mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing device for controlling light distribution of a headlight of a vehicle comprising: a light spot detection unit configured to detect a light spot (LS) from a first image (G1), wherein each light spot (LS) is a tail lamp or head light of another vehicle: and a specific color detection unit configured to: scan, for each light spot (LS) detected by said light spot detection unit , only a light spot region (LA) in a second image (G2), wherein said second image (G2) has a higher light exposure amount than the first image (G1), and wherein said light spot region (LA) is set in the second image (G2) such as to correspond to the light spot (LS) detected in the first image (G1), and to detect a specific color in the light spot region (LA), in the second image (G2), corresponding to the light spot (LS) from the first image (G1), wherein the higher light exposure amount of the second image (G2) is set such that the specific color can be detected in the light spot region (LA) in the second image (G2). a light spot detection unit configured to detect a light spot (LS) from a first image (G1), wherein each light spot (LS) is a tail lamp or head light of another vehicle: and a specific color detection unit configured to: scan, for each light spot (LS) detected by said light spot detection unit , only a light spot region (LA) in a second image (G2), wherein said second image (G2) has a higher light exposure amount than the first image (G1), and wherein said light spot region (LA) is set in the second image (G2) such as to correspond to the light spot (LS) detected in the first image (G1), and to detect a specific color in the light spot region (LA), in the second image (G2), corresponding to the light spot (LS) from the first image (G1), wherein the higher light exposure amount of the second image (G2) is set such that the specific color can be detected in the light spot region (LA) in the second image (G2).
A process to recover rhodium from a hydroformylation process that comprises producing at least one aldehyde in a reaction zone, the reaction zone comprising a C 7 to C 22 olefin, hydrogen and carbon monoxide in the presence of a catalyst, wherein the catalyst comprises rhodium and an organophosphorus ligand, wherein the ligand is an organomonophosphite, wherein the process comprises: (a) treating a catalyst-containing stream from the hydroformylation process with 2.5 to 20 weight percent, based on the total weight of the stream, of a water-soluble organic amine of the following structure: wherein R 32 , R 33 , and R 34 are each independently alkyls and ethoxylates, and wherein no more than one of R 32 , R 33 , and R 34 is alkyl, and wherein an ethoxylate is a (-CH 2 -CH 2 -O) n H moiety wherein n is equal to 1 or 2; (b) heating the resulting solution in the presence of syngas to a temperature of at least 65° C to generate a rhodium-rich phase and a supernatant; and (c) removing the supernatant to recover the rhodium-rich phase. (a) treating a catalyst-containing stream from the hydroformylation process with 2.5 to 20 weight percent, based on the total weight of the stream, of a water-soluble organic amine of the following structure: wherein R 32 , R 33 , and R 34 are each independently alkyls and ethoxylates, and wherein no more than one of R 32 , R 33 , and R 34 is alkyl, and wherein an ethoxylate is a (-CH 2 -CH 2 -O) n H moiety wherein n is equal to 1 or 2; (b) heating the resulting solution in the presence of syngas to a temperature of at least 65° C to generate a rhodium-rich phase and a supernatant; and (c) removing the supernatant to recover the rhodium-rich phase.
Half-wave radiating antenna for an electronic member, the length of which is suitable for operating in the frequency range between 860 MHz and 960 MHz, including a core coated with a brass coating, characterized in that the thickness of the brass coating is between 1.0 and 2.0 μm.
An apparatus suitable for use in image guided surgery procedures comprising: a navigational guidewire , wherein the navigational guidewire comprises: a sensing element , wherein the sensing element is configured to provide position indicative signals to an electromagnetic image guided surgery navigation system , an outer member , and a conductor extending along the length of the outer member, wherein the conductor is in communication with the sensing element; a coupling assembly , wherein the coupling assembly is configured to couple the navigational guidewire with the electromagnetic image guided surgery navigation system, wherein the coupling assembly comprises: a body , and a ferrule coupled with the body, wherein the navigational guidewire is coupled with the ferrule, wherein the ferrule is rotatable relative to the body to thereby enable rotation of the navigational guidewire relative to the body. a navigational guidewire , wherein the navigational guidewire comprises: a sensing element , wherein the sensing element is configured to provide position indicative signals to an electromagnetic image guided surgery navigation system , an outer member , and a conductor extending along the length of the outer member, wherein the conductor is in communication with the sensing element; a sensing element , wherein the sensing element is configured to provide position indicative signals to an electromagnetic image guided surgery navigation system , an outer member , and a conductor extending along the length of the outer member, wherein the conductor is in communication with the sensing element; a coupling assembly , wherein the coupling assembly is configured to couple the navigational guidewire with the electromagnetic image guided surgery navigation system, wherein the coupling assembly comprises: a body , and a ferrule coupled with the body, wherein the navigational guidewire is coupled with the ferrule, wherein the ferrule is rotatable relative to the body to thereby enable rotation of the navigational guidewire relative to the body. a body , and a ferrule coupled with the body, wherein the navigational guidewire is coupled with the ferrule, wherein the ferrule is rotatable relative to the body to thereby enable rotation of the navigational guidewire relative to the body.
A straddled vehicle comprising: a head pipe ; a front fork turnably supported by the head pipe ; a front wheel rotatably supported by the front fork ; a handle connected to the front fork ; a handle cover turned together with the handle , the handle cover including a front portion and a rear portion , the front portion being disposed in front of the handle , the rear portion being disposed behind the handle ; a front cover disposed in front of the head pipe and below the handle cover ; a first headlight unit provided in the handle cover ; characterized by a second headlight unit provided in the front cover , wherein the first headlight unit includes a low-beam light , and the second headlight unit includes a high-beam light . a head pipe ; a front fork turnably supported by the head pipe ; a front wheel rotatably supported by the front fork ; a handle connected to the front fork ; a handle cover turned together with the handle , the handle cover including a front portion and a rear portion , the front portion being disposed in front of the handle , the rear portion being disposed behind the handle ; a front cover disposed in front of the head pipe and below the handle cover ; a first headlight unit provided in the handle cover ; characterized by a second headlight unit provided in the front cover , wherein the first headlight unit includes a low-beam light , and the second headlight unit includes a high-beam light .
An apparatus for a child safety seat , the apparatus comprising a releasable connector configured to engage with an anchoring point provided in a vehicle to secure the child safety seat to the vehicle, wherein the releasable connector is movable relative to the child safety seat in a first direction; and the apparatus further comprises a braking element coupled to the releasable connector and configured to decelerate a movement of the releasable connector in the first direction if an accelerating force acting on the releasable connector in the first direction exceeds a predetermined threshold, characterised in that the braking element is pivotally coupled to the releasable connector and is configured to rotate about a rotation axis of the braking element which is spaced apart from the center of gravity of the braking element such that a rotary force acts on the braking element if the releasable connector is accelerated.
A method of reducing signaling during link setup in a wireless communication system , the method comprising: receiving , from a device , at a terminal , a message including information for establishing a link with the device in the wireless communication system ; identifying , at the terminal , a time slot and a back-off amount within the identified time slot based on a value included in the received message; abstaining , at the terminal , from sensing a medium based on the identified time slot and the identified back-off amount; and transmitting , from the terminal , an association request to establish the link with the device during the identified time slot after expiration of the back-off amount. receiving , from a device , at a terminal , a message including information for establishing a link with the device in the wireless communication system ; identifying , at the terminal , a time slot and a back-off amount within the identified time slot based on a value included in the received message; abstaining , at the terminal , from sensing a medium based on the identified time slot and the identified back-off amount; and transmitting , from the terminal , an association request to establish the link with the device during the identified time slot after expiration of the back-off amount.
Stand-alone integrated renewable electric power system comprising a container , when closed, inside of the container at least one wind energy system , attached to the wind energy system at least one PV-system , and the container having on a side thereof at least one protection wall for the PV-system, wherein the wind energy system comprises at least one wind turbine , characterized in that the wind energy system further comprises duct defining elements defining at least one duct comprising at least one air constriction member for accelerating an air flow towards the at least one wind turbine, and wherein the wind energy system comprises at least one obstruction means per duct, the obstruction means being positionable in at least a start-up position , a free flow position , and closed position .
Portable, self-contained wastewater treatment system comprising: an anaerobic membrane bioreactor including an anaerobic reactor configured to receive wastewater and break down organic material within the wastewater, and a membrane module having at least one microfiltration or ultrafiltration membrane that receives wastewater from the anaerobic reactor , filters the wastewater to produce permeate, and returns concentrate to the anaerobic reactor for further treatment, wherein the anaerobic reactor comprises multiple baffles that form different zones within the anaerobic reactor , the wastewater within the anaerobic reactor passing through each of said zones; a biogas storage tank configured to store biogas produced in the anaerobic reactor ; a permeate storage tank configured to store permeate produced by said at least one microfiltration or ultrafiltration membrane ; electric pumps configured to drive the wastewater and permeate through the wastewater treatment system; and a tricon or quadcon shipping container having an entrance through which a user can pass to enter the shipping container , wherein the anaerobic membrane bioreactor, the biogas storage tank , the permeate storage tank and the electric pumps are contained within an interior space of the shipping container . an anaerobic membrane bioreactor including an anaerobic reactor configured to receive wastewater and break down organic material within the wastewater, and a membrane module having at least one microfiltration or ultrafiltration membrane that receives wastewater from the anaerobic reactor , filters the wastewater to produce permeate, and returns concentrate to the anaerobic reactor for further treatment, wherein the anaerobic reactor comprises multiple baffles that form different zones within the anaerobic reactor , the wastewater within the anaerobic reactor passing through each of said zones; a biogas storage tank configured to store biogas produced in the anaerobic reactor ; a permeate storage tank configured to store permeate produced by said at least one microfiltration or ultrafiltration membrane ; electric pumps configured to drive the wastewater and permeate through the wastewater treatment system; and a tricon or quadcon shipping container having an entrance through which a user can pass to enter the shipping container , wherein the anaerobic membrane bioreactor, the biogas storage tank , the permeate storage tank and the electric pumps are contained within an interior space of the shipping container .
An optical observation instrument, in particular a surgical microscope or exoscope, comprising an optics unit with an objective arrangement and at least one electronic image recorder , wherein the optics unit has a first stereo channel with a first beam path and a second stereo channel with a second beam path for recording a stereo image of an object field with the at least one electronic image recorder and wherein the first and the second beam path run through the objective arrangement, and a retaining device on which the optics unit is mounted so as to be rotatable about a first axis of rotation which at least approximately corresponds to an axis of the objective arrangement, characterized in that the optical observation instrument has a viewing direction angled with respect to the axis of the objective arrangement and comprises a deflection element arranged on the object-side of the objective arrangement for deflecting the first and the second beam path into the objective arrangement, wherein the optics unit is mounted so as to be rotatable about the first axis of rotation relative to the retaining device and relative to the deflection element. the optical observation instrument has a viewing direction angled with respect to the axis of the objective arrangement and comprises a deflection element arranged on the object-side of the objective arrangement for deflecting the first and the second beam path into the objective arrangement, wherein the optics unit is mounted so as to be rotatable about the first axis of rotation relative to the retaining device and relative to the deflection element.
A composite structure comprising a translucent layer having a light transmittance of 1 to 50%, an opaque layer being covered by the translucent layer and containing a translucent area , and a touch sensor area being at least partly arranged in or above or below the translucent area of the opaque layer , characterized in that the touch sensor area has a thickness of 0.5 to 30 μm.
A fall detection system comprising: a user device configured to be worn or carried by a user, the user device comprising: a proximity sensor for measuring the proximity of the user device to the ground or a floor by emitting a pulse of sound or light and measuring the time between the emission of the pulse and the receipt of a reflection of the pulse; and a movement sensor comprising an accelerometer for measuring the movements of the user; the fall detection system further comprising a processing unit configured to: process the measurements from the movement sensor to detect whether the user may have suffered a fall by processing the measurements to determine the magnitude of an impact and detecting that the user may have suffered a fall if the magnitude of the impact is greater than a first threshold value; and if it is detected that the user may have suffered a fall, activate the proximity sensor to obtain measurements for use in confirming whether the user has fallen and process the measurements from the proximity sensor to determine if the user has fallen. a user device configured to be worn or carried by a user, the user device comprising: a proximity sensor for measuring the proximity of the user device to the ground or a floor by emitting a pulse of sound or light and measuring the time between the emission of the pulse and the receipt of a reflection of the pulse; and a movement sensor comprising an accelerometer for measuring the movements of the user; a proximity sensor for measuring the proximity of the user device to the ground or a floor by emitting a pulse of sound or light and measuring the time between the emission of the pulse and the receipt of a reflection of the pulse; and a movement sensor comprising an accelerometer for measuring the movements of the user; the fall detection system further comprising a processing unit configured to: process the measurements from the movement sensor to detect whether the user may have suffered a fall by processing the measurements to determine the magnitude of an impact and detecting that the user may have suffered a fall if the magnitude of the impact is greater than a first threshold value; and if it is detected that the user may have suffered a fall, activate the proximity sensor to obtain measurements for use in confirming whether the user has fallen and process the measurements from the proximity sensor to determine if the user has fallen. process the measurements from the movement sensor to detect whether the user may have suffered a fall by processing the measurements to determine the magnitude of an impact and detecting that the user may have suffered a fall if the magnitude of the impact is greater than a first threshold value; and if it is detected that the user may have suffered a fall, activate the proximity sensor to obtain measurements for use in confirming whether the user has fallen and process the measurements from the proximity sensor to determine if the user has fallen.
Implant in silicone or any other supple, light and flexible biocompatible material, with an oval egg-shaped design, truncated from its superolateral third along an oblique axis from top to bottom. , characterised in that it comprises a convex outer side in all orientations, a concave inner side and a profiled peripheral edge the thickness of which increases towards the bottom .
A clamp configured to be connected to a module that is to be mounted on a panel , the clamp comprising: a retaining section configured to be connected to and apply force against the module; a contact section configured to contact the panel and apply force against the panel; a threaded structure retained in a portion of a body of the retaining section, the threaded structure is rotatable to -contact and push against the contact section characterized in that the clamp further comprises a connecting portion connecting the retaining section and the contact section, the connecting portion configured to allow a tip of the threaded structure to contact the contact section in order to create the forces applied against the panel and the module. a retaining section configured to be connected to and apply force against the module; a contact section configured to contact the panel and apply force against the panel; a threaded structure retained in a portion of a body of the retaining section, the threaded structure is rotatable to -contact and push against the contact section characterized in that the clamp further comprises a connecting portion connecting the retaining section and the contact section, the connecting portion configured to allow a tip of the threaded structure to contact the contact section in order to create the forces applied against the panel and the module.
A composite material, comprising: a honeycomb layer with top and bottom sides, the honeycomb layer including a plurality of walls defining a plurality of cells therein; a first adhesive layer disposed adjacent to the top side of the honeycomb layer ; a second adhesive layer disposed adjacent to the bottom side of the honeycomb layer ; a third adhesive layer disposed adjacent to the first adhesive layer on the top side of the honeycomb layer ; a first composite layer disposed adjacent to the third adhesive layer on the top side of the honeycomb layer ; and a second composite layer disposed adjacent to the second adhesive layer on the bottom side of the honeycomb layer , wherein at least the third adhesive layer comprises viscous properties that discourage the creation of channels within the first composite layer when co-cured. a honeycomb layer with top and bottom sides, the honeycomb layer including a plurality of walls defining a plurality of cells therein; a first adhesive layer disposed adjacent to the top side of the honeycomb layer ; a second adhesive layer disposed adjacent to the bottom side of the honeycomb layer ; a third adhesive layer disposed adjacent to the first adhesive layer on the top side of the honeycomb layer ; a first composite layer disposed adjacent to the third adhesive layer on the top side of the honeycomb layer ; and a second composite layer disposed adjacent to the second adhesive layer on the bottom side of the honeycomb layer , wherein at least the third adhesive layer comprises viscous properties that discourage the creation of channels within the first composite layer when co-cured.