mhurhangee/ep-ind-claims huggingface dataset:
Device for coating containers by means of a coating process, with a main supporting frame, wherein the following units are present inside the main supporting frame: - a treatment station for coating the containers, - a transfer device, which moves the containers between at least one conveying device and treatment station, wherein the units also comprise the at least one conveying device or can be connected to the at least one conveying device, wherein the transfer device has a gripper unit, which is mounted pivotably along a pivot axis aligned parallel to the conveying device on a gripper frame, which is arranged fixed in place in relation to the main supporting frame during the operation of the device and/or is part of the main supporting frame, wherein the gripper unit can be moved between a first position, in which it can grip the containers in the region of the conveying device, and a second position, in which it can insert the containers into the treatment station and fetch them from it. - a treatment station for coating the containers, - a transfer device, which moves the containers between at least one conveying device and treatment station,
A tomato fraction substantially free from lycopene, and comprises - a w/w ratio of tomato sugars to citric acid (S/C) higher than 10:1, and - a w/w ratio of tomato sugars to potassium (S/K+) higher than 15:1 whereby tomato sugars is the combined amount of glucose and fructose. - a w/w ratio of tomato sugars to citric acid (S/C) higher than 10:1, and - a w/w ratio of tomato sugars to potassium (S/K+) higher than 15:1
A system comprising: an incubator; and an observation apparatus (500; 600) placed in the incubator, wherein the observation apparatus (500; 600) includes a housing including a top plate that is a stage on which a container that accommodates a sample is placed; an optical system (541; 641) accommodated in the housing; an imaging device (542; 644) configured to capture an image of the sample with light from the sample that has entered through the stage and the optical system (541; 641); and a motor that is a power source of a moving mechanism configured to make the optical system (541; 641) move in a direction along the stage, wherein at least one of the imaging device (542; 644) or the motor is placed outside the housing. an incubator; and an observation apparatus (500; 600) placed in the incubator, wherein the observation apparatus (500; 600) includes a housing including a top plate that is a stage on which a container that accommodates a sample is placed; an optical system (541; 641) accommodated in the housing; an imaging device (542; 644) configured to capture an image of the sample with light from the sample that has entered through the stage and the optical system (541; 641); and a motor that is a power source of a moving mechanism configured to make the optical system (541; 641) move in a direction along the stage, wherein at least one of the imaging device (542; 644) or the motor is placed outside the housing.
A duplex stainless steel consisting of: N in a content of 0.05% to 0.25%; C in a content of 0.02% or less; P in a content of 0.02% or less; Si in a content of 0.5% or less; Mn in a content of 1.2% or less; Ni in a content of 6.0% to 8.0%; Cr in a content of 24.0% to 26.0%; Mo in a content of 3.0% to 5.0%; W in a content of 6.5% or less; and Ta in a content of 0.2% to 0.5%, in mass percent, with the remainder being Fe and inevitable impurities. N in a content of 0.05% to 0.25%; C in a content of 0.02% or less; P in a content of 0.02% or less; Si in a content of 0.5% or less; Mn in a content of 1.2% or less; Ni in a content of 6.0% to 8.0%; Cr in a content of 24.0% to 26.0%; Mo in a content of 3.0% to 5.0%; W in a content of 6.5% or less; and Ta in a content of 0.2% to 0.5%, in mass percent, with the remainder being Fe and inevitable impurities.
A method for loading instructions into a programmable power supply having memory and a battery used to supply an output of the power supply, the method comprising: maintaining a power output for the programmable power supply during instruction loading operations of a firmware update process, the instruction loading operations comprising: restricting access to a portion of the programmable power supply's memory, the memory coupled to a controller (125, 620a-d) of the programmable power supply; based on an interruption of power, initiating a battery backup mode; receiving, at the controller, an unlock command from a remote host; receiving, at the controller, subsequent to receipt of the unlock command, commands through an internal bus used for communication with the power supply, wherein the received commands are stored in the portion of the memory; and based on receipt of the unlock command, restoring access to the portion of the memory so that the controller executes the received commands for a predetermined period of time that begins upon receipt of the unlock command. restricting access to a portion of the programmable power supply's memory, the memory coupled to a controller (125, 620a-d) of the programmable power supply; based on an interruption of power, initiating a battery backup mode; receiving, at the controller, an unlock command from a remote host; receiving, at the controller, subsequent to receipt of the unlock command, commands through an internal bus used for communication with the power supply, wherein the received commands are stored in the portion of the memory; and based on receipt of the unlock command, restoring access to the portion of the memory so that the controller executes the received commands for a predetermined period of time that begins upon receipt of the unlock command.
The movable contact carrier assembly for electric power switching apparatus comprising: a carrier body; carrier legs supporting the carrier body for pivotal movement between a closed position and an open position; an outer carrier secured to the carrier body having spaced apart outer carrier sidewalls with confronting elongated slots and a base section between the outer carrier sidewalls, the base section having a medial abutment surface; an inner carrier mounted in the outer carrier for pivotal movement between a withstand position and a blow open position and having a cam profile with a pair of axially spaced apart cam profile sections; a plurality of contact fingers mounted on the inner carrier; a cam follower pin having ends received in the elongated slots in the outer carrier sidewalls; and cam springs bearing against the outer carrier and biasing the cam follower pin against the axially spaced apart cam profile sections, the cam profile sections being configured so that for current through the contact fingers less than a threshold current, the inner carrier is biased to the withstand position and for current through the plurality of contact fingers greater than the threshold current, the inner carrier is rapidly pivoted to the blow open position, the medial abutment being positioned to engage the cam follower pin intermediate the spaced apart cam profile sections with the inner carrier in the withstand position to resist bending of the cam follower pin. a carrier body; carrier legs supporting the carrier body for pivotal movement between a closed position and an open position; an outer carrier secured to the carrier body having spaced apart outer carrier sidewalls with confronting elongated slots and a base section between the outer carrier sidewalls, the base section having a medial abutment surface; an inner carrier mounted in the outer carrier for pivotal movement between a withstand position and a blow open position and having a cam profile with a pair of axially spaced apart cam profile sections; a plurality of contact fingers mounted on the inner carrier; a cam follower pin having ends received in the elongated slots in the outer carrier sidewalls; and cam springs bearing against the outer carrier and biasing the cam follower pin against the axially spaced apart cam profile sections, the cam profile sections being configured so that for current through the contact fingers less than a threshold current, the inner carrier is biased to the withstand position and for current through the plurality of contact fingers greater than the threshold current, the inner carrier is rapidly pivoted to the blow open position, the medial abutment being positioned to engage the cam follower pin intermediate the spaced apart cam profile sections with the inner carrier in the withstand position to resist bending of the cam follower pin.
A switching device comprising: an operation lever capable of being turned in a first direction and in a second direction opposite to the first direction with respect to a neutral position; a first switch to detect that the operation lever is moved to a first operation position disposed in the first direction with respect to the neutral position; a second switch to detect that the operation lever is moved to a second operation position symmetric to the first operation position with respect to the neutral position; a control unit to control a multistage function having a plurality of operating states and provided in a vehicle such that the operating states are switched in a stepwise manner, a switch unit in which the first switch and the second switch are mounted; and a connection unit connecting the switch unit and the operation lever in a detachable manner, wherein the control unit switches up an operating state of the multistage function in a stepwise manner based on a condition detected by the first switch and switches down the operating state of the multistage function in a stepwise manner based on a condition detected by the second switch. an operation lever capable of being turned in a first direction and in a second direction opposite to the first direction with respect to a neutral position; a first switch to detect that the operation lever is moved to a first operation position disposed in the first direction with respect to the neutral position; a second switch to detect that the operation lever is moved to a second operation position symmetric to the first operation position with respect to the neutral position; a control unit to control a multistage function having a plurality of operating states and provided in a vehicle such that the operating states are switched in a stepwise manner, a switch unit in which the first switch and the second switch are mounted; and a connection unit connecting the switch unit and the operation lever in a detachable manner, wherein the control unit switches up an operating state of the multistage function in a stepwise manner based on a condition detected by the first switch and switches down the operating state of the multistage function in a stepwise manner based on a condition detected by the second switch.
Method for a vehicle, the method comprising: obtaining camera sensor data of a camera of the vehicle; obtaining lidar sensor data of a lidar sensor of the vehicle; determining information related to one or more edges within the camera sensor data and information related to one or more intensity discontinuities within the lidar sensor data; and determining a calibration of the camera sensor data and of the lidar sensor data based on the information related to the one or more edges and based on the information related to the one or more intensity discontinuities, wherein the determining of the calibration is triggered while the vehicle is driving if the motion of the vehicle violates a motion threshold to trigger a re-calibration; determining a combined image of the camera sensor data and the lidar sensor data based on the information related the one or more edges and based on the information related to the one or more intensity discontinuities, wherein the determining of the combined image is based on the calibration of the camera sensor data and of the lidar sensor data. obtaining camera sensor data of a camera of the vehicle; obtaining lidar sensor data of a lidar sensor of the vehicle; determining information related to one or more edges within the camera sensor data and information related to one or more intensity discontinuities within the lidar sensor data; and determining a calibration of the camera sensor data and of the lidar sensor data based on the information related to the one or more edges and based on the information related to the one or more intensity discontinuities, wherein the determining of the calibration is triggered while the vehicle is driving if the motion of the vehicle violates a motion threshold to trigger a re-calibration; determining a combined image of the camera sensor data and the lidar sensor data based on the information related the one or more edges and based on the information related to the one or more intensity discontinuities, wherein the determining of the combined image is based on the calibration of the camera sensor data and of the lidar sensor data.
An engine control apparatus that changes at least one of a valve duration and a valve lift of an engine valve by controlling a variable valve mechanism, the control apparatus being characterized in that when an amount of intake air is adjusted by changing a degree of opening of a throttle valve, the variable valve mechanism is operated in a first drive manner; and when the amount of intake air is adjusted by changing at least one of a valve duration and a valve lift of the engine valve, the variable valve mechanism is operated in a second drive manner, and the engine control apparatus comprises an electronic control unit that permits switching from the first drive manner to the second drive manner when the electronic control unit detects that the engine is in a transitional operation state, and the control unit prohibits switching from the first drive manner to the second drive manner when the control unit detects that the engine is in a steady operation state.
Use of a dispersion for coating textiles, said dispersion comprising a powder dispersed in an aqueous medium, said powder comprising a thermoplastic biopolymer plastified with an ethoxylated fatty acid and a plasticizer different from said ethoxylated fatty acid.
A method of wireless communication over non-contiguous channels to be performed by a wireless communication station, the method comprising: transmitting a preamble of a packet over a first channel, the preamble comprising channel information (208, 212; 300; 400) corresponding to the first channel and to a second channel, the channel information (208, 212; 300; 400) comprising at least channel bandwidth information (308, 316; 408, 416) corresponding to a bandwidth of the first and second channels, wherein the first and second channels are non-contiguous channels; transmitting the preamble comprising the channel information (208, 212; 300; 400) corresponding to the first channel and the second channel over the second channel; and transmitting a data portion of the packet over a channel bandwidth comprising the first and second channels (202, 204) according to the channel information (208, 212; 300; 400) in the preamble. transmitting a preamble of a packet over a first channel, the preamble comprising channel information (208, 212; 300; 400) corresponding to the first channel and to a second channel, the channel information (208, 212; 300; 400) comprising at least channel bandwidth information (308, 316; 408, 416) corresponding to a bandwidth of the first and second channels, wherein the first and second channels are non-contiguous channels; transmitting the preamble comprising the channel information (208, 212; 300; 400) corresponding to the first channel and the second channel over the second channel; and transmitting a data portion of the packet over a channel bandwidth comprising the first and second channels (202, 204) according to the channel information (208, 212; 300; 400) in the preamble.
A method comprising: determining a projected state (116, 222, 316, 516) of an autonomous vehicle by projecting, within a first coordinate frame, an estimated state (104, 218, 310, 514) associated with the autonomous vehicle onto a first planned trajectory (112, 206, 308B, 510A, 510B) of the autonomous vehicle (202, 302), wherein projecting the estimated state onto the first planned trajectory comprises determining a shortest distance between the first planned trajectory and the estimated state, and selecting the position on the first planned trajectory which is the shortest distance from the estimated state as the projected state; determining, based at least in part on a second coordinate frame, a second planned trajectory (118, 224, 318, 510C) associated with the autonomous vehicle based at least in part on the projected state and a planned path associated with the autonomous vehicle; and controlling the autonomous vehicle based at least in part on the second planned trajectory. determining a projected state (116, 222, 316, 516) of an autonomous vehicle by projecting, within a first coordinate frame, an estimated state (104, 218, 310, 514) associated with the autonomous vehicle onto a first planned trajectory (112, 206, 308B, 510A, 510B) of the autonomous vehicle (202, 302), wherein projecting the estimated state onto the first planned trajectory comprises determining a shortest distance between the first planned trajectory and the estimated state, and selecting the position on the first planned trajectory which is the shortest distance from the estimated state as the projected state; determining, based at least in part on a second coordinate frame, a second planned trajectory (118, 224, 318, 510C) associated with the autonomous vehicle based at least in part on the projected state and a planned path associated with the autonomous vehicle; and controlling the autonomous vehicle based at least in part on the second planned trajectory.
A method for filling and sealing bottles, cartridges, syringes and the like, wherein said bottles, cartridges, syringes and the like, generally termed containers, said containers being accommodated individually within respective seats of a first nest which in turn is contained in a first transport tub, which consists in: - supplying said containers which are accommodated individually within respective seats of said first nest which in turn is associated with said first transport tub; - extracting at least one individual container at a time from the first nest and transferring it to a filling station in order to fill said at least one container with a substance; - transferring said at least one filled container to a crimp capping station, passing through a separating partition; - crimp capping said at least one container at said crimp capping station; - inserting said at least one crimp capped container in a respective seat of a second nest; - juxtaposing, before the transfer of said at least one filled container to a crimp capping station, passing through a separating partition, a closure stopper against an opening of said at least one container. - supplying said containers which are accommodated individually within respective seats of said first nest which in turn is associated with said first transport tub; - extracting at least one individual container at a time from the first nest and transferring it to a filling station in order to fill said at least one container with a substance; - transferring said at least one filled container to a crimp capping station, passing through a separating partition; - crimp capping said at least one container at said crimp capping station; - inserting said at least one crimp capped container in a respective seat of a second nest; - juxtaposing, before the transfer of said at least one filled container to a crimp capping station, passing through a separating partition, a closure stopper against an opening of said at least one container.
A catheter guiding device, comprising: a bolt including a shaft configured to be inserted within a hole drilled in a bone and a passageway extending longitudinally therethrough along a bolt axis; a guide member received within the passageway of the bolt and extending longitudinally along a guide axis (L'), the guide member including a guide channel extending therethrough along the guide axis (L'), wherein, in a first configuration, the guide member is arrangeable to a desired position relative to the bolt to align the guide axis (L') with a target area and, in a second configuration, the guide member is fixable in the desired position relative to the bolt such that the guide axis (L') is at a desired angle relative to the bolt axis within a permitted range of angulations, and a coupling element coupling the guide member to the bolt, the coupling element movably received within the passageway and receiving a distal portion of the guide member therein, characterized in that the coupling element is a slotted bushing, the distal portion of the guide member received within the bushing along a central axis thereof such that the guide axis and the central axis are substantially coaxial, wherein the slotted bushing is movable relative to the bolt in a first configuration and locked relative to the bolt in a second configuration, wherein, in the first configuration, the slotted bushing is biased in a non-expanded configuration and, in the second configuration, the slotted bushing is in an expanded configuration such that the central axis of the bushing is fixed at the desired angle with respect to the bolt. a bolt including a shaft configured to be inserted within a hole drilled in a bone and a passageway extending longitudinally therethrough along a bolt axis; a guide member received within the passageway of the bolt and extending longitudinally along a guide axis (L'), the guide member including a guide channel extending therethrough along the guide axis (L'), wherein, in a first configuration, the guide member is arrangeable to a desired position relative to the bolt to align the guide axis (L') with a target area and, in a second configuration, the guide member is fixable in the desired position relative to the bolt such that the guide axis (L') is at a desired angle relative to the bolt axis within a permitted range of angulations, and a coupling element coupling the guide member to the bolt, the coupling element movably received within the passageway and receiving a distal portion of the guide member therein,