mhurhangee/patent-ind-claim-en huggingface dataset:
A light detection and ranging, LiDAR, apparatus comprising: a first rotatable mirror array including a first plurality of inclined mirrors (A1..5) arranged in a circumferential direction; a plurality of light sources (LD1..5) configured to emit light toward the first rotatable mirror array; a second rotatable mirror array including a second plurality of inclined mirrors (F1..5) arranged in the circumferential direction, the second rotatable mirror array facing the first rotatable mirror array to reflect the light reflected by the first rotatable mirror array to an outside of the LiDAR apparatus; and a photodetector configured to detect the light reflected by the second rotatable mirror array after being incident onto the second rotatable mirror array from the outside of the LiDAR apparatus, wherein the plurality of light sources are provided in a plurality of sections into which an angle range of 180 degrees or more is divided in equal intervals in the circumferential direction, characterized in that the second rotatable mirror is adapted to rotate in a continuous manner and the first rotatable mirror is adapted to rotate in a stepwise manner or in a continuous manner at a different rotation speed to the second rotatable mirror. a first rotatable mirror array including a first plurality of inclined mirrors (A1..5) arranged in a circumferential direction; a plurality of light sources (LD1..5) configured to emit light toward the first rotatable mirror array; a second rotatable mirror array including a second plurality of inclined mirrors (F1..5) arranged in the circumferential direction, the second rotatable mirror array facing the first rotatable mirror array to reflect the light reflected by the first rotatable mirror array to an outside of the LiDAR apparatus; and a photodetector configured to detect the light reflected by the second rotatable mirror array after being incident onto the second rotatable mirror array from the outside of the LiDAR apparatus, wherein the plurality of light sources are provided in a plurality of sections into which an angle range of 180 degrees or more is divided in equal intervals in the circumferential direction, characterized in that the second rotatable mirror is adapted to rotate in a continuous manner and the first rotatable mirror is adapted to rotate in a stepwise manner or in a continuous manner at a different rotation speed to the second rotatable mirror.
Inspection apparatus for visual inspecting elastic particles comprising a conveyor belt for feeding a plurality of particles, particularly in mainly horizontal direction, a fall channel for letting the particles fall downwards due to gravity, wherein the fall channel is arranged downstream the conveyor belt , and at least one flap for stopping a horizontal portion of the movement of the particles leaving the conveyor belt , wherein the at least one flap is arranged downstream the conveyor belt , wherein the flap is resilient in horizontal direction for dissipating at least a part, particularly a majority, of the kinetic energy of the particle aligned in horizontal direction. a conveyor belt for feeding a plurality of particles, particularly in mainly horizontal direction, a fall channel for letting the particles fall downwards due to gravity, wherein the fall channel is arranged downstream the conveyor belt , and at least one flap for stopping a horizontal portion of the movement of the particles leaving the conveyor belt , wherein the at least one flap is arranged downstream the conveyor belt , wherein the flap is resilient in horizontal direction for dissipating at least a part, particularly a majority, of the kinetic energy of the particle aligned in horizontal direction.
A projected capacitive touch sensor, comprising: a sensor grid including electrically conductive rows and electrically conductive columns; a first column multiplexer that is connected to a first portion of the electrically conductive columns; a second column multiplexer that is connected to a second portion of the electrically conductive columns; a polarity switching circuit that is configured to: determine a polarity of a differential signal generated from an output of the first column multiplexer and an output of the second column multiplexer, wherein a first electrically conductive column selected as the output of the first column multiplexer is adjacent to a second electrically conductive column selected as the output of the second column multiplexer; characterised in that : based on determining the polarity of the differential signal, determining whether to switch the polarity of the differential signal. a sensor grid including electrically conductive rows and electrically conductive columns; a first column multiplexer that is connected to a first portion of the electrically conductive columns; a second column multiplexer that is connected to a second portion of the electrically conductive columns; a polarity switching circuit that is configured to: determine a polarity of a differential signal generated from an output of the first column multiplexer and an output of the second column multiplexer, wherein a first electrically conductive column selected as the output of the first column multiplexer is adjacent to a second electrically conductive column selected as the output of the second column multiplexer;
Cannabidiol (CBD) for use in the treatment of anxiety associated with Angelman syndrome, wherein the CBD is present as a highly purified extract of cannabis which comprises at least 98% (w/w) CBD and wherein the extract comprises less than 0.15% (w/w) THC.
An expansion tank for a vehicle cooling system, the expansion tank comprising a tank body and a chamber provided inside the tank body , wherein a liquid inlet and a liquid outlet are provided on the tank body , a diversion channel matched with a bottom of the tank body is provided inside the tank body , and both ends of the diversion channel are respectively connected with the liquid inlet and the liquid outlet , and a vent hole and a liquid refill hole are sequentially provided on a side of the diversion channel in a flow direction of a coolant liquid, and the vent hole and the liquid refill hole are both communicated with the chamber , characterized in that a clamping groove is provided on the diversion channel , and a clamping plate matched with the clamping groove is provided inside the tank body . a liquid inlet and a liquid outlet are provided on the tank body , a diversion channel matched with a bottom of the tank body is provided inside the tank body , and both ends of the diversion channel are respectively connected with the liquid inlet and the liquid outlet , and a vent hole and a liquid refill hole are sequentially provided on a side of the diversion channel in a flow direction of a coolant liquid, and the vent hole and the liquid refill hole are both communicated with the chamber , characterized in that a clamping groove is provided on the diversion channel , and a clamping plate matched with the clamping groove is provided inside the tank body .
A resin composition (E) comprising from 0.1 to 20 parts by mass of an ethylene-vinyl alcohol copolymer (B), from 0.1 to 20 parts by mass of an acid-modified polyolefin (C), and from 0.1 to 10 parts by mass of an acid-modified polyolefin (D) based on 100 parts by mass of a polyolefin (A), wherein the polyolefin (A) has an MFR (190°C, under a load of 2.16 kg) from 0.01 to 10 g/10 min, measured in accordance with JIS K 7210 as described in the description, the acid-modified polyolefin (C) has an acid value from 0.1 to 9 mg KOH/g, measured in accordance with JIS K 2501, the acid-modified polyolefin (D) has an acid value of more than 10 mg KOH/g and 120 mg KOH/g or less, and a ratio (D/A) of an MFR (190°C, under a load of 2.16 kg) of the acid-modified polyolefin (D) to the MFR (190°C, under a load of 2.16 kg) of the polyolefin (A) is 50 or more. the polyolefin (A) has an MFR (190°C, under a load of 2.16 kg) from 0.01 to 10 g/10 min, measured in accordance with JIS K 7210 as described in the description, the acid-modified polyolefin (C) has an acid value from 0.1 to 9 mg KOH/g, measured in accordance with JIS K 2501, the acid-modified polyolefin (D) has an acid value of more than 10 mg KOH/g and 120 mg KOH/g or less, and a ratio (D/A) of an MFR (190°C, under a load of 2.16 kg) of the acid-modified polyolefin (D) to the MFR (190°C, under a load of 2.16 kg) of the polyolefin (A) is 50 or more.
A raw edge V-belt for transmission, the raw edge V-belt comprising: a V-belt body made of rubber, both sides of the V-belt body in a belt width direction serving as a pulley contact surface; and a cord embedded in the V-belt body so as to form a helical pattern having a pitch in the belt width direction, wherein the cord is made of a plied yarn obtained by first twisting, in one direction, each of a plurality of filament bundles, each being made of polyester fibers of 2000 dtex or more to 3000 dtex or less, to make a plurality of first-twist yarns, paralleling the plurality of first-twist yarns, and second twisting the plurality of first-twist yarns in a direction opposite to the first twisting, characterized by a shrinkage force per dtex of the polyester fibers forming the cord, generated in a belt length of 300 mm when the raw edge V-belt is held in a temperature atmosphere of 120°C for one hour is 0.0015 N or more. a V-belt body made of rubber, both sides of the V-belt body in a belt width direction serving as a pulley contact surface; and a cord embedded in the V-belt body so as to form a helical pattern having a pitch in the belt width direction, wherein the cord is made of a plied yarn obtained by first twisting, in one direction, each of a plurality of filament bundles, each being made of polyester fibers of 2000 dtex or more to 3000 dtex or less, to make a plurality of first-twist yarns, paralleling the plurality of first-twist yarns, and second twisting the plurality of first-twist yarns in a direction opposite to the first twisting, characterized by a shrinkage force per dtex of the polyester fibers forming the cord, generated in a belt length of 300 mm when the raw edge V-belt is held in a temperature atmosphere of 120°C for one hour is 0.0015 N or more.
A fuel dispenser for refuelling vehicles comprising a control unit connected to a microcontroller , characterised by comprising at least one antenna connected to the microcontroller and configured to detect a signal from at least a RFID tag located on a component of the dispenser , wherein the microcontroller is adapted to store a unique identifier associated to the RFID tag and to read the signal of the RFID tag for identifying the component and/or the position of the component with respect to the antenna . characterised by comprising at least one antenna connected to the microcontroller and configured to detect a signal from at least a RFID tag located on a component of the dispenser , wherein the microcontroller is adapted to store a unique identifier associated to the RFID tag and to read the signal of the RFID tag for identifying the component and/or the position of the component with respect to the antenna .
A sintered bearing comprising a sintered compact which has a composition containing, in terms of mass ratio to a total mass, Ni which exceeds 10 mass% and is less than 20 mass%, Zn which exceeds 13 mass% and is less than 20 mass%, Sn which exceeds 0.5 mass% and is less than 3 mass%, and a solid lubricant which exceeds 0.5 mass% and is less than 4 mass%, and optionally P which is less than 0.05 mass%, and having a remaining part consisting of Cu and inevitable impurities, the sintered compact having an average crystal particle diameter which is 20 μm or less determined using the method defined in the description.
Method for determining a sulfation power in a flue gas, wherein the method comprises the steps of: - introducing a probe into the flue gas, wherein the probe comprises the following: - a carrier medium which is securable to a vessel wall and - a sacrificial layer which is arranged on the outside of the carrier medium and which contains a sacrificial material composed of a halogen salt, - leaving the probe in the flue gas for a predetermined period, - determining a change in the sacrificial layer and - determining the sulfation power based on the change. - introducing a probe into the flue gas, wherein the probe comprises the following: - a carrier medium which is securable to a vessel wall and - a sacrificial layer which is arranged on the outside of the carrier medium and which contains a sacrificial material composed of a halogen salt, - a carrier medium which is securable to a vessel wall and - a sacrificial layer which is arranged on the outside of the carrier medium and which contains a sacrificial material composed of a halogen salt, - leaving the probe in the flue gas for a predetermined period, - determining a change in the sacrificial layer and - determining the sulfation power based on the change.
A window assembly comprising: a transparent pane ; an electrical conductor contacting said transparent pane ; an electrical connection element for energizing said electrical conductor ; and an encapsulation disposed over said electrical connection element and said electrical conductor to secure said electrical connection element to said electrical conductor and said transparent pane ; wherein said encapsulation is disposed on said electrical connection element to secure said electrical connection element to said electrical conductor and said transparent pane ; the window assembly being characterised in that it further comprises an electrically conductive compressible member , disposed between said electrical connection element and said electrical conductor , and comprising a foam material that is compressed between said electrical connection element and said electrical conductor for providing an electrical connection between said electrical connection element and said electrical conductor ; wherein said encapsulation is disposed on an upper surface of said electrically conductive compressible member to secure said electrically conductive compressible member to said electrical conductor and said transparent pane . a transparent pane ; an electrical conductor contacting said transparent pane ; an electrical connection element for energizing said electrical conductor ; and an encapsulation disposed over said electrical connection element and said electrical conductor to secure said electrical connection element to said electrical conductor and said transparent pane ; wherein said encapsulation is disposed on said electrical connection element to secure said electrical connection element to said electrical conductor and said transparent pane ; the window assembly being characterised in that it further comprises an electrically conductive compressible member , disposed between said electrical connection element and said electrical conductor , and comprising a foam material that is compressed between said electrical connection element and said electrical conductor for providing an electrical connection between said electrical connection element and said electrical conductor ; wherein said encapsulation is disposed on an upper surface of said electrically conductive compressible member to secure said electrically conductive compressible member to said electrical conductor and said transparent pane .
Release device for a lifting and tilting device for releasing the lifting and tilting device from a generator segment of a generator, in particular from a generator segment of a generator of a wind turbine , which comprises at least one release unit , which is designed for releasing the lifting and tilting device from the generator segment , wherein the at least one release unit is provided: - a frame device which is designed to connect the release device to a generator tilting device of the lifting and tilting device , - a release swing device which is arranged on the frame device so as to be pivotable about a triggering pivot axis (A1) or displaceable in translation along a linear guide, - a coupling device which is arranged on the release swing device so as to be pivotable about a first coupling pivot axis (K1) or displaceable in translation along a linear guide and is arranged so as to be movable relative to the frame device , wherein - the release swing device can be moved back and forth between a release position and an initial position different from the release position as a function of a position of the coupling device in relation to the frame device , wherein the release swing device is designed to cause a release of the lifting and tilting device from the generator segment in the release position, characterised in that - the at least one release unit has a guide swing device which is arranged on the frame device at a distance from the release swing device so as to be pivotable about a guide pivot axis (A2). - a frame device which is designed to connect the release device to a generator tilting device of the lifting and tilting device , - a release swing device which is arranged on the frame device so as to be pivotable about a triggering pivot axis (A1) or displaceable in translation along a linear guide, - a coupling device which is arranged on the release swing device so as to be pivotable about a first coupling pivot axis (K1) or displaceable in translation along a linear guide and is arranged so as to be movable relative to the frame device , wherein - the release swing device can be moved back and forth between a release position and an initial position different from the release position as a function of a position of the coupling device in relation to the frame device , wherein the release swing device is designed to cause a release of the lifting and tilting device from the generator segment in the release position, characterised in that - the at least one release unit has a guide swing device which is arranged on the frame device at a distance from the release swing device so as to be pivotable about a guide pivot axis (A2).
Method for operating a motor vehicle , wherein a user of the motor vehicle is authorised to trigger at least one function by means of a portable key device , and wherein the key device has an identification code which uniquely identifies the key device , and an authorisation data set which describes the at least one function, and is associated with the identification code , for which function the user is authorised by means of the key device identified by the identification code , having the steps carried out by a control device of the motor vehicle : - receiving the authorisation data set and the identification code from the key device (22, S6), - on the basis of an identification code of the key device stored in the control device and an authorisation data set which is stored in the control device and associated with the identification code , determining whether the received authorisation data set and the received identification code correspond to a predetermined combination (S8), and - if they correspond to the predetermined combination, enabling the at least one function (S9). - receiving the authorisation data set and the identification code from the key device (22, S6), - on the basis of an identification code of the key device stored in the control device and an authorisation data set which is stored in the control device and associated with the identification code , determining whether the received authorisation data set and the received identification code correspond to a predetermined combination (S8), and - if they correspond to the predetermined combination, enabling the at least one function (S9).
An exercise bar comprising: a center bar ; a pair of weight bars , characterized in that each weight bar rotatable relative to the center bar about a pivot axis to a plurality of camber positions; a pair of support bars extending from the center bar and configured to rest on a user's shoulder; and a locking mechanism for locking the weight bars in any of the plurality of camber positions, wherein the locking mechanism comprises: a bracket having a plurality of holes , each of the plurality of holes corresponding to one of the plurality of camber positions; and a pin extendable into the each of the plurality of holes to lock the weight bars into one of the plurality of camber positions. a center bar ; a pair of weight bars , characterized in that each weight bar rotatable relative to the center bar about a pivot axis to a plurality of camber positions; a pair of support bars extending from the center bar and configured to rest on a user's shoulder; and a locking mechanism for locking the weight bars in any of the plurality of camber positions, wherein the locking mechanism comprises: a bracket having a plurality of holes , each of the plurality of holes corresponding to one of the plurality of camber positions; and a pin extendable into the each of the plurality of holes to lock the weight bars into one of the plurality of camber positions. a bracket having a plurality of holes , each of the plurality of holes corresponding to one of the plurality of camber positions; and a pin extendable into the each of the plurality of holes to lock the weight bars into one of the plurality of camber positions.
A driver device for one or more semiconductor light sources, comprising: - a switched-mode power supply coupled to receive a rectified AC voltage and configured to convert it into a DC voltage between a first rail and a second rail , - an output for coupling said one or more semiconductor light sources, a first node of said output coupled to said first rail , - a controllable linear regulator coupled between a second node of said output and said second rail , and - a control circuit coupled to produce a control signal to a control input of said controllable linear regulator , thereby configured to control the amount of current passed by said controllable linear regulator ; wherein said control circuit is configured to produce said control signal in proportion to the potential of said second node of said output ; characterized in that : - the driver device comprises a capacitor coupled between the control input of the controllable linear regulator and said second rail , and - the driver device is configured to charge said capacitor through a charging resistance if a potential of the second node of said output increases and to controllably discharge said capacitor through a discharging resistance if a potential of the second node of said output decreases. - a switched-mode power supply coupled to receive a rectified AC voltage and configured to convert it into a DC voltage between a first rail and a second rail , - an output for coupling said one or more semiconductor light sources, a first node of said output coupled to said first rail , - a controllable linear regulator coupled between a second node of said output and said second rail , and - a control circuit coupled to produce a control signal to a control input of said controllable linear regulator , thereby configured to control the amount of current passed by said controllable linear regulator ; - the driver device comprises a capacitor coupled between the control input of the controllable linear regulator and said second rail , and - the driver device is configured to charge said capacitor through a charging resistance if a potential of the second node of said output increases and to controllably discharge said capacitor through a discharging resistance if a potential of the second node of said output decreases.