mhurhangee/patent-ind-claim-en huggingface dataset:
A system for securing different first and second drill tools to a drill head (D) including a socket (S), comprising: a chuck adapted for positioning at least partially within the socket (S) of the drill head (D), the chuck including a first opening adapted for receiving the first drill tool; and an adapter configured for forming a selective locking engagement within the first opening of the chuck , the adapter including a second opening for receiving the second drill tool, wherein the chuck includes a plurality of internal projections within the first opening and the adapter includes a plurality of external projections alternating in position with the internal projections to form the selective locking engagement, characterized in that the plurality of internal projections comprise a first set of projections having a first circumferential dimension and a second set of projections having a second circumferential dimension greater than the first circumferential dimension, whereby the plurality of external projections on the adapter passes through the first set of projections and move within the second set of projections when the adapter is twisted within the chuck to form a secure locking engagement. a chuck adapted for positioning at least partially within the socket (S) of the drill head (D), the chuck including a first opening adapted for receiving the first drill tool; and an adapter configured for forming a selective locking engagement within the first opening of the chuck , the adapter including a second opening for receiving the second drill tool, wherein the chuck includes a plurality of internal projections within the first opening and the adapter includes a plurality of external projections alternating in position with the internal projections to form the selective locking engagement, characterized in that the plurality of internal projections comprise a first set of projections having a first circumferential dimension and a second set of projections having a second circumferential dimension greater than the first circumferential dimension, whereby the plurality of external projections on the adapter passes through the first set of projections and move within the second set of projections when the adapter is twisted within the chuck to form a secure locking engagement.
A method for selecting nozzles , the method comprising: analyzing content of a print job sent to a printer , wherein the printer includes a printhead having a plurality of nozzles arranged in a primitive ; selecting nozzles of the plurality of nozzles to print a portion of the print job based on the content of the print job; determining a peak number of the selected nozzles to print the print job; assigning firing reservations to the selected nozzles , wherein a total number of the firing reservations assigned to the selected nozzles is comparatively less than a total number of the plurality of nozzles and is no more than the peak number of the selected nozzles sending firing data only to the first set of selected nozzles to reduce an amount of firing data sent to the plurality of nozzles ; firing the first set of the selected nozzles based on the firing data to print a portion of the print job; and reassigning at least some of the firing reservations to a second set of addresses associated with a second set of the selected nozzles . analyzing content of a print job sent to a printer , wherein the printer includes a printhead having a plurality of nozzles arranged in a primitive ; selecting nozzles of the plurality of nozzles to print a portion of the print job based on the content of the print job; determining a peak number of the selected nozzles to print the print job; assigning firing reservations to the selected nozzles , wherein a total number of the firing reservations assigned to the selected nozzles is comparatively less than a total number of the plurality of nozzles and is no more than the peak number of the selected nozzles sending firing data only to the first set of selected nozzles to reduce an amount of firing data sent to the plurality of nozzles ; firing the first set of the selected nozzles based on the firing data to print a portion of the print job; and reassigning at least some of the firing reservations to a second set of addresses associated with a second set of the selected nozzles .
Motor vehicle lamp having a plurality of light sources , the luminous fluxes of which can be opened and closed independently of one another, and having an optics which is set up to produce a light distribution in conformity with the regulations from the jointly opened luminous fluxes of the light sources, characterised in that the optics has at least one primary optics and one secondary optics , and in that the primary optics is set up to illuminate a different partial area of the secondary optics system with a luminous flux of a first light source of the plurality of light sources than with a second light source of the plurality of light sources, wherein the light sources and the at least one primary optics are set up and arranged to produce differently oriented light beams, in particular having different main radiation directions, which illuminate different areas of the secondary optics overlapping in pairs, wherein the focal length of the secondary optics is greater than the focal length of the primary optics, the distance of the primary optics from the secondary optics is less than the focal length of the secondary optics, the light source is placed between the primary optics and its object-side focal point so that a virtual light source image is created, and wherein the secondary optics is focused on said virtual light source image.
An apparatus for use in surgical implantation, comprising: a first flexible member having a first end , a second end and a first body extending therebetween, the first body defining a first passage portion ; a second flexible member having a first end , a second end and a second body extending therebetween, the second body defining second and third passage portions , the first end of the first flexible member passing into and through the second passage portion such that the first end extends outside of the second passage portion , and the second end of the first flexible member passing into and through the third passage portion such that the second end extends outside of the third passage portion; and the first and second ends of the second flexible member passing into and through the first passage portion of the first flexible member to form a self-locking adjustable flexible member construct, the apparatus further comprising the second and third passage portions spaced apart from each other by a fixed length portion of the body of the second flexible member . a first flexible member having a first end , a second end and a first body extending therebetween, the first body defining a first passage portion ; a second flexible member having a first end , a second end and a second body extending therebetween, the second body defining second and third passage portions , the first end of the first flexible member passing into and through the second passage portion such that the first end extends outside of the second passage portion , and the second end of the first flexible member passing into and through the third passage portion such that the second end extends outside of the third passage portion; and the first and second ends of the second flexible member passing into and through the first passage portion of the first flexible member to form a self-locking adjustable flexible member construct, the apparatus further comprising the second and third passage portions spaced apart from each other by a fixed length portion of the body of the second flexible member .
A surgical system comprising: a cassette for exchanging material with a patient, the cassette including a wall, a reflector and an internal pressure sensor , the wall configured to undergo a deflection in response to a nonambient internal cassette pressure; a console coupled with the cassette; and an interferometric pressure sensing system coupled with the console, the interferometric pressure sensing system including a light source and a detector , the light source providing a first portion of light that is reflected off of the reflector and a second portion of light bypassing the reflector, the first portion and the second portion recombining to form an interference pattern , the deflection corresponding to a shift (S1) in the interference pattern detectable by the detector ; wherein the internal pressure sensor is configured to be used to measure an internal pressure of the cassette and calibrate the shift (S1) in the interference pattern to the deflection and to the internal pressure. a cassette for exchanging material with a patient, the cassette including a wall, a reflector and an internal pressure sensor , the wall configured to undergo a deflection in response to a nonambient internal cassette pressure; a console coupled with the cassette; and an interferometric pressure sensing system coupled with the console, the interferometric pressure sensing system including a light source and a detector , the light source providing a first portion of light that is reflected off of the reflector and a second portion of light bypassing the reflector, the first portion and the second portion recombining to form an interference pattern , the deflection corresponding to a shift (S1) in the interference pattern detectable by the detector ; wherein the internal pressure sensor is configured to be used to measure an internal pressure of the cassette and calibrate the shift (S1) in the interference pattern to the deflection and to the internal pressure.
A power tool comprising: a housing that houses a driving source ; a hammer that is driven in a rotation direction by the driving source ; an anvil being configured to rotate in the rotation direction and having at least one impact arm ; and a locking mechanism that switches modes as to whether or not to lock the rotation of the anvil relative to the housing , characterized in that a lock releasing member which is allowed to rotate with respect to the anvil and has at least one protruding portion positioned in the rotation direction between the impact arm and the hammer, and when the hammer is rotated, the hammer is engaged with the protruding portion and the impact arm and the protruding portion and the impact arm rotate together with the hammer in an unlocked state of the locking mechanism, wherein during this rotation state, there is a gap between the protruding portion and the impact arm so that the lock releasing member is allowed to rotate between the hammer and the anvil ; when the hammer does not rotate and the anvil rotates with respect to the lock releasing member , the locking mechanism switches to a locked state from the unlocked state. a housing that houses a driving source ; a hammer that is driven in a rotation direction by the driving source ; an anvil being configured to rotate in the rotation direction and having at least one impact arm ; and a locking mechanism that switches modes as to whether or not to lock the rotation of the anvil relative to the housing , characterized in that a lock releasing member which is allowed to rotate with respect to the anvil and has at least one protruding portion positioned in the rotation direction between the impact arm and the hammer, and when the hammer is rotated, the hammer is engaged with the protruding portion and the impact arm and the protruding portion and the impact arm rotate together with the hammer in an unlocked state of the locking mechanism, wherein during this rotation state, there is a gap between the protruding portion and the impact arm so that the lock releasing member is allowed to rotate between the hammer and the anvil ; when the hammer does not rotate and the anvil rotates with respect to the lock releasing member , the locking mechanism switches to a locked state from the unlocked state.
A method in a target base station for allocating bearers in a target network , which target base station is comprised in the target network and which target network comprises a first number of existing bearers, the method comprising: when a second number of required bearers is larger than the first number of existing bearers in the target network , receiving an allocation request message from a target Mobility Management Entity, MME , which allocation request message comprises a request for allocation of the first number of existing bearers and a request for pre-allocation of a third number of extra bearers in the target network ; and allocating the first number of existing bearers; characterized in that the method further comprises: pre-allocating the third number of extra bearers in a user equipment specific or a non-user equipment specific pool. when a second number of required bearers is larger than the first number of existing bearers in the target network , receiving an allocation request message from a target Mobility Management Entity, MME , which allocation request message comprises a request for allocation of the first number of existing bearers and a request for pre-allocation of a third number of extra bearers in the target network ; and allocating the first number of existing bearers; characterized in that the method further comprises: pre-allocating the third number of extra bearers in a user equipment specific or a non-user equipment specific pool.
A mobile terminal, comprising a housing and a camera assembly , wherein a through hole is arranged in a frame of the housing ; the camera assembly comprises a camera , a support for installing the camera , an electric motor and a push-and-pull rod ; the electric motor is fixed to the housing and is electrically coupled to a circuit board of the mobile terminal; the electric motor is provided with a threaded rod , a first end of the push-and-pull rod is provided with a threaded tube which fits with the threaded rod , the threaded tube is sleeved on the threaded rod , and a second end of the push-and-pull rod is coupled to the support ; when the electric motor is actuated, the threaded rod rotates and drives the push-and-pull rod to advance or retreat along the threaded rod , the push-and-pull rod drives the support to move, such that the camera is extended out of or retracted into the housing through the through hole ; characterized in that , the camera assembly further comprises an elastic component , an end of the elastic component is coupled to the support , and an other end of the elastic component is coupled to the second end of the push-and-pull rod . a through hole is arranged in a frame of the housing ; the camera assembly comprises a camera , a support for installing the camera , an electric motor and a push-and-pull rod ; the electric motor is fixed to the housing and is electrically coupled to a circuit board of the mobile terminal; the electric motor is provided with a threaded rod , a first end of the push-and-pull rod is provided with a threaded tube which fits with the threaded rod , the threaded tube is sleeved on the threaded rod , and a second end of the push-and-pull rod is coupled to the support ; when the electric motor is actuated, the threaded rod rotates and drives the push-and-pull rod to advance or retreat along the threaded rod , the push-and-pull rod drives the support to move, such that the camera is extended out of or retracted into the housing through the through hole ; characterized in that , the camera assembly further comprises an elastic component , an end of the elastic component is coupled to the support , and an other end of the elastic component is coupled to the second end of the push-and-pull rod .
A flexo printing plate comprising: an image area including a halftone dot area; and a non-image area, wherein the image area has a highlight halftone dot area having a halftone dot rate higher than 0% and equal to or lower than 10%, and within the highlight halftone dot area, among small dots constituting the highlight halftone dot area, at least one of the small dots adjacent to the non-image area that continues 10 mm or further from the edge of the highlight halftone dot area in a direction orthogonal to the edge has a distal end diameter smaller than the average of distal end diameters of the small dots in the highlight halftone dot area, and within the highlight halftone dot area, a distal end diameter of small dots in a range from the non-image area side to the tenth line is smaller than the average of the distal end diameters of the small dots in the highlight halftone dot area. an image area including a halftone dot area; and a non-image area, wherein the image area has a highlight halftone dot area having a halftone dot rate higher than 0% and equal to or lower than 10%, and within the highlight halftone dot area, among small dots constituting the highlight halftone dot area, at least one of the small dots adjacent to the non-image area that continues 10 mm or further from the edge of the highlight halftone dot area in a direction orthogonal to the edge has a distal end diameter smaller than the average of distal end diameters of the small dots in the highlight halftone dot area, and within the highlight halftone dot area, a distal end diameter of small dots in a range from the non-image area side to the tenth line is smaller than the average of the distal end diameters of the small dots in the highlight halftone dot area.
Injection element for a tube bundle heat exchanger which comprises a plurality of passageways that each narrow in a cone-like manner towards one side of the injection element for dividing a fluid flow into a plurality of fluid flows, characterized in that a central axis (A) of each of the passageways respectively runs obliquely through the injection element .
An analogue display watch including an electronic horological movement comprising a first and a second electric motor kinematically connected respectively to an hour hand and to a minute hand , said electric motors being power supplied by an electric accumulator , said horological movement also comprising an integrated circuit connected to said motors and to a control member , the watch being characterised in that the integrated circuit is configured so as to control, when the control member is requested by a user, the first and the second electric motor to rotate the hour and minute hands at an angular speed of displacement of six degrees per second, and in such a way that they are disposed so as to be collinear and that they are superimposed on each other.
A display tile comprising a display board and a carrier board , LED's being mounted on a first surface of the display board and the carrier board being for attachment to a frame, the display board and the carrier board being fastened together by the intermediary of a spacer characterised in that the display tile further comprises an adjusting means positioned between the spacer and the carrier board wherein the adjusting means is adapted to engage in an opening in the carrier board , the adjusting means is adapted to allow a compensation of the tolerances affecting the position of the LED's with respect to the carrier board in a direction perpendicular to the carrier board whereby the compensation is obtained by the position of the adjusting means in their corresponding opening , wherein the adjusting means is adapted for adjusting a relative position of the tops of the LEDs with respect to a carrier board , and wherein the distance between a first surface of the adjusting means and a first surface of the carrier board is set to the difference between a nominal distance (D0) and the sum of the distance between the tops of LEDs on the display board and a second surface of the display board , the length of the spacer and the thickness T1 of the carrier board , wherein the nominal distance (D0) is the distance between the top of the LEDs and the second surface or back of the carrier board .
A conductive link for a conductive chain, wherein the conductive link is made of an electrically conductive material, the conductive link comprises a first end portion and a second end portion , the first end portion and the second end portion are configured so that the first end portion is able to accommodate and hold a second end portion of another conductive link of the conductive chain, the first end portion has a concavely formed section configured to accommodate and hold a second end portion of another conductive link of the conductive chain, the second end portion has a convexly formed section configured be accommodated in and held by the first end portion of another conductive link of the conductive chain, the first end portion is covered with an electrically insulating material , preferably a plastic, characterized in that a bowl of an electrically insulating material, preferably a plastic, is formed at the second end portion , wherein the bowl is formed to protrude further than the second end portion , and the bowl is formed to be able to accommodate the first end portion of another conductive link of the conductive chain which is connected to the second end portion .
An apparatus comprising: an analog-to-digital converter, ADC, configured to convert an analog input signal to a digital output signal; a machine learning system configured to compensate the digital output signal for analog-to-digital conversion errors produced within circuitry of the ADC; a filter configured to reconstruct a sine wave input signal to the ADC from the digital output signal by filtering out all but the fundamental frequency of the sine wave input signal from the digital output signal; and circuitry configured to input a Process-Voltage-Temperature, PVT, parameter into the machine learning system; wherein the machine learning system has been trained to compensate for the analog-to-digital conversion errors with an error signal that is a difference between an output of the machine learning system and a target signal, wherein the target signal is a function of a filtered output from the ADC; wherein the digital output of the ADC varies as a function of a value of the PVT parameter, wherein the machine learning system has been trained to compensate for the analog-to-digital conversion errors while factoring in an effect on the digital output of the ADC resulting from the value of the PVT parameter, wherein the filtered output from the ADC is produced by the filter. an analog-to-digital converter, ADC, configured to convert an analog input signal to a digital output signal; a machine learning system configured to compensate the digital output signal for analog-to-digital conversion errors produced within circuitry of the ADC; a filter configured to reconstruct a sine wave input signal to the ADC from the digital output signal by filtering out all but the fundamental frequency of the sine wave input signal from the digital output signal; and circuitry configured to input a Process-Voltage-Temperature, PVT, parameter into the machine learning system; wherein the machine learning system has been trained to compensate for the analog-to-digital conversion errors with an error signal that is a difference between an output of the machine learning system and a target signal, wherein the target signal is a function of a filtered output from the ADC; wherein the digital output of the ADC varies as a function of a value of the PVT parameter, wherein the machine learning system has been trained to compensate for the analog-to-digital conversion errors while factoring in an effect on the digital output of the ADC resulting from the value of the PVT parameter, wherein the filtered output from the ADC is produced by the filter.