mhurhangee/ep-ind-claims huggingface dataset:
A visual indication system comprising: a material handling vehicle, including a load platform, the load platform being vertically movable between an upper position and a lower position, the load platform including at least one fork; at least a first product placement location on the at least one fork and a second product placement location on the at least one fork; and at least a first visual indicator (110, 112, 120) and a second visual indicator (110, 112, 120), the at least the first visual indicator (110, 112, 120) and the second visual indicator (110, 112, 120) to be coupled to the load platform, the at least the first visual indicator (110, 112, 120) to provide a first visual indication on, at, or near the at least the first product placement location and the second visual indicator (110, 112, 120) to provide a second visual indication on, at, or near the second product placement location; characterised in that the load platform includes at least a first aperture and a second aperture; whereby the at least the first visual indicator (110, 112, 120) is arranged to provide the first visual indication through the at least the first aperture, and the second visual indicator (110, 112, 120) is arranged to provide the second visual indication through the second aperture. a material handling vehicle, including a load platform, the load platform being vertically movable between an upper position and a lower position, the load platform including at least one fork; at least a first product placement location on the at least one fork and a second product placement location on the at least one fork; and at least a first visual indicator (110, 112, 120) and a second visual indicator (110, 112, 120), the at least the first visual indicator (110, 112, 120) and the second visual indicator (110, 112, 120) to be coupled to the load platform, the at least the first visual indicator (110, 112, 120) to provide a first visual indication on, at, or near the at least the first product placement location and the second visual indicator (110, 112, 120) to provide a second visual indication on, at, or near the second product placement location; characterised in that the load platform includes at least a first aperture and a second aperture; whereby the at least the first visual indicator (110, 112, 120) is arranged to provide the first visual indication through the at least the first aperture, and the second visual indicator (110, 112, 120) is arranged to provide the second visual indication through the second aperture.
A stationary blade for a blade set of a hair cutting appliance, said blade set being arranged to be moved through hair in a moving direction to cut hair, said stationary blade comprising: - a support insert, and - a metal component at least sectionally deformed to define a toothed leading edge (32, 34) having double-walled stationary blade teeth, wherein the metal component forms a first wall that is arranged to serve as a skin-facing wall when in operation, and a second wall that is facing away from the first wall, wherein the first wall and the second wall are joined at the toothed leading edge (32, 34), wherein the support insert connects the first wall and the second wall, wherein the metal component is held in place by the support insert, and wherein the metal component and the support insert jointly form a guide slot for a movable blade. - a support insert, and - a metal component at least sectionally deformed to define a toothed leading edge (32, 34) having double-walled stationary blade teeth, wherein the metal component forms a first wall that is arranged to serve as a skin-facing wall when in operation, and a second wall that is facing away from the first wall, wherein the first wall and the second wall are joined at the toothed leading edge (32, 34), wherein the support insert connects the first wall and the second wall, wherein the metal component is held in place by the support insert, and wherein the metal component and the support insert jointly form a guide slot for a movable blade. wherein the metal component forms a first wall that is arranged to serve as a skin-facing wall when in operation, and a second wall that is facing away from the first wall, wherein the first wall and the second wall are joined at the toothed leading edge (32, 34), wherein the support insert connects the first wall and the second wall, wherein the metal component is held in place by the support insert, and wherein the metal component and the support insert jointly form a guide slot for a movable blade.
An end-piece for a tubular foot of a furniture article which comprises a body intended to be fitted into an end of the tubular foot relative to which slides a soleplate intended to be in contact with the ground and elastic damping means interposed between the body and the soleplate configured to allow a damped translation of the soleplate, where the body has a tubular portion and an elastic transverse wall and the soleplate has a bearing portion and an axis intended to be inserted into the tubular portion and to bear against the elastic transverse wall, characterized in that the tubular portion comprises at least a window in which a tooth arranged in the axis of the soleplate is engaged, the tooth having a ramp allowing the insertion of the tooth into the window and a stop allowing to retain the soleplate relative to the body.
A dosing assembly for delivery of particulate material, comprising: a fixed member having an inlet, an outlet, and a passage extending between the inlet and the outlet, and an external surface; a movable member mounted to the fixed member, being axially displaceable relative to the fixed member, and including an external surface, an internal surface of the fixed member substantially surrounding the external surface of the movable member, and cooperating with the internal surface of the fixed member to define a plenum chamber, and an air supply conduit in fluid communication with said plenum chamber, an inlet in general alignment with the outlet of the fixed member, a discharge opening spaced from the inlet; an adjustment assembly for moving the movable member axially relative to the fixed member to adjust fluid communication between the plenum chamber and the air supply conduit; and a retention device for substantially permanently fixing the relative positions of the movable member and the fixed member in a calibrated position, wherein the dosing assembly is configured to receive particulate material from a metering apparatus. a fixed member having an inlet, an outlet, and a passage extending between the inlet and the outlet, and an external surface; a movable member mounted to the fixed member, being axially displaceable relative to the fixed member, and including an external surface, an internal surface of the fixed member substantially surrounding the external surface of the movable member, and cooperating with the internal surface of the fixed member to define a plenum chamber, and an air supply conduit in fluid communication with said plenum chamber, an inlet in general alignment with the outlet of the fixed member, a discharge opening spaced from the inlet; an external surface, an internal surface of the fixed member substantially surrounding the external surface of the movable member, and cooperating with the internal surface of the fixed member to define a plenum chamber, and an air supply conduit in fluid communication with said plenum chamber, an inlet in general alignment with the outlet of the fixed member, a discharge opening spaced from the inlet; an adjustment assembly for moving the movable member axially relative to the fixed member to adjust fluid communication between the plenum chamber and the air supply conduit; and a retention device for substantially permanently fixing the relative positions of the movable member and the fixed member in a calibrated position, wherein the dosing assembly is configured to receive particulate material from a metering apparatus.
A female connector comprising: a housing defining a first axial direction and having an opening at a first end of the housing for insertion of a male connector, an outer periphery of the housing being provided with a first limiting member; a valve assembly arranged in the housing; a base defining a receiving passage extending along the first axial direction, the housing being partially received in the receiving passage; a bushing sleeved outside the housing and arranged in the receiving passage, the bushing being elastically deformable; and a mounting member fixed to an axial end of the base, characterized in that the first limiting member is confined in the first axial direction between the axial end and the mounting member, and a movement space for the first limiting member to move therein is defined between the axial end and the mounting member. a housing defining a first axial direction and having an opening at a first end of the housing for insertion of a male connector, an outer periphery of the housing being provided with a first limiting member; a valve assembly arranged in the housing; a base defining a receiving passage extending along the first axial direction, the housing being partially received in the receiving passage; a bushing sleeved outside the housing and arranged in the receiving passage, the bushing being elastically deformable; and a mounting member fixed to an axial end of the base, characterized in that the first limiting member is confined in the first axial direction between the axial end and the mounting member, and a movement space for the first limiting member to move therein is defined between the axial end and the mounting member.
A filter column (1, 42) comprising: a body having a passageway extending therethrough, said body comprising at least a first body portion, a second body portion, and a third body portion, where an outer diameter of said first body portion is greater than an outer diameter of said second body portion, and where said outer diameter of said second body portion is greater than an outer diameter of said third body portion; a filter located within said passageway, said filter adapted to isolate nucleic acids from a liquid sample; a first bearing surface adapted to rest against the rim of a first collection tube where an outer diameter of the second body portion below the first bearing surface is adapted to fit securely with the first collection tube, wherein the first collection tube is a 1.5-2.0 mL centrifuge tube; and a second bearing surface adapted to rest against the rim of a second collection tube where an outer diameter of the third body portion below the second bearing surface is adapted to fit securely with the second collection tube and wherein the opening of the first collection tube is greater than the opening of the second collection tube, wherein the second collection tube is a 0.5 mL or a 0.2 mL centrifuge tube, wherein a first end of said body is adapted to seat a laser capture microdissection extraction device flange interface and wherein deformable ribs are located along an outside surface of a body portion (5, 7) of the filter column (1, 42) that is adapted to accommodate said first or second collection tubes (35, 39). a body having a passageway extending therethrough, said body comprising at least a first body portion, a second body portion, and a third body portion, where an outer diameter of said first body portion is greater than an outer diameter of said second body portion, and where said outer diameter of said second body portion is greater than an outer diameter of said third body portion; a filter located within said passageway, said filter adapted to isolate nucleic acids from a liquid sample; a first bearing surface adapted to rest against the rim of a first collection tube where an outer diameter of the second body portion below the first bearing surface is adapted to fit securely with the first collection tube, wherein the first collection tube is a 1.5-2.0 mL centrifuge tube; and a second bearing surface adapted to rest against the rim of a second collection tube where an outer diameter of the third body portion below the second bearing surface is adapted to fit securely with the second collection tube and wherein the opening of the first collection tube is greater than the opening of the second collection tube, wherein the second collection tube is a 0.5 mL or a 0.2 mL centrifuge tube, wherein a first end of said body is adapted to seat a laser capture microdissection extraction device flange interface and wherein deformable ribs are located along an outside surface of a body portion (5, 7) of the filter column (1, 42) that is adapted to accommodate said first or second collection tubes (35, 39).
A processor-readable medium storing code representing instructions to be executed by a processor, the code comprising code to cause the processor to: identify, at a first time, in response to receiving at an edge device a first data unit having a characteristic, an identifier of a first service module associated with the characteristic in response to each entry from a set of entries within a flow table not being associated with the characteristic at the first time wherein the first service module is associated with a service to be provided on the first data unit; define, at a second time after the first time, an entry in the flow table associated with the characteristic, the identifier of the first service module, and a counter value associated with the first service module, in response to identifying the identifier of the first service module; send the first data unit to the first service module and update the counter value in response to identifying the identifier of the first service module; in response to receiving at the edge device, after the second time, a second data unit having the characteristic, compare the counter value stored in the entry with a predetermined threshold; and where the counter value is less than the predetermined threshold send the second data unit to the first service module based on the entry; and where the counter value is greater than or equal to the predetermined threshold send the second data unit to a second service module based on the entry. identify, at a first time, in response to receiving at an edge device a first data unit having a characteristic, an identifier of a first service module associated with the characteristic in response to each entry from a set of entries within a flow table not being associated with the characteristic at the first time wherein the first service module is associated with a service to be provided on the first data unit; define, at a second time after the first time, an entry in the flow table associated with the characteristic, the identifier of the first service module, and a counter value associated with the first service module, in response to identifying the identifier of the first service module; send the first data unit to the first service module and update the counter value in response to identifying the identifier of the first service module; in response to receiving at the edge device, after the second time, a second data unit having the characteristic, compare the counter value stored in the entry with a predetermined threshold; and where the counter value is less than the predetermined threshold send the second data unit to the first service module based on the entry; and where the counter value is greater than or equal to the predetermined threshold send the second data unit to a second service module based on the entry.
Method for predicting the lifetime of an x-ray tube, wherein the data from at least one physical variable influencing the lifetime of the x-ray tube are saved regularly, wherein the operating time that has passed and/or the standby time that has passed of the x-ray tube are/is also recorded, evaluated at regular intervals and saved, and the saved data are evaluated by means of a stored statistics system, in order to determine the expected remaining lifetime of the x-ray tube, and wherein the reduction of the average lifetime at least by thermal loading of the x-ray tube is determined statistically.
System for monitoring the state of an unmanned aircraft, comprising: - a first communication unit, - a second communication unit that can be integrated into the aircraft, - a state transmission unit that can be integrated into the aircraft for transmitting state data of the aircraft, - a computing unit assigned to the aircraft for validating the state of the aircraft and - an external control and monitoring unit connected to the computing unit with input means, wherein the computing unit is set up to - execute a simulation model of the aircraft in question, wherein the simulation model is based on numerical integration of a system of equations with a simulation state vector, - repeatedly track the simulation state vector of at least one subset of previously measured flight status data by stepwise adjustment of at least one functional element (46, 48, 50, 54, 59, 62) of the simulation model by at least one model error correction term, wherein the model error correction term is determined from a determined difference between a measured state variable and a simulated state variable, and - monitor the variation of the at least one model error correction term and send a warning signal to the control and monitoring unit if the model error correction term exceeds predetermined interval limits once or multiple times, wherein the control and monitoring unit is set up to output a warning message directly to a user on receiving a warning signal, to continuously display flight status data of the aircraft received from the state transmission unit and to change a control mode of the aircraft to direct control by the user by sending a corresponding switching command to the aircraft. - a first communication unit, - a second communication unit that can be integrated into the aircraft, - a state transmission unit that can be integrated into the aircraft for transmitting state data of the aircraft, - a computing unit assigned to the aircraft for validating the state of the aircraft and - an external control and monitoring unit connected to the computing unit with input means, - execute a simulation model of the aircraft in question, wherein the simulation model is based on numerical integration of a system of equations with a simulation state vector, - repeatedly track the simulation state vector of at least one subset of previously measured flight status data by stepwise adjustment of at least one functional element (46, 48, 50, 54, 59, 62) of the simulation model by at least one model error correction term, wherein the model error correction term is determined from a determined difference between a measured state variable and a simulated state variable, and - monitor the variation of the at least one model error correction term and send a warning signal to the control and monitoring unit if the model error correction term exceeds predetermined interval limits once or multiple times,
A method of mass calibrating a mass spectrometer including a quadrupole mass filter analyzer or a quadrupole ion trap analyzer, comprising: producing a first high abundance ion species and a second low abundance ion species by ionizing a calibration mixture including one or more calibrant species in an ion source; monitoring the mass position of known calibrant ions as the quadrupole is scanned across a mass-to-charge range; wherein the step of monitoring comprises detecting the first ion species using a first gain setting of a detector as the quadrupole is scanned across a first portion of the mass-to-charge range and detecting the second ion species using a second gain setting of the detector as the quadrupole is scanned across a second portion of the mass-to-charge range; and using the detected first and second ion species to calibrate the mass range of the quadrupole of the mass spectrometer, wherein the method comprises applying an ion specific detector gain, wherein the first and second gain settings are based on the relative abundance of the ions produced by the calibration mixture to avoid oversaturation of the detector for high abundance ions and obtain sufficient signal for low abundance ions. producing a first high abundance ion species and a second low abundance ion species by ionizing a calibration mixture including one or more calibrant species in an ion source; monitoring the mass position of known calibrant ions as the quadrupole is scanned across a mass-to-charge range; wherein the step of monitoring comprises detecting the first ion species using a first gain setting of a detector as the quadrupole is scanned across a first portion of the mass-to-charge range and detecting the second ion species using a second gain setting of the detector as the quadrupole is scanned across a second portion of the mass-to-charge range; and using the detected first and second ion species to calibrate the mass range of the quadrupole of the mass spectrometer, wherein the method comprises applying an ion specific detector gain, wherein the first and second gain settings are based on the relative abundance of the ions produced by the calibration mixture to avoid oversaturation of the detector for high abundance ions and obtain sufficient signal for low abundance ions.
A compound of the following formula: where R 1 = NH 2, R 3 = NH 2, F or Cl; and R 2 = H, F, Cl, NH 2, or NH-R-XH; where R = -(CH 2)p- p = 2-4 X = CH 2, NH, O, or S. where R 1 = NH 2, R 3 = NH 2, F or Cl; and R 2 = H, F, Cl, NH 2, or NH-R-XH; where R = -(CH 2)p- p = 2-4 X = CH 2, NH, O, or S.
A parting wall lock for cargo securing, with a telescopic cargo securing beam which is provided at its ends with clamping devices which each have a carrier which is fastened to one end of the cargo securing beam, with a clamping piece which is attached to the carrier so as to be movable to a limited extent by means of a lever mechanism, and with spring means which are effective for generating a clamping force between the carrier and the clamping piece, characterized in that a clamping force indicator (27, 28, 30) is provided on each of the clamping devices, wherein a user can at least recognize by means of the clamping force indicator (27, 28, 30) whether the clamping device applies the required clamping force between the carrier and the clamping piece in the closed position.