mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for preparing and dispensing espresso coffee comprising: - a water supply; - a boiler to heat the water; - a pump; - a dispensing group configured to cooperate with a portafilter equipped with a filter basket with a puck of coffee powder, the machine being configured to supply pressurized water to said coffee powder puck for dispensing an espresso coffee, and - a water monitoring system for monitoring at least one parameter of the water used for preparing the espresso coffee, wherein said monitoring system comprises a conductivity and temperature probe which provides values, continuously and in real time, of water hardness derived from information on the electrical conductivity and temperature of the water, characterized in that said machine further comprises a corrector configured to correct at least one of the detected parameters which does not fall within a given range, wherein said corrector comprises a remineralizer cartridge. - a water supply; - a boiler to heat the water; - a pump; - a dispensing group configured to cooperate with a portafilter equipped with a filter basket with a puck of coffee powder, the machine being configured to supply pressurized water to said coffee powder puck for dispensing an espresso coffee, and - a water monitoring system for monitoring at least one parameter of the water used for preparing the espresso coffee, wherein said monitoring system comprises a conductivity and temperature probe which provides values, continuously and in real time, of water hardness derived from information on the electrical conductivity and temperature of the water,
A mobile terminal comprising: a first body (BD1) including a first display ; and a second body (BD2) hinge-coupled to the first body (BD1), the second body (BD2) including a second display , wherein the first display includes: a first flat display positioned on one surface of the first body (BD1); and a first curved display positioned on a side of the first body (BD1) adjacent to a rotation axis of the first body (BD1) and extended and curved from the first flat display , wherein the second display includes: a second flat display positioned on one surface of the second body (BD2); and a second curved display positioned on a side of the second body (BD2) adjacent to a rotation axis of the second body (BD2) and extended and curved from the second flat display , wherein at least a portion of the first and second curved displays are configured to be deactivated depending on an angle between the first body (BD1) and the second body (BD2), wherein the mobile terminal further comprises a controller configured to determine activated areas of the first display and the second display depending on the angle formed between the first body (BD1) and the second body (BD2), wherein when a rear surface of the first body (BD1) faces a rear surface of the second body (BD2), the controller is configured to activate at least one of the first flat display and the second flat display and activate entire areas of the first and second curved displays . a first body (BD1) including a first display ; and a second body (BD2) hinge-coupled to the first body (BD1), the second body (BD2) including a second display , wherein the first display includes: a first flat display positioned on one surface of the first body (BD1); and a first curved display positioned on a side of the first body (BD1) adjacent to a rotation axis of the first body (BD1) and extended and curved from the first flat display , wherein the second display includes: a first flat display positioned on one surface of the first body (BD1); and a first curved display positioned on a side of the first body (BD1) adjacent to a rotation axis of the first body (BD1) and extended and curved from the first flat display , wherein the second display includes: a second flat display positioned on one surface of the second body (BD2); and a second curved display positioned on a side of the second body (BD2) adjacent to a rotation axis of the second body (BD2) and extended and curved from the second flat display , wherein at least a portion of the first and second curved displays are configured to be deactivated depending on an angle between the first body (BD1) and the second body (BD2), wherein the mobile terminal further comprises a controller configured to determine activated areas of the first display and the second display depending on the angle formed between the first body (BD1) and the second body (BD2), wherein when a rear surface of the first body (BD1) faces a rear surface of the second body (BD2), the controller is configured to activate at least one of the first flat display and the second flat display and activate entire areas of the first and second curved displays .
An electric tool comprising: a motor ; a housing which accommodates the motor ; a spindle which is configured to protrude from the housing and to which a tip tool is detachable; an inverter circuit which has a plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6), performs a switching operation, and controls a driving of the motor ; a controller which controls an ON/OFF operation of the plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6); a circuit substrate in which the plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6) are loaded; and characterized by a case which accommodates the circuit substrate , wherein a resin is filled in an inside of the case ; wherein when the spindle protrudes downwardly, the plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6) are located under the circuit substrate , and an opening direction of the case is downward. a motor ; a housing which accommodates the motor ; a spindle which is configured to protrude from the housing and to which a tip tool is detachable; an inverter circuit which has a plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6), performs a switching operation, and controls a driving of the motor ; a controller which controls an ON/OFF operation of the plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6); a circuit substrate in which the plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6) are loaded; and characterized by a case which accommodates the circuit substrate , wherein a resin is filled in an inside of the case ; wherein when the spindle protrudes downwardly, the plurality of switching elements (Q1, Q2, Q3, Q4, Q5, Q6) are located under the circuit substrate , and an opening direction of the case is downward.
A method, comprising: identifying in an image a bright region that is a portion of the image ; classifying the identified bright region into an assigned classification of a set of predetermined classifications; determining a luminance value of the identified bright region ; comparing the determined luminance value to a predefined luminance value corresponding to the assigned classification and determining whether the determined luminance value is incorrect based on a difference from the predefined luminance value, an incorrect luminance value being a luminance value which does not match the predefined luminance value to within a predetermined threshold; adjusting a luminance value of the identified bright region to an adjusted luminance value based on said comparing; and rendering the image with the identified bright region having the adjusted luminance value. identifying in an image a bright region that is a portion of the image ; classifying the identified bright region into an assigned classification of a set of predetermined classifications; determining a luminance value of the identified bright region ; comparing the determined luminance value to a predefined luminance value corresponding to the assigned classification and determining whether the determined luminance value is incorrect based on a difference from the predefined luminance value, an incorrect luminance value being a luminance value which does not match the predefined luminance value to within a predetermined threshold; adjusting a luminance value of the identified bright region to an adjusted luminance value based on said comparing; and rendering the image with the identified bright region having the adjusted luminance value.
A computer-implemented method comprising: determining, by one or more computing devices, a first set of network devices, from among a plurality of network devices, that are associated with a service membership that allows for sharing of synchronization data for time synchronization generating , by the one or more computing devices, time offset data that provisions a time displacement from a universal time setting, wherein the generating further comprises: generating a seed value; and transmitting , by the one or more computing devices to each device in the first set of network devices associated with the service membership, the synchronization data, the seed value, instructions to utilize the seed value as an input to a random number generator and instructions for each device in the first set of network devices to offset the universal time setting at the device according to the generated time offset data. determining, by one or more computing devices, a first set of network devices, from among a plurality of network devices, that are associated with a service membership that allows for sharing of synchronization data for time synchronization generating , by the one or more computing devices, time offset data that provisions a time displacement from a universal time setting, wherein the generating further comprises: generating a seed value; and transmitting , by the one or more computing devices to each device in the first set of network devices associated with the service membership, the synchronization data, the seed value, instructions to utilize the seed value as an input to a random number generator and instructions for each device in the first set of network devices to offset the universal time setting at the device according to the generated time offset data. generating a seed value; and transmitting , by the one or more computing devices to each device in the first set of network devices associated with the service membership, the synchronization data, the seed value, instructions to utilize the seed value as an input to a random number generator and instructions for each device in the first set of network devices to offset the universal time setting at the device according to the generated time offset data.
A long-range optical device having at least one sight channel and having an image capturing channel , wherein the image capturing channel comprises a camera module for electronically capturing images, and wherein in the sight channel , a first beam path is formed by a first objective , a first focusing lens , an erecting system and a first eyepiece , and wherein in the image capturing channel , a second beam path is formed by a second objective , a second focusing lens and a second eyepiece , and wherein the first focusing lens and the second focusing lens are displaceable together by means of a first focusing unit, wherein the first eyepiece of the sight channel is displaceable by means of a second focusing unit for focusing on a reference image plane , characterized in that in the first beam path of the sight channel , the reference image plane is determined by a reticle or by an image of a reticle and/or its markings reproduced by projection optics, and that the reticle or the image of a reticle and/or its markings reproduced by projection optics is arranged stationarily with respect to a direction of an optical axis of the sight channel , and that the camera module comprises an electronic image capturing sensor and a third focusing unit with an autofocus unit.
An orthogonal frequency-division multiplexing, OFDM, based radar signal comprising Q sub-carriers (210-212, 230-232) generated according to claim 8 and adapted to push an IQ-imbalance component out of a subset of L contiguous range bins of range profiles derived out of the received radar signal; and wherein L is at most Q/2; and wherein a range profile is obtainable by an element-wise operation of the Q sub-carriers with a known transmitted sequence of the OFDM based radar signal such as for example by a zero-forcing, ZF, matched filter, MF, a simple ZF or a minimum mean square error, MMSE, estimator, and by converting back the result of the element-wise operation to time domain by performing an inverse Fourier transformation.
A portable pulse measuring device comprising: a main body comprising a link part ; a strap configured to fasten the portable pulse measuring device on a human; and wherein the strap is connected to the link part and wherein the link part comprises a window in which a mechanical indicator configured to indicate tightness of the strap is movable to indicate the tightness of the strap ; characterized in that the link part is an integral part of the main body, and the link part comprises a rotating part to which the strap is attached, wherein the indicator is attached to the rotating part such that when the rotating part rotates, the indicator moves in the window . a main body comprising a link part ; a strap configured to fasten the portable pulse measuring device on a human; and wherein the strap is connected to the link part and wherein the link part comprises a window in which a mechanical indicator configured to indicate tightness of the strap is movable to indicate the tightness of the strap ; characterized in that the link part is an integral part of the main body, and the link part comprises a rotating part to which the strap is attached, wherein the indicator is attached to the rotating part such that when the rotating part rotates, the indicator moves in the window .
A method for forming a film on a surface of a steel sheet, the method comprising: applying a treatment solution for forming a film containing a fibrous material to the surface of the steel sheet by using a roll coater or a bar coater under a condition in which a difference between a speed of the steel sheet and a speed of an applicator of the coater is 1.0 m/min or more, wherein in case of a roll coater, the speed (m/min) of the applicator of the roll coater is the circumferential speed (m/min) of the roll and in case of a bar coater the speed (m/min) of the applicator of the coater is the moving speed (m/min) of the bar, inclining the surface of the steel sheet, to which the treatment solution for forming the film has been applied, at an angle of 10° or more with respect to a horizontal plane, that is the surface of the steel sheet is inclined so that the application direction of the coating solution on the surface of the steel sheet forms an angle of 10° or more with a horizontal plane, until a drying by heating is started, wherein drying is regarded as being started when the temperature of the steel sheet, to which the coating solution has been applied, reaches 100°C after the heating for drying has been started, thereafter starting the drying of the steel sheet, wherein the term a "fibrous material" denotes a material having an aspect ratio of 1.5 or more, which aspect ratio is determined according to the description. applying a treatment solution for forming a film containing a fibrous material to the surface of the steel sheet by using a roll coater or a bar coater under a condition in which a difference between a speed of the steel sheet and a speed of an applicator of the coater is 1.0 m/min or more, wherein in case of a roll coater, the speed (m/min) of the applicator of the roll coater is the circumferential speed (m/min) of the roll and in case of a bar coater the speed (m/min) of the applicator of the coater is the moving speed (m/min) of the bar, inclining the surface of the steel sheet, to which the treatment solution for forming the film has been applied, at an angle of 10° or more with respect to a horizontal plane, that is the surface of the steel sheet is inclined so that the application direction of the coating solution on the surface of the steel sheet forms an angle of 10° or more with a horizontal plane, until a drying by heating is started, wherein drying is regarded as being started when the temperature of the steel sheet, to which the coating solution has been applied, reaches 100°C after the heating for drying has been started, thereafter starting the drying of the steel sheet, wherein the term a "fibrous material" denotes a material having an aspect ratio of 1.5 or more, which aspect ratio is determined according to the description.
A top drive unit , comprising: a top drive housing ; a drive stem disposed in the top drive housing ; a carrier configured to axially move the drive stem relative to the top drive housing ; and a drive mechanism for rotating the drive stem . a top drive housing ; a drive stem disposed in the top drive housing ; a carrier configured to axially move the drive stem relative to the top drive housing ; and a drive mechanism for rotating the drive stem .
An electronic device comprising: a short-range wireless communication circuit configured to perform first short-range wireless communication based on a first protocol and second short-range wireless communication based on a second protocol; and a processor operatively connected with the short-range wireless communication circuit, wherein the processor is configured to: connect the first short-range wireless communication with a peripheral device ; form a cluster including the electronic device and an external electronic device ; determine whether the electronic device and the external electronic device are registered to a same user account; when the external electronic device is registered to the same user account as the electronic device, establish a wireless data communication path with the external electronic device through the second short-range wireless communication; receive input information from the peripheral device through the first short-range wireless communication ; and transmit the received input information or control information corresponding to the received input information to the external electronic device through the wireless data communication path. a short-range wireless communication circuit configured to perform first short-range wireless communication based on a first protocol and second short-range wireless communication based on a second protocol; and a processor operatively connected with the short-range wireless communication circuit, wherein the processor is configured to: connect the first short-range wireless communication with a peripheral device ; form a cluster including the electronic device and an external electronic device ; determine whether the electronic device and the external electronic device are registered to a same user account; when the external electronic device is registered to the same user account as the electronic device, establish a wireless data communication path with the external electronic device through the second short-range wireless communication; receive input information from the peripheral device through the first short-range wireless communication ; and transmit the received input information or control information corresponding to the received input information to the external electronic device through the wireless data communication path. connect the first short-range wireless communication with a peripheral device ; form a cluster including the electronic device and an external electronic device ; determine whether the electronic device and the external electronic device are registered to a same user account; when the external electronic device is registered to the same user account as the electronic device, establish a wireless data communication path with the external electronic device through the second short-range wireless communication; receive input information from the peripheral device through the first short-range wireless communication ; and transmit the received input information or control information corresponding to the received input information to the external electronic device through the wireless data communication path.
A bracelet clasp, of the type with a deployment buckle, including at least first and second strips, the first strip being hinged to the second strip by a first end, between a closed position, referred to as the wearing position, in which the first strip is folded onto the second strip , and an open position, in which the first strip is released from the second strip , the second strip bearing, at a second end, a member for securing a first bracelet strand , a second bracelet strand being at least indirectly connected to the second strip , the first strip including first locking means capable of holding the first strip in its closed position, the securing member comprising means for adjusting the useful length of the bracelet, these adjustment means comprising: - a base plate secured and pivotally hinged to the second end of the second strip , the first strand passing between the base plate and the second strip and being held by holding means, - second means for locking the base plate in the closed position on the second strip , characterised in that the second locking means include a push-piece arranged to be moved in a longitudinal direction of the bracelet, in response to an action of the user, between a first rest position in which the base plate is locked in a closed position on the second strip , and a second pushed-in position in which the base plate is released from the second strip . - a base plate secured and pivotally hinged to the second end of the second strip , the first strand passing between the base plate and the second strip and being held by holding means, - second means for locking the base plate in the closed position on the second strip ,
A gearbox for a gas turbine engine , comprising: a first gear housing ; a second gear housing located proximate a first end of the first gear housing and extending axially from the first gear housing ; a third gear housing located proximate a second end of the first gear housing and extending axially from the first gear housing , wherein the first end of the first gear housing is opposite the second end of the first gear housing ; a fourth gear housing extending circumferentially between the second gear housing and the third gear housing ; a first gear train located in the first gear housing ; a second gear train located in the second gear housing , wherein a gear of the second gear train engages a first idler gear of the first gear train ; a third gear train located in the third gear housing , wherein a first gear of the third gear train engages a second idler gear of the first gear train ; and a fourth gear train located in the fourth gear housing , wherein a gear of the fourth gear train engages a second gear of the third gear train , and characterised in that the fourth gear housing comprises a first mounting surface and a second mounting surface opposite the first mounting surface . a first gear housing ; a second gear housing located proximate a first end of the first gear housing and extending axially from the first gear housing ; a third gear housing located proximate a second end of the first gear housing and extending axially from the first gear housing , wherein the first end of the first gear housing is opposite the second end of the first gear housing ; a fourth gear housing extending circumferentially between the second gear housing and the third gear housing ; a first gear train located in the first gear housing ; a second gear train located in the second gear housing , wherein a gear of the second gear train engages a first idler gear of the first gear train ; a third gear train located in the third gear housing , wherein a first gear of the third gear train engages a second idler gear of the first gear train ; and a fourth gear train located in the fourth gear housing , wherein a gear of the fourth gear train engages a second gear of the third gear train , and characterised in that the fourth gear housing comprises a first mounting surface and a second mounting surface opposite the first mounting surface .