mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring a range of objects wherein a transmission unit transmits light pulses, a reception unit detects light pulses radiated back from an object to be measured and a range (d) of the object is determined from a time difference between a reception time of a light pulses and a transmission time of this light pulse, wherein light pulses (221, 222) having at least two different pulse energies are transmitted and wherein, as reception time (t21, t22) of a detected light pulse, the time is taken when a rising slope of the detected light pulse (321, 322) rises above a threshold, wherein a correction value (k(Δ)) is attributed to a difference (Δ) of reception times (t21, t22) which are measured for two different pulse energies, wherein one of the reception times (t21, t22), in particular the reception time, which is measured for the light pulse having the higher pulse energy, is corrected by subtracting the correction value (k(Δ)) from this reception time and wherein, for different differences (Δ) of the reception times (t21, t22) measured for the two different pulse energies, the correction values (k(Δ)) are obtained by calibration measurements. a transmission unit transmits light pulses, a reception unit detects light pulses radiated back from an object to be measured and a range (d) of the object is determined from a time difference between a reception time of a light pulses and a transmission time of this light pulse, wherein light pulses (221, 222) having at least two different pulse energies are transmitted and wherein, as reception time (t21, t22) of a detected light pulse, the time is taken when a rising slope of the detected light pulse (321, 322) rises above a threshold, wherein a correction value (k(Δ)) is attributed to a difference (Δ) of reception times (t21, t22) which are measured for two different pulse energies, wherein one of the reception times (t21, t22), in particular the reception time, which is measured for the light pulse having the higher pulse energy, is corrected by subtracting the correction value (k(Δ)) from this reception time and wherein, for different differences (Δ) of the reception times (t21, t22) measured for the two different pulse energies, the correction values (k(Δ)) are obtained by calibration measurements.
A removable vaporizer cartridge comprising: a housing; a reservoir of liquid concentrate within the housing; a dispensing plunger structured and arranged to apply a pre-determined force upon the reservoir to dispense a predetermined amount of liquid concentrate; characterized in that: the removable vaporizer cartridge further comprises: a diffuser element; a first one-way valve disposed between the reservoir and the diffuser element; wherein the predetermined amount of liquid concentrate is dispensed into the diffuser element; and wherein the removable vaporizer cartridge is structured and arranged to be removably disposed within a vaporizing device that provides a heating element proximate to the diffuser element, and wherein the dispensing plunger of the removable vaporizer cartridge is arranged to be engaged by a dispensing trigger of the vaporizing device. a housing; a reservoir of liquid concentrate within the housing; a dispensing plunger structured and arranged to apply a pre-determined force upon the reservoir to dispense a predetermined amount of liquid concentrate; characterized in that: the removable vaporizer cartridge further comprises: a diffuser element; a first one-way valve disposed between the reservoir and the diffuser element; wherein the predetermined amount of liquid concentrate is dispensed into the diffuser element; and wherein the removable vaporizer cartridge is structured and arranged to be removably disposed within a vaporizing device that provides a heating element proximate to the diffuser element, and wherein the dispensing plunger of the removable vaporizer cartridge is arranged to be engaged by a dispensing trigger of the vaporizing device. a diffuser element; a first one-way valve disposed between the reservoir and the diffuser element; wherein the predetermined amount of liquid concentrate is dispensed into the diffuser element; and wherein the removable vaporizer cartridge is structured and arranged to be removably disposed within a vaporizing device that provides a heating element proximate to the diffuser element, and wherein the dispensing plunger of the removable vaporizer cartridge is arranged to be engaged by a dispensing trigger of the vaporizing device.
A wheel end assembly comprising: a spindle that is disposed along an axis and that defines a spindle air passage; a hub that is rotatable about the axis with respect to the spindle, the wheel end assembly being characterized by the hub defining an annular hub chamber that extends around the axis and a hub air passage that has a first port that is fluidly connected to the annular hub chamber and a second port that is adapted to be fluidly connected to a wheel; and a rotary seal assembly that fluidly connects the spindle air passage to a port of the annular hub chamber, wherein the port of the annular hub chamber extends continuously around the axis. a spindle that is disposed along an axis and that defines a spindle air passage; a hub that is rotatable about the axis with respect to the spindle, the wheel end assembly being characterized by the hub defining an annular hub chamber that extends around the axis and a hub air passage that has a first port that is fluidly connected to the annular hub chamber and a second port that is adapted to be fluidly connected to a wheel; and a rotary seal assembly that fluidly connects the spindle air passage to a port of the annular hub chamber, wherein the port of the annular hub chamber extends continuously around the axis.
A container comprising a. a plastic handle comprising a strap having two ends, a first tab located near one end of the strap and a second tab located near the other end of the strap, each of the tabs being of unitary construction and having in cross section a major axis and a minor axis, and b. a first and a second slot on opposite sides of the container, each of the slots having a major axis slightly smaller than the major axis of the tabs (2, 4), and a minor axis slightly smaller than the minor axis of the tabs (2, 4), so that when the major axis of each of the tabs (2, 4) is aligned with the major axis of each of the slots the tabs (2, 4) can be inserted into or removed from the slots and the handle can pivot when the tabs are inserted into the slots, wherein the shape of the slots is selected from the group consisting of a rectangle with rounded corners, an oval, a squoval, a spheroid and a rectangle. a. a plastic handle comprising a strap having two ends, a first tab located near one end of the strap and a second tab located near the other end of the strap, each of the tabs being of unitary construction and having in cross section a major axis and a minor axis, and b. a first and a second slot on opposite sides of the container, each of the slots having a major axis slightly smaller than the major axis of the tabs (2, 4), and a minor axis slightly smaller than the minor axis of the tabs (2, 4),
Air-conditioning system for a rail vehicle, wherein the air-conditioning system is suitable for flammable refrigerants of categories A2, A2L and A3 and is designed in the form of a compact piece of equipment for installation on a vehicle roof and includes at least equipment sections for an air treatment section, a compressor-liquefier unit and an outgoing air section, wherein the outgoing air section has at least first interfaces to the outgoing air intake and to the outgoing air opening, and wherein the air treatment section has at least second interfaces to the outside air intake and to the ambient air intake, as well as to the supply-air blow-out, air filter, an evaporator and supply-air fan and a mixed air flap for outside air or ambient air, supply-air flaps, and a heating register, characterised in that refrigerant-carrying assemblies and components of the air-conditioning system are arranged outside the areas of the comfort air circulation and are arranged in a separate housing and in a manner open to the environment, wherein at least the mixed air flap for outside air or ambient air, the air filter, the supply-air flaps, the supply-air fan, the evaporator and the heating register of the air treatment section, as well as their second interfaces to the outside air intake (a) or to the ambient air intake (b) and to the supply-air blow-out (e1 and/or e2) are arranged within an air-tight or pressure-tight ducting in the housing of the air-conditioning system designed in the form of a compact piece of equipment.
A device for applying fluids, for attachment as a tool to a robot arm, comprising a static element, a rotatable element and a coupling point, the coupling point rotatably connecting the static element and the rotatable element to each other, characterised in that the coupling point has inductive coupling elements (11, 11') which are arranged in such a way that inductive energy and/or signal transmission is possible across the coupling point, wherein the inductive coupling element of the static element and the inductive coupling element of the rotatable element are arranged rotatably relative to one another about a common axis, wherein at least two, preferably all, inductive coupling elements (11, 11') of the static element or of the rotatable element are arranged concentrically.
Rapeseed meal extract characterized in that it is obtainable by a preparation method comprising at least the following steps, in this order: - providing rapeseed, - pressing the rapeseed and recovering the rapeseed meal, - grinding the rapeseed meal to obtain an average particle size less than or equal to 5 mm, - extracting the rapeseed meal using 96° ethanol, - filtering, - recovering the filtrate, - evaporating the solvent, - recovering the extract obtained, said rapeseed meal extract comprising from 0.17% to 0.33% by weight of gamma-tocopherols relative to the total weight of the extract and from 0.14% to 0.28% by weight of alpha-tocopherols relative to the total weight of the extract. - providing rapeseed, - pressing the rapeseed and recovering the rapeseed meal, - grinding the rapeseed meal to obtain an average particle size less than or equal to 5 mm, - extracting the rapeseed meal using 96° ethanol, - filtering, - recovering the filtrate, - evaporating the solvent, - recovering the extract obtained,
A method for producing a head chip comprising: cutting or cutting-off of a ceramic substrate constituting a head chip in an inkjet head by using a dicing blade, wherein the dicing blade has an annular blade portion made of an abrasive grain layer formed over an entire circumference on both axial surfaces on radially outer peripheral edge sides of a disc-shaped base metal; a radially inner-peripheral side portion of the disc-shaped base metal, on which the annular blade portion is not formed, is thinner in the axial direction than a radially outer peripheral-edge side portion including the annular blade portion so that the annular blade portion protrudes on both axial surfaces of the base metal; and a width (a) of the annular blade portion in the radial direction from the radially outer peripheral edge towards the radially inner peripheral side portion is smaller than a cutting depth (b) of the ceramic substrate to be cut or to be cut off such that a gap is generated between both cutting surfaces (10a,10b) of the ceramic substrate formed by the axial surfaces of the annular blade portion and the radially inner-peripheral side portion of the disc-shaped base metal. cutting or cutting-off of a ceramic substrate constituting a head chip in an inkjet head by using a dicing blade, wherein the dicing blade has an annular blade portion made of an abrasive grain layer formed over an entire circumference on both axial surfaces on radially outer peripheral edge sides of a disc-shaped base metal; a radially inner-peripheral side portion of the disc-shaped base metal, on which the annular blade portion is not formed, is thinner in the axial direction than a radially outer peripheral-edge side portion including the annular blade portion so that the annular blade portion protrudes on both axial surfaces of the base metal; and a width (a) of the annular blade portion in the radial direction from the radially outer peripheral edge towards the radially inner peripheral side portion is smaller than a cutting depth (b) of the ceramic substrate to be cut or to be cut off such that a gap is generated between both cutting surfaces (10a,10b) of the ceramic substrate formed by the axial surfaces of the annular blade portion and the radially inner-peripheral side portion of the disc-shaped base metal.
Method for controlling the thread feed of a thread feed device to a textile machine, wherein the thread is pulled from a storage body of the thread feed device by the textile machine and a thread tensioning of the thread is adjusted by a braking device in the thread path after the storage body in that a braking body of the braking device is pressed against a clamping surface at the extraction end of the storage body, wherein a magnet element of an adjustment device for the braking body is moveable in the magnetic field of another magnet element of the adjustment device and acts on the braking body, wherein the thread tensioning is adjusted in that a working current of one of the two magnet elements, a magnet element designed as a working coil, is adjusted with a power supply unit of the adjustment device, characterised in that a target value (I soll) of the working current that is specific for the thread supply device is issued by a processor unit with a data unit (Fl) as a value (F soll) allocated to the thread tensioning, and is regulated to this target value (I soll) by a regulator means of the power supply unit.
Coupling for a lock cylinder, in the lock cylinder housing of which a cylinder core is rotatably arranged, which core can be coupled via the coupling to the locking bit or a coupling pressure piece by means of a key inserted into its keyway, characterised in that the coupling is formed from a plurality of parts and consists of an actual coupling element, which establishes the connection to the locking bit or coupling pressure piece and is longitudinally displaceable in the mounted state in the cylinder core, and also a restoring pin mounted in the coupling element, a guide being provided in or on the coupling element, for the one end of the restoring pin provided with a driver or cam, the other end of which has a nose which is guided through the coupling element and can be brought into engagement with a corresponding recess of the key in such a way that the nose of the restoring pin engages in the recess on insertion of the key and, on the further advance of the key, pushes the coupling element towards the locking bit or coupling pressure piece and, on withdrawing the key, carries along the coupling element into its initial position, the nose in the initial position being moved by the guide out of the recess on the key and the key being freed.
A control method, being applied to a control apparatus configured to communicate with an image-forming apparatus; the image-forming apparatus including a data control unit and an engine control unit, characterized in that the method comprises: after the engine control unit completes startup and before the data control unit completes startup, sending a response message to the engine control unit, wherein the response message is configured to determine whether a replacement event occurs in the at least one process cartridge; and a determination result of whether the replacement event occurs in the at least one process cartridge is configured to determine whether a preset image-forming preparation operation is executed before the data control unit completes startup.
A locking mechanism for heavy equipment having a first structure moveable relative to a second structure, the locking mechanism comprising: an actuator mechanism, coupled on one of the first structure and the second structure, operable between a deployed position and a retracted position; a biasing member, configured to generate a biasing force in response to the actuator mechanism being in a deployed position, wherein the actuator mechanism comprises a cylinder configured to extend toward another of the first structure and the second structure when the actuator mechanism is in the deployed position; and a carriage member operable between, a vertically extended position directly engaging a receiving member disposed on the other of the first structure and the second structure, in response to the biasing force being generated by the biasing member, so as to prevent relative movement between the first structure and the second structure, and a restricted position, in response to the actuator being in the retracted position, so as to retain the carriage member in the restricted position and not prevent the relative movement between the first structure and the second structure. an actuator mechanism, coupled on one of the first structure and the second structure, operable between a deployed position and a retracted position; a biasing member, configured to generate a biasing force in response to the actuator mechanism being in a deployed position, wherein the actuator mechanism comprises a cylinder configured to extend toward another of the first structure and the second structure when the actuator mechanism is in the deployed position; and a carriage member operable between, a vertically extended position directly engaging a receiving member disposed on the other of the first structure and the second structure, in response to the biasing force being generated by the biasing member, so as to prevent relative movement between the first structure and the second structure, and a restricted position, in response to the actuator being in the retracted position, so as to retain the carriage member in the restricted position and not prevent the relative movement between the first structure and the second structure.
A robotic system comprising: an input device operated by a first person; a manipulator (8, 32) adapted to hold and manipulate a tool, the manipulator (8, 32) having one or more activatable indicators disposed so as to be sensed by a second person; a first display disposed so as to be viewable by the second person; and a processor adapted to command operation of the manipulator (8, 32) to manipulate the tool in response to an input received from the input device; characterized by the processor further adapted to: control activation of the one or more activatable indicators so as to provide a first one of a plurality of identifiable signals, wherein each of the plurality of identifiable signals is indicatable by a different activation of the one or more activatable indicators; and cause information to be displayed on the first display so as to be viewable by the second person, wherein the information is regarding the first one of the plurality of identifiable signals. an input device operated by a first person; a manipulator (8, 32) adapted to hold and manipulate a tool, the manipulator (8, 32) having one or more activatable indicators disposed so as to be sensed by a second person; a first display disposed so as to be viewable by the second person; and a processor adapted to command operation of the manipulator (8, 32) to manipulate the tool in response to an input received from the input device; control activation of the one or more activatable indicators so as to provide a first one of a plurality of identifiable signals, wherein each of the plurality of identifiable signals is indicatable by a different activation of the one or more activatable indicators; and cause information to be displayed on the first display so as to be viewable by the second person, wherein the information is regarding the first one of the plurality of identifiable signals.
A system for a clinical analyzer in an in vitro diagnostics environment comprising: a mounting clamp; and a single piece radial transfer arm, the transfer arm comprising: an elongated, rigid member comprising: a top surface; a bottom surface; a pivot end; and a component end comprising attachment locations for components to be secured to the elongated, rigid member; the components comprising a probe, a mixing device and one or more of a crash detection mechanism, pick-and-place devices, circuit boards and valves, characterized in that the elongated rigid member further comprises a plurality of radial configuration mounting locations provided on the bottom surface of the pivot end to allow for multiple radial distances between a pivoting axis of the transfer arm at the pivot end and an attached probe to accommodate arcs of different radii, and wherein the mounting locations are configured to secure the mounting clamp to the elongated, rigid member in order to couple a shaft to the elongated, rigid member, wherein the bottom surface extends horizontally and the shaft is oriented perpendicular to the bottom surface in vertical direction during use. a mounting clamp; and a single piece radial transfer arm, the transfer arm comprising: an elongated, rigid member comprising: a top surface; a bottom surface; a pivot end; and a component end comprising attachment locations for components to be secured to the elongated, rigid member; the components comprising a probe, a mixing device and one or more of a crash detection mechanism, pick-and-place devices, circuit boards and valves, characterized in that the elongated rigid member further comprises a plurality of radial configuration mounting locations provided on the bottom surface of the pivot end to allow for multiple radial distances between a pivoting axis of the transfer arm at the pivot end and an attached probe to accommodate arcs of different radii, and wherein the mounting locations are configured to secure the mounting clamp to the elongated, rigid member in order to couple a shaft to the elongated, rigid member, wherein the bottom surface extends horizontally and the shaft is oriented perpendicular to the bottom surface in vertical direction during use. a top surface; a bottom surface; a pivot end; and a component end comprising attachment locations for components to be secured to the elongated, rigid member; the components comprising a probe, a mixing device and one or more of a crash detection mechanism, pick-and-place devices, circuit boards and valves, characterized in that the elongated rigid member further comprises a plurality of radial configuration mounting locations provided on the bottom surface of the pivot end to allow for multiple radial distances between a pivoting axis of the transfer arm at the pivot end and an attached probe to accommodate arcs of different radii, and wherein the mounting locations are configured to secure the mounting clamp to the elongated, rigid member in order to couple a shaft to the elongated, rigid member, wherein the bottom surface extends horizontally and the shaft is oriented perpendicular to the bottom surface in vertical direction during use.