mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communicating between a telemetry controller and a plurality of medical devices (104 -104(n)) implanted within a patient, comprising: respectively establishing communication links between the telemetry controller and the implanted medical devices; respectively amplitude modulating the communication links by the implanted medical devices at modulation levels; respectively measuring received signal strength indicators, RSSIs, of the amplitude modulated communication links for the implanted medical devices; and decreasing a variation of the RSSIs by comparing the measured RSSIs, determining the lowest one of the RSSIs, selecting one of the implanted medical devices with a RSSI not associated with the lowest RSSI, and modifying a respective modulation level at which a respective communication link is amplitude modulated by the selected implanted medical device to a respective equalizing modulation level, such that the RSSI of the respective communication link amplitude modulated at the modified respective modulation level by the selected implantable medical device matches the lowest RSSI. respectively establishing communication links between the telemetry controller and the implanted medical devices; respectively amplitude modulating the communication links by the implanted medical devices at modulation levels; respectively measuring received signal strength indicators, RSSIs, of the amplitude modulated communication links for the implanted medical devices; and decreasing a variation of the RSSIs by comparing the measured RSSIs, determining the lowest one of the RSSIs, selecting one of the implanted medical devices with a RSSI not associated with the lowest RSSI, and modifying a respective modulation level at which a respective communication link is amplitude modulated by the selected implanted medical device to a respective equalizing modulation level, such that the RSSI of the respective communication link amplitude modulated at the modified respective modulation level by the selected implantable medical device matches the lowest RSSI.
An article of footwear , comprising: an upper assembly comprising an outer braided structure and an inner braided structure , wherein: the outer braided structure includes a first portion , having a jacquard braid pattern; the inner braided structure includes a second portion having a non-jacquard braid pattern; and a first tensile strand of the outer braided structure is intertwined with a second tensile strand of the inner braided structure ; and a sole structure , wherein: a toe portion comprises a portion of the outer braided structure and a portion of the inner braided structure which are layered together, wherein the outer braided structure has a first opening and the inner braided structure has a second opening; a collar portion of the inner braided structure extends through the first opening of the outer braided structure and wherein the second opening of the inner braided structure is configured to receive a foot; the collar portion comprises a single braided structure; and the sole structure is disposed against the outer braided structure .
Device for air conditioning a building , wherein the device comprising: - the building with an outside and an inside, - flat outer tempering elements which at least partially cover the outside of the building , wherein the outer tempering elements can be set to a predeterminable temperature value and where the outer tempering elements are arranged at a distance from the outside of the building so that a first intermediate space is created between the outside of the building and the outer tempering element , characterized - in that the first intermediate space is self-contained, and - in that a collection system for condensate is provided to drain condensate formed on the outer tempering element in the first intermediate space . - the building with an outside and an inside, - flat outer tempering elements which at least partially cover the outside of the building , wherein the outer tempering elements can be set to a predeterminable temperature value and where the outer tempering elements are arranged at a distance from the outside of the building so that a first intermediate space is created between the outside of the building and the outer tempering element , - in that the first intermediate space is self-contained, and - in that a collection system for condensate is provided to drain condensate formed on the outer tempering element in the first intermediate space .
An eccentric assembly for a vibration compacting machine , the eccentric assembly comprising: a housing driven and rotated by a motor; characterized in that the eccentric assembly comprises: an eccentric shaft installed in the housing so as to have a changeable angular position by rotating relative to the housing ; a locking device adopted to lock the eccentric shaft by engaging with one side of the eccentric shaft, and to unlock the eccentric shaft when a rotational speed of the housing is greater than a predetermined locking critical speed ω1; a clamping device adopted to clamp an opposite side of the one side of the eccentric shaft that engages with the locking device, and to release clamping to the eccentric shaft when a rotational speed of the housing is greater than a predetermined clamping critical speed ωc; and a stopper installed in the housing so as to limit a rotation angle of the eccentric shaft generated when locking and clamping to the eccentric shaft are released. an eccentric shaft installed in the housing so as to have a changeable angular position by rotating relative to the housing ; a locking device adopted to lock the eccentric shaft by engaging with one side of the eccentric shaft, and to unlock the eccentric shaft when a rotational speed of the housing is greater than a predetermined locking critical speed ω1; a clamping device adopted to clamp an opposite side of the one side of the eccentric shaft that engages with the locking device, and to release clamping to the eccentric shaft when a rotational speed of the housing is greater than a predetermined clamping critical speed ωc; and a stopper installed in the housing so as to limit a rotation angle of the eccentric shaft generated when locking and clamping to the eccentric shaft are released.
A slide element , in particular a sliding door or a lift and slide door, comprising a frame ; a leaf which is displaceable with respect to the frame; and a lock device for selectively locking the leaf to the frame , wherein the lock device comprises a latch bolt which is displaceably supported at the frame or at the leaf between a retracted release position and an extended locking position and which is configured for a latching engagement with a holding edge arranged at the other element of the frame and leaf , with the latch bolt being preloaded into the extended locking position by means of a spring device, characterized in that the holding edge extends along a closing edge of the leaf over an engagement region which is enlarged with respect to the corresponding extent of the latch bolt , with the holding edge extending at least substantially along the total closing edge of the leaf .
Mounting for optical components, with a two-part mounting housing enclosing an optical component in a substantially annular manner, the two housing parts having different coefficients of thermal expansion and wherein one housing part is formed as a ring that encloses the optical component , on the housing inner side of which, as seen in the direction of the housing longitudinal axis, there is formed a groove which serves for receiving the second housing part formed as a tensioning or pressing ring , characterized in that the groove surrounds the optical component in a peripheral manner, wherein the groove is formed close to the optical component and dimensioned in such a way that the groove is only separated from the optical component and from the housing outer side by a thin-walled housing web which forms a flexure and which forms an elastically deformable bending point.
System having a rail monitoring element and a device for fixing and positioning the rail monitoring element on a rail web of a rail having a rail foot , the rail web , and a rail head , comprising a clamping device by means of which the device can be fastened to the rail , a pressing ram for pressing the rail monitoring element against the rail web , and a force element , it being possible for the pressing ram to be pressed against the rail web when the device is in the mounted state by force generated by the force element, and a holder for receiving the force element , characterized in that the pressing ram has a receptacle for the rail monitoring element , the rail monitoring element being arranged in the receptacle of the pressing ram , and the pressing ram being designed such that it can be pressed flat against the rail web . a clamping device by means of which the device can be fastened to the rail , a pressing ram for pressing the rail monitoring element against the rail web , and a force element , it being possible for the pressing ram to be pressed against the rail web when the device is in the mounted state by force generated by the force element, and a holder for receiving the force element , characterized in that the pressing ram has a receptacle for the rail monitoring element , the rail monitoring element being arranged in the receptacle of the pressing ram , and the pressing ram being designed such that it can be pressed flat against the rail web .
Process for separating aluminium chloride from silane liquid, wherein, in a first step, silane liquid containing aluminium chloride is mixed with compound N selected from among urea, thiourea, methylimidazolium chloride and 1-ethyl-2-methylimidazolium chloride, forming an ionic liquid from the aluminium chloride and compound N, and, in a second step, the ionic liquid is separated from the purified silane liquid.
A method on an image-capture device, the method comprising: capturing video while in a viewfinder mode and by the image-capture device; continuously analyzing, while in the viewfinder mode and by the image-capture device, frames of the captured video to determine an interest score for each frame, wherein the interest score is based on a weighted sum of metrics comprising one or more of: activity detection, intra-frame motion estimation, inter-frame motion estimation, face detection, motion sensing, camera-state sensing, scene analysis, a stated preference of a user of the image-capture device, past behaviour of the user of the image-capture device, a privacy setting or information received from a server remote from the image-capture device; upon determining that the interest score for a given frame exceeds a first threshold, including that frame in a sequence calculation; determining if a number of frames included in the sequence calculation exceeds a second threshold; upon determining that the second threshold is exceeded, identifying a start and a stop point in the captured video for delimiting a segment of the captured video; and presenting a notification that the segment of the captured video is available for viewing. capturing video while in a viewfinder mode and by the image-capture device; continuously analyzing, while in the viewfinder mode and by the image-capture device, frames of the captured video to determine an interest score for each frame, wherein the interest score is based on a weighted sum of metrics comprising one or more of: activity detection, intra-frame motion estimation, inter-frame motion estimation, face detection, motion sensing, camera-state sensing, scene analysis, a stated preference of a user of the image-capture device, past behaviour of the user of the image-capture device, a privacy setting or information received from a server remote from the image-capture device; upon determining that the interest score for a given frame exceeds a first threshold, including that frame in a sequence calculation; determining if a number of frames included in the sequence calculation exceeds a second threshold; upon determining that the second threshold is exceeded, identifying a start and a stop point in the captured video for delimiting a segment of the captured video; and presenting a notification that the segment of the captured video is available for viewing.
A sensor structure , comprising: a sensor housing ; an inline flow chamber configured to allow a process medium to flow therethrough; a pressure equalization mechanism in fluid communication with the inline flow chamber; a storage compartment configured to retain a storage medium therein; a sensing element retained at least partially within the sensor housing , the sensing element comprising a sensing surface , and rotatable relative to the sensor housing between a first position and a second position, and back to the first position, to selectively place the sensing element in fluid communication with one of the inline flow chamber and the storage compartment ; and a sealing element circumscribing the storage compartment and configured to engage a facing surface of the sensing element to provide a seal inhibiting fluid flow out of the storage compartment during rotation of the sensing element between the first and second positions. a sensor housing ; an inline flow chamber configured to allow a process medium to flow therethrough; a pressure equalization mechanism in fluid communication with the inline flow chamber; a storage compartment configured to retain a storage medium therein; a sensing element retained at least partially within the sensor housing , the sensing element comprising a sensing surface , and rotatable relative to the sensor housing between a first position and a second position, and back to the first position, to selectively place the sensing element in fluid communication with one of the inline flow chamber and the storage compartment ; and a sealing element circumscribing the storage compartment and configured to engage a facing surface of the sensing element to provide a seal inhibiting fluid flow out of the storage compartment during rotation of the sensing element between the first and second positions.
A method for producing a pigment composition for ink, the method comprising a first processing step of crushing or cracking a pigment component in a raw material composition containing the pigment component and a liquid medium using a rotor-stator processing machine, wherein the processing machine is an in-line processing machine into which the raw material composition is continuously supplied, the temperature in the first processing step is 50 to 80°C, and the processing machine has a circumferential speed in a range of 15 m/s to 35 m/s. the processing machine is an in-line processing machine into which the raw material composition is continuously supplied, the temperature in the first processing step is 50 to 80°C, and the processing machine has a circumferential speed in a range of 15 m/s to 35 m/s.
A tape applicator head for an apparatus , the tape applicator head comprising: an applicator roller for applying a strip of tape to a workpiece (W) positioned on a flatbed of the apparatus ; a support for supporting a tape roll (TR); the tape applicator head being characterized by further comprising: a plurality of guides that are each configured for guiding a different tape width; and a guide mount configured for removably mounting a selected one of the plurality of guides ; the mounted guide being positioned to guide tape from the tape roll (TR) to the applicator roller . an applicator roller for applying a strip of tape to a workpiece (W) positioned on a flatbed of the apparatus ; a support for supporting a tape roll (TR); the tape applicator head being characterized by further comprising: a plurality of guides that are each configured for guiding a different tape width; and a guide mount configured for removably mounting a selected one of the plurality of guides ; the mounted guide being positioned to guide tape from the tape roll (TR) to the applicator roller . a plurality of guides that are each configured for guiding a different tape width; and a guide mount configured for removably mounting a selected one of the plurality of guides ; the mounted guide being positioned to guide tape from the tape roll (TR) to the applicator roller .
An adhesive formulation, comprising: at least one oxazoline polymer; and casein. at least one oxazoline polymer; and casein.
Scanning unit for an optical transmitting and receiving device for an optical detection apparatus for a vehicle , having at least one first beam-influencing device for deflecting at least one light beam , which is emitted into the scanning unit , into a first direction (y) and having at least one second beam-influencing device for changing the beam expansion of the at least one light beam in a second direction (z), wherein the at least one first beam-influencing device has at least one electro-optical light-interruption device, wherein the at least one second beam-influencing device is arranged in the beam path of the at least one light beam downstream of the at least one first beam-influencing device , wherein the first direction (y) and the second direction (z) are perpendicular to each other, wherein the first direction (y) extends spatially horizontally and the second direction (z) extends spatially vertically, wherein the at least one second beam-influencing device has at least one plano-concave or a concave-concave cylindrical lens for expanding the at least one light beam in the second direction (z) and in that a vertical field of view is defined by an expansion angle of the cylindrical lens .
An article of footwear , comprising: a sole structure including a midsole and an outsole ; an upper connected to the sole structure and forming a void for receiving a foot of a wearer, the upper being formed using a first rapid manufacturing additive fabrication technique; and at least one reinforced region formed as a separate portion from the upper and connected to the upper with at least one of stitching, mechanical fasteners, and adhesives, the at least one reinforced region including a reinforcement formed using a second rapid manufacturing additive fabrication technique. a sole structure including a midsole and an outsole ; an upper connected to the sole structure and forming a void for receiving a foot of a wearer, the upper being formed using a first rapid manufacturing additive fabrication technique; and at least one reinforced region formed as a separate portion from the upper and connected to the upper with at least one of stitching, mechanical fasteners, and adhesives, the at least one reinforced region including a reinforcement formed using a second rapid manufacturing additive fabrication technique.
A door safety system comprising: a plurality of light curtains (140a/145a, 140b/145b) on either side of a centerline of a door , wherein at least one light curtain (140a/145a, 140b/145b) is positioned on each side of the centerline , each light curtain (140a/145a, 140b/145b) comprising at least one light emitting device and at least one light receiving device , each light emitting device comprising a plurality of light emitters , and each light receiving device comprising a plurality of light detectors for detecting a presence or a lack of presence of one or more of the plurality of beams from the plurality of light emitters , and either or both of the light emitting device and the at least one light receiving device of each light curtain (140a/145a, 140b/145b) comprising at least one warning light for providing visual warning of movement of the door .
Magnetic resonance tomography unit, wherein the magnetic resonance tomography unit comprises a controller and a plurality of magnetic field sensors , wherein the magnetic field sensors are arranged in an environment of the magnetic resonance tomography unit and are embodied to capture low-frequency magnetic fields in the environment of the magnetic resonance tomography unit and to transmit information about the magnetic fields to the controller via a signal connection, wherein the controller is embodied to change signal processing during image capture in dependence on the information about the magnetic fields so that an influence of the captured magnetic field on image capture is reduced, wherein the controller is embodied to capture a magnetic field in an environment of the magnetic resonance tomography unit by way of the controller by means of the magnetic field sensors and to ascertain a centre frequency of the magnetic resonance signal for image capture in dependence on the captured magnetic field by way of the controller characterised in that a variable-frequency oscillator is provided in the receive path to down-mix the magnetic resonance signal to an intermediate frequency, wherein the controller is embodied to set the variable-frequency oscillator in dependence on the ascertained centre frequency in the image capturing region such that the down-mixed magnetic resonance signal has a constant centre frequency and thus the effect of the interfering magnetic field is compensated. wherein the controller is embodied to change signal processing during image capture in dependence on the information about the magnetic fields so that an influence of the captured magnetic field on image capture is reduced, wherein the controller is embodied to capture a magnetic field in an environment of the magnetic resonance tomography unit by way of the controller by means of the magnetic field sensors and to ascertain a centre frequency of the magnetic resonance signal for image capture in dependence on the captured magnetic field by way of the controller characterised in that a variable-frequency oscillator is provided in the receive path to down-mix the magnetic resonance signal to an intermediate frequency, wherein the controller is embodied to set the variable-frequency oscillator in dependence on the ascertained centre frequency in the image capturing region such that the down-mixed magnetic resonance signal has a constant centre frequency and thus the effect of the interfering magnetic field is compensated.
A method for warehousing assistance for an industrial truck , in particular a forklift, which comprises one or more cameras , which capture(s) at least a part of the surroundings of the industrial truck , and an image processing device , which has, at the driver's seat of the industrial truck , an operating input interface and a display device , on which two- or three-dimensionally recorded images captured by the one or more cameras and processed by the image processing device are displayed or can be displayed, wherein the camera or at least one of the cameras captures at least a part of the load handling means of the industrial truck , wherein at least one three-dimensional object is superimposed over the displayed images and/or a view visible on the display device after a request by means of an input at the operating input interface or automatically, characterized in that three-dimensional information regarding an object to be stored or retrieved or regarding a movement of the industrial truck or its load handling means is additionally determined with the aid of sensors and an evaluation algorithm, and the result is superimposed as a three-dimensional object , which assists a control of the industrial truck and/or of the load handling means in storing or retrieving an object to be stored or retrieved in a targeted manner.