mhurhangee/patent-ind-claim-en huggingface dataset:
An air pollution control system (10A; 10B; 10C; 10D; 10E) comprising: a boiler that burns fuel; a NOx removal equipment configured to remove nitrogen oxides from flue gas from the boiler ; an air heater provided on a downstream side of the NOx removal equipment , the air heater recovering heat of flue gas discharged from the boiler and having passed through the NOx removal equipment ; a precipitator that reduces dust in the flue gas after the heat recovery; a desulfurizer that reduces sulfur oxides contained in flue gas after heat recovery by an absorbent and after the dust reduction; a first bypass pipe connecting an inlet and an outlet of the air heater and being disposed parallel to the air heater ; a second bypass pipe connecting an inlet and an outlet of the NOx removal equipment and being disposed at a position parallel to the NOx removal equipment ; and a waste-water supplying unit (P0-P5) configured to supply desulfurization waste water discharged from the desulfurizer to the second bypass pipe and at least one of a path for supplying fuel to the boiler , inside of a furnace of the boiler , inside of a flue between the boiler and the NOx removal equipment , between the NOx removal equipment and the air heater , and the first bypass pipe , a flue gas duct (D) connecting the boiler , the NOx removal equipment , the air heater , the precipitator and the desulfurizer . a boiler that burns fuel; a NOx removal equipment configured to remove nitrogen oxides from flue gas from the boiler ; an air heater provided on a downstream side of the NOx removal equipment , the air heater recovering heat of flue gas discharged from the boiler and having passed through the NOx removal equipment ; a precipitator that reduces dust in the flue gas after the heat recovery; a desulfurizer that reduces sulfur oxides contained in flue gas after heat recovery by an absorbent and after the dust reduction; a first bypass pipe connecting an inlet and an outlet of the air heater and being disposed parallel to the air heater ; a second bypass pipe connecting an inlet and an outlet of the NOx removal equipment and being disposed at a position parallel to the NOx removal equipment ; and a waste-water supplying unit (P0-P5) configured to supply desulfurization waste water discharged from the desulfurizer to the second bypass pipe and at least one of a path for supplying fuel to the boiler , inside of a furnace of the boiler , inside of a flue between the boiler and the NOx removal equipment , between the NOx removal equipment and the air heater , and the first bypass pipe , a flue gas duct (D) connecting the boiler , the NOx removal equipment , the air heater , the precipitator and the desulfurizer .
Method for protecting data, at least comprising the steps: Selecting data in a first location of a screen, Copying the selected data to a memory, Determining if the selected or copied data represents confidential information, Setting a flag to mark the copied data in that memory as confidential data in case it is determined that the copied data represents confidential information, Pasting the copied data into a second location of the screen, and Deleting the copied data and the flag from the memory in case an encrypted data transfer is started within a predefined time after pasting the copied data. Selecting data in a first location of a screen, Copying the selected data to a memory, Determining if the selected or copied data represents confidential information, Setting a flag to mark the copied data in that memory as confidential data in case it is determined that the copied data represents confidential information, Pasting the copied data into a second location of the screen, and Deleting the copied data and the flag from the memory in case an encrypted data transfer is started within a predefined time after pasting the copied data.
An optical system for use in a head-mounted display device, the optical system, comprising: an illumination source configured to emit light; a first scanning stage configured to receive the light and to scan the light along an x and y axis to form an image; a second scanning stage configured to receive and direct the light from the first scanning stage toward a projected exit pupil , thereby allowing a downstream waveguide to be located a comfortable distance from the first scanning stage and the second scanning stage without light loss or vignetting; said waveguide positioned to receive light at the projected exit pupil, the waveguide comprising a pupil replication stage configured to replicate and expand the exit pupil. an illumination source configured to emit light; a first scanning stage configured to receive the light and to scan the light along an x and y axis to form an image; a second scanning stage configured to receive and direct the light from the first scanning stage toward a projected exit pupil , thereby allowing a downstream waveguide to be located a comfortable distance from the first scanning stage and the second scanning stage without light loss or vignetting; said waveguide positioned to receive light at the projected exit pupil, the waveguide comprising a pupil replication stage configured to replicate and expand the exit pupil.
A gas turbine engine combustor comprising: a gas generator case having a first coefficient of thermal expansion, the gas generator case acting as a vessel to pressurized air exiting a compressor section; a liner inside the gas generator case , the gas generator case housing the liner , the liner delimiting a combustion chamber ; a service tube having a second coefficient of thermal expansion, the second coefficient of thermal expansion being higher than the first coefficient of thermal expansion, characterised in that the service tube extends inside the gas generator case , outside the liner ; and the service tube is brazed or soldered to an aperture formed in the gas generator case . a gas generator case having a first coefficient of thermal expansion, the gas generator case acting as a vessel to pressurized air exiting a compressor section; a liner inside the gas generator case , the gas generator case housing the liner , the liner delimiting a combustion chamber ; a service tube having a second coefficient of thermal expansion, the second coefficient of thermal expansion being higher than the first coefficient of thermal expansion, characterised in that the service tube extends inside the gas generator case , outside the liner ; and the service tube is brazed or soldered to an aperture formed in the gas generator case .
Method for actuating a medical imaging device by means of a control unit for generating a second three-dimensional image dataset which includes a target region in a region of interest of a patient with a functional impairment, with the steps - providing (S1) a first three-dimensional image dataset including the region of interest of the patient by means of a data processing unit , - identifying (S2) the target region based on the first three-dimensional image dataset by means of the data processing unit , wherein a partial region of the region of interest with the functional impairment is determined, - determining (S3) an imaging parameter for generating the second three-dimensional image dataset based on the identified target region by means of the data processing unit , - actuating (S5) the medical imaging device based on the imaging parameter for the generation of the second three-dimensional image dataset by means of the control unit , - wherein in the case of a plurality of first three-dimensional image datasets, the first three-dimensional image dataset whose recording time has the shortest time interval to the time of the provision is provided for the identification. - providing (S1) a first three-dimensional image dataset including the region of interest of the patient by means of a data processing unit , - identifying (S2) the target region based on the first three-dimensional image dataset by means of the data processing unit , wherein a partial region of the region of interest with the functional impairment is determined, - determining (S3) an imaging parameter for generating the second three-dimensional image dataset based on the identified target region by means of the data processing unit , - actuating (S5) the medical imaging device based on the imaging parameter for the generation of the second three-dimensional image dataset by means of the control unit , - wherein in the case of a plurality of first three-dimensional image datasets, the first three-dimensional image dataset whose recording time has the shortest time interval to the time of the provision is provided for the identification.
A method of drivingly engaging a first motor of a dual motor drive unit (1; 100) with an output shaft driven by a second motor of the dual motor drive unit (1; 100), the method comprising the steps of: actuating a clutching device for drivingly engaging the first motor with the output shaft ; synchronizing a rotational speed of the first motor with a rotational speed of the output shaft , wherein the synchronizing includes determining an engagement speed of the first motor and tuning the rotational speed of the first motor to the engagement speed , wherein the rotational speed of the first motor and the rotational speed of the output shaft are regarded as being synchronized if or as soon as an absolute value of a difference between the rotational speed of the first motor and the engagement speed is smaller than five percent of the engagement speed ; once the rotational speed of the first motor is synchronized with the rotational speed of the output shaft , reducing an output torque of the first motor ; and when the clutching device drivingly engages the first motor with the output shaft , increasing the output torque of the first motor . actuating a clutching device for drivingly engaging the first motor with the output shaft ; synchronizing a rotational speed of the first motor with a rotational speed of the output shaft , wherein the synchronizing includes determining an engagement speed of the first motor and tuning the rotational speed of the first motor to the engagement speed , wherein the rotational speed of the first motor and the rotational speed of the output shaft are regarded as being synchronized if or as soon as an absolute value of a difference between the rotational speed of the first motor and the engagement speed is smaller than five percent of the engagement speed ; once the rotational speed of the first motor is synchronized with the rotational speed of the output shaft , reducing an output torque of the first motor ; and when the clutching device drivingly engages the first motor with the output shaft , increasing the output torque of the first motor .
A method for identifying internal motion of a breast of a patient during an imaging procedure, the method comprising: compressing the breast of the patient in a position; during compression of the breast, acquiring a first tomosynthesis projection frame for a first angle with respect to the breast; during compression of the breast, acquiring a second tomosynthesis projection frame for a second angle with respect to the breast; characterized in that the position of the compressed breast is a mediolateral oblique, MLO, position, and in that the method further comprises: identifying a first boundary of a pectoral muscle in the first projection frame; generating a first representation of the first boundary of the pectoral muscle; identifying a second boundary of the pectoral muscle in the second projection frame; generating a second representation of the second boundary of the pectoral muscle; determining a difference between the first representation and the second representation; and generating a motion score based on at least the difference between the first representation and the second representation. compressing the breast of the patient in a position; during compression of the breast, acquiring a first tomosynthesis projection frame for a first angle with respect to the breast; during compression of the breast, acquiring a second tomosynthesis projection frame for a second angle with respect to the breast; characterized in that the position of the compressed breast is a mediolateral oblique, MLO, position, and in that the method further comprises: identifying a first boundary of a pectoral muscle in the first projection frame; generating a first representation of the first boundary of the pectoral muscle; identifying a second boundary of the pectoral muscle in the second projection frame; generating a second representation of the second boundary of the pectoral muscle; determining a difference between the first representation and the second representation; and generating a motion score based on at least the difference between the first representation and the second representation. identifying a first boundary of a pectoral muscle in the first projection frame; generating a first representation of the first boundary of the pectoral muscle; identifying a second boundary of the pectoral muscle in the second projection frame; generating a second representation of the second boundary of the pectoral muscle; determining a difference between the first representation and the second representation; and generating a motion score based on at least the difference between the first representation and the second representation.
An electrical connector assembly , comprising: a first electrically conductive contact member , the first contact member having a non-planar first interface mating surface , the first interface mating surface comprising a plurality of elongated first ridges and a plurality of elongated first valleys ; and a second electrically conductive contact member , the second contact member having a non-planar second interface mating surface , the second interface mating surface comprising a plurality of elongated second ridges and a plurality of elongated second valleys , wherein the second interface mating surface is complementary to the first interface mating surface and is configured to engage the first interface mating surface in interlocking engagement whereby the contact surface of the connector assembly is increased, wherein the electrical connector assembly is characterized in that : the first electronically conductive contact member has a substantially triangular or tear drop shape; the second electrically conductive contact member has a substantially circular, substantially elliptical or rounded surface area; and the first contact member comprises an outer portion and an inner portion which is offset from the outer portion , and wherein the inner portion is connected to the outer portion by a step portion . a first electrically conductive contact member , the first contact member having a non-planar first interface mating surface , the first interface mating surface comprising a plurality of elongated first ridges and a plurality of elongated first valleys ; and a second electrically conductive contact member , the second contact member having a non-planar second interface mating surface , the second interface mating surface comprising a plurality of elongated second ridges and a plurality of elongated second valleys , wherein the second interface mating surface is complementary to the first interface mating surface and is configured to engage the first interface mating surface in interlocking engagement whereby the contact surface of the connector assembly is increased, wherein the electrical connector assembly is characterized in that : the first electronically conductive contact member has a substantially triangular or tear drop shape; the second electrically conductive contact member has a substantially circular, substantially elliptical or rounded surface area; and the first contact member comprises an outer portion and an inner portion which is offset from the outer portion , and wherein the inner portion is connected to the outer portion by a step portion . the first electronically conductive contact member has a substantially triangular or tear drop shape; the second electrically conductive contact member has a substantially circular, substantially elliptical or rounded surface area; and the first contact member comprises an outer portion and an inner portion which is offset from the outer portion , and wherein the inner portion is connected to the outer portion by a step portion .
Use of an inactivated bacteria strain, or of a composition comprising said inactivated bacteria strain, to improve plant development, said inactivated bacteria strain corresponding to bacteria or bacteria preparations killed by physical, biochemical, chemical or physicochemical processes and having a viability less than 50%, said inactivated bacteria being characterized in that : - it has a greater biostimulant efficacy on plant development than that obtained with the same strain of living bacteria, and - it is of the genus Delftia. - it has a greater biostimulant efficacy on plant development than that obtained with the same strain of living bacteria, and - it is of the genus Delftia.
Vehicle with a steering wheel arrangement, comprising a control unit and a steering wheel arranged on a steering column , connected to the control unit and positionable from a steering position (L) into a safety position (S), the steering wheel arrangement comprising an adjustment unit connected to the control unit at least for positioning the steering wheel arranged on the steering column from the steering position (L) into the safety position (S), characterized in that the steering wheel arrangement is designed to vibrate when positioned from the steering position (L) into the safety position (S).
Eyeglasses with audio playback function , comprising: a front body adapted to retain at least one lens and comprising a first lateral end and a second lateral end to which respectively a first temple and a second temple for fixing the eyeglasses to the head of the user are connected; a plurality of electronic components , which include at least one audio driver and at least one wireless transmission and/or reception means said at least one wireless transmission and/or reception means allowing at least communication between said two temples ; said eyeglasses being configurable at least in an open condition, which allows the eyeglasses to be worn by the user and in which the first temple and the second temple are arranged substantially parallel to each other and at right angles to the front body , said electronic components being accommodated exclusively inside said two temples , characterized in that they comprise furthermore a computer system which manages the work of the electronic components so that the energy consumption of the two temples is substantially equivalent. a front body adapted to retain at least one lens and comprising a first lateral end and a second lateral end to which respectively a first temple and a second temple for fixing the eyeglasses to the head of the user are connected; a plurality of electronic components , which include at least one audio driver and at least one wireless transmission and/or reception means said at least one wireless transmission and/or reception means allowing at least communication between said two temples ; said eyeglasses being configurable at least in an open condition, which allows the eyeglasses to be worn by the user and in which the first temple and the second temple are arranged substantially parallel to each other and at right angles to the front body , said electronic components being accommodated exclusively inside said two temples , characterized in that they comprise furthermore a computer system which manages the work of the electronic components so that the energy consumption of the two temples is substantially equivalent.
A wireless terminal configured to communicate with a current serving base station and a neighboring base station which are capable of performing coordinated multi point transmission, the wireless terminal comprising: a path-loss comparison means adapted to compare a first path loss which comprises a path loss between the wireless terminal and the current serving base station with a second path loss which comprises a path loss between the wireless terminal and the neighboring base station ; a distance comparison means adapted to compare a first distance which comprises a distance between the wireless terminal and the current serving base station with a second distance which comprises a distance between the wireless terminal and the neighboring base station ; and a control means adapted to perform handover from the current serving base station to the neighboring base station , if at least either a first condition that the second path loss is smaller than the first path loss or a second condition that the second distance is shorter than the first distance is satisfied when multi base station cooperative transmission is performed. a path-loss comparison means adapted to compare a first path loss which comprises a path loss between the wireless terminal and the current serving base station with a second path loss which comprises a path loss between the wireless terminal and the neighboring base station ; a distance comparison means adapted to compare a first distance which comprises a distance between the wireless terminal and the current serving base station with a second distance which comprises a distance between the wireless terminal and the neighboring base station ; and a control means adapted to perform handover from the current serving base station to the neighboring base station , if at least either a first condition that the second path loss is smaller than the first path loss or a second condition that the second distance is shorter than the first distance is satisfied when multi base station cooperative transmission is performed.
A method of wireless communication performed by a user equipment, UE, comprising: Receiving , from a base station , a configuration for periodic communications, based at least in part on a recurring transmission cycle , wherein an initial transmission in each cycle is followed by one or more repetitions within the same transmission cycle; and Deactivating repetitions in one or more of the recurring transmission cycles based at least in part on a determination that the UE has successfully received the respective initial transmission in each transmission cycle of a threshold number of prior transmission cycles associated with the periodic communications. Receiving , from a base station , a configuration for periodic communications, based at least in part on a recurring transmission cycle , wherein an initial transmission in each cycle is followed by one or more repetitions within the same transmission cycle; and Deactivating repetitions in one or more of the recurring transmission cycles based at least in part on a determination that the UE has successfully received the respective initial transmission in each transmission cycle of a threshold number of prior transmission cycles associated with the periodic communications.
Device for detachable contacting a battery cell with a cell receptacle open against a joining direction , which cell receptacle is delimited by a contact spring base , from which contact tongues protrude in the direction opposite to the joining direction for the jacket-side enclosure of the battery cell , wherein the contact tongues have contact bodies in the form of a cut ovoid protruding radially into the cell receptacle, characterized in that the contact tongues are curved convexly toward the cell receptacle, wherein the contact bodies are each arranged in the region of the apex of the curvature.