contact and tear an embossed ribbon into dough pieces comprising shapes embossed in the embossed dough ribbon; and; a dough pieces receptacle located beneath the spaced fingers to receive the dough pieces separated by the plurality of spaced apart fingers. a pair of rotating rollers spaced apart for receiving uncooked dough comprising a ribbon of dough there between, a first roller of the pair of rotating rollers having a pattern embossed on a surface thereof, and configured to emboss the ribbon of dough with the pattern, while maintaining structural integrity of the embossed ribbon of dough; a first arm spaced apart from and parallel to a second arm , each of the arms rotating about a central axis of the respective arm, the first and second arms located beneath the pair of rollers to receive between the arms an embossed dough ribbon from the pair of rollers; a plurality of spaced apart fingers extending outward from each of the arms such that a first plurality of fingers extending from the first arm are interposed between a second plurality of fingers of the second arm as the arms rotate, the fingers configured to contact and tear an embossed ribbon into dough pieces comprising shapes embossed in the embossed dough ribbon; and; a dough pieces receptacle located beneath the spaced fingers to receive the dough pieces separated by the plurality of spaced apart fingers.
A projector including a cooling target (4R/G/B), the projector comprising: a light source device configured to emit light; a light modulator configured to modulate the light emitted from the light source device in accordance with an image signal; a projection optical device configured to project the light modulated by the light modulator; and a cooler configured to cool the cooling target (4R/G/B) based on transformation of a refrigerant into a gas, wherein the cooler includes a refrigerant generator configured to separate moisture from air and generate the refrigerant from the separated moisture, and a refrigerant sender configured to send the generated refrigerant toward the cooling target. a light source device configured to emit light; a light modulator configured to modulate the light emitted from the light source device in accordance with an image signal; a projection optical device configured to project the light modulated by the light modulator; and a cooler configured to cool the cooling target (4R/G/B) based on transformation of a refrigerant into a gas, wherein the cooler includes a refrigerant generator configured to separate moisture from air and generate the refrigerant from the separated moisture, and a refrigerant sender configured to send the generated refrigerant toward the cooling target. a refrigerant generator configured to separate moisture from air and generate the refrigerant from the separated moisture, and a refrigerant sender configured to send the generated refrigerant toward the cooling target.
A remote exposure control device for X-ray imaging, the remote exposure control device being configured to be paired and to communicate with a pairing device in a digital radiography system so as to send communication data to the pairing device , the remote exposure control device comprising: a power source module , a processing module electrically connected to the power source module , and a communication module electrically connected to the power source module , wherein the processing module is configured to, after receiving a trigger signal, generate a control instruction and control the communication module to send the control instruction to the pairing device so as to change a working state of the pairing device , the control instruction is configured to awaken the pairing device from a sleeping state or a power-off state to an exposure stand-by state, the remote exposure control device further comprising a sensing module electrically connected to the processing module and configured to send the trigger signal to the processing module , characterized in that the sensing module comprises an acceleration sensor configured to generate the trigger signal after sensing movement of the remote exposure control device. a power source module , a processing module electrically connected to the power source module , and a communication module electrically connected to the power source module , wherein the processing module is configured to, after receiving a trigger signal, generate a control instruction and control the communication module to send the control instruction to the pairing device so as to change a working state of the pairing device , the control instruction is configured to awaken the pairing device from a sleeping state or a power-off state to an exposure stand-by state, the remote exposure control device further comprising a sensing module electrically connected to the processing module and configured to send the trigger signal to the processing module , characterized in that the sensing module comprises an acceleration sensor configured to generate the trigger signal after sensing movement of the remote exposure control device.
A method of controlling a growth environment of a plant, the method comprising: obtaining an electrical signal from the plant (S01); generating, using at least one machine learning model, prediction data based upon the electrical signal (S02), wherein the at least one machine learning model has been trained to assess at least one characteristic of the plant, and wherein the prediction data are based upon output(s) of the at least one machine learning model and indicate an assessment of the at least one characteristic of the plant; and applying a user defined rule set to the prediction data to generate a plant control signal (S03), wherein the plant control signal is configured to change the growth environment of the plant. obtaining an electrical signal from the plant (S01); generating, using at least one machine learning model, prediction data based upon the electrical signal (S02), wherein the at least one machine learning model has been trained to assess at least one characteristic of the plant, and wherein the prediction data are based upon output(s) of the at least one machine learning model and indicate an assessment of the at least one characteristic of the plant; and applying a user defined rule set to the prediction data to generate a plant control signal (S03), wherein the plant control signal is configured to change the growth environment of the plant.
A luminaire comprising: a lighting element having different output lighting levels; a first input adapted to be connected to an AC supply ; a battery integrated with the luminaire; a second input connected to the battery ; a power converter connected to the first input and adapted to convert AC power from the AC supply to power the lighting element ; an interface adapted to receive a control signal identifying a power factor associated with the AC supply, wherein said control signal is associated with the lighting element and depending on the different output lighting levels; and a controller adapted to: select an amount of power to be supplied from the first input to the lighting element and an amount of power to be supplied from the second input to the lighting element, according to said control signal. a lighting element having different output lighting levels; a first input adapted to be connected to an AC supply ; a battery integrated with the luminaire; a second input connected to the battery ; a power converter connected to the first input and adapted to convert AC power from the AC supply to power the lighting element ; an interface adapted to receive a control signal identifying a power factor associated with the AC supply, wherein said control signal is associated with the lighting element and depending on the different output lighting levels; and a controller adapted to: select an amount of power to be supplied from the first input to the lighting element and an amount of power to be supplied from the second input to the lighting element, according to said control signal.
A valve handle lockout device configured to lock out a pull handle butterfly valve , the pull handle butterfly valve including a base and a handle having a shaft and an end knob , the shaft radially extending from a stem received in the base in which the handle is radially displaceable relative to the stem to selectively lock the stem to the base and thereby angularly fixing the stem relative to an axis of the base , the valve handle lockout device comprising: an enclosure body having a proximal end and a distal end and extending along a central axis between the proximal end and the distal end , the enclosure body including a first enclosure portion and a second enclosure portion movably connected to move the enclosure body between an open and closed position, and an opening at the proximal end dimensioned to at least partially surround the base , the enclosure body having a generally tubular shape with closed axial ends; at least one lock hole configured to secure the enclosure body in the closed position and secure the handle within the enclosure body when a locking member is received through the at least one lock hole ; and characterized in that a blocking wall borders the opening at the distal side of the opening and extends inward into the enclosure body and substantially perpendicularly relative to the central axis of the enclosure body , the blocking wall configured to engage the pull handle butterfly valve when the enclosure body is secured in the closed position, thereby preventing removal of the valve handle lockout device . an enclosure body having a proximal end and a distal end and extending along a central axis between the proximal end and the distal end , the enclosure body including a first enclosure portion and a second enclosure portion movably connected to move the enclosure body between an open and closed position, and an opening at the proximal end dimensioned to at least partially surround the base , the enclosure body having a generally tubular shape with closed axial ends; at least one lock hole configured to secure the enclosure body in the closed position and secure the handle within the enclosure body when a locking member is received through the at least one lock hole ; and characterized in that a blocking wall borders the opening at the distal side of the opening and extends inward into the enclosure body and substantially perpendicularly relative to the central axis of the enclosure body , the blocking wall configured to engage the pull handle butterfly valve when the enclosure body is secured in the closed position, thereby preventing removal of the valve handle lockout device .
An image capture device that captures an image by using a terahertz wave, the image capture device comprising: a generating unit that includes a plurality of generation elements each of which generates the terahertz wave and rests on a resting plane ; an irradiation optical system that irradiates an object with the terahertz wave from the generating unit ; an imaging optical system that images the terahertz wave that is reflected from the object ; and a sensor includes pixels and that detects the terahertz wave from the imaging optical system , wherein the plurality of generation elements include at least a first generation element and a second generation element that have different angles of radiation to the object , characterized in that there is an overlap region on an imaging plane of the irradiation optical system in which a region of radiation of a beam of a first terahertz wave from the first generation element to the object overlaps a region of radiation of a beam of a second terahertz wave from the second generation element to the object, and in that the overlap region overlaps an observation region on said imaging plane that imaged on at least one of the pixels. a generating unit that includes a plurality of generation elements each of which generates the terahertz wave and rests on a resting plane ; an irradiation optical system that irradiates an object with the terahertz wave from the generating unit ; an imaging optical system that images the terahertz wave that is reflected from the object ; and a sensor includes pixels and that detects the terahertz wave from the imaging optical system , wherein the plurality of generation elements include at least a first generation element and a second generation element that have different angles of radiation to the object , characterized in that there is an overlap region on an imaging plane of the irradiation optical system in which a region of radiation of a beam of a first terahertz wave from the first generation element to the object overlaps a region of radiation of a beam of a second terahertz wave from the second generation element to the object, and in that the overlap region overlaps an observation region on said imaging plane that imaged on at least one of the pixels.
A fan assembly for an aircraft turbomachine , this assembly comprising a fan shaft and first and second bearings configured to guide the fan shaft in rotation about a central axis (A1), first bearings being a bearing having cylindrical rollers , this assembly being characterised in that the second bearing has a double-row of balls with oblique contact.
Stimuli-responsive polymer film or coating material consisting of an achiral side chain liquid crystalline polymer embedded in a liquid crystal polymer network formed with the use of a reactive mesogen, wherein the achiral liquid crystalline polymer is a side chain liquid crystalline polysiloxane, wherein the reactive mesogen is selected from the group consisting of nematic di-acrylate or a blend of nematic di-acrylate and nematic mono-acrylate monomers, wherein at least one of the acrylate monomers is a chiral molecule. wherein the achiral liquid crystalline polymer is a side chain liquid crystalline polysiloxane, wherein the reactive mesogen is selected from the group consisting of nematic di-acrylate or a blend of nematic di-acrylate and nematic mono-acrylate monomers, wherein at least one of the acrylate monomers is a chiral molecule.
A security unit, comprising an overvoltage protection circuit and an alarm indication circuit connected in parallel, wherein: an initial state of the overvoltage protection circuit is a high-impedance state; the overvoltage protection circuit switches to a conductive state when a voltage across two ends thereof is greater than a breakdown voltage, and switches to an open-circuit state when a current flowing thereinto is greater than a current threshold and duration of the current exceeds a time threshold; the alarm indication circuit outputs an alarm signal when a voltage across two ends thereof is greater than a voltage threshold; characterized in that : the alarm indication circuit comprises a first current-limiting module , a second current-limiting module , and an alarm module ; the first current-limiting module and the second current-limiting module are connected in series; and one end of the alarm module is connected between the first current-limiting module and the second current-limiting module , and another end thereof is grounded. an initial state of the overvoltage protection circuit is a high-impedance state; the overvoltage protection circuit switches to a conductive state when a voltage across two ends thereof is greater than a breakdown voltage, and switches to an open-circuit state when a current flowing thereinto is greater than a current threshold and duration of the current exceeds a time threshold; the alarm indication circuit outputs an alarm signal when a voltage across two ends thereof is greater than a voltage threshold; characterized in that : the alarm indication circuit comprises a first current-limiting module , a second current-limiting module , and an alarm module ; the first current-limiting module and the second current-limiting module are connected in series; and one end of the alarm module is connected between the first current-limiting module and the second current-limiting module , and another end thereof is grounded. the alarm indication circuit comprises a first current-limiting module , a second current-limiting module , and an alarm module ; the first current-limiting module and the second current-limiting module are connected in series; and one end of the alarm module is connected between the first current-limiting module and the second current-limiting module , and another end thereof is grounded.
Drivetrain test bench for testing an electric vehicle drive, comprising a drive module and an adjustable test object holder for a drivetrain test bench , wherein the test object holder and the drive module are connected to one another via a joint base , wherein the drive module encloses an electric motor, wherein the test object holder has a first surface and a second surface parallel to the first surface , wherein the test object holder can be arranged on a base via the first surface , wherein a test object can be arranged on the second surface , and wherein the test object holder is formed such that the second surface is adjustable relative to the first surface along a longitudinal axis (X), a vertical axis (Z), and a transverse axis (Y), and wherein the test object holder is further formed such that the second surface is tiltable relative to the first surface at least about the vertical axis (Z) and the transverse axis (Y), wherein the drive module comprises a flange , wherein the electric motor can drive the test object via the flange and the axes to be coupled of the test object and of the electric drive can be aligned in an offset-free manner. wherein the drive module encloses an electric motor, wherein the test object holder has a first surface and a second surface parallel to the first surface , wherein the test object holder can be arranged on a base via the first surface , wherein a test object can be arranged on the second surface , and wherein the test object holder is formed such that the second surface is adjustable relative to the first surface along a longitudinal axis (X), a vertical axis (Z), and a transverse axis (Y), and wherein the test object holder is further formed such that the second surface is tiltable relative to the first surface at least about the vertical axis (Z) and the transverse axis (Y), wherein the drive module comprises a flange , wherein the electric motor can drive the test object via the flange and the axes to be coupled of the test object and of the electric drive can be aligned in an offset-free manner.
Dryer-material feed device for distributing material to be dried to a dryer over the width of a transport device which transports the material through the dryer , having an addition opening for adding the material to be dried to the dryer-material feed device , having a delivery device for delivering the material to be dried to the addition opening and a distribution device for distributing the material to be dried which has been introduced through the addition opening over the width of the transport device , wherein the material to be dried is to be conveyed by means of the distribution device away from the addition opening in two mutually opposite directions, wherein there is provided at the distribution device a first conveyor screw by means of which the conveying away which takes place in two mutually opposite directions is to be carried out, and there is provided at the distribution device a second conveyor screw by means of which the material to be dried is to be conveyed towards the middle of the transport device from two mutually opposite directions, and at least one of the conveyor screws is equipped with at least one throw-over device for throwing over the material to be dried from the at least one conveyor screw to the other conveyor screw , and the throw-over device is equipped with at least one throw-over paddle for throwing over the material to be dried from one conveyor screw to the other conveyor screw , wherein a throw-over device is arranged at the first conveyor screw at each of the outer end regions thereof, and a throw-over device is arranged at the second conveyor screw in the middle region thereof, wherein the throw-over device in the middle region of the second conveyor screw is so equipped that excess material is thrown back to the first conveyor screw .
A fluid valve for adjusting a process fluid, the fluid valve comprising: - a valve body comprising a valve seat arranged in a fluid channel; - a valve spindle which is movable along an infeed axis and comprises a closure element arranged thereon which closes the fluid channel when in contact with the valve seat; and - a manually operable blocking element which can be moved in relation to the valve body and comprises a blocking portion, the blocking element , when in a blocking position, engaging with the blocking portion in a blocking contour of the valve spindle such that the blocking element limits a movement of the valve spindle along the infeed axis, characterized in that - the blocking element has a mounting opening which comprises a central axis parallel to the infeed axis, and in that - in the region of a mounting portion of the blocking element , ridges allow a thin gap (D2) such that the blocking contour of the valve spindle can be guided, at least in portions, through the mounting opening while the blocking element is in a mounting position. - a valve body comprising a valve seat arranged in a fluid channel; - a valve spindle which is movable along an infeed axis and comprises a closure element arranged thereon which closes the fluid channel when in contact with the valve seat; and - a manually operable blocking element which can be moved in relation to the valve body and comprises a blocking portion, the blocking element , when in a blocking position, engaging with the blocking portion in a blocking contour of the valve spindle such that the blocking element limits a movement of the valve spindle along the infeed axis, characterized in that - the blocking element has a mounting opening which comprises a central axis parallel to the infeed axis, and in that - in the region of a mounting portion of the blocking element , ridges allow a thin gap (D2) such that the blocking contour of the valve spindle can be guided, at least in portions, through the mounting opening while the blocking element is in a mounting position.