mhurhangee/patent-ind-claim-en huggingface dataset:
A system for measuring multiple signals in a body, said system comprising: at least one first light source generating a first color light; at least one second light source generating a second color light; at least one light sensor adapted for detecting light amplitudes, wherein the at least one first and second light sources and the at least one light sensor are adapted for a portion of a body to be located therebetween; a pseudo-random noise generator , comprising one or more outputs, adapted for turning on and off the at least one first and second light sources at pseudo-random times, wherein the pseudo-random noise generator comprises a linear feedback shift register adapted to receive a clock signal and to generate a maximum length (ML) sequence used for driving said first and second light sources (116; 118), wherein the clock signal is also coupled to the ADC , wherein the ML sequence is phase shifted for each one of the light sources ; an analog-to-digital converter (ADC, 106) adapted to convert sampled light amplitudes from the at least one light sensor into digital representations thereof; and a correlation circuit adapted to use phase division multiplexing coupled to a digital output of the ADC and the pseudo-random noise generator , wherein the correlation circuit is adapted to associate the digital representations with the one or more outputs of the pseudo-random noise generator for the at least one first and second light sources . at least one first light source generating a first color light; at least one second light source generating a second color light; at least one light sensor adapted for detecting light amplitudes, wherein the at least one first and second light sources and the at least one light sensor are adapted for a portion of a body to be located therebetween; a pseudo-random noise generator , comprising one or more outputs, adapted for turning on and off the at least one first and second light sources at pseudo-random times, wherein the pseudo-random noise generator comprises a linear feedback shift register adapted to receive a clock signal and to generate a maximum length (ML) sequence used for driving said first and second light sources (116; 118), wherein the clock signal is also coupled to the ADC , wherein the ML sequence is phase shifted for each one of the light sources ; an analog-to-digital converter (ADC, 106) adapted to convert sampled light amplitudes from the at least one light sensor into digital representations thereof; and a correlation circuit adapted to use phase division multiplexing coupled to a digital output of the ADC and the pseudo-random noise generator , wherein the correlation circuit is adapted to associate the digital representations with the one or more outputs of the pseudo-random noise generator for the at least one first and second light sources .
A display module, comprising: a back plate comprising a back plate body and a side wall , the back plate body and the side wall being integrally formed and together defining a mounting space, a connecting rib parallel to the back plate body being integrally formed on an inside surface of the side wall ; a display screen , an edge of an inside surface of the display screen being fixed to the connecting rib ; and an optical film set mounted in the mounting space; wherein the optical film set comprises a first film adjacent to an inner side of the display screen , and an edge of the first film is provided with a side protrusion ; the connecting rib is provided with a mounting sink communicating with the mounting space, and the side protrusion is clamped into the mounting sink . a back plate comprising a back plate body and a side wall , the back plate body and the side wall being integrally formed and together defining a mounting space, a connecting rib parallel to the back plate body being integrally formed on an inside surface of the side wall ; a display screen , an edge of an inside surface of the display screen being fixed to the connecting rib ; and an optical film set mounted in the mounting space; wherein the optical film set comprises a first film adjacent to an inner side of the display screen , and an edge of the first film is provided with a side protrusion ; the connecting rib is provided with a mounting sink communicating with the mounting space, and the side protrusion is clamped into the mounting sink .
Wall cladding , comprising: - a support structure ; - wall cladding elements ; - at least one structure securing element which is attachable to the support structure in such a way that this structure securing element is displaceable in a first direction (A) with respect to this support structure ; - for each wall cladding element , at least one cladding securing element which forms part of this wall cladding element or is attached thereto; - wherein the structure securing element and the cladding securing element are provided with respective corresponding fitting elements for mutual attachment, wherein the structure securing element and cladding securing element are mutually displaceable in a mutually coupled position in a second direction (B), different from the first direction (A); characterized in that the structure securing element is provided with several of said fitting elements which, viewed along the first direction (A), are arranged in a distributed manner with respect to each other and/or the cladding securing element is provided with several of said fitting elements which, viewed along the first direction (A), are arranged in a distributed manner with respect to each other, so that the structure securing element and the cladding securing element are mutually attachable at several respective fitting positions, wherein the corresponding wall cladding element assumes several corresponding positions, viewed in the plane in which the wall cladding substantially extends in the installed position. - a support structure ; - wall cladding elements ; - at least one structure securing element which is attachable to the support structure in such a way that this structure securing element is displaceable in a first direction (A) with respect to this support structure ; - for each wall cladding element , at least one cladding securing element which forms part of this wall cladding element or is attached thereto; - wherein the structure securing element and the cladding securing element are provided with respective corresponding fitting elements for mutual attachment, wherein the structure securing element and cladding securing element are mutually displaceable in a mutually coupled position in a second direction (B), different from the first direction (A);
A method of cooling a generator and an internal combustion engine of an auxiliary power unit (10;110;210) for an aircraft, the method comprising: circulating a first liquid coolant through the internal combustion engine ; circulating a second liquid coolant through the generator ; and driving a cooling air flow in heat exchange relationship with the first and second liquid coolants using a fan driven by the internal combustion engine ; characterised in that : the fan is driven by the internal combustion engine through a mechanical engagement between the fan and the internal combustion engine . circulating a first liquid coolant through the internal combustion engine ; circulating a second liquid coolant through the generator ; and driving a cooling air flow in heat exchange relationship with the first and second liquid coolants using a fan driven by the internal combustion engine ; characterised in that : the fan is driven by the internal combustion engine through a mechanical engagement between the fan and the internal combustion engine .
A method for making a light and edible straw comprising the steps of: mixing starch with microcapsules ; shaping the mixture into a tube ; drying the tube ; soaking the tube in wax so that the wax covers the tube . mixing starch with microcapsules ; shaping the mixture into a tube ; drying the tube ; soaking the tube in wax so that the wax covers the tube .
Passenger transportation arrangement for a passenger train carriage or a bus, comprising at least one large passenger space and at least one system for heating and/or ventilating the large passenger space , wherein the system comprises at least one supply air means for introducing supply air into the large passenger space , and at least one exhaust air means for discharging exhaust air out of the large passenger space , wherein the supply air means comprises at least one ceiling element which forms at least one portion of a ceiling of the large passenger space , wherein the exhaust air means comprises at least two elongate air removal units which extend continuously, in a longitudinal direction of the large passenger space , in each case at least over at least one seating area of the large passenger space and which are arranged on floor-side end portions of side walls of the large passenger space that are arranged opposite one another, characterised in that supply air openings are arranged distributed in a planar manner on the ceiling element , and that the system is designed to supply the large passenger space exclusively with fresh air as the supply air.
A method for synchronizing to an isochronous channel, comprising: receiving , at a sink device, synchronization information associated with the isochronous channel via an advertising channel; acquiring , at the sink device, the isochronous channel according to the synchronization information received via the advertising channel, wherein the isochronous channel includes an update slot used to convey control information related to the isochronous channel; and synchronizing to the isochronous channel according to state information that a source device broadcasts in the update slot associated with the isochronous channel to indicate whether isochronous data is present on the isochronous channel. receiving , at a sink device, synchronization information associated with the isochronous channel via an advertising channel; acquiring , at the sink device, the isochronous channel according to the synchronization information received via the advertising channel, wherein the isochronous channel includes an update slot used to convey control information related to the isochronous channel; and synchronizing to the isochronous channel according to state information that a source device broadcasts in the update slot associated with the isochronous channel to indicate whether isochronous data is present on the isochronous channel.
An acoustic attenuation panel for an aircraft turbojet engine nacelle, including an alveolar central core interposed between an acoustic front skin comprising perforations and a rear skin , the acoustic attenuation panel including a front structure and a rear structure , such that the front structure includes the acoustic front skin and a first network of alveolar walls , the rear structure including the rear skin and a second network of alveolar walls , the front and rear structures each comprising a peripheral border , said borders being fastened to each other for the assembly of the front and rear structures, the first and second networks of alveolar walls being complementary so as to form, in an assembled position, the alveolar central core , characterized in that : - the front structure and the rear structure are positioned opposite to each other and so that the network of alveolar walls of a structure is spaced from the skin of the other structure facing it by a clearance d. - the front structure and the rear structure are positioned opposite to each other and so that the network of alveolar walls of a structure is spaced from the skin of the other structure facing it by a clearance d.
An intravascular treatment system comprising: a balloon guide catheter comprising: a distal end , a proximal end, a balloon positioned approximate the distal end, an inflation lumen in communication with the balloon, a drug delivery lumen , and a device delivery lumen ; and a delivery tube sized to be positioned within the device delivery lumen of the balloon guide catheter, the delivery tube comprising an expandable occluding element thereon; and wherein the system further comprises; a stent surrounding the delivery tube and positioned in a proximal direction in relation to the expandable occluding element; a sheath surrounding the stent, wherein the sheath is positioned to inhibit the stent from expanding, and wherein the sheath is movable to allow the stent to expand, and wherein the sheath is positioned to inhibit the expandable occluding element from expanding, and wherein the sheath is movable to allow the expandable occluding element to expand. a balloon guide catheter comprising: a distal end , a proximal end, a balloon positioned approximate the distal end, an inflation lumen in communication with the balloon, a drug delivery lumen , and a device delivery lumen ; and a distal end , a proximal end, a balloon positioned approximate the distal end, an inflation lumen in communication with the balloon, a drug delivery lumen , and a device delivery lumen ; and a delivery tube sized to be positioned within the device delivery lumen of the balloon guide catheter, the delivery tube comprising an expandable occluding element thereon; and wherein the system further comprises; a stent surrounding the delivery tube and positioned in a proximal direction in relation to the expandable occluding element; a sheath surrounding the stent, wherein the sheath is positioned to inhibit the stent from expanding, and wherein the sheath is movable to allow the stent to expand, and wherein the sheath is positioned to inhibit the expandable occluding element from expanding, and wherein the sheath is movable to allow the expandable occluding element to expand. a stent surrounding the delivery tube and positioned in a proximal direction in relation to the expandable occluding element; a sheath surrounding the stent, wherein the sheath is positioned to inhibit the stent from expanding, and wherein the sheath is movable to allow the stent to expand, and wherein the sheath is positioned to inhibit the expandable occluding element from expanding, and wherein the sheath is movable to allow the expandable occluding element to expand.
A method for detecting microwave signals which carry information of the functional dynamics of biological particles, the method comprising the steps of: a) illuminating at least one biological particle with microwave electromagnetic waves, the microwave electromagnetic waves being comprised in a non-thermal intensity regime, having frequencies with wavelengths much larger than characteristic dimensions of the at least one biological particle and being adapted to a functional dynamics signature of the biological particle; b) adapting the illuminating microwave electromagnetic waves to produce additional frequencies by an upconversion parametric process of frequency mixing in a region of vicinity of a membrane of the biological particle with a nonlinear relationship; c) capturing a response affected by the nonlinear relationship at different functional states of the biological particle; and d) detecting resulting frequency components of the captured response by means of a filtering element, so as to thereby infer the functional dynamics of the biological particle. a) illuminating at least one biological particle with microwave electromagnetic waves, the microwave electromagnetic waves being comprised in a non-thermal intensity regime, having frequencies with wavelengths much larger than characteristic dimensions of the at least one biological particle and being adapted to a functional dynamics signature of the biological particle; b) adapting the illuminating microwave electromagnetic waves to produce additional frequencies by an upconversion parametric process of frequency mixing in a region of vicinity of a membrane of the biological particle with a nonlinear relationship; c) capturing a response affected by the nonlinear relationship at different functional states of the biological particle; and d) detecting resulting frequency components of the captured response by means of a filtering element,
Electronic household appliance , comprising: a treatment area for treating goods, wherein the treatment area is at least partially delimited by at least one wall ; and an optical sensor system for capturing an actual degree of contamination of the treatment area , which sensor system is provided at at least one wall of the treatment area , wherein the optical sensor system comprises at least one radiation source for emitting electromagnetic radiation and at least one radiation detector for detecting electromagnetic radiation, wherein the wall comprises at least one plate which is at least partially radiation-transmissive for the electromagnetic radiation used by the optical sensor system and which is at least partially exposed to a contamination during a use of the electronic household appliance , and wherein the radiation source and the radiation detector are arranged on the same side of the radiation-transmissive plate , characterized in that in/at the treatment area , a radiation reflector is provided opposite the radiation-transmissive plate ; and the radiation detector detects electromagnetic radiation which is emitted by the radiation source , transmitted through the radiation-transmissive plate and reflected at the radiation reflector and again transmitted through the radiation-transmissive plate . a treatment area for treating goods, wherein the treatment area is at least partially delimited by at least one wall ; and an optical sensor system for capturing an actual degree of contamination of the treatment area , which sensor system is provided at at least one wall of the treatment area , wherein the optical sensor system comprises at least one radiation source for emitting electromagnetic radiation and at least one radiation detector for detecting electromagnetic radiation, wherein the wall comprises at least one plate which is at least partially radiation-transmissive for the electromagnetic radiation used by the optical sensor system and which is at least partially exposed to a contamination during a use of the electronic household appliance , and wherein the radiation source and the radiation detector are arranged on the same side of the radiation-transmissive plate , characterized in that in/at the treatment area , a radiation reflector is provided opposite the radiation-transmissive plate ; and the radiation detector detects electromagnetic radiation which is emitted by the radiation source , transmitted through the radiation-transmissive plate and reflected at the radiation reflector and again transmitted through the radiation-transmissive plate .
Freezing machine for freezing samples comprising: a freezing device for freezing a sample received in the freezing machine , a container for receiving the frozen sample, with a reservoir for liquid nitrogen, and a transfer device for transferring the frozen sample from the freezer to the container , characterized in that the container comprises at least two separate receiving devices for at least one frozen sample each, wherein the at least two receiving devices can be arranged in the reservoir to be filled with liquid nitrogen and can be removed from the container , wherein a selection device is provided, for selecting one of the receiving means for a frozen sample to be transferred into the container , wherein the freezing machine is configured to perform the transfer of the frozen sample by means of the transfer device into the selected receiving device of the container , and wherein the freezing machine is configured to automatically fill the reservoir with liquid nitrogen. a freezing device for freezing a sample received in the freezing machine , a container for receiving the frozen sample, with a reservoir for liquid nitrogen, and a transfer device for transferring the frozen sample from the freezer to the container , characterized in that the container comprises at least two separate receiving devices for at least one frozen sample each, wherein the at least two receiving devices can be arranged in the reservoir to be filled with liquid nitrogen and can be removed from the container , wherein a selection device is provided, for selecting one of the receiving means for a frozen sample to be transferred into the container , wherein the freezing machine is configured to perform the transfer of the frozen sample by means of the transfer device into the selected receiving device of the container , and wherein the freezing machine is configured to automatically fill the reservoir with liquid nitrogen.
A traction device for towing a vehicle, the traction device comprising: a support chassis ; a swing arm , wherein one end of the swing arm is rotatably connected to the support chassis by means of a rotating shaft such that the other end of the swing arm can move close to or away from the support chassis , when the other end of the swing arm moves away from the support chassis , the swing arm is in a deployed state, and when the other end of the swing arm moves close to the support chassis , the swing arm is in a retracted state; and a driving mechanism , connected to the swing arm , wherein the driving mechanism is capable of driving the swing arm to horizontally rotate around the rotating shaft so as to switch the swing arm between the retracted state and the deployed state; characterized in that , when in the deployed state, the swing arm is adapted to contact with a circumferential surface of a wheel of the vehicle so as to drive the wheel of the vehicle to rotate and tow the vehicle, wherein the traction device further comprises a rolling assembly , disposed on a side of the support chassis and being capable of preventing the wheel from contacting with the side of the support chassis when the vehicle is towed. a support chassis ; a swing arm , wherein one end of the swing arm is rotatably connected to the support chassis by means of a rotating shaft such that the other end of the swing arm can move close to or away from the support chassis , when the other end of the swing arm moves away from the support chassis , the swing arm is in a deployed state, and when the other end of the swing arm moves close to the support chassis , the swing arm is in a retracted state; and a driving mechanism , connected to the swing arm , wherein the driving mechanism is capable of driving the swing arm to horizontally rotate around the rotating shaft so as to switch the swing arm between the retracted state and the deployed state;