mhurhangee/patent-ind-claim-en huggingface dataset:
A method of driving a continuously modulated diode-laser, comprising the steps of: providing a modulation signal corresponding to a desired modulation profile for the diode-laser, the modulation signal varying continuously in a range between predetermined first and second extreme values with one of the minimum and maximum values representing zero output of the diode-laser; generating a modulated drive-current, the drive-current being the sum of a DC component and a continuously modulated component, the continuously modulated component related to the modulation signal; driving the diode-laser with the drive-current to provide laser-output; sampling the magnitude of the modulation signal and comparing the sampled modulation signal with a predetermined, externally supplied set value of the modulation signal associated with a lasing threshold of the diode-laser within the range between the extreme values; and if the sampled modulation signal falls between the set value and the said one of the extreme values of the modulation signal representing a desired zero output of the diode-laser, switching off the drive-current thereby providing a laser intensity being about linearly proportional to the modulated drive-current. providing a modulation signal corresponding to a desired modulation profile for the diode-laser, the modulation signal varying continuously in a range between predetermined first and second extreme values with one of the minimum and maximum values representing zero output of the diode-laser; generating a modulated drive-current, the drive-current being the sum of a DC component and a continuously modulated component, the continuously modulated component related to the modulation signal; driving the diode-laser with the drive-current to provide laser-output; sampling the magnitude of the modulation signal and comparing the sampled modulation signal with a predetermined, externally supplied set value of the modulation signal associated with a lasing threshold of the diode-laser within the range between the extreme values; and if the sampled modulation signal falls between the set value and the said one of the extreme values of the modulation signal representing a desired zero output of the diode-laser, switching off the drive-current thereby providing a laser intensity being about linearly proportional to the modulated drive-current.
A device that is configured to be inserted into a body lumen, comprising: an elongate shaft comprising a proximal end and a distal end; an expandable assembly configured to transition from a radially compact state to a radially expanded state; a flexible printed circuit board (flex-PCB) substrate ; a plurality of electronic elements coupled to the flex-PCB substrate and configured to at least one of receive or transmit an electrical signal; and a plurality of communication paths positioned at least one of on or within the flex-PCB substrate and selectively coupling the plurality of electronic elements to a plurality of electrical contacts configured to electrically connect to an electronic module configured to process the electrical signal, wherein the plurality of electronic elements comprises at least one electrode and at least one ultrasound transducer , and at least one of the plurality of communication paths is electrically connected to the at least one electrode and the at least one ultrasound transducer, the at least one communication path comprises at least one coaxial cable comprising a shield and an inner conductor , and the at least one electrode and the at least one ultrasound transducer are electrically connected to the coaxial cable inner conductor. an elongate shaft comprising a proximal end and a distal end; an expandable assembly configured to transition from a radially compact state to a radially expanded state; a flexible printed circuit board (flex-PCB) substrate ; a plurality of electronic elements coupled to the flex-PCB substrate and configured to at least one of receive or transmit an electrical signal; and a plurality of communication paths positioned at least one of on or within the flex-PCB substrate and selectively coupling the plurality of electronic elements to a plurality of electrical contacts configured to electrically connect to an electronic module configured to process the electrical signal, wherein the plurality of electronic elements comprises at least one electrode and at least one ultrasound transducer , and at least one of the plurality of communication paths is electrically connected to the at least one electrode and the at least one ultrasound transducer, the at least one communication path comprises at least one coaxial cable comprising a shield and an inner conductor , and the at least one electrode and the at least one ultrasound transducer are electrically connected to the coaxial cable inner conductor.
A method of making a plastic panel assembly having a permanent mark therein, the method comprising the steps of: providing a plastic substrate; applying a protective coating on top of the substrate, a surface of the protective coating defining an exterior surface of the panel assembly; wherein laser active particles are dispersed within a portion of the panel assembly; and after the step of applying the protective coating, exposing a location beneath the exterior surface of the portion of the panel assembly to a laser light so as to cause the laser active particles to physically change and define the mark at a subsurface location of the panel assembly; wherein the panel assembly is an automotive glazing. providing a plastic substrate; applying a protective coating on top of the substrate, a surface of the protective coating defining an exterior surface of the panel assembly; wherein laser active particles are dispersed within a portion of the panel assembly; and after the step of applying the protective coating, exposing a location beneath the exterior surface of the portion of the panel assembly to a laser light so as to cause the laser active particles to physically change and define the mark at a subsurface location of the panel assembly; wherein the panel assembly is an automotive glazing.
A gantry tube for a medical imaging system , wherein the medical imaging system is a magnetic resonance/positron emission tomography (MR/PET) imaging system, comprising: a first tube located within a second tube , wherein the first tube is oriented about a longitudinal axis of the system; and a plurality of wall elements that extend between the first and second tubes , to form a plurality of channels that extend in an axial direction substantially parallel to the longitudinal axis wherein each channel is configured to hold a PET detector of the system and wherein the PET detector is configured to be inserted into or removed from an associated channel in the axial direction, characterized in that , the gantry tube is fabricated by joining a plurality of segments that each include sections of the first and second tubes , wall elements and a second plurality of channels . a first tube located within a second tube , wherein the first tube is oriented about a longitudinal axis of the system; and a plurality of wall elements that extend between the first and second tubes , to form a plurality of channels that extend in an axial direction substantially parallel to the longitudinal axis wherein each channel is configured to hold a PET detector of the system and wherein the PET detector is configured to be inserted into or removed from an associated channel in the axial direction, characterized in that , the gantry tube is fabricated by joining a plurality of segments that each include sections of the first and second tubes , wall elements and a second plurality of channels .
A data transmission indication method, comprising: sending (S501, S601, S701), by an access point, multi-user multiple-input multiple-output, MU-MIMO, data information to a terminal in a MU-MIMO mode, wherein the MU-MIMO data information carries an orthogonal frequency division multiple access, OFDMA, physical layer signaling; and receiving (S502, S603, S703), by the access point, an acknowledge, ACK, response or a block acknowledge, BA, response from the terminal in an OFDMA mode on a subchannel that is indicated by the OFDMA physical layer signaling and allocated to the terminal.
Lighting or signalling device for a motor vehicle , comprising an enclosure formed by a housing and a glass , the enclosure receiving an optical module comprising a printed circuit board provided with at least one light source , in particular a light source of the LED type, and a rear optical assembly comprising at least one collimator , in particular a collimator of the Fresnel type, disposed facing the at least one light source , the optical module comprising a front optical assembly , distinct from the rear optical assembly , provided with a front face comprising at least two transverse lighting surfaces disposed at different levels in the longitudinal direction in order to form at least two steps of a staircase overall shape, the front optical assembly being fixed in direct contact with the rear optical assembly , the housing comprising means for positioning the optical module and at least one means for fixing the optical module , the means for positioning the optical module comprising at least two stems , in particular at least two stems extending longitudinally or substantially longitudinally from the back wall of the housing towards the front of the housing , the device comprising a means for fixing the optical module comprising at least one stake , in particular at least one headed stake extending longitudinally or substantially longitudinally from the back wall of the housing towards the front of the housing , and the rear optical assembly comprising protuberances that cooperate with orifices and/or recesses in the printed circuit board in order to fix the rear optical assembly and the printed circuit board . the housing comprising means for positioning the optical module and at least one means for fixing the optical module , the means for positioning the optical module comprising at least two stems , in particular at least two stems extending longitudinally or substantially longitudinally from the back wall of the housing towards the front of the housing , the device comprising a means for fixing the optical module comprising at least one stake , in particular at least one headed stake extending longitudinally or substantially longitudinally from the back wall of the housing towards the front of the housing , and the rear optical assembly comprising protuberances that cooperate with orifices and/or recesses in the printed circuit board in order to fix the rear optical assembly and the printed circuit board .
A filter device having a filter element for filtering a liquid or gaseous fluid, wherein the filter element features a filter medium body enclosing an internal flow chamber , and at least one end disc disposed, relative to a longitudinal axis of the filter medium body , on a front face thereof, having a filter basic housing for receiving the filter element and having a mounting component for mounting and dismounting the filter element in the filter basic housing , wherein the mounting component is connectable to the end disc and additionally to the filter basic housing via a rotational motion about the longitudinal axis , characterized in that at least one form-fit element is disposed on the mounting component and can be brought into an axial form-fit connection with a counter form-fit locking element , which is disposed on the end disc or on a component on the end disc , while at the same time being freely rotatable in the direction of rotation around the longitudinal axis , wherein the counter form-fit locking element is designed as a circumferential form-fit collar , into which at least one gate-shaped insertion bevel is provided for inserting the form-fit element on the mounting component .
A clothes treating system comprising: a first housing ; a first drum disposed inside the first housing and having a first drum opening in a front of the first drum ; a front cover having a first inlet corresponding to the first drum opening ; a second housing disposed on an upper side of the first housing and having a second inlet ; a second drum disposed inside the second housing and having a second drum opening corresponding to the second inlet ; a control panel including an input unit for receiving an operation command and a display unit for displaying operation information; and characterized by a fixing bracket disposed inside the front cover and fixed to the first housing and the second housing to couple the second housing to the first housing , wherein the front cover is provided to cover at least a portion of a front side of the first housing and at least a portion of a front side of the second housing , the first inlet is opened and closed by a door coupled to the front cover , the fixing bracket is coupled to a rear side of an upper portion of the front cover , and the control panel is disposed upward of the front cover , so that the front cover and the control panel form a front surface of the washing machine , and the control panel is configured to cover a portion of the fixing bracket . a first housing ; a first drum disposed inside the first housing and having a first drum opening in a front of the first drum ; a front cover having a first inlet corresponding to the first drum opening ; a second housing disposed on an upper side of the first housing and having a second inlet ; a second drum disposed inside the second housing and having a second drum opening corresponding to the second inlet ; a control panel including an input unit for receiving an operation command and a display unit for displaying operation information; and characterized by a fixing bracket disposed inside the front cover and fixed to the first housing and the second housing to couple the second housing to the first housing , wherein the front cover is provided to cover at least a portion of a front side of the first housing and at least a portion of a front side of the second housing , the first inlet is opened and closed by a door coupled to the front cover , the fixing bracket is coupled to a rear side of an upper portion of the front cover , and the control panel is disposed upward of the front cover , so that the front cover and the control panel form a front surface of the washing machine , and the control panel is configured to cover a portion of the fixing bracket .
A method , comprising: transmitting a physical random access channel, PRACH, preamble (305a, Msg1) on a first time-frequency resource; monitoring a second time-frequency resource for a first downlink, DL, grant scheduling a random access response , RAR (210, 310, Msg2), corresponding to the transmitted PRACH preamble on a third time-frequency resource; receiving the RAR (210, 310, Msg2) on the third time-frequency resource; transmitting a connection request message (315a, Msg3) on a fourth time-frequency resource, wherein the fourth time-frequency resource is determined based on the RAR (210, 310, Msg2); determining a fifth time-frequency resource based on a time-frequency resource index, wherein the RAR (210, 310, Msg2) includes the time-frequency resource index; and monitoring the fifth time-frequency resource for a second DL grant scheduling a contention resolution message (320a, Msg4). transmitting a physical random access channel, PRACH, preamble (305a, Msg1) on a first time-frequency resource; monitoring a second time-frequency resource for a first downlink, DL, grant scheduling a random access response , RAR (210, 310, Msg2), corresponding to the transmitted PRACH preamble on a third time-frequency resource; receiving the RAR (210, 310, Msg2) on the third time-frequency resource; transmitting a connection request message (315a, Msg3) on a fourth time-frequency resource, wherein the fourth time-frequency resource is determined based on the RAR (210, 310, Msg2); determining a fifth time-frequency resource based on a time-frequency resource index, wherein the RAR (210, 310, Msg2) includes the time-frequency resource index; and monitoring the fifth time-frequency resource for a second DL grant scheduling a contention resolution message (320a, Msg4).
Sanitary article arrangement comprising: a sanitary article , in particular a bidet or a toilet bowl or a urinal or a washstand, with a receptacle extending in the vertical direction (V) in the installation position, which receptacle extends through a rear wall of the sanitary article , a fastening element for fastening the sanitary article to a bearing point on the building side, at least one positioning element which can be inserted into the receptacle and has a through-opening , and at least one locking element which can be inserted into the through-opening of the positioning element , wherein the positioning element and the locking element each have at least one engagement structure (42; 52) which can be brought into and out of engagement with one another, wherein in a fixing position, in which the engagement structures (42; 52) are engaged with one another, the position element is fixed with respect to a displacement relative to the locking element along the vertical direction (V), and wherein in an adjustment position in which the engagement structures (42; 52) are disengaged, the positioning element is displaceable relative to the locking element along the vertical direction (V), whereby a mounting height of the sanitary article relative to the building side bearing location is adjustable. a sanitary article , in particular a bidet or a toilet bowl or a urinal or a washstand, with a receptacle extending in the vertical direction (V) in the installation position, which receptacle extends through a rear wall of the sanitary article , a fastening element for fastening the sanitary article to a bearing point on the building side, at least one positioning element which can be inserted into the receptacle and has a through-opening , and at least one locking element which can be inserted into the through-opening of the positioning element , wherein the positioning element and the locking element each have at least one engagement structure (42; 52) which can be brought into and out of engagement with one another, wherein in a fixing position, in which the engagement structures (42; 52) are engaged with one another, the position element is fixed with respect to a displacement relative to the locking element along the vertical direction (V), and wherein in an adjustment position in which the engagement structures (42; 52) are disengaged, the positioning element is displaceable relative to the locking element along the vertical direction (V), whereby a mounting height of the sanitary article relative to the building side bearing location is adjustable.
Imaging light measuring device, comprising an image sensor and an optical, non-imaging spectrometer , wherein the image sensor and the spectrometer are configured to receive light emitted by a measurement object , and a data processing unit which is connected to the image sensor and the spectrometer and processes the measurement signals output by the image sensor and the spectrometer , wherein the image sensor and the spectrometer each comprise a trigger input , wherein a trigger signal applied to the trigger input triggers a measurement process, characterized in that the image sensor and the spectrometer each comprise at least one signal output (124-127) and are configured to output a signal dependent on their respective operating state via the signal output (124-127), wherein the imaging light measuring device comprises a control unit independent of the data processing unit and connected to the trigger inputs of the image sensor and the spectrometer , wherein the control unit is connected to the signal outputs (124-127) of the image sensor and the spectrometer , and wherein the control unit is configured to control the image sensor and the spectrometer via the trigger inputs depending on the signals output via the signal outputs (124-127) of the image sensor and the spectrometer . wherein the image sensor and the spectrometer each comprise a trigger input , wherein a trigger signal applied to the trigger input triggers a measurement process, characterized in that the image sensor and the spectrometer each comprise at least one signal output (124-127) and are configured to output a signal dependent on their respective operating state via the signal output (124-127), wherein the imaging light measuring device comprises a control unit independent of the data processing unit and connected to the trigger inputs of the image sensor and the spectrometer , wherein the control unit is connected to the signal outputs (124-127) of the image sensor and the spectrometer , and wherein the control unit is configured to control the image sensor and the spectrometer via the trigger inputs depending on the signals output via the signal outputs (124-127) of the image sensor and the spectrometer .
Method for reducing vibrations in the drive train of a motor vehicle comprising a transmission, in particular an automatic transmission or an automated transmission, characterized in that in the transmission a vibration-capable system for decoupling vibrations which is assigned to the respective gear is created for a plurality of or for all gears of the transmission, wherein the mass inertias of the vibration-capable systems are formed by existing rotating parts of the transmission, wherein steel-spring or gas-spring rigidities and/or additional masses are incorporated in the rotating parts, and wherein gear-dependent rigidities are generated on account of dissimilar steel-spring or gas-spring rigidities and/or additional masses assigned to the rotating components, on account of which a decoupled vibration-capable system assigned to the respective gear is generated in a gear-dependent manner within the transmission for a plurality of or for all gears of the transmission, said vibration-capable system being tuned to switching-specific eigenfrequencies and eigenmodes.
A safety lock assembly with a flat key comprising: a stator having a cylindrical housing and a blind hole opening radially into said cylindrical housing , said stator including a plurality of locking pins intended to extend within said cylindrical housing ; a rotor mounted for rotation within said cylindrical housing , said rotor comprising an axial passageway and a plurality of radial housings opening outside in order to allow to said locking pins to extend into said radial housings in order to maintain said rotor in a fixed position relatively to said stator , said rotor further comprising a ball and a movable locking body intended to maintain said ball projecting from said rotor , while said ball extend within said blind hole ; and a flat key intended to be engaged into said axial passageway in order to push back said locking pins outside of said rotor , and simultaneously, to control said movable locking body in order to allow to said ball to retract within said rotor inside ; said locking body being movable in rotation. a stator having a cylindrical housing and a blind hole opening radially into said cylindrical housing , said stator including a plurality of locking pins intended to extend within said cylindrical housing ; a rotor mounted for rotation within said cylindrical housing , said rotor comprising an axial passageway and a plurality of radial housings opening outside in order to allow to said locking pins to extend into said radial housings in order to maintain said rotor in a fixed position relatively to said stator , said rotor further comprising a ball and a movable locking body intended to maintain said ball projecting from said rotor , while said ball extend within said blind hole ; and a flat key intended to be engaged into said axial passageway in order to push back said locking pins outside of said rotor , and simultaneously, to control said movable locking body in order to allow to said ball to retract within said rotor inside ; said locking body being movable in rotation.