mhurhangee/ep-ind-claims huggingface dataset:
P rinting device comprising: - a path for supplying printing paper towards an outlet of a printed document; - a print head arranged along said path for printing on at least a first side of the paper; - at least one image sensor arranged transversely to a paper advancement direction along said path for reading a second side of the paper opposite the first; characterised in that: - said at least one image sensor is of linear type; - said at least one image sensor extends linearly for a width of said path that is suitable for reading an entire width of paper so that said image sensor detects a mark on the paper during the paper advancement whatever the position of the mark along the width of the paper. - a path for supplying printing paper towards an outlet of a printed document; - a print head arranged along said path for printing on at least a first side of the paper; - at least one image sensor arranged transversely to a paper advancement direction along said path for reading a second side of the paper opposite the first; - said at least one image sensor is of linear type; - said at least one image sensor extends linearly for a width of said path that is suitable for reading an entire width of paper so that said image sensor detects a mark on the paper during the paper advancement whatever the position of the mark along the width of the paper.
A depth estimation method of multi-view images, comprising: taking each image among a plurality of calibrated images in a same scenario as a current image to perform the processing of: obtaining an initial depth value of each pixel in the current image; dividing the current image into a plurality of superpixels; obtaining plane parameters of the plurality of superpixels according to a predetermined constraint condition based on the initial depth values; and generating a depth value of each pixel in the superpixels based on the plane parameters of the superpixels; wherein the predetermined constraint condition includes: a geometric consistency constraint, which is related to a position difference between a selected point on each superpixel and its second projective point where its first projective point on a reference image is again projected back on the current image, the reference image being an image other than the current image among the plurality of images. taking each image among a plurality of calibrated images in a same scenario as a current image to perform the processing of: obtaining an initial depth value of each pixel in the current image; dividing the current image into a plurality of superpixels; obtaining plane parameters of the plurality of superpixels according to a predetermined constraint condition based on the initial depth values; and generating a depth value of each pixel in the superpixels based on the plane parameters of the superpixels; obtaining an initial depth value of each pixel in the current image; dividing the current image into a plurality of superpixels; obtaining plane parameters of the plurality of superpixels according to a predetermined constraint condition based on the initial depth values; and generating a depth value of each pixel in the superpixels based on the plane parameters of the superpixels; wherein the predetermined constraint condition includes: a geometric consistency constraint, which is related to a position difference between a selected point on each superpixel and its second projective point where its first projective point on a reference image is again projected back on the current image, the reference image being an image other than the current image among the plurality of images.
Driver circuitry for a Pockels cell, comprising a first node, which is connectable with a first terminal of a Pockels cell; a second node, which is connectable with a second terminal of the Pockels cell; wherein the first node is connectable with a first potential (+HV) via a first switching unit and the second node is connectable with the first potential (+HV) via a second switching unit; and wherein the first node is connectable with a second potential (-HV) via a first resistor and the second node is connectable with the second potential (-HV) via a second resistor; characterIzed in that the first node is connected with the second node via a series connection of a third resistor and an inductivity device.
A welding device that is configured to perform welding by generating an arc between a tungsten electrode and a welding target, the welding device comprising: a high frequency voltage application unit configured to apply a high frequency voltage between the tungsten electrode and the welding target; a welding output circuit unit configured to control a welding current; a current detection unit configured to detect the welding current that is more than or equal to a predetermined current threshold; and a controller configured, at a time of performing a start operation for making the high frequency voltage application unit start applying of the high frequency voltage, to acquire a delay time from a point of time that the start operation is performed to a point of time that the welding current is detected by the current detection unit, characterized in that the controller is further configured to determine whether or not delay times corresponding to the delay time that are acquired at a plurality of previous points of time at which the start operation is performed satisfy a predetermined time condition, and to perform predetermined abnormality processing in a case where the delay times satisfy the predetermined time condition, and in that the time condition is that the delay time at the start operation of the present time exceeds a predetermined threshold, and the number of times of the start operations performed between the start operation of the present time and the start operation of a previous time where the delay time exceeds the predetermined threshold is less than a predetermined reference number of times. a high frequency voltage application unit configured to apply a high frequency voltage between the tungsten electrode and the welding target; a welding output circuit unit configured to control a welding current; a current detection unit configured to detect the welding current that is more than or equal to a predetermined current threshold; and a controller configured, at a time of performing a start operation for making the high frequency voltage application unit start applying of the high frequency voltage, to acquire a delay time from a point of time that the start operation is performed to a point of time that the welding current is detected by the current detection unit, characterized in that the controller is further configured to determine whether or not delay times corresponding to the delay time that are acquired at a plurality of previous points of time at which the start operation is performed satisfy a predetermined time condition, and to perform predetermined abnormality processing in a case where the delay times satisfy the predetermined time condition, and in that the time condition is that the delay time at the start operation of the present time exceeds a predetermined threshold, and the number of times of the start operations performed between the start operation of the present time and the start operation of a previous time where the delay time exceeds the predetermined threshold is less than a predetermined reference number of times.
A method to ensure acceptable function of an air guiding device (10; 20; 30) at a vehicle, which vehicle has a longitudinal axis parallel to the normal direction of travel of the vehicle and which vehicle comprises a first vehicle body and a second vehicle body arranged behind the first vehicle body and extending upwards and/or sideways beyond the first vehicle body, whereby the air guiding device (10; 20; 30) is supported by means of the said first vehicle body and can be adjusted relative to the said longitudinal axis for the purpose of reducing air resistance, whereby the air guiding device (10; 20; 30) can be adjusted by means of adjusters, and whereby a parameter that corresponds to the adjustment force required is determined during adjustment of the air guiding device (10; 20; 30), and comprising the following steps: to determine, during a first adjustment process, a time course (R1, R1a) of the said parameter and, under essentially corresponding conditions with respect to the driving of the vehicle during at least one further adjustment process to determine a time course (R2, R3, R2a, R3a) of the said parameter, and to compare the time course of the said parameter during the first adjustment process and during the said, at least one, further adjustment process, characterised by the deviations between time courses of the said parameter determined in this way forming the basis for an assessment of the reliability of the time courses, and wherein in the event that no deviation exists between at least two time courses determined in this way these time courses are consider to be reliable.
A dispensing mechanism for an article vending machine, comprising a drive section that is disposed in an article storing shelf and on which articles arranged in a front-rear direction are carried, the drive section being configured to drive based on a vending command, and a dispensing unit that is driven by the drive section to sequentially dispense the articles forward, wherein the dispensing unit comprises a plurality of belt conveyors arranged in a right-left direction, arranged away from each other in the right-left direction in at least a portion, and each having an upper surface moved forward to be configured to discharge one of the articles carried on the upper surfaces of the plurality of belt conveyors forward.
A method of controlling access to web content at a client computer, the method comprising: registering an access control status at the client computer; detecting an attempt to access a website having an access control mechanism and, in response, suspending the access attempt and comparing said access control status registered at the client computer with an access control status currently registered at the website and, if these do not correspond, then changing the access control status registered at the website to correspond with that registered at the client computer. registering an access control status at the client computer; detecting an attempt to access a website having an access control mechanism and, in response, suspending the access attempt and comparing said access control status registered at the client computer with an access control status currently registered at the website and, if these do not correspond, then changing the access control status registered at the website to correspond with that registered at the client computer.
Device for generating a plasma discharge near a substrate for patterning a surface of the substrate, comprising a first electrode (2.i) having a first discharge portion and a second electrode having a second discharge portion, a high voltage source for generating a high voltage difference between the first and the second electrode (2.i, 4), and positioning means for positioning the first electrode (2.i) with respect to the substrate, wherein the positioning means are arranged for selectively positioning the first electrode (2.i) with respect to the second electrode in a first position in which a distance between the first discharge portion and the second discharge portion is sufficiently small to support the plasma discharge at the high voltage difference, and in a second position in which the distance between the first discharge portion and the second discharge portion is sufficiently large to prevent plasma discharge at the high voltage difference, characterised in that the device is further provided with an intermediate structure that is, in use, arranged in between the first electrode (2.i) and the substrate and mechanically coupled to the first electrode so that it moves along the substrate together with the first electrode, for allowing positioning the first electrode with respect to the substrate.
A carrier rail housing having a latching base for attaching to a carrier rail, wherein the latching base comprises - a carrier rail receiving opening for receiving a carrier rail, - two latching links (4, 12) that can move relative to one another having in each case at least one latching lug (6, 13) that protrudes in a latched position into the carrier rail receiving opening so as to latch with a carrier rail that can be received in the carrier rail receiving opening, and - a coupling element that is operatively connected to the two latching links (4, 12) and a movement of one latching link is transferred into a movement of the other latching link, characterized in that the latching base furthermore comprises a locking arm having a stop that protrudes into the carrier rail opening in an open position, in which the latching lugs (6, 13) are unlatched from the carrier rail, so as to make contact with a side edge of the carrier rail that can be received in the carrier rail receiving opening, wherein the locking arm is operatively connected to the latching links (4, 12) in such a manner that the latching links (4, 12) are held in the open position by means of the stop making contact. - a carrier rail receiving opening for receiving a carrier rail, - two latching links (4, 12) that can move relative to one another having in each case at least one latching lug (6, 13) that protrudes in a latched position into the carrier rail receiving opening so as to latch with a carrier rail that can be received in the carrier rail receiving opening, and - a coupling element that is operatively connected to the two latching links (4, 12) and a movement of one latching link is transferred into a movement of the other latching link, characterized in that the latching base furthermore comprises a locking arm having a stop that protrudes into the carrier rail opening in an open position, in which the latching lugs (6, 13) are unlatched from the carrier rail, so as to make contact with a side edge of the carrier rail that can be received in the carrier rail receiving opening, wherein the locking arm is operatively connected to the latching links (4, 12) in such a manner that the latching links (4, 12) are held in the open position by means of the stop making contact.
Method for producing a join connection between a joint housing, in particular a ball joint housing, and at least one linking component, said method comprising the following steps: - providing a blank for the production of the joint housing, wherein the blank has a chamfer; - providing the linking component, wherein the latter has a joint receptacle which is configured as an opening; - inserting the blank into the joint receptacle of the linking component, wherein an annular gap exists between the blank and the linking component; wherein the blank has an encircling annular bead which when inserted into the joint receptacle of the linking component serves as a detent, on the one hand, and during the cold extrusion serves for introducing a force, on the other hand; and - producing the joint housing by forming, by means of cold-extruding the inserted blank, wherein an undercut form-fitting join connection between the joint housing and the linking component is generated by lateral extrusion and/or compression during the cold extrusion process. - providing a blank for the production of the joint housing, wherein the blank has a chamfer; - providing the linking component, wherein the latter has a joint receptacle which is configured as an opening; - inserting the blank into the joint receptacle of the linking component, wherein an annular gap exists between the blank and the linking component; wherein the blank has an encircling annular bead which when inserted into the joint receptacle of the linking component serves as a detent, on the one hand, and during the cold extrusion serves for introducing a force, on the other hand; and - producing the joint housing by forming, by means of cold-extruding the inserted blank, wherein an undercut form-fitting join connection between the joint housing and the linking component is generated by lateral extrusion and/or compression during the cold extrusion process.
A battery cell degassing apparatus for degassing a battery cell having a gas pocket, comprising: a chamber cover to which the battery cell is detachably placed; a vacuum chamber coupled to the chamber cover as the chamber cover slides in a horizontal direction and configured to accommodate the battery cell in a vacuum environment; a piercing unit provided at the vacuum chamber to pierce a part of the gas pocket; and a pressing unit provided at the vacuum chamber to be spaced apart from the piercing unit and configured to flatten an upper surface and a lower surface of the battery cell and discharge a gas inside the battery cell to the outside of the battery cell, wherein the piercing unit includes: a first piercing part provided above the gas pocket inside the vacuum chamber; and a second piercing part disposed to face the first piercing part with the gas pocket being interposed therebetween, and the first piercing part includes a vacuum pad vacuum-adsorbable to the gas pocket and lifting the gas pocket upwards. a chamber cover to which the battery cell is detachably placed; a vacuum chamber coupled to the chamber cover as the chamber cover slides in a horizontal direction and configured to accommodate the battery cell in a vacuum environment; a piercing unit provided at the vacuum chamber to pierce a part of the gas pocket; and a pressing unit provided at the vacuum chamber to be spaced apart from the piercing unit and configured to flatten an upper surface and a lower surface of the battery cell and discharge a gas inside the battery cell to the outside of the battery cell, wherein the piercing unit includes: a first piercing part provided above the gas pocket inside the vacuum chamber; and a second piercing part disposed to face the first piercing part with the gas pocket being interposed therebetween, and the first piercing part includes a vacuum pad vacuum-adsorbable to the gas pocket and lifting the gas pocket upwards. a first piercing part provided above the gas pocket inside the vacuum chamber; and a second piercing part disposed to face the first piercing part with the gas pocket being interposed therebetween, and the first piercing part includes a vacuum pad vacuum-adsorbable to the gas pocket and lifting the gas pocket upwards.
An oxidation furnace for the oxidative treatment of fibers, in particular for producing carbon fibers, the oxidation furnace having a) a housing which except for passage openings (18, 20, 70) for the fibers, inter alia, is gas tight; b) a process chamber which is located in the interior of the housing; c) deflection rollers which guide the fibers in a serpentine manner such that they lie beside one another in the form of a fiber carpet through the process chamber, wherein the fiber carpet defines a plane between respective mutually opposite deflection rollers; d) an atmosphere generating installation, by way of which a hot operating atmosphere is generatable, and which comprises a blower installation having at least one exit window through which hot operating atmosphere is capable of being blown into the process chamber between two adjacent planes of the fiber carpet; wherein e) the operating atmosphere reaches the process chamber by way of a flow directing installation, and f) the flow directing installation comprises replaceable flow directing elements having flow passages which are mountable in a releasable and/or movable manner in front of the exit window on the blower installation; characterized in that g) access means by way of which the flow directing element is accessible from outside the process chamber are provided. a) a housing which except for passage openings (18, 20, 70) for the fibers, inter alia, is gas tight; b) a process chamber which is located in the interior of the housing; c) deflection rollers which guide the fibers in a serpentine manner such that they lie beside one another in the form of a fiber carpet through the process chamber, wherein the fiber carpet defines a plane between respective mutually opposite deflection rollers; d) an atmosphere generating installation, by way of which a hot operating atmosphere is generatable, and which comprises a blower installation having at least one exit window through which hot operating atmosphere is capable of being blown into the process chamber between two adjacent planes of the fiber carpet; wherein e) the operating atmosphere reaches the process chamber by way of a flow directing installation, and f) the flow directing installation comprises replaceable flow directing elements having flow passages which are mountable in a releasable and/or movable manner in front of the exit window on the blower installation;
1. A driving mechanism (D1; D2) for a vehicle provided with at least two wheels, comprising - a drive source which is connected to the wheels via a drive line, - a clutch present in the drive line between the drive source and the wheels - a first hybrid module comprising: ∘ - an input/output (I/O1) which is connected to the drive source directly or via a first node that is present between the clutch and the drive source, ∘ - a flywheel which is connected to the input/output, and ∘ - a flywheel clutch which is present between the flywheel and the input/output, characterized in that the driving mechanism further includes: - a second hybrid module which is provided with: ∘ - a further input/output (I/O2) which is connected to the drive line via a second node (4, 5) that is present between the clutch and the wheels, ∘ - a motor/generator (M/G) which is connected to the further input/output, ∘ - energizing means which are connected to the motor/generator; ∘ - a further clutch which is present between the motor/generator (M/G) and the further input/output (I/O2). - a drive source which is connected to the wheels via a drive line, - a clutch present in the drive line between the drive source and the wheels - a first hybrid module comprising: ∘ - an input/output (I/O1) which is connected to the drive source directly or via a first node that is present between the clutch and the drive source, ∘ - a flywheel which is connected to the input/output, and ∘ - a flywheel clutch which is present between the flywheel and the input/output, ∘ - an input/output (I/O1) which is connected to the drive source directly or via a first node that is present between the clutch and the drive source, ∘ - a flywheel which is connected to the input/output, and ∘ - a flywheel clutch which is present between the flywheel and the input/output, - a second hybrid module which is provided with: ∘ - a further input/output (I/O2) which is connected to the drive line via a second node (4, 5) that is present between the clutch and the wheels, ∘ - a motor/generator (M/G) which is connected to the further input/output, ∘ - energizing means which are connected to the motor/generator; ∘ - a further clutch which is present between the motor/generator (M/G) and the further input/output (I/O2). ∘ - a further input/output (I/O2) which is connected to the drive line via a second node (4, 5) that is present between the clutch and the wheels, ∘ - a motor/generator (M/G) which is connected to the further input/output, ∘ - energizing means which are connected to the motor/generator; ∘ - a further clutch which is present between the motor/generator (M/G) and the further input/output (I/O2).