mhurhangee/patent-ind-claim-en huggingface dataset:
A clearance compensation device for a model car of the type which travels by magnetic force following a lead member (LM), the device comprising: a guide part having a guide rail formed along the vertical direction, and a magnetic body , wherein the guide part is mountable on the bottom surface (CBS) of the model car; and the device further comprises a clearance compensation part which is provided on the guide part , said clearance compensation part has a bottom surface (BS) that, in use, is in contact with the upper surface (PUS) of a panel having a runway formed thereon on which said model car travels, said clearance compensation part ascends and descends along the guide rail in response to the shape of the upper surface (PUS) of the panel when the model car travels, and is configured to compensate for a clearance (C) between the bottom surface (CBS) of the model car and the upper surface (PUS) of the panel so that the bottom surface (CBS) is constantly in contact with the upper surface (PUS) of the panel; and a magnetic body is provided in the clearance compensation part to be coupled with the lead member (LM) with the panel there between.
A display panel , comprising: a display component layer , comprising: a first polarizer ; a first substrate arranged on the first polarizer ; a second substrate arranged on the first substrate ; and a second polarizer arranged on the second substrate ; a first anti-reflective film arranged on the second polarizer ; a touch-control component arranged on the first anti-reflective film ; and a second anti-reflective film arranged on the touch-control component away from the first anti-reflective film . a display component layer , comprising: a first polarizer ; a first substrate arranged on the first polarizer ; a second substrate arranged on the first substrate ; and a second polarizer arranged on the second substrate ; a first polarizer ; a first substrate arranged on the first polarizer ; a second substrate arranged on the first substrate ; and a second polarizer arranged on the second substrate ; a first anti-reflective film arranged on the second polarizer ; a touch-control component arranged on the first anti-reflective film ; and a second anti-reflective film arranged on the touch-control component away from the first anti-reflective film .
A method of a second base station in a network using a first wireless communication link and a second wireless communication link, the method comprising: setting up a logical bearer for receiving first information between a first base station and the second base station; receiving , by using a user equipment, UE, communication module included in the second base station, the first information including control information from a first base station via the first wireless communication link; receiving second information including data from an internet or a core network via a wired interface different from the first communication link; identifying the control information to be transmitted via the second wireless communication link from the first information; identifying the data to be transmitted via the second wireless communication link from the second information; and transmitting the control information and the data via the second wireless communication link to a terminal, wherein the UE communication module includes a layer , that has a mapping relationship between an identifier of the UE communication module and an identifier of the second base station, for receiving the control information, and wherein the layer is located above a radio resource control, RRC, layer of the UE communication module. setting up a logical bearer for receiving first information between a first base station and the second base station; receiving , by using a user equipment, UE, communication module included in the second base station, the first information including control information from a first base station via the first wireless communication link; receiving second information including data from an internet or a core network via a wired interface different from the first communication link; identifying the control information to be transmitted via the second wireless communication link from the first information; identifying the data to be transmitted via the second wireless communication link from the second information; and transmitting the control information and the data via the second wireless communication link to a terminal, wherein the UE communication module includes a layer , that has a mapping relationship between an identifier of the UE communication module and an identifier of the second base station, for receiving the control information, and wherein the layer is located above a radio resource control, RRC, layer of the UE communication module.
A one-piece or two-piece ostomy appliance comprising a base plate , the base plate comprising a film and an adhesive disposed on a proximal surface of the film and adapted for attaching the base plate to the skin of a user, with a first hole formed in the base plate , and further comprising a convex element attached to a distal surface of the film, with a second hole formed in the convex element , wherein the first and the second holes are co-axially aligned, characterised in that the second hole has a diameter equal to a diameter of the first hole , wherein the second hole , formed in the convex element comprises a lubricating edge that changes from a solid state to a semi-liquid state when exposed to moisture, and wherein the characteristics of the convex element are further controlled by embossing such that the surface of the convex element is embossed.
A rolling bearing including an outer ring , an inner ring , and a rolling element rollably arranged between the outer ring and the inner ring , wherein an outer diameter surface of the outer ring is fitted to a housing , and an inner diameter surface of the inner ring is fitted to a shaft member , wherein at least one of the outer diameter surface of the outer ring and the inner diameter surface of the inner ring has a bonded film containing an organic binder comprising a base material and a curing agent, a solid lubricant powder, and a friction/wear modifier, and wherein in a section of the bonded film , the friction/wear modifier having a cross-sectional area of 1μm 2 or larger occupies an area ratio of 2.5% or greater.
Method for drying biomass, wherein the method comprising the steps of: - forming an oblong pile of the biomass, wherein the pile has an height of 4-6 m, a width of 10-20 m and a length of 50-100 m, - arranging a lengthwise air-pocket device at the top of the oblong pile, which air-pocket device is a horizontal half cut pipe with a diameter of 400-1000 mm, preferably about 800 mm, wherein the device forms an air-pocket throughout the upper part of the oblong pile, - arranging at least one motor-fan on top of the air-pocket device for blowing air out from of the air-pocket device, - insulating the air-pocket device with a flexible plastic foam cell , such that effectiveness of the drying capacity is increased, and - protecting the pile with a water protected flexible cover , which cover at least the upper part of the chip pile, preferably more than half the height of the chip pile from the top, wherein at least some parts of the pile are not covered, such that air can pass from the outside of the pile and move upwards through the top of the pile to the air-pocket device. - forming an oblong pile of the biomass, wherein the pile has an height of 4-6 m, a width of 10-20 m and a length of 50-100 m, - arranging a lengthwise air-pocket device at the top of the oblong pile, which air-pocket device is a horizontal half cut pipe with a diameter of 400-1000 mm, preferably about 800 mm, wherein the device forms an air-pocket throughout the upper part of the oblong pile, - arranging at least one motor-fan on top of the air-pocket device for blowing air out from of the air-pocket device, - insulating the air-pocket device with a flexible plastic foam cell , such that effectiveness of the drying capacity is increased, and - protecting the pile with a water protected flexible cover , which cover at least the upper part of the chip pile, preferably more than half the height of the chip pile from the top, wherein at least some parts of the pile are not covered, such that air can pass from the outside of the pile and move upwards through the top of the pile to the air-pocket device.
Use of B cells exhibiting CD19 + CD27 + CD180 - CD38 high expression in the determination of the therapeutic effect of interferon beta on relapsing-remitting multiple sclerosis and/or in the determination of the therapeutic effect of an IL-6 inhibitor on relapsing-remitting multiple sclerosis.
An optical amplifier comprising: a pumping light source adapted to supply a pumping light to an optical fiber as an amplification medium; an ASE light power detector adapted to detect an ASE light power outside an amplification signal band of the amplification medium when pumped by the pumping light source, including an external ASE power flowing through the amplifier from an upstream side and adding up with the ASE power generated by the amplifier; and a control unit (C, C1000) adapted to control the pumping light source and to set initially a gain within the amplification signal band by using the ASE light power detected by the ASE light power detector outside the amplification signal band, wherein the control unit is adapted to control the pumping light source so as to compensate for an influence of the external ASE power to set initially the gain within the amplification signal band, and wherein the control unit is adapted to compensate for the influence of the external ASE power using a predetermined proportional relationship which is effective between the external ASE power outside the amplification signal band and the external ASE power within the amplification signal band and using a predetermined proportional relationship which is effective between the ASE power outside the amplification signal band and the ASE power within the amplification signal band when supplying the pumping light, the control unit being further adapted to obtain said predetermined proportional relationships by conducting a calibration process a pumping light source adapted to supply a pumping light to an optical fiber as an amplification medium; an ASE light power detector adapted to detect an ASE light power outside an amplification signal band of the amplification medium when pumped by the pumping light source, including an external ASE power flowing through the amplifier from an upstream side and adding up with the ASE power generated by the amplifier; and a control unit (C, C1000) adapted to control the pumping light source and to set initially a gain within the amplification signal band by using the ASE light power detected by the ASE light power detector outside the amplification signal band, wherein the control unit is adapted to control the pumping light source so as to compensate for an influence of the external ASE power to set initially the gain within the amplification signal band, and wherein the control unit is adapted to compensate for the influence of the external ASE power using a predetermined proportional relationship which is effective between the external ASE power outside the amplification signal band and the external ASE power within the amplification signal band and using a predetermined proportional relationship which is effective between the ASE power outside the amplification signal band and the ASE power within the amplification signal band when supplying the pumping light, the control unit being further adapted to obtain said predetermined proportional relationships by conducting a calibration process
A system configured to facilitate alignment of an EM field generator and electromagnetic (EM) sensors with respect to each other, the system comprising: at least three EM sensors configured to generate, when positioned in a working volume of an EM field generated by the EM field generator , one or more EM sensor signals based on detection of the EM field, these EM sensors configured for placement on a patient so as to surround an area of interest; a processor; and a memory storing computer-executable instructions to cause the processor to: determine a position of each EM sensor with respect to the EM field generator based on the one or more EM sensor signals; encode a representation of the position of each EM sensor with respect to the working volume of the EM field; and provide the encoded representation of the position to a display configured to render the encoded data. at least three EM sensors configured to generate, when positioned in a working volume of an EM field generated by the EM field generator , one or more EM sensor signals based on detection of the EM field, these EM sensors configured for placement on a patient so as to surround an area of interest; a processor; and a memory storing computer-executable instructions to cause the processor to: determine a position of each EM sensor with respect to the EM field generator based on the one or more EM sensor signals; encode a representation of the position of each EM sensor with respect to the working volume of the EM field; and provide the encoded representation of the position to a display configured to render the encoded data. determine a position of each EM sensor with respect to the EM field generator based on the one or more EM sensor signals; encode a representation of the position of each EM sensor with respect to the working volume of the EM field; and provide the encoded representation of the position to a display configured to render the encoded data.
Blade channel of a turbomachine, which channel is delimited in the circumferential direction (u) of the turbomachine by a pressure side of an airfoil and by an opposite suction side of an adjacent airfoil , and is delimited in the radial direction (z) of the turbomachine by two opposite side walls , and the extension of which in the axial direction (x) of the turbomachine is delimited by leading edges and trailing edges of the airfoils , at least one of the side walls being provided with local contoured regions , of which at least two contoured regions are formed as elevations and at least two contoured regions are formed as depressions , a saddle surface being formed between the contoured regions that transitions, in one revolution, alternately into an elevation and into a depression , the elevations being arranged with respect to one another substantially in the circumferential direction (u) and the depressions being arranged with respect to one another substantially in the axial direction (x), characterized in that the front depression is close to the suction side and the rear depression is arranged on the pressure side, the saddle surface being located in the crossover region of the contoured regions .
System (100; 200) for pivoting a switchgear mounting, which comprises a rotary drive shaft (120, 165; 220, 265), a damper (140; 240), a stressed torsion spring linked to the rotary drive shaft, and a device for adjusting the initial torsion stress of the torsion spring , which comprises a cogwheel (150; 250) linked to the torsion spring and an adjustment screw (170; 270), the threaded body of which engages with the notching of the cogwheel (150; 250) such that the screwing/unscrewing of the adjustment screw causes the rotation of the cogwheel about its axis, pivoting system, characterised in that a blocking element (V2; V3) is provided, distinct from the adjustment screw (170; 270), which directly or indirectly engages with the cogwheel (150; 250) to block the rotation of this cogwheel (150; 250) about its axis.
An automated process performed by a processor of a security device operating within a television receiver, the process comprising the steps: A) receiving an electronic control message that comprises a cryptographic key and a conditional delay instruction referencing at least two bits of an identifier associated with the security device; B) decrypting the electronic control message to extract the cryptographic key and the conditional delay instruction; C) executing the conditional delay instruction to determine which test value of a plurality of test values the at least two bits of the identifier associated with the security device match; and D) selectively delaying delivery of the extracted cryptographic key to the television receiver by a delay period based on which test value the at least two bits of the identifier associated with the security device match, wherein each of the plurality of test values is associated with a different delay period; wherein the selective delaying at step D) of the extracted cryptographic key to the television receiver intentionally creates visible glitches in television programming rendered by the television receiver; and wherein steps A) to D) are repeated, and wherein each time an electronic control message comprising a conditional delay instruction is received at step A), the at least two bits of the identifier referenced by the conditional delay instruction are different, until a determination of the identifier associated with the security device is enabled based on the visible glitches. A) receiving an electronic control message that comprises a cryptographic key and a conditional delay instruction referencing at least two bits of an identifier associated with the security device; B) decrypting the electronic control message to extract the cryptographic key and the conditional delay instruction; C) executing the conditional delay instruction to determine which test value of a plurality of test values the at least two bits of the identifier associated with the security device match; and D) selectively delaying delivery of the extracted cryptographic key to the television receiver by a delay period based on which test value the at least two bits of the identifier associated with the security device match, wherein each of the plurality of test values is associated with a different delay period; wherein the selective delaying at step D) of the extracted cryptographic key to the television receiver intentionally creates visible glitches in television programming rendered by the television receiver; and wherein steps A) to D) are repeated, and wherein each time an electronic control message comprising a conditional delay instruction is received at step A), the at least two bits of the identifier referenced by the conditional delay instruction are different, until a determination of the identifier associated with the security device is enabled based on the visible glitches.
A butt laser-welding method for a metallic member wherein a laser beam (LB) is scanned so as to repeatedly cross butting surfaces of metallic members to weld the metallic members to each other, wherein the laser beam (LB) is scanned so as to cross the butting surfaces, and wherein the closer the laser beam (LB) comes to the butting surfaces, the more an irradiation energy density E of the laser beam (LB) is increased, the irradiation energy density E being expressed by E=P/(v s ×d s ) where P is a laser output, v s is a scanning sped of the laser beam (LB), and d s is a spot diameter of the laser beam (LB), characterized in that during welding of the metallic members , a gap in a part to be scanned by the laser beam (LB) is detected in the butting surfaces, and a swing width (w s ) of the laser beam (LB) is changed based on the detected gap (G) so that the larger the gap (G) is, the more the swing width (w s ) of the laser beam (LB) crossing the butting surfaces increases.
Collector plate able to be integrated in a collector box that forms part of a heat exchanger for a vehicle, said collector plate comprising slots able to house one of the ends of tubes that form part of the heat exchanger , at least two groups of slots (Gf1, Gf2) each being made up of slots called open slots , characterized in that the collector plate comprises at least one slot called blind slot arranged between the two groups of open slots (Gf1, Gf2) .
A flow conduit insert (INS) for inserting in a flow conduit (FC) of an ultrasonic flow meter (UFM), said flow conduit insert (INS) being adapted for increasing the flow velocity of a fluid flowing through said flow conduit (FC), wherein said flow conduit insert (INS) comprises - a flow controlling arrangement (FCA), and - a fixation arrangement (FXA), wherein said flow controlling arrangement (FCA) defines an inner flow channel (IFC) having free passage along the longitudinal center axis (LA) of the flow conduit (FC) over the entire length of the flow conduit insert (INS), wherein said fixation arrangement (FXA) is arranged to fixate at least one ultrasound reflector (UR), wherein said flow controlling arrangement (FCA) comprises at least two controlling arrangement parts (FCAP, SCAP), and characterized in that said fixation arrangement (FXA) is arranged to lock the at least two controlling arrangement parts (FCAP, SCAP) together to form a self-supporting flow conduit insert (INS). said flow conduit insert (INS) being adapted for increasing the flow velocity of a fluid flowing through said flow conduit (FC), wherein said flow conduit insert (INS) comprises - a flow controlling arrangement (FCA), and - a fixation arrangement (FXA), - a flow controlling arrangement (FCA), and - a fixation arrangement (FXA), wherein said flow controlling arrangement (FCA) defines an inner flow channel (IFC) having free passage along the longitudinal center axis (LA) of the flow conduit (FC) over the entire length of the flow conduit insert (INS), wherein said fixation arrangement (FXA) is arranged to fixate at least one ultrasound reflector (UR), wherein said flow controlling arrangement (FCA) comprises at least two controlling arrangement parts (FCAP, SCAP), and characterized in that said fixation arrangement (FXA) is arranged to lock the at least two controlling arrangement parts (FCAP, SCAP) together to form a self-supporting flow conduit insert (INS).
A feeding device for feeding wrapping material into a pressing chamber of a round baler , comprising - at least one roll holder for receiving at least one wrap roll , - at least one elongated infeed roller which can be driven about a rotational axis , - at least one elongated pressure roller orientated parallel to the infeed roller and associated with the infeed roller , and - at least one cutting device , wherein, by driving the infeed roller in a drive direction , wrapping material can be gradually drawn from the wrap roll , wherein the pressure roller can be clamped against the infeed roller so that wrapping material which is guided in a guide gap formed between the pressure roller and the infeed roller can be pressed against the infeed roller , wherein, starting from a passive position in which it is ineffective, the cutting device can be moved into an active position in which it is suitable for engaging with wrapping material in order to cut it through, wherein the infeed roller cooperates with a locking device which, when in a locked position, prevents a rotation of the infeed roller in a rotational direction opposite to the drive direction , wherein the locking device can be moved into a maintenance position which allows rotation of the infeed roller in both rotational directions relative to its rotational axis , the locking device can be fixed in the maintenance position so that a self-actuated return of the locking device from the maintenance position into the locked position is prohibited, characterized in that the infeed roller cooperates with a ratchet disk which is connected to the infeed roller in a torque-resisting manner and is therefore capable of interlockingly engaging with the locking device , wherein the circumference of the ratchet disk has a plurality of ratchet teeth. - at least one roll holder for receiving at least one wrap roll , - at least one elongated infeed roller which can be driven about a rotational axis , - at least one elongated pressure roller orientated parallel to the infeed roller and associated with the infeed roller , and - at least one cutting device ,