mhurhangee/patent-ind-claim-en huggingface dataset:
Control module comprising a display module, comprising at least two display devices , the display devices comprising, respectively, a display surface (S) and a dark mask covering the display surface (S), the dark masks having an overall absorption factor of between 50 and 80%, characterized in that the transmission coefficients of the dark masks differ by less than 3% for the wavelengths of the visible spectral range and in that the dark masks are arranged with respect to the display surfaces (S) so as to exhibit an axial deviation (E) with said display surfaces (S) of between 0.5 and 10 mm, and in that the axial deviations (E) of the two display devices differ by less than 0.3 mm and in that the display surfaces (S) have a circular shape, and in that at least one of the display devices is a cylindrical control module (la, 1b, 1c) comprising an annular wheel forming a rotor surrounding a portion of the cylindrical control module (la, 1b, 1c).
Method for decelerating a motor vehicle during emergency braking, wherein the entire emergency braking is carried out automatically by a longitudinal dynamics system of the motor vehicle , wherein in order to perform emergency braking an overall braking torque is generated automatically by the longitudinal dynamics system of the motor vehicle , and for this purpose a first braking torque is generated, at least as a proportion of the overall braking torque, by an electric motor of an electric drive of the motor vehicle in a time interval (t0 to t3), beginning with the automatic initiation of the emergency braking and for less than the overall time period of the emergency braking, in which the overall braking torque cannot yet be generated solely by a service brake system of the longitudinal dynamics system , characterized in that a first time interval (t0 to t2), in which only the first braking torque is generated and has been built up to a braking torque limit value (B G ) at which an anti-lock braking system of the motor vehicle is activated, is for less than a second time interval (t2 to t3), in which the first braking torque and a measurable second braking torque are generated simultaneously.
An optical device, comprising: a light waves-transmitting substrate having at least two major surfaces and edges; optical means for coupling light waves into the substrate by total internal reflection; a plurality of partially reflecting surfaces located at a distance from each other and carried internally within the substrate , wherein the partially reflecting surfaces are parallel to each other and not parallel to any of the edges of the substrate but located at an oblique angle to the major surfaces of the substrate , characterized in at least two of the partially reflecting surfaces being anisotropic, each anisotropic surface having a major axis parallel to the surface plane, the reflection and transmission properties of the surface substantially depending on the orientation of the polarization of the incident light in relation to the major axis of the surface, the anisotropic surfaces being mounted with the major axis in different directions, wherein light waves coupled into the substrate pass through a first partially reflecting surface of the at least two anisotropic surfaces three times at different positions and directions, the passing ray having p polarization each time, the coupled light waves being partially reflected out of the substrate by the first partially reflecting surface , the major axis of which is oriented to reflect s-polarized light waves, and by a second partially reflecting surface of the at least two anisotropic surfaces , the major axis of which is oriented to reflect p-polarized light waves. a light waves-transmitting substrate having at least two major surfaces and edges; optical means for coupling light waves into the substrate by total internal reflection; a plurality of partially reflecting surfaces located at a distance from each other and carried internally within the substrate , wherein the partially reflecting surfaces are parallel to each other and not parallel to any of the edges of the substrate but located at an oblique angle to the major surfaces of the substrate , characterized in at least two of the partially reflecting surfaces being anisotropic, each anisotropic surface having a major axis parallel to the surface plane, the reflection and transmission properties of the surface substantially depending on the orientation of the polarization of the incident light in relation to the major axis of the surface, the anisotropic surfaces being mounted with the major axis in different directions, wherein light waves coupled into the substrate pass through a first partially reflecting surface of the at least two anisotropic surfaces three times at different positions and directions, the passing ray having p polarization each time, the coupled light waves being partially reflected out of the substrate by the first partially reflecting surface , the major axis of which is oriented to reflect s-polarized light waves, and by a second partially reflecting surface of the at least two anisotropic surfaces , the major axis of which is oriented to reflect p-polarized light waves.
A battery module , comprising: a battery (BT); a breaker that switches electrical connection of an output line from the battery to outside; a power source switch circuit that receives an internal source voltage (VLIB) supplied from the battery (BT), an external source voltage (VEXT) supplied from an external power source , and an boot signal (IG_in) from outside, and switches a source of power that supplies source voltage from the external power source to the battery (BT) when at least one of the external source voltage (VEXT) and the boot signal (IG_in) is at a second level; and a control circuit that uses, as power supply, the source voltage that is output from the power source switch circuit , and controls operation of the breaker and of the power source switch circuit , wherein the control circuit turns OFF the breaker and stops the supply of the source voltage when a period in which the external source voltage (VEXT) or the boot signal (IG_in) is at the second level exceeds a predetermined threshold. a battery (BT); a breaker that switches electrical connection of an output line from the battery to outside; a power source switch circuit that receives an internal source voltage (VLIB) supplied from the battery (BT), an external source voltage (VEXT) supplied from an external power source , and an boot signal (IG_in) from outside, and switches a source of power that supplies source voltage from the external power source to the battery (BT) when at least one of the external source voltage (VEXT) and the boot signal (IG_in) is at a second level; and a control circuit that uses, as power supply, the source voltage that is output from the power source switch circuit , and controls operation of the breaker and of the power source switch circuit , wherein the control circuit turns OFF the breaker and stops the supply of the source voltage when a period in which the external source voltage (VEXT) or the boot signal (IG_in) is at the second level exceeds a predetermined threshold.
Apparatus for crimping a frame of an implant , the apparatus comprising: a crimping device comprising (i) a base , and (ii) a crimping mechanism that defines a crimping aperture ; wherein: the crimping aperture has an open state and a narrowed state, the crimping device further comprises a handle , the crimping mechanism being actuatable by moving the handle circumferentially around the crimping mechanism, and actuation of the crimping mechanism transitions the crimping aperture from its open state to its narrowed state; the apparatus further comprising a bath (i) having a floor , (ii) defining a receptacle that is shaped to receive a portion of the crimping device, and (iii) having one or more side-walls , the one or more side-walls: extending upward from the floor to a side-wall height (D34), and including a port-defining side-wall , wherein the port-defining side-wall defines a port between outside of the bath and inside of the bath; the apparatus having an assembled state in which: the portion of the crimping device has been received by the receptacle, the crimping device is held securely by the bath, the aperture is below the side-wall height, and the port is aligned with the crimping aperture; characterized in that the port defines a channel and comprises a seal that reversibly closes the channel. the crimping aperture has an open state and a narrowed state, the crimping device further comprises a handle , the crimping mechanism being actuatable by moving the handle circumferentially around the crimping mechanism, and actuation of the crimping mechanism transitions the crimping aperture from its open state to its narrowed state; the apparatus further comprising a bath (i) having a floor , (ii) defining a receptacle that is shaped to receive a portion of the crimping device, and (iii) having one or more side-walls , the one or more side-walls: extending upward from the floor to a side-wall height (D34), and including a port-defining side-wall , wherein the port-defining side-wall defines a port between outside of the bath and inside of the bath; the apparatus having an assembled state in which: the portion of the crimping device has been received by the receptacle, the crimping device is held securely by the bath, the aperture is below the side-wall height, and the port is aligned with the crimping aperture; extending upward from the floor to a side-wall height (D34), and including a port-defining side-wall , wherein the port-defining side-wall defines a port between outside of the bath and inside of the bath; the apparatus having an assembled state in which: the portion of the crimping device has been received by the receptacle, the crimping device is held securely by the bath, the aperture is below the side-wall height, and the port is aligned with the crimping aperture; the portion of the crimping device has been received by the receptacle, the crimping device is held securely by the bath, the aperture is below the side-wall height, and the port is aligned with the crimping aperture; characterized in that the port defines a channel and comprises a seal that reversibly closes the channel.
A method of improving a measurement of the flow velocity of blood in a blood vessel of a subject, the method comprising: using an ultrasound transducer to emit an ultrasound beam to measure flow velocity at a plurality of depths in a part of a body of the subject; _ forming by a control unit a respective spatial time velocity profile (36-1, 36-2, 36-3) for the part of the body from the measured flow velocity for each of the plurality of depths, each spatial time velocity profile being formed from the measured flow velocity at the respective depth; and analyzing by a control unit one or more of the plurality of spatial time velocity profiles to determine a correction to the angle of the ultrasound beam with respect to an axis of the blood vessel of the subject in order to adjust the positioning of the of the ultrasound transducer, the correction being based on a difference between the position of a peak in the spatial time velocity profile and the center of the spatial time velocity profile, corresponding to the intersection of the axis of the ultrasound beam with the spatial time velocity profile. using an ultrasound transducer to emit an ultrasound beam to measure flow velocity at a plurality of depths in a part of a body of the subject; _ forming by a control unit a respective spatial time velocity profile (36-1, 36-2, 36-3) for the part of the body from the measured flow velocity for each of the plurality of depths, each spatial time velocity profile being formed from the measured flow velocity at the respective depth; and analyzing by a control unit one or more of the plurality of spatial time velocity profiles to determine a correction to the angle of the ultrasound beam with respect to an axis of the blood vessel of the subject in order to adjust the positioning of the of the ultrasound transducer, the correction being based on a difference between the position of a peak in the spatial time velocity profile and the center of the spatial time velocity profile, corresponding to the intersection of the axis of the ultrasound beam with the spatial time velocity profile.
Agitating device for a digester of a biogas plant , having a housing and a driving device for rotatably driving at least one agitator blade (13-15), wherein the driving device comprises a drive shaft and an electric drive motor , wherein the drive motor is accommodated sealed in the housing , characterized in that the drive motor comprises an outer, hollow stator and a rotary rotor which is configured at least partially hollow, centrally accommodated therein, wherein the rotor is rotatably supported on the housing and comprises a coupling device for non-rotatable coupling with the drive shaft to drive the at least one agitator blade (13-15) by means of the drive shaft , and that the stator is equipped with a plurality of electric windings and the rotor , with a plurality of permanent magnets , and that the drive motor is configured as a direct drive, and the drive shaft is coupled gearless with the drive motor , wherein the internal diameter of the hollow part of the rotor is at least twice the size of the external diameter of the drive shaft .
A streamlined wavy fin for finned tube heat exchangers, comprising a fin body , an airflow inlet on one end of the fin body , an airflow outlet on the other end of the fin body , and mounting holes for mounting tubes in the fin body , wherein several convex ripples and concave ripples are consecutively formed from the airflow inlet to the airflow outlet on the fin body in an orientation of the airflow streamlines; characterized in that the convex ripples and the concave ripples are provided within the boundaries of a ripple area set on the fin body , the boundaries of the ripple area located at the upper and the lower sides of the mounting holes are all streamlines; the connecting line of the wave crests of the same convex ripple and the connecting line of the wave troughs of the same concave ripple in neighbor are both streamlines; the distance between the connection line of the wave crests of the same convex ripple and the connection line of the wave troughs of the neighboring concave ripple or the number of the convex ripples and the concave ripples is determined according to the stream function values of the boundaries of the ripple area; the streamlines are such streamlines that on the central cross section of a channel formed by two neighboring plain fins corresponding to the fins of the fin body but without the ripples and at the same distance and having the same configuration of mounting holes no recirculation flow appears downstream the tubes.
Semi-transparent mirror, in particular for use as a rear-view mirror in the automotive sector, in particular as an interior mirror, wherein the semi-transparent mirror comprises a transparent substrate , preferably made of soda-lime glass, on which a multilayer coating is applied on the front and/or rear side, wherein the coating is designed such that the mirror has a light reflectance value of at least 60 %, preferably at least 65 %, and a light transmittance value of at least 20 %, preferably at least 25 %, on its front side at perpendicular light incidence with a standard illuminant C according to CIE 1971, characterized in that the mirror has a light reflectance value of at most 25 %, preferably at most 20 %, on its rear side at perpendicular light incidence with a standard illuminant C according to CIE 1971.
A surgical system drape comprising: a first drape portion configured to receive a first manipulator of a surgical system; a second drape portion including a plurality of pockets , each pocket (1105a to 1105d) of the plurality of pockets being configured to receive a corresponding one of a plurality of second manipulators of the surgical system; and a rotatable seal coupling the second drape portion to the first drape portion . a first drape portion configured to receive a first manipulator of a surgical system; a second drape portion including a plurality of pockets , each pocket (1105a to 1105d) of the plurality of pockets being configured to receive a corresponding one of a plurality of second manipulators of the surgical system; and a rotatable seal coupling the second drape portion to the first drape portion .
A communication method based on unlicensed spectrum carried out by an access network device, wherein the method comprises: acquiring a channel state detection result of the unlicensed spectrum, wherein the channel state detection result comprises whether subbands or bandwidth parts in the unlicensed spectrum are busy, and each bandwidth part comprises one or more subbands; and sending downlink control information through a connection on a licensed spectrum, wherein the downlink control information indicates at least one subband in the channel state detection result is busy or not, or indicates at least one bandwidth part in the channel state detection result is busy or not. acquiring a channel state detection result of the unlicensed spectrum, wherein the channel state detection result comprises whether subbands or bandwidth parts in the unlicensed spectrum are busy, and each bandwidth part comprises one or more subbands; and sending downlink control information through a connection on a licensed spectrum, wherein the downlink control information indicates at least one subband in the channel state detection result is busy or not, or indicates at least one bandwidth part in the channel state detection result is busy or not.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a knit element formed from at least one yarn; an inlaid strand extending through the knit element, wherein the knit element and the inlaid strand extend from the throat area to a rear portion of a heel region of the upper, wherein the inlaid strand comprises a first section and a second section, the first section being separate from the second section, wherein the first section extends from a throat area to the rear portion of the heel region, and wherein the second section extends from the throat area to a lower area of the upper that is adjacent the sole structure, characterised in that the knit element and the first section of the inlaid strand further extend continuously from a throat area on a first side of the footwear around the heel region to a second side of the footwear that is opposite the first side. a knit element formed from at least one yarn; an inlaid strand extending through the knit element, wherein the knit element and the inlaid strand extend from the throat area to a rear portion of a heel region of the upper, wherein the inlaid strand comprises a first section and a second section, the first section being separate from the second section, wherein the first section extends from a throat area to the rear portion of the heel region, and wherein the second section extends from the throat area to a lower area of the upper that is adjacent the sole structure, characterised in that the knit element and the first section of the inlaid strand further extend continuously from a throat area on a first side of the footwear around the heel region to a second side of the footwear that is opposite the first side.
A washer comprising: a first lobe comprising a first hole ; a second lobe comprising a second hole ; a third lobe comprising a third hole ; a fourth lobe comprising a fourth hole ; a first leg extending from the first lobe to the second lobe ; a second leg extending between the third lobe and the fourth lobe , wherein the second leg is parallel to the first leg ; and a third leg extending from the first lobe to the third lobe and spacing the first leg from the second leg such that the second lobe is disposed opposite the fourth lobe ; and characterized by further comprising: a first reference tab extending from the first leg between the first lobe and the second lobe and in the same direction as the at least two tabs of the first lobe , and a second reference tab extending from the second leg between the third lobe and the fourth lobe and in the same direction as the at least two tabs of the third lobe . a first lobe comprising a first hole ; a second lobe comprising a second hole ; a third lobe comprising a third hole ; a fourth lobe comprising a fourth hole ; a first leg extending from the first lobe to the second lobe ; a second leg extending between the third lobe and the fourth lobe , wherein the second leg is parallel to the first leg ; and a third leg extending from the first lobe to the third lobe and spacing the first leg from the second leg such that the second lobe is disposed opposite the fourth lobe ; and characterized by further comprising: a first reference tab extending from the first leg between the first lobe and the second lobe and in the same direction as the at least two tabs of the first lobe , and a second reference tab extending from the second leg between the third lobe and the fourth lobe and in the same direction as the at least two tabs of the third lobe .
An infrared spectrometer comprising an openable sealed housing that houses optical components; an infrared light source that is configured to irradiate an infrared light into the sealed housing ; a dehumidifying means that is configured to dehumidify an inside of the sealed housing ; a thermo-hygro sensor that is configured to detect a humidity inside the sealed housing ; and a control means that is configured to control power supply to the infrared light source , the infrared spectrometer being configured to take out the infrared light as a measurement light via the optical components inside the sealed housing , to irradiate the measurement light to a sample disposed outside the sealed housing , and to acquire a spectrum based on a detected value of a light from the sample, wherein the control means: is configured to start the infrared light source while limiting power supply to the infrared light source ; to determine presence/absence of a risk of condensation inside the sealed housing based on a detected value of humidity detected while power is supplied to the infrared light source ; and, when the risk of condensation is determined to be present, to balance a rate of increase of the detected value of humidity detected while power is supplied to the infrared light source and a rate of decrease of humidity dehumidified by the dehumidifying means, and at the same time, to gradually increase power supply to the infrared light source . an openable sealed housing that houses optical components; an infrared light source that is configured to irradiate an infrared light into the sealed housing ; a dehumidifying means that is configured to dehumidify an inside of the sealed housing ; a thermo-hygro sensor that is configured to detect a humidity inside the sealed housing ; and a control means that is configured to control power supply to the infrared light source , the infrared spectrometer being configured to take out the infrared light as a measurement light via the optical components inside the sealed housing , to irradiate the measurement light to a sample disposed outside the sealed housing , and to acquire a spectrum based on a detected value of a light from the sample, is configured to start the infrared light source while limiting power supply to the infrared light source ; to determine presence/absence of a risk of condensation inside the sealed housing based on a detected value of humidity detected while power is supplied to the infrared light source ; and, when the risk of condensation is determined to be present, to balance a rate of increase of the detected value of humidity detected while power is supplied to the infrared light source and a rate of decrease of humidity dehumidified by the dehumidifying means, and at the same time, to gradually increase power supply to the infrared light source .