mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus comprising: image forming means for forming, on an image carrier , a first correction pattern including developer images of a plurality of colors, and a second correction pattern including developer images of the plurality of colors; a detection means for detecting the first correction pattern and the second correction pattern by emitting light to the first correction pattern and the second correction pattern, and receiving reflected light from the first correction pattern and the second correction pattern; registration correction means for performing registration correction control based on the developer images of the plurality of colors of the first correction pattern detected by the detection means; and density correction means for performing density correction control based on the developer images of the plurality of colors of the second correction pattern detected by the detection means, wherein the first correction pattern and the second correction pattern are arranged on a line in a moving direction of the image carrier, characterized in that the density correction means is configured to decide a position where the developer image of at least one color of the second correction pattern used for the density correction control has been formed on the image carrier based on a position on the image carrier detected by the detection means where the developer image of the color of the first correction pattern has been formed. image forming means for forming, on an image carrier , a first correction pattern including developer images of a plurality of colors, and a second correction pattern including developer images of the plurality of colors; a detection means for detecting the first correction pattern and the second correction pattern by emitting light to the first correction pattern and the second correction pattern, and receiving reflected light from the first correction pattern and the second correction pattern; registration correction means for performing registration correction control based on the developer images of the plurality of colors of the first correction pattern detected by the detection means; and density correction means for performing density correction control based on the developer images of the plurality of colors of the second correction pattern detected by the detection means, wherein the first correction pattern and the second correction pattern are arranged on a line in a moving direction of the image carrier, characterized in that the density correction means is configured to decide a position where the developer image of at least one color of the second correction pattern used for the density correction control has been formed on the image carrier based on a position on the image carrier detected by the detection means where the developer image of the color of the first correction pattern has been formed.
An animal tissue sampling device comprising: sampling means having at least one cutting element , intended to cut an animal tissue sample, and possibly a push element that is mobile relative to the cutting element, enabling to push the sample cut by the cutting element, and storage means for storing the sample into which the cutting element or the push element is inserted after the sample has been collected, characterized in that said device also comprises removable closure means and in that said storage means forms a tube having two openings: - a first opening located at a first end of the tube, enabling said cutting element or said push element, and said sample, to be received, in which said cutting element or said push element blocks said first opening after its insertion therein; and - a second opening located at a second end of the tube, distinct from said first opening , and cooperating with removable closure means . sampling means having at least one cutting element , intended to cut an animal tissue sample, and possibly a push element that is mobile relative to the cutting element, enabling to push the sample cut by the cutting element, and storage means for storing the sample into which the cutting element or the push element is inserted after the sample has been collected, characterized in that said device also comprises removable closure means and in that said storage means forms a tube having two openings: - a first opening located at a first end of the tube, enabling said cutting element or said push element, and said sample, to be received, in which said cutting element or said push element blocks said first opening after its insertion therein; and - a second opening located at a second end of the tube, distinct from said first opening , and cooperating with removable closure means . - a first opening located at a first end of the tube, enabling said cutting element or said push element, and said sample, to be received, in which said cutting element or said push element blocks said first opening after its insertion therein; and - a second opening located at a second end of the tube, distinct from said first opening , and cooperating with removable closure means .
A connector assembly comprising: - a first connector comprising a housing with a cable receiving side and a contact side opposite to said cable receiving side ; - a second connector ; said housing comprising a latch for connecting the first and second connectors, and further comprising a securing lock which is rotatable between a release position and an intermediate position, the assembly comprising a sliding guide, wherein the connector assembly further comprises a resilient element forcing the securing lock to slide via the sliding guide from the intermediate position into a securing position characterized in that the securing lock comprises one or more cylindrical parts defining a rotational axis, wherein the sliding guide comprises a recess in the cylindrical part , wherein said resilient element is a flexible arm of the securing lock configured to slide over a bulge of the housing ; wherein side faces of the housing comprise openings for receiving said cylindrical parts ; wherein the housing comprises a protrusion slideable within the recess when the securing lock is between the intermediate position and the securing position. - a first connector comprising a housing with a cable receiving side and a contact side opposite to said cable receiving side ; - a second connector ;
Friction drilling multioperation tool sequentially comprising a plurality of distinct axial segments: a support segment , a thread-opening segment , a calibration segment of predetermined diameter and a friction self-piercing segment , characterized in that the calibration segment has a length of at least twice the diameter of the calibration segment .
A method for wireless communication, the method performed by a base station and comprising: transmitting, by the base station to a terminal device, configuration information for a plurality of sounding reference signal resources, wherein the configuration information comprises, for each sounding reference signal resource of the plurality of sounding reference signal resources, a phase tracking reference signal, PTRS, port identifier that corresponds to the sounding reference signal resource; and notifying the terminal device of different sounding reference signal resource indications, SRIs, corresponding to different sounding reference signal resources, wherein in the case that PTRS port identifiers associated with the different SRIs are the same, demodulation reference signal, DMRS, ports corresponding to the different SRIs are associated with a same PTRS port. transmitting, by the base station to a terminal device, configuration information for a plurality of sounding reference signal resources, wherein the configuration information comprises, for each sounding reference signal resource of the plurality of sounding reference signal resources, a phase tracking reference signal, PTRS, port identifier that corresponds to the sounding reference signal resource; and notifying the terminal device of different sounding reference signal resource indications, SRIs, corresponding to different sounding reference signal resources, wherein in the case that PTRS port identifiers associated with the different SRIs are the same, demodulation reference signal, DMRS, ports corresponding to the different SRIs are associated with a same PTRS port.
A microcontroller comprising: a central processing unit (CPU) ; and a plurality of peripheral units (18; 20); characterized by a peripheral trigger generator comprising a user programmable state machine, wherein the peripheral trigger generator (16; 100) is configured to receive a plurality of input signals and is programmable to automate timing functions depending on at least one of said input signals and generate at least one output signal, wherein the at least one output signal is a trigger signal that controls one of said peripheral units (18; 20) independently from said CPU . a central processing unit (CPU) ; and a plurality of peripheral units (18; 20);
Method for curing a tyre during which a green tyre is pressed against the lining of a curing mould provided with a venting device, the moulding surface of said lining forming protrusions that define cavities , the venting device comprising vents that pass through the lining, at least one cavity being divided into chambers by at least one protrusion in the form of a blade , each cavity closing on one or more vents , at least one of said chambers not closing on a vent, at least one duct passing through the blade so that the chamber(s) that does/do not close on a vent communicate(s) through the duct with a chamber that does close on a vent , characterized in that the cross-section of the duct has an area of between 0.0001 mm 2 and 0.25 mm 2 and, more preferably, 0.01 mm 2 and 0.1 mm 2 . the moulding surface of said lining forming protrusions that define cavities , the venting device comprising vents that pass through the lining, at least one cavity being divided into chambers by at least one protrusion in the form of a blade , each cavity closing on one or more vents , at least one of said chambers not closing on a vent, at least one duct passing through the blade so that the chamber(s) that does/do not close on a vent communicate(s) through the duct with a chamber that does close on a vent , characterized in that the cross-section of the duct has an area of between 0.0001 mm 2 and 0.25 mm 2 and, more preferably, 0.01 mm 2 and 0.1 mm 2 .
Device for depositing and holding a vacuum cleaner tube of a vacuum cleaner system , the device having a receiving element with a receiving region , the receiving region being arranged on one side of the device , and the receiving region serving to receive and deposit the vacuum cleaner tube , characterized in that the receiving element has an element for fixing in a parking position of the vacuum cleaner tube , wherein the element for fixing is at least one magnet and serves for self-adjustment of the vacuum cleaner tube in a parking position, and wherein the magnet is arranged centrally in the receiving element .
An oblique expanding fusion cage device , comprising: a body with a superior portion and an inferior portion , wherein the superior portion and the inferior portion each have a proximal end and a distal end , the inferior portion comprises at least one protrusion extending toward the superior portion , and the superior portion comprises at least one opening adapted to receive the at least one protrusion , wherein the superior portion has an interior portion with a semicircular cross-sectional shape and the inferior portion has an interior portion with a semicircular cross-sectional shape, and wherein at least a portion of the interior portion of the superior portion overlaps with at least a portion of the interior portion of the inferior portion , the superior portion having a planar contact surface and the inferior portion having a planar contact surface for engaging vertebrae; a pathway from the proximal end of the device to the distal end of the device between the superior portion and inferior portion , wherein the pathway is threaded from the proximal end ; an opening in the proximal end of the body enabling access to the pathway ; and an expanding member removably inserted into the opening and moveable toward the distal end of the body, wherein the expanding member engages the superior portion and the inferior portion as the expanding member moves distally within the pathway . a body with a superior portion and an inferior portion , wherein the superior portion and the inferior portion each have a proximal end and a distal end , the inferior portion comprises at least one protrusion extending toward the superior portion , and the superior portion comprises at least one opening adapted to receive the at least one protrusion , wherein the superior portion has an interior portion with a semicircular cross-sectional shape and the inferior portion has an interior portion with a semicircular cross-sectional shape, and wherein at least a portion of the interior portion of the superior portion overlaps with at least a portion of the interior portion of the inferior portion , the superior portion having a planar contact surface and the inferior portion having a planar contact surface for engaging vertebrae; a pathway from the proximal end of the device to the distal end of the device between the superior portion and inferior portion , wherein the pathway is threaded from the proximal end ; an opening in the proximal end of the body enabling access to the pathway ; and an expanding member removably inserted into the opening and moveable toward the distal end of the body, wherein the expanding member engages the superior portion and the inferior portion as the expanding member moves distally within the pathway .
Vacuum feedthrough comprising the elements - lens element , - first ring made of glass, - first hollow cylinder made of a first dielectric material, - first electrically conductive layer , - second hollow cylinder made of glass, - third hollow cylinder made of ceramic, - second ring of glass , - frame made of metal, in the above sequence radially from inside to outside, wherein at least one continuous radiation path exists for radiation from an optical wavelength range starting from a first point on a first side of the vacuum feedthrough, through the lens element to a second point on a second side of the vacuum feedthrough. - lens element , - first ring made of glass, - first hollow cylinder made of a first dielectric material, - first electrically conductive layer , - second hollow cylinder made of glass, - third hollow cylinder made of ceramic, - second ring of glass , - frame made of metal,
A fiber optic adapter assembly comprising: a first plurality of fiber optic adapters (24/124) and a second plurality of fiber optic adapters (24/124) that are arranged in an alternating configuration with respect to the first plurality of adapters (24/124), wherein the first and second pluralities of fiber optic adapters (24/124) are stacked extending widthwise in a longitudinal direction, wherein front ends of all of the first plurality of fiber optic adapters (24/124) are aligned at the same first depth (D1) in a front to back direction and front ends of all of the second plurality of fiber optic adapters (24/124) are aligned at the same second depth (D2) in the front to back direction, wherein the second depth (D2) is at a different position than the first depth (D1) in a front to back direction, wherein all of the first and second pluralities of fiber optic adapters (24/124) define parallel adapter axes.
A curable resin composition which comprises (a) a polymer having a hydrolyzable silyl group, (b) an acid catalyst having a pKa of 4 or lower at 25°C, and (c) an onium salt represented by the following general formula : C + A - ··· wherein C + is an onium cation, and A - is a hydrogen sulfate anion, a hydrogen sulfite anion, a sulfonate anion represented by R 1 SO 3 - wherein R 1 represents an alkyl group, perfluoroalkyl group, cycloalkyl group, vinyl group, aryl group, perfluoroaryl group, aralkyl group or halogen atom; or a bis(substituted sulfonyl)imide anion represented by (R 2 SO 2 ) 2 N - wherein R 2 represents an alkyl group, perfluoroalkyl group, or aryl group; tetrafluoroborate anion, or hexafluorophosphate anion , in which the main chain chemical structure of the polymer (a) having a hydrolyzable silyl group is at least one polymer selected from the group consisting of oxyalkylene polymer, vinyl polymer, polyester polymer, polyurethane polymer, and polycarbonate polymer, said curable resin composition containing the acid catalyst (b) in an amount of from 0.002 to 2 parts by mass, relative to 100 parts by mass of the polymer (a) having a hydrolyzable silyl group, and said curable resin composition containing the onium salt (c) in an amount of from 0.005 to 10 parts by mass, relative to 100 parts by mass of the polymer (a) having a hydrolyzable silyl group.
Runner holder for formwork, said runner holder divided into a first portion and a second portion , the first portion having a first end of the runner holder and the second portion having a second end of the runner holder , opposite the first end, characterised in that the first portion has a projection which is inserted in a recess of the second portion , the projection being able to slide inside the recess, such that the length of the runner holder is adjustable, and in that it also comprises at least one pressure means which is situated at the first and/or the second end, the pressure means comprising an oblique cut provided in the first and/or second end of the runner holder and a wedge for being placed between said oblique cut in the end of the runner holder and a vertical structure or wall, establishing pressure thereof and in that the first portion and the second portion have a profile with a transverse cross section in the form of a "T".
A computer-implemented method for dynamically adjusting a focus diameter (D) of a laser beam of a laser machining head of a laser cutting machine (L) for machining workpieces, in particular planar or profiled or tubular workpieces, characterised by the following steps: - checking (S1) whether there is a preconfigurable trigger event and, if so: - executing (S2) an adjustment function (f) for adjusting the focus diameter (D) during a machining process along a path that the laser machining head travels, the adjustment function (f) for adjusting the focus diameter (D) being executed independently of other machining parameters or a change in them, - adjusting the focus diameter (D) during the machining process along the path according to the result of the execution (S2). - checking (S1) whether there is a preconfigurable trigger event and, if so: - executing (S2) an adjustment function (f) for adjusting the focus diameter (D) during a machining process along a path that the laser machining head travels, the adjustment function (f) for adjusting the focus diameter (D) being executed independently of other machining parameters or a change in them, - adjusting the focus diameter (D) during the machining process along the path according to the result of the execution (S2).
A method of operating an apparatus, comprising: applying a sensing voltage to a memory cell , wherein the memory cell is a ferroelectric memory cell; and determining, by sense circuitry , a data state of the memory cell based, at least in part, on a comparison of: an amount of charge discharged by the memory cell in a first capacitor while the sensing voltage is being applied to the memory cell before a first reference time, wherein the first reference time corresponds to a time at which the memory cell will have discharged half of its charge if the memory cell is in a first data state; and an amount of charge discharged by the memory cell in a second capacitor while the sensing voltage is being applied to the memory cell after a second reference time, wherein the second reference time corresponds to a time at which the memory cell will have discharged half of its charge if the memory cell is in a second data state. applying a sensing voltage to a memory cell , wherein the memory cell is a ferroelectric memory cell; and determining, by sense circuitry , a data state of the memory cell based, at least in part, on a comparison of: an amount of charge discharged by the memory cell in a first capacitor while the sensing voltage is being applied to the memory cell before a first reference time, wherein the first reference time corresponds to a time at which the memory cell will have discharged half of its charge if the memory cell is in a first data state; and an amount of charge discharged by the memory cell in a second capacitor while the sensing voltage is being applied to the memory cell after a second reference time, wherein the second reference time corresponds to a time at which the memory cell will have discharged half of its charge if the memory cell is in a second data state. an amount of charge discharged by the memory cell in a first capacitor while the sensing voltage is being applied to the memory cell before a first reference time, wherein the first reference time corresponds to a time at which the memory cell will have discharged half of its charge if the memory cell is in a first data state; and an amount of charge discharged by the memory cell in a second capacitor while the sensing voltage is being applied to the memory cell after a second reference time, wherein the second reference time corresponds to a time at which the memory cell will have discharged half of its charge if the memory cell is in a second data state.
A feeding screw machine for feeding a processing screw machine with - a housing , - at least one housing bore formed in the housing , - a supply opening formed in the housing for supplying material into the at least one housing bore , - a feeding opening formed in the housing for feeding the material to a processing screw machine , - at least one screw conveyor shaft rotatably arranged in the at least one housing bore , for conveying the material in a conveying direction from the supply opening to the feeding opening , and - an emptying opening formed in the housing for discharging material that is located in the feeding screw machine and for emptying the feeding screw machine in a cleaning mode, characterized in that the emptying opening is arranged upstream of the supply opening in the conveying direction . - a housing , - at least one housing bore formed in the housing , - a supply opening formed in the housing for supplying material into the at least one housing bore , - a feeding opening formed in the housing for feeding the material to a processing screw machine , - at least one screw conveyor shaft rotatably arranged in the at least one housing bore , for conveying the material in a conveying direction from the supply opening to the feeding opening , and - an emptying opening formed in the housing for discharging material that is located in the feeding screw machine and for emptying the feeding screw machine in a cleaning mode,