mhurhangee/patent-ind-claim-en huggingface dataset:
A preparation process for preparing an allograft or xenograft material from a lens capsule, characterized in that the process comprises the following steps: - Decellularizing a lens capsule to obtain a decellularized lens capsule, - Depositing the decellularized capsule on a microporous support membrane to obtain a stack composed of the decellularized lens capsule and the support membrane, - Marking the decellularized lens capsule to form orientation marker means, said marking step consisting of applying a biocompatible ink through the support membrane , - Lyophilizing the stack to obtain a lyophilized stack, - Sterilizing the lyophilized stack to obtain a sterilized stack, - Packaging the sterilized stack to obtain allograft or xenograft materials. - Decellularizing a lens capsule to obtain a decellularized lens capsule, - Depositing the decellularized capsule on a microporous support membrane to obtain a stack composed of the decellularized lens capsule and the support membrane, - Marking the decellularized lens capsule to form orientation marker means, said marking step consisting of applying a biocompatible ink through the support membrane , - Lyophilizing the stack to obtain a lyophilized stack, - Sterilizing the lyophilized stack to obtain a sterilized stack, - Packaging the sterilized stack to obtain allograft or xenograft materials.
A system for tracking an elongated medical instrument in a field of interest, comprising: - a tracking arrangement ; and - a processing unit ; wherein the tracking arrangement is configured to obtain images of the medical instrument, the images including an instrument marker located on the medical instrument at a marker position remote from a tip of the medical instrument, and wherein the processing unit is configured to i) detect line segments and the instrument marker in the obtained images; ii) select the line segment of said line segments along which the instrument marker is detected, the selected line segment corresponding to the medical instrument; and iii) to determine an offset of a position of the tip of the medical instrument based on the medical instrument touching a reference marker . - a tracking arrangement ; and - a processing unit ; wherein the tracking arrangement is configured to obtain images of the medical instrument, the images including an instrument marker located on the medical instrument at a marker position remote from a tip of the medical instrument, and wherein the processing unit is configured to i) detect line segments and the instrument marker in the obtained images; ii) select the line segment of said line segments along which the instrument marker is detected, the selected line segment corresponding to the medical instrument; and iii) to determine an offset of a position of the tip of the medical instrument based on the medical instrument touching a reference marker . i) detect line segments and the instrument marker in the obtained images; ii) select the line segment of said line segments along which the instrument marker is detected, the selected line segment corresponding to the medical instrument; and iii) to determine an offset of a position of the tip of the medical instrument based on the medical instrument touching a reference marker .
Monitoring device for a cremone bolt fitting of a window, a window door or the like, comprising a combination of a sensor assembly having a sensor and a striking plate of a closure of the cremone bolt fitting and comprising a ram , protruding from the sensor assembly , for scanning the position of a locking pin of the cremone bolt fitting , which locking pin can be moved into the striking plate , characterized in that the striking plate has two locking slots for the locking pin facing away from one another and a connection of the locking slots , the locking slots each having an inlet side , and in that the ram is guided through the connection of the connecting slots .
Method for producing a rotor of a screw compressor or a workpiece with a helical profile, wherein the rotor or the workpiece with a helical profile has a number of profiles in the form of groove-shaped recesses running in a spiral manner on its outer circumference, wherein the groove-shaped recesses are fine-machined using a grinding tool for the purpose of generating a precise profile, wherein the groove-shaped recesses are fine-machined with a grinding tool which only touches the surface of the groove-shaped recess at one point (P) during the grinding process, wherein the entire surface to be machined is machined by the grinding tool through line-by-line traversing of the surface to be machined, characterized in that the groove-shaped recesses of the rotor or of the workpiece with a helical profile have a variable pitch or a variable profile over the axial course of the rotor or of the workpiece with a helical profile, wherein a grinding tool in the form of a grinding wheel is used, wherein the abrasive section of the grinding wheel has a gothic profile in radial section.
A fire-retaining container comprising: a first fire-retarding layer ; and at least one of a second fire-retarding layer connected to the first fire-retarding layer; and a reinforcement material reinforcing the first fire-retarding layer, and further comprising: a water-repellant layer , wherein the water-repellant layer comprises silicone. a first fire-retarding layer ; and at least one of a second fire-retarding layer connected to the first fire-retarding layer; and a reinforcement material reinforcing the first fire-retarding layer, and further comprising: a water-repellant layer , wherein the water-repellant layer comprises silicone. a second fire-retarding layer connected to the first fire-retarding layer; and a reinforcement material reinforcing the first fire-retarding layer, and further comprising: a water-repellant layer , wherein the water-repellant layer comprises silicone.
A method for generating a molded skin having a decor , comprising the steps which are conducted in the indicated order: - applying a pigment-containing fluid to at least one raised region of a mold surface of a casting mold , - preheating the mold, - covering the mold surface of the casting mold , which in the area of the raised region has been provided with pigments, with plastic material; and - removing a molded skin thus formed, wherein the pigment-containing fluid is applied by way of spraying and wherein an area of the casting mold surrounding the raised regions is covered with a mask before spraying on the pigment-containing fluid. - applying a pigment-containing fluid to at least one raised region of a mold surface of a casting mold , - preheating the mold, - covering the mold surface of the casting mold , which in the area of the raised region has been provided with pigments, with plastic material; and - removing a molded skin thus formed, wherein the pigment-containing fluid is applied by way of spraying and wherein an area of the casting mold surrounding the raised regions is covered with a mask before spraying on the pigment-containing fluid.
A mains-powered electrical system, comprising: a power sensing unit comprising, • an antenna , adapted to be mounted on or near a mains cable of the electrical system, for providing, in use, an induced signal when the mains cable is conveying electrical power and • an analog signal processing circuit , coupled to the antenna , for receiving the induced signal and outputting a power sense signal, indicative of whether or not the mains cable is conveying electrical power; processing circuitry ; a plurality of circuitry units (504-510); user interface (Ul) circuitry; characterized in that the processing circuitry is coupled to the power sensing unit and to the plurality of circuitry units (504-510), and wherein the processing circuitry is programmed for receiving a first user input signal (POWER OFF) from the user interface circuitry; and transmitting a first control signal to one or more of said plurality of circuitry units (504-510) if the power sense signal indicates that the mains cable is not conveying electrical power, thereby disabling one or each of the plurality of said circuitry units (504-510). a power sensing unit comprising, • an antenna , adapted to be mounted on or near a mains cable of the electrical system, for providing, in use, an induced signal when the mains cable is conveying electrical power and • an analog signal processing circuit , coupled to the antenna , for receiving the induced signal and outputting a power sense signal, indicative of whether or not the mains cable is conveying electrical power; • an antenna , adapted to be mounted on or near a mains cable of the electrical system, for providing, in use, an induced signal when the mains cable is conveying electrical power and • an analog signal processing circuit , coupled to the antenna , for receiving the induced signal and outputting a power sense signal, indicative of whether or not the mains cable is conveying electrical power; processing circuitry ; a plurality of circuitry units (504-510); user interface (Ul) circuitry; characterized in that the processing circuitry is coupled to the power sensing unit and to the plurality of circuitry units (504-510), and wherein the processing circuitry is programmed for receiving a first user input signal (POWER OFF) from the user interface circuitry; and transmitting a first control signal to one or more of said plurality of circuitry units (504-510) if the power sense signal indicates that the mains cable is not conveying electrical power, thereby disabling one or each of the plurality of said circuitry units (504-510).
Portable measuring device for measuring a metrology-related property of an object, notably a linear dimension, a thickness, a radius of a sphere or an inner and outer diameter, the portable measuring device having: a measuring apparatus comprising a logic circuit , a transducer and a reader , an accessory interchangeably connectable to the measuring apparatus and comprising a machine-readable tag storing individual metrology information relative to the accessory in a form compatible with the reader , wherein while the measuring apparatus is connected to the accessory , the measuring apparatus is operatively arranged to: • read the individual metrology information of the machine-readable tag of the accessory with the reader ; • acquire, using the transducer of the measuring apparatus , a signal dependent from a metrology-related property of the object; • convert the signal into a measure value in the logic circuit , using the individual metrology information of the machine-readable tag of the accessory ; • output the measure value. a measuring apparatus comprising a logic circuit , a transducer and a reader , an accessory interchangeably connectable to the measuring apparatus and comprising a machine-readable tag storing individual metrology information relative to the accessory in a form compatible with the reader , wherein while the measuring apparatus is connected to the accessory , the measuring apparatus is operatively arranged to: • read the individual metrology information of the machine-readable tag of the accessory with the reader ; • acquire, using the transducer of the measuring apparatus , a signal dependent from a metrology-related property of the object; • convert the signal into a measure value in the logic circuit , using the individual metrology information of the machine-readable tag of the accessory ; • output the measure value. • read the individual metrology information of the machine-readable tag of the accessory with the reader ; • acquire, using the transducer of the measuring apparatus , a signal dependent from a metrology-related property of the object; • convert the signal into a measure value in the logic circuit , using the individual metrology information of the machine-readable tag of the accessory ; • output the measure value.
A method for producing pellets from nickel oxide ore and suitable for being reduced in a reducing furnace, the method comprising conducting preliminary heat treatment to heat a lump made by forming the nickel oxide ore into a lump shape at a temperature of 100°C to 170°C for at least two hours; and conducting heat treatment to heat the lump to which the preliminary heat treatment has been applied, the heat treatment being at a temperature of 350°C to 550°C.
Process for manufacturing a lithium battery comprising the plasma deposition of LiPON on a structure comprising an anode contact zone and a cathode contact zone , comprising the following steps: before the deposition of LiPON , conductive portions are provided that short the anode contact zone and the cathode contact zone; and after the deposition of LiPON , said portions are cut. before the deposition of LiPON , conductive portions are provided that short the anode contact zone and the cathode contact zone; and after the deposition of LiPON , said portions are cut.
A machine tool comprising: a first spindle having a first chuck ; a second spindle having a second chuck ; a controller configured to cause the second chuck to perform a fastening operation for fastening a work (W) fastened to the first chuck to the second chuck; and characterised by a detector configured to detect an abnormality caused by the fastening operation by the second chuck, based on measurement data associated with a vibration of at least one of the first chuck and the second chuck. a first spindle having a first chuck ; a second spindle having a second chuck ; a controller configured to cause the second chuck to perform a fastening operation for fastening a work (W) fastened to the first chuck to the second chuck; and characterised by a detector configured to detect an abnormality caused by the fastening operation by the second chuck, based on measurement data associated with a vibration of at least one of the first chuck and the second chuck.
A tower system, comprising: a tower ; an antenna mounted on the tower; a remote radio head mounted on the tower ; a power supply ; a power cable having a power supply conductor (36-1) and a return conductor (36-2) connected between the power supply and the remote radio head ; and a shunt capacitance unit that is separate from the remote radio head that is electrically coupled between the power supply conductor (36-1) and the return conductor (36-2) of the power cable , characterized in that the shunt capacitance unit has a shunt capacitance that is selected based on lengths and diameters of the power supply conductor and the return conductor and; the shunt capacitance is configured to reduce a voltage drop at the remote radio head due to a current spike in a power signal carried by the power cable , and wherein the shunt capacitance unit is connected at the input of the remote radio head or within a breakout enclosure that is positioned adjacent the remote radio head . a tower ; an antenna mounted on the tower; a remote radio head mounted on the tower ; a power supply ; a power cable having a power supply conductor (36-1) and a return conductor (36-2) connected between the power supply and the remote radio head ; and a shunt capacitance unit that is separate from the remote radio head that is electrically coupled between the power supply conductor (36-1) and the return conductor (36-2) of the power cable , characterized in that the shunt capacitance unit has a shunt capacitance that is selected based on lengths and diameters of the power supply conductor and the return conductor and; the shunt capacitance is configured to reduce a voltage drop at the remote radio head due to a current spike in a power signal carried by the power cable , and wherein the shunt capacitance unit is connected at the input of the remote radio head or within a breakout enclosure that is positioned adjacent the remote radio head .
A pen format liquid collection device, comprising: an elongate generally tubular housing able to be held by hand and having an opening at one end; a plurality of capillary liquid take-up elements in said housing comprising respective capillaries, which capillaries are positionable, by hand manipulation of the housing , to contact a volume of liquid to thereby take-up a predetermined total volume of a sample of the liquid to be analysed, wherein the capillaries are configured to take-up by capillary action respective predetermined volume portions of the sample and notwithstanding gravity to retain the portions in any orientation of the respective elements ; and at least one retention element supported in said housing positionable to contact the capillaries and adapted on said contact to in turn take-up the sample from the capillaries and retain the sample or a component thereof for in situ analysis or later recovery while protected within the housing . an elongate generally tubular housing able to be held by hand and having an opening at one end; a plurality of capillary liquid take-up elements in said housing comprising respective capillaries, which capillaries are positionable, by hand manipulation of the housing , to contact a volume of liquid to thereby take-up a predetermined total volume of a sample of the liquid to be analysed, wherein the capillaries are configured to take-up by capillary action respective predetermined volume portions of the sample and notwithstanding gravity to retain the portions in any orientation of the respective elements ; and at least one retention element supported in said housing positionable to contact the capillaries and adapted on said contact to in turn take-up the sample from the capillaries and retain the sample or a component thereof for in situ analysis or later recovery while protected within the housing .
A communication device board , applied to a communication device, characterized by comprising: a connector of the communication device board comprising a fixed position and a first contact position , wherein a voltage of the fixed position is different from a voltage of the first contact position ; the fixed position is fixedly connected to a first end of an inner side of a conductive resilient sheet, wherein an outer side of the conductive resilient sheet is provided with an insulating coating; when the fixed position is fixedly connected to the first end of the inner side of the conductive resilient sheet and a mating gap between the connector of the communication device board and a corresponding communication device connector is smaller than a preset threshold range, a second end of the inner side of the conductive resilient sheet is in contact with the first contact position , wherein the conductive resilient sheet is capable of being deformed when subject to a force, and is capable of being restored to an original state without being subject to a force; when the communication device board is inserted into the communication device, the second end of the conductive resilient sheet is configured to gradually go close to the first contact position since the conductive resilient sheet is subject to a force; and when the mating gap between is bigger than a preset threshold range, the second end of the conductive resilient sheet and the first contact position are configured not to be in contact. a connector of the communication device board comprising a fixed position and a first contact position , wherein a voltage of the fixed position is different from a voltage of the first contact position ; the fixed position is fixedly connected to a first end of an inner side of a conductive resilient sheet, wherein an outer side of the conductive resilient sheet is provided with an insulating coating; when the fixed position is fixedly connected to the first end of the inner side of the conductive resilient sheet and a mating gap between the connector of the communication device board and a corresponding communication device connector is smaller than a preset threshold range, a second end of the inner side of the conductive resilient sheet is in contact with the first contact position , wherein the conductive resilient sheet is capable of being deformed when subject to a force, and is capable of being restored to an original state without being subject to a force; when the communication device board is inserted into the communication device, the second end of the conductive resilient sheet is configured to gradually go close to the first contact position since the conductive resilient sheet is subject to a force; and when the mating gap between is bigger than a preset threshold range, the second end of the conductive resilient sheet and the first contact position are configured not to be in contact.
A vehicle control system comprising: a traction control device including a driving mode switching unit capable of selecting one of a plurality of driving modes, wherein when a slip amount (S) detected based on a rotation speed of a wheel exceeds a slip determination threshold value (Sth) set according to a driving mode selected by the driving mode switching unit , the traction control device suppresses the slip by reducing a torque of a drive device of the vehicle and/or actuating a brake device of the wheel, thereby controlling traction; and a collision avoidance support device including an obstacle detection unit for detecting an obstacle, a calculation unit for determining a collision prediction time (TTC) required for the vehicle to collide with the obstacle based on a relative distance and a relative speed between the obstacle detected by the obstacle detection unit and the vehicle, an alarm unit capable of outputting an alarm for notifying a possibility of a collision with the obstacle to a driver of the vehicle, and an alarm control unit for causing the alarm unit to output the alarm when the collision prediction time (TTC) determined by the calculation unit is equal to or less than an alarm determination threshold value (Ath), characterized in that the alarm control unit is configured to be capable of changing setting of the alarm determination threshold value (Ath) in conjunction with a driving mode selected by the driving mode switching unit . a traction control device including a driving mode switching unit capable of selecting one of a plurality of driving modes, wherein when a slip amount (S) detected based on a rotation speed of a wheel exceeds a slip determination threshold value (Sth) set according to a driving mode selected by the driving mode switching unit , the traction control device suppresses the slip by reducing a torque of a drive device of the vehicle and/or actuating a brake device of the wheel, thereby controlling traction; and a collision avoidance support device including an obstacle detection unit for detecting an obstacle, a calculation unit for determining a collision prediction time (TTC) required for the vehicle to collide with the obstacle based on a relative distance and a relative speed between the obstacle detected by the obstacle detection unit and the vehicle, an alarm unit capable of outputting an alarm for notifying a possibility of a collision with the obstacle to a driver of the vehicle, and an alarm control unit for causing the alarm unit to output the alarm when the collision prediction time (TTC) determined by the calculation unit is equal to or less than an alarm determination threshold value (Ath), characterized in that the alarm control unit is configured to be capable of changing setting of the alarm determination threshold value (Ath) in conjunction with a driving mode selected by the driving mode switching unit .