mhurhangee/ep-ind-claims huggingface dataset:
A draft device for a spinning machine comprising: a plurality of pairs of rollers (14, 15, 16, 17) each including a bottom roller (14a, 15a, 16a, 17a) and a top roller (14b, 15b, 16b, 17b), wherein the downstream top roller (15b, 16b, 17b) is configured so as to have a rotation speed higher than that of the upstream top roller; a plurality of cleaning modules arranged to make contact with and separate from at least two of the top rollers; and a plurality of control members (57, 58) each arranged on a rotation shaft of each of at least two of the top rollers and adapted to control contacting and separating timing of the cleaning modules, wherein the control member (57, 58) is adapted to separate the cleaning module from the top roller within a first angle (α, β) around the rotation shaft, and to bring the cleaning module into contact with the top roller within a second angle around the rotation shaft, the second angle obtained by subtracting the first angle from 360°, wherein the first angle (β) of the control member located most downstream is selected from a range of 50° or more and 300° or less; characterized in that at least configurations of the control member located most upstream and the control member located most downstream related to the contacting and separating timing are different. a plurality of pairs of rollers (14, 15, 16, 17) each including a bottom roller (14a, 15a, 16a, 17a) and a top roller (14b, 15b, 16b, 17b), wherein the downstream top roller (15b, 16b, 17b) is configured so as to have a rotation speed higher than that of the upstream top roller; a plurality of cleaning modules arranged to make contact with and separate from at least two of the top rollers; and a plurality of control members (57, 58) each arranged on a rotation shaft of each of at least two of the top rollers and adapted to control contacting and separating timing of the cleaning modules, wherein the control member (57, 58) is adapted to separate the cleaning module from the top roller within a first angle (α, β) around the rotation shaft, and to bring the cleaning module into contact with the top roller within a second angle around the rotation shaft, the second angle obtained by subtracting the first angle from 360°, wherein the first angle (β) of the control member located most downstream is selected from a range of 50° or more and 300° or less; characterized in that at least configurations of the control member located most upstream and the control member located most downstream related to the contacting and separating timing are different.
Method for operating an arrangement of sound transducers according to the wave-field synthesis principle for the supply of an audience area with a same audio signal content, wherein the arrangement of sound transducers is operated such that it radiates wavefronts to the audience area that correspond to those generated in a model by at least two virtual sound sources (5, 6, 7, 8) that, seen from the audience area, are arranged behind the arrangement of sound transducers, and the respective wavefronts corresponding to the same audio signal content, are each oriented to just part of the audience area, wherein the corresponding wavefronts of the audio signal content and beam angles of the wavefronts are obtained from positions of the at least two virtual sound sources (5, 6, 7, 8) with reference to the arrangement of the sound transducers, characterized in that a signal level at the upper end of the frequency range to be transmitted is lowered in the centre of the arrangement of sound transducers in order to bring about a higher efficiency for the sound generation with the remaining frequency range because of the incoherent addition of the corresponding wavefronts, wherein in order for the supply of an audience area with a same audio signal content - the virtual sound sources (5, 6, 7, 8) with the same signal content are arranged at different positions, and - the virtual sound sources (5, 6, 7, 8) with the same signal content are equidistant from a point in the middle of the part in the audience area in which an overlap in their wavefronts cannot be avoided in the model, or the signal content of the virtual sound sources (5, 6, 7, 8) is delayed with respect to one another until their wavefronts arrive at this point at the same time, and - wherein the higher efficiency of the sound generation is brought about by a level increase by the spatially distributed virtual sound sources (5, 6, 7, 8). - the virtual sound sources (5, 6, 7, 8) with the same signal content are arranged at different positions, and - the virtual sound sources (5, 6, 7, 8) with the same signal content are equidistant from a point in the middle of the part in the audience area in which an overlap in their wavefronts cannot be avoided in the model, or the signal content of the virtual sound sources (5, 6, 7, 8) is delayed with respect to one another until their wavefronts arrive at this point at the same time, and - wherein the higher efficiency of the sound generation is brought about by a level increase by the spatially distributed virtual sound sources (5, 6, 7, 8).
An anti-PODXL antibody that is capable of destroying an undifferentiated human embryonic stem cell, the antibody having the amino acid sequences: i) SASSSVNYMY (SEQ ID NO: 2) ii) DTSNLAS (SEQ ID NO: 3) iii) QQWSSYPYT (SEQ ID NO: 4) iv) NYWMN (SEQ ID NO: 5) v) EIRLKSNNYATHYAESVKG (SEQ ID NO: 6); and vi) ERA (SEQ ID NO: 7). i) SASSSVNYMY (SEQ ID NO: 2) ii) DTSNLAS (SEQ ID NO: 3) iii) QQWSSYPYT (SEQ ID NO: 4) iv) NYWMN (SEQ ID NO: 5) v) EIRLKSNNYATHYAESVKG (SEQ ID NO: 6); and vi) ERA (SEQ ID NO: 7).
Covering for a motor vehicle, in particular for a lorry, by means of which at least certain regions of an engine compartment of the motor vehicle, containing an engine and a gearbox, is covered towards the bottom and which comprises at least one covering element, which can be moved from a covering position into at least one further position (B, C), wherein in the at least one further position (C, B) of the covering element a clear opening is uncovered relative to a vehicle vertical direction (Z-axis) of the motor vehicle and the covering element is placed below the engine and the gearbox in the direction of the vehicle vertical axis (Z-axis), characterised in that the covering element comprises a blind, in particular a roller blind, and in that the covering element is rolled up below a radiator located at the front of the motor vehicle in the fully open position.
A data processing apparatus comprising: means for converting a digital image to an image with multiple intensity level images, where the multiple intensity level images comprise connected components as character candidates; means for forming, for the connected components located on each intensity level image, a scale set in a form of at least one grid of spatial bins, each spatial bin covering a region of the corresponding intensity level image, wherein scale sets for different intensity levels define different size spatial bins; for each of the multiple scale sets: means for generating, in a form of a value of a histogram for each spatial bin, a count of connected components extracted from the corresponding intensity level image on the respective scale set, said count corresponding to the number of connected components located in the region defined by the spatial bin; means for filtering out all spatial bins in which the count is less than a predetermined value; means for connecting pairwise adjacent spatial bins having the count of connected components more than or equal to the predetermined value; means for merging the connected components from the scale sets of different intensity levels; and means for performing text line detection on the merged connected components. means for converting a digital image to an image with multiple intensity level images, where the multiple intensity level images comprise connected components as character candidates; means for forming, for the connected components located on each intensity level image, a scale set in a form of at least one grid of spatial bins, each spatial bin covering a region of the corresponding intensity level image, wherein scale sets for different intensity levels define different size spatial bins; for each of the multiple scale sets: means for generating, in a form of a value of a histogram for each spatial bin, a count of connected components extracted from the corresponding intensity level image on the respective scale set, said count corresponding to the number of connected components located in the region defined by the spatial bin; means for filtering out all spatial bins in which the count is less than a predetermined value; means for connecting pairwise adjacent spatial bins having the count of connected components more than or equal to the predetermined value; means for generating, in a form of a value of a histogram for each spatial bin, a count of connected components extracted from the corresponding intensity level image on the respective scale set, said count corresponding to the number of connected components located in the region defined by the spatial bin; means for filtering out all spatial bins in which the count is less than a predetermined value; means for connecting pairwise adjacent spatial bins having the count of connected components more than or equal to the predetermined value; means for merging the connected components from the scale sets of different intensity levels; and means for performing text line detection on the merged connected components.
Press having a drive train which has a movable press ram for transmitting a pressing force to a workpiece to be processed, and having a sensor for measuring the pressing force, wherein the sensor is arranged in a sensor housing which is releasably fastenable in a cavity which is situated in the drive train, wherein the sensor housing has a spreadable hub and a spreading element which is configured such that, during a relative movement of hub and spreading element along a longitudinal axis of the sensor housing, it spreads the hub open, and it presses said hub against an inner wall of the cavity, and it thus fastens the sensor housing in the cavity, wherein the sensor housing furthermore has a screw for fastening the spreading element to the hub, wherein tightening of the screw brings about the relative movement of hub and spreading element, characterized in that the spreading element has a centrally arranged internal thread into which the screw engages through the hub, and in that the spreading element has a passage opening through which a connection cable of the sensor is led, wherein the passage opening is arranged offset from the internal thread and extends parallel thereto.
A stackable container device for fruits and vegetables to form a stack of such container devices including a tray having a horizontal bottom, two longitudinal walls and two solid transverse walls, the container device further comprising two transverse platforms that are oriented horizontally on the inner side of the tray while determining, with a horizontal upper edge of the walls of the tray at its corners, a connection with the longitudinal and transverse walls, a stacking support for said stacking of said container devices, and, corresponding with each solid transverse wall, the container device comprises a reinforcing device provided on the one hand with a face extending at a right angle relative to the transverse wall while making up the corresponding platform, and on the other hand, two folded faces (37, 39) attaching the platform face within the container device while stabilizing this platform horizontally at the horizontal upper edge, these folded faces comprising an intermediate face extending below the platform and a fastening face extending vertically from the intermediate face while being stable relative to the corresponding transverse wall, the intermediate face extending inclined below the platform face while being oriented, from a free end of the platform face on the inner side of the tray, on the one hand toward the corresponding transverse wall and on the other hand toward the bottom of the tray to serve as a brace for the platform face, each upper edge of the transverse walls defining a stacking support for said stack of said such container devices, the fastening face being positioned against the primary face with adhesion for a solid assembly, the height of the fastening face being reduced such that the bottom of the fastening face does not bear on the bottom of the tray to save material, characterized in that the container device comprises an upper stacking wedge post for said stacking of said such container devices on each of the two solid transverse walls, protruding from the horizontal upper edge of the transverse wall, and a notch of the connection of the bottom and the transverse wall to receive a corresponding post.
A memory cell comprising: an adjustable resistor; a heating element adjacent the adjustable resistor; and a dielectric layer separating the adjustable resistor from the heating element, wherein the heating element is configured to write data to the adjustable resistor by altering the resistance of the adjustable resistor by dissipating heat through the dielectric layer to the adjustable resistor, wherein the resistance of the adjustable resistor represents a value of said data, the memory cell characterised in that the adjustable resistor comprises a first layer of chromium silicon and a second layer of chromium silicon, wherein a concentration of silicon in said first layer is different from a concentration of silicon in said second layer. an adjustable resistor; a heating element adjacent the adjustable resistor; and a dielectric layer separating the adjustable resistor from the heating element, wherein the heating element is configured to write data to the adjustable resistor by altering the resistance of the adjustable resistor by dissipating heat through the dielectric layer to the adjustable resistor, wherein the resistance of the adjustable resistor represents a value of said data, the memory cell characterised in that the adjustable resistor comprises a first layer of chromium silicon and a second layer of chromium silicon, wherein a concentration of silicon in said first layer is different from a concentration of silicon in said second layer.
A knitting machine comprising a needle holder which supports a plurality of needles which can be actuated with an alternating motion along their axis and means for guiding said needles on said needle holder, each one of said needles being provided with at least one heel that protrudes from the needle holder and can engage paths defined by needle actuation cams and being actuatable with an alternating motion along its axis with respect to said needle holder with an extraction motion, by means of which the needle is extracted with its tip and with a portion of its shank from one end of the needle holder in order to drop, onto its shank, the previously formed loop of knitting and/or to pick up the yarn or yarns dispensed at a feed or drop of the machine, and with a retracting motion, by means of which the needle is made to retract with its tip into said end of the needle holder in order to form a new loop of knitting, performing knockover of the loop of knitting formed previously in order to produce knitting, said guiding means comprising channels for forming knitting which are defined on said needle holder proximate to said one end of the needle holder and sliding channels which are also defined on said needle holder but in a region that is spaced from said one end of the needle holder, said at least one heel of each one of said needles sliding in said sliding channels, each one of said channels for forming knitting being engageable by a needle and defining with its inlet, which is directed toward the outside of said needle holder, resting contact regions for the knitting during the retracting motion of the needles, characterized in that the number of said sliding channels is smaller than the number of said channels for forming knitting.
A bicycle damping system comprising: a valve box having a first and second fluid path (290,295); a cylinder having a first and second chamber (270,275); a first shaft arranged coaxially within said cylinder, said first shaft having a first and second end wherein said second end is arranged within said cylinder, said first shaft having a coaxial bore hole fluidly coupled to said valve box first fluid path on a first end of said first shaft and fluidly coupled to said first chamber on said second end of said first shaft; a second shaft arranged coaxially, outboard of, and coupled to said first shaft, said second shaft arranged coaxially within said cylinder, said second shaft having a coaxial borehole fluidly coupled on a first end of said second shaft to said valve box second fluid path and to said second chamber on a second end of a second shaft; a piston coupled to said first shaft, said piston arranged to separate said first and second chambers (270,275); a first sensor (315,320,325); and, a controller electrically coupled to said valve box and said sensor (315,320,325), said controller further comprises a processor responsive for executing instructions to control the flow of fluid through said valve box in response to a signal from said sensor (315,320,325). a valve box having a first and second fluid path (290,295); a cylinder having a first and second chamber (270,275); a first shaft arranged coaxially within said cylinder, said first shaft having a first and second end wherein said second end is arranged within said cylinder, said first shaft having a coaxial bore hole fluidly coupled to said valve box first fluid path on a first end of said first shaft and fluidly coupled to said first chamber on said second end of said first shaft; a second shaft arranged coaxially, outboard of, and coupled to said first shaft, said second shaft arranged coaxially within said cylinder, said second shaft having a coaxial borehole fluidly coupled on a first end of said second shaft to said valve box second fluid path and to said second chamber on a second end of a second shaft; a piston coupled to said first shaft, said piston arranged to separate said first and second chambers (270,275); a first sensor (315,320,325); and, a controller electrically coupled to said valve box and said sensor (315,320,325), said controller further comprises a processor responsive for executing instructions to control the flow of fluid through said valve box in response to a signal from said sensor (315,320,325).
A fuel injector comprising: a feed arm with an inlet end and a nozzle body extending from the feed arm at an end opposite the inlet end, wherein the nozzle body defines a prefilming chamber that opens into an annular outlet orifice for issuing a spray therefrom; a plurality of fuel circuits defined from the inlet end of the feed arm to the prefilming chamber of the nozzle body; wherein the plurality of fuel circuits includes at least three fuel circuits; wherein each fuel circuit in the plurality of fuel circuits includes a single outlet slot feeding into the prefilming chamber; and characterised in that the fuel circuits are in fluid isolation from one another from the inlet end of the feed arm to the prefilming chamber, and in that each of the fuel circuits includes a single respective conduit extending through the nozzle body from the feed arm to a single outlet slot feeding into the prefilming chamber. a feed arm with an inlet end and a nozzle body extending from the feed arm at an end opposite the inlet end, wherein the nozzle body defines a prefilming chamber that opens into an annular outlet orifice for issuing a spray therefrom; a plurality of fuel circuits defined from the inlet end of the feed arm to the prefilming chamber of the nozzle body; wherein the plurality of fuel circuits includes at least three fuel circuits; wherein each fuel circuit in the plurality of fuel circuits includes a single outlet slot feeding into the prefilming chamber; and characterised in that the fuel circuits are in fluid isolation from one another from the inlet end of the feed arm to the prefilming chamber, and in that each of the fuel circuits includes a single respective conduit extending through the nozzle body from the feed arm to a single outlet slot feeding into the prefilming chamber.
Control system for the control of pressure fluid supply to consumers being a feed motor, a percussion device and a rotation motor of a rock drilling machine, said system including a regulating valve (6,7,8) for each one of the consumers, wherein fluid conduits lead between the regulating valves and the respective consumers, characterized in that the system has: - an electronically controlled auxiliary control unit which includes at least one electrically controlled auxiliary valve for the connection to and intercepting in at least one of the fluid conduits, - at least one sensor for sensing prevailing fluid parameter values in respect of at least one of members of the rock drilling machine and sending sensor signals to the auxiliary control unit as sensor input signal is-values, and - a processor having at least one parameter sensor input signal entry for receiving said sensor input signal is-values and at least one control signal exit for signal control of a respective auxiliary valve, wherein the processor is arranged to compare said sensor input signal is-values with parameter should-values and to emit control signals to at least one of the auxiliary valves as a response to the result of the comparison in order to adjust fluid flow in the fluid conduit related to said at least one of the auxiliary valves. - an electronically controlled auxiliary control unit which includes at least one electrically controlled auxiliary valve for the connection to and intercepting in at least one of the fluid conduits, - at least one sensor for sensing prevailing fluid parameter values in respect of at least one of members of the rock drilling machine and sending sensor signals to the auxiliary control unit as sensor input signal is-values, and - a processor having at least one parameter sensor input signal entry for receiving said sensor input signal is-values and at least one control signal exit for signal control of a respective auxiliary valve,