mhurhangee/patent-ind-claim-en huggingface dataset:
Actuator for a medium voltage circuit breaker or recloser with at least one movable contact with a contact stem, driven by an electromagnetic drive (9-11), and a spring , wherein the spring is positioned in the kinematic chain between the drive and the movable contact or contact stem, wherein the arrangement of movable contact and drive is furthermore coupled to means for the detection of a micromotion wherein the means for the detection of the micromotion are implemented in a signal device; characterized in that the signal device is configured to register the actual movability and availability of the drive by either: (i) in an OFF position of the circuit breaker or recloser, energising a coil of the drive (9-11) for a closing operation and, as soon as micromotion of the drive (9-11) is detected by the means for the detection of the micromotion, controlling drive current to zero, whereupon the drive (9-11) is driven by the spring to return to an open position, the micromotion indicating that the drive (9-11) is movable; or (ii) in an ON position of the circuit breaker or recloser, (a) using a negative drive current to initiate an opening operation, (b) reversing the direction of the drive current after a predetermined interval, and (c), detecting by the means for detecting the micromotion whether a micromotion occurred in response to reversing the direction of the current, wherein, if no micromotion occurred, steps (a)-(c) are repeated with a later reverse of the drive current or with a stronger drive voltage or current until a micromotion is detected, or until a defined current-threshold, drive voltage threshold, or feeding-time threshold is reached indicating failure of the drive. (i) in an OFF position of the circuit breaker or recloser, energising a coil of the drive (9-11) for a closing operation and, as soon as micromotion of the drive (9-11) is detected by the means for the detection of the micromotion, controlling drive current to zero, whereupon the drive (9-11) is driven by the spring to return to an open position, the micromotion indicating that the drive (9-11) is movable; or (ii) in an ON position of the circuit breaker or recloser, (a) using a negative drive current to initiate an opening operation, (b) reversing the direction of the drive current after a predetermined interval, and (c), detecting by the means for detecting the micromotion whether a micromotion occurred in response to reversing the direction of the current, wherein, if no micromotion occurred, steps (a)-(c) are repeated with a later reverse of the drive current or with a stronger drive voltage or current until a micromotion is detected, or until a defined current-threshold, drive voltage threshold, or feeding-time threshold is reached indicating failure of the drive.
Rubber composition based at least on a highly saturated diene elastomer, a carbon black and a vulcanizing system comprising sulfur and a vulcanization accelerator, - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being at least 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, - the mass ratio between the amount of secondary accelerator and the total amount of accelerators is less than 0.7, the total amount of accelerators being the sum of the mass amount of the primary accelerator and of the mass amount of the secondary accelerator in the rubber composition, - the mass ratio being calculated from the amounts expressed in phr, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram disulfide. - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 50 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being at least 50 phr, - the vulcanization accelerator being a mixture of a primary accelerator and of a secondary accelerator, - the mass ratio between the amount of secondary accelerator and the total amount of accelerators is less than 0.7, the total amount of accelerators being the sum of the mass amount of the primary accelerator and of the mass amount of the secondary accelerator in the rubber composition, - the mass ratio being calculated from the amounts expressed in phr, the primary accelerator being a sulfenamide, the secondary accelerator being a thiuram disulfide.
An LED package comprising: an LED chip ; an angle dependent light recycling means for transmitting light emitted from the LED chip and for reflecting light, wherein the angle dependent light recycling means comprises an edge filter or a band-pass filter; and a diffuser disposed to receive light reflected from the angle dependent light recycling means and to scatter the light for changing its angle of incidence relative to the LED chip (1 1, 48), characterized in that the angle dependent light recycling means is configured to transmit the light emitted from the LED having a first angle of incidence or less relative to the LED chip ; the angle dependent light recycling means is configured to reflect light emitted from the LED chip having an angle of incidence relative to the LED chip greater than the first angle of incidence; and the emission spectrum of the LED chip and the transmission of the edge filter or the band-pass filter are matched for transmitting light emitted from the LED chip having the first angle of incidence or less relative to the LED chip , and reflecting light emitted from the LED chip having an angle of incidence relative to the LED chip greater than the first angle of incidence. an LED chip ; an angle dependent light recycling means for transmitting light emitted from the LED chip and for reflecting light, wherein the angle dependent light recycling means comprises an edge filter or a band-pass filter; and a diffuser disposed to receive light reflected from the angle dependent light recycling means and to scatter the light for changing its angle of incidence relative to the LED chip (1 1, 48), characterized in that the angle dependent light recycling means is configured to transmit the light emitted from the LED having a first angle of incidence or less relative to the LED chip ; the angle dependent light recycling means is configured to reflect light emitted from the LED chip having an angle of incidence relative to the LED chip greater than the first angle of incidence; and the emission spectrum of the LED chip and the transmission of the edge filter or the band-pass filter are matched for transmitting light emitted from the LED chip having the first angle of incidence or less relative to the LED chip , and reflecting light emitted from the LED chip having an angle of incidence relative to the LED chip greater than the first angle of incidence.
A patient care system, comprising: a deployable sensor system including an at least two sensors , a patient care hub configured to receive a plurality of signals from the at least two sensors and wirelessly communicate the plurality of signals, and a caregiver controller configured to communicate wirelessly with the patient care hub , characterized in that the patient care hub is configured to compare a first signal from a first of the at least two sensors physically engaged with the patient and a second signal from a second of the at least two sensors physically engaged with a patient assistance device to determine patient adherence to a prescribed care plan by determining that the signals are consistent with a prescribed therapy of the prescribed care plan, the patient care hub is further configured to communicate an alert to the caregiver controller if the first signal and the second signal are not simultaneously active. a deployable sensor system including an at least two sensors , a patient care hub configured to receive a plurality of signals from the at least two sensors and wirelessly communicate the plurality of signals, and a caregiver controller configured to communicate wirelessly with the patient care hub , characterized in that the patient care hub is configured to compare a first signal from a first of the at least two sensors physically engaged with the patient and a second signal from a second of the at least two sensors physically engaged with a patient assistance device to determine patient adherence to a prescribed care plan by determining that the signals are consistent with a prescribed therapy of the prescribed care plan, the patient care hub is further configured to communicate an alert to the caregiver controller if the first signal and the second signal are not simultaneously active.
A rotary printing device , including - at least one printing unit structure , which comprises at least one printing cylinder for printing a printing medium , and - at least one moving device , which is configured to move the at least one printing unit structure towards a desired position (P_S) of the at least one printing unit structure in relation to a setup component of the rotary printing device and opposite to at least one transverse force (F_Q) acting on the at least one printing cylinder in the operation of the rotary printing device , wherein the at least one moving device includes at least one linear motor , which comprises motor components for moving the at least one printing unit structure towards the desired position (P_S), of which a first motor component of the motor components is coupled to the at least one printing unit structure and linearly movable in relation to a second motor component , characterized in that the at least one printing unit structure is formed as a printing unit carriage and comprises respective rollers and/or wheels for supporting a weight force (F_G) of the at least one printing unit structure on a contact area (S_A). - at least one printing unit structure , which comprises at least one printing cylinder for printing a printing medium , and - at least one moving device , which is configured to move the at least one printing unit structure towards a desired position (P_S) of the at least one printing unit structure in relation to a setup component of the rotary printing device and opposite to at least one transverse force (F_Q) acting on the at least one printing cylinder in the operation of the rotary printing device ,
An additive manufacturing apparatus, comprising: an extruder configured to receive a thermoplastic material; an applicator assembly downstream of the extruder, the applicator assembly including a nozzle for depositing the thermoplastic material as a plurality of layers; a temperature sensor configured to detect a temperature of at least a portion of a deposited layer; a positioning assembly configured to change an angular position of the temperature sensor; and a controller configured to: receive temperature signals from the temperature sensor , compare a current detected temperature to a previously-detected temperature, the additive manufacturing apparatus being characterized in that the controller is further configured to: change a movement speed of the applicator assembly when the current detected temperature is lower than the previously-detected temperature by a first temperature difference, and ignore the current detected temperature when the current detected temperature is lower than the previously detected temperature by a second temperature difference that is greater than the first temperature difference. an extruder configured to receive a thermoplastic material; an applicator assembly downstream of the extruder, the applicator assembly including a nozzle for depositing the thermoplastic material as a plurality of layers; a temperature sensor configured to detect a temperature of at least a portion of a deposited layer; a positioning assembly configured to change an angular position of the temperature sensor; and receive temperature signals from the temperature sensor , compare a current detected temperature to a previously-detected temperature, the additive manufacturing apparatus being characterized in that the controller is further configured to: change a movement speed of the applicator assembly when the current detected temperature is lower than the previously-detected temperature by a first temperature difference, and ignore the current detected temperature when the current detected temperature is lower than the previously detected temperature by a second temperature difference that is greater than the first temperature difference. change a movement speed of the applicator assembly when the current detected temperature is lower than the previously-detected temperature by a first temperature difference, and ignore the current detected temperature when the current detected temperature is lower than the previously detected temperature by a second temperature difference that is greater than the first temperature difference.
A heterodimer comprising human IgG antibody CH3 domains characterised in that Lys409 of one CH3 domain is substituted with tryptophan (W), and Asp399 and Phe405 of the other CH3 domain are substituted with valine (V) and threonine (T) respectively and the heterodimer comprises a binding between said W and an amino acid selected from said V and said T and (a) Tyr349 of one CH3 domain is substituted with serine (S), and Glu357 of the other CH3 domain is substituted with tryptophan (W) and the heterodimer comprises a binding between said W and said S; (b) Lys360 of one CH3 domain is substituted with glutamic acid (E), and Gln347 of the other CH3 domain is substituted with arginine (R) and the heterodimer comprises a binding between said E and said R; or (c) Gln347 and Lys360 of one CH3 domain are substituted with glutamic acid (E) respectively, and Gln347 of the other CH3 domain is substituted with arginine (R) and the heterodimer comprises a binding between an amino acid selected from said Es and said R; wherein the positions are numbered according to the EU index with reference to human IgG1. (a) Tyr349 of one CH3 domain is substituted with serine (S), and Glu357 of the other CH3 domain is substituted with tryptophan (W) and the heterodimer comprises a binding between said W and said S; (b) Lys360 of one CH3 domain is substituted with glutamic acid (E), and Gln347 of the other CH3 domain is substituted with arginine (R) and the heterodimer comprises a binding between said E and said R; or (c) Gln347 and Lys360 of one CH3 domain are substituted with glutamic acid (E) respectively, and Gln347 of the other CH3 domain is substituted with arginine (R) and the heterodimer comprises a binding between an amino acid selected from said Es and said R;
An information processing device comprising: an input unit configured to obtain information related to a voice of a user and device information of each of a plurality of devices; and a selecting unit configured to select a device from the plurality of devices on the basis of an aspect specified by at least one of the information related to the voice and the device information obtained by the input unit and the device information; further comprising: an operation instructing unit configured to instruct the device selected by the selecting unit to perform an operation related to operation content specified on the basis of the information related to the voice; wherein, in a case in which a plurality of devices are selected, the operation instructing unit instructs each of the selected devices to perform an operation associated with each of the selected devices. an input unit configured to obtain information related to a voice of a user and device information of each of a plurality of devices; and a selecting unit configured to select a device from the plurality of devices on the basis of an aspect specified by at least one of the information related to the voice and the device information obtained by the input unit and the device information; further comprising: an operation instructing unit configured to instruct the device selected by the selecting unit to perform an operation related to operation content specified on the basis of the information related to the voice;
A vehicle-body structure comprising: a pair of left and right side sills extending in a front-rear direction of a vehicle; floor panels extending from vehicle-width-direction inner side ends of the side sills toward a vehicle-width-direction inner side or a center of the vehicle; a floor tunnel connecting vehicle-width-direction inner side ends of the floor panels and having a shape protruding upward; a pair of left and right cross members connecting the side sills and the floor tunnel ; seat mounting brackets mounted to ends in a vehicle width direction of the cross members ; characterised by further comprising a pair of left and right backbone frames facing a top and a side of the floor tunnel and fixed to the floor tunnel , the pair of left and right backbone frames extending in a vehicle front-rear direction; and a tunnel reinforcement having a front projection , an intermediate projection , and a rear projection abutting on an underside of the floor tunnel , wherein the backbone frame includes a plurality of beads abutting on the floor tunnel , and the tunnel reinforcement is fixed at the front projection , the intermediate projection , and the rear projection to the seat mounting bracket via the floor tunnel and is also fixed to the plurality of beads of the backbone frame via the floor tunnel . a pair of left and right side sills extending in a front-rear direction of a vehicle; floor panels extending from vehicle-width-direction inner side ends of the side sills toward a vehicle-width-direction inner side or a center of the vehicle; a floor tunnel connecting vehicle-width-direction inner side ends of the floor panels and having a shape protruding upward; a pair of left and right cross members connecting the side sills and the floor tunnel ; seat mounting brackets mounted to ends in a vehicle width direction of the cross members ; characterised by further comprising a pair of left and right backbone frames facing a top and a side of the floor tunnel and fixed to the floor tunnel , the pair of left and right backbone frames extending in a vehicle front-rear direction; and a tunnel reinforcement having a front projection , an intermediate projection , and a rear projection abutting on an underside of the floor tunnel , wherein the backbone frame includes a plurality of beads abutting on the floor tunnel , and the tunnel reinforcement is fixed at the front projection , the intermediate projection , and the rear projection to the seat mounting bracket via the floor tunnel and is also fixed to the plurality of beads of the backbone frame via the floor tunnel .
An optical apparatus, comprising: a semiconductor substrate ; a dielectric layer located on the semiconductor substrate, wherein a membrane portion of the dielectric layer is located over a cavity (125; 125a) in a surface of the semiconductor substrate; a resistive heater (130; 130a) located on the membrane portion, the resistive heater being controllable by a current applied to the resistive heater; and an etalon optical filter (140; 140a) located on the resistive heater and over the cavity, an optical passband of the etalon optical filter being wavelength tunable by the resistive heater; characterised in that the etalon optical filter (140; 140a) includes a silicon slab being upright on the dielectric layer , wherein the silicon slab is coated on two opposite sides that are oriented perpendicular to the dielectric layer with partially reflective material layers . a semiconductor substrate ; a dielectric layer located on the semiconductor substrate, wherein a membrane portion of the dielectric layer is located over a cavity (125; 125a) in a surface of the semiconductor substrate; a resistive heater (130; 130a) located on the membrane portion, the resistive heater being controllable by a current applied to the resistive heater; and an etalon optical filter (140; 140a) located on the resistive heater and over the cavity, an optical passband of the etalon optical filter being wavelength tunable by the resistive heater; characterised in that the etalon optical filter (140; 140a) includes a silicon slab being upright on the dielectric layer , wherein the silicon slab is coated on two opposite sides that are oriented perpendicular to the dielectric layer with partially reflective material layers .
An intestinal audio analysis device comprising: a patient interface adapted to attach to a surface of a patient's abdomen; a diaphragm adapted to vibrate in response to intestinal sounds to create acoustic pressure waves which amplify intestinal sounds made within a patient's abdomen resulting in audio data for collection; an acoustic chamber adapted to receive acoustic pressure waves caused by diaphragm vibrations which amplify the intestinal sounds; an audio collection device located in or near the acoustic chamber; a housing comprising a computer ; a memory comprising one or more algorithms, wherein the computer is adapted to execute the one or more algorithms stored in the memory, wherein at least one of the one or more algorithms analyzes collected audio data for false signals due to ambient noise, wherein at least one of the one or more algorithms analyzes two or more spectral event values over time, wherein at least one of the one or more algorithms serves to produce a slope of a linear regression analysis of the two or more spectral event values over time, wherein the slope of the linear regression is compared to a pre-determined slope threshold for making a binary prediction; and a user interface comprising a display, wherein the display comprises a graphical user interface. a patient interface adapted to attach to a surface of a patient's abdomen; a diaphragm adapted to vibrate in response to intestinal sounds to create acoustic pressure waves which amplify intestinal sounds made within a patient's abdomen resulting in audio data for collection; an acoustic chamber adapted to receive acoustic pressure waves caused by diaphragm vibrations which amplify the intestinal sounds; an audio collection device located in or near the acoustic chamber; a housing comprising a computer ; a memory comprising one or more algorithms, wherein the computer is adapted to execute the one or more algorithms stored in the memory, wherein at least one of the one or more algorithms analyzes collected audio data for false signals due to ambient noise, wherein at least one of the one or more algorithms analyzes two or more spectral event values over time, wherein at least one of the one or more algorithms serves to produce a slope of a linear regression analysis of the two or more spectral event values over time, wherein the slope of the linear regression is compared to a pre-determined slope threshold for making a binary prediction; and wherein at least one of the one or more algorithms analyzes collected audio data for false signals due to ambient noise, wherein at least one of the one or more algorithms analyzes two or more spectral event values over time, wherein at least one of the one or more algorithms serves to produce a slope of a linear regression analysis of the two or more spectral event values over time, wherein the slope of the linear regression is compared to a pre-determined slope threshold for making a binary prediction; and a user interface comprising a display, wherein the display comprises a graphical user interface.