mhurhangee/patent-ind-claim-en huggingface dataset:
A marker detection system for a vehicle configured to travel on a road having a plurality of laying locations where two magnetic markers are laid with a marker span (M), the system comprising: two magnetic detection units arranged so as to be separated in a longitudinal direction of the vehicle with a spacing equal to the marker span (M) so as to be configured to detect the two magnetic markers simultaneously; and a unit configured to set, when one of the two magnetic detection units detects a magnetism generation source, a detection period which is a temporal range for determining whether the detected magnetism generation source is one of the two magnetic markers or not, the temporal range being set such that the two magnetic detection units do not detect the same magnetism generation source; the system being characterized in that it further comprises: a unit configured to determine a possibility of erroneous detection that the magnetism generation source detected by the one of the two magnetic detection units is not one of the two magnetic markers , when the other one of the two magnetic detection units does not detect a magnetism generation source in the detection period. two magnetic detection units arranged so as to be separated in a longitudinal direction of the vehicle with a spacing equal to the marker span (M) so as to be configured to detect the two magnetic markers simultaneously; and a unit configured to set, when one of the two magnetic detection units detects a magnetism generation source, a detection period which is a temporal range for determining whether the detected magnetism generation source is one of the two magnetic markers or not, the temporal range being set such that the two magnetic detection units do not detect the same magnetism generation source; the system being characterized in that it further comprises: a unit configured to determine a possibility of erroneous detection that the magnetism generation source detected by the one of the two magnetic detection units is not one of the two magnetic markers , when the other one of the two magnetic detection units does not detect a magnetism generation source in the detection period.
A pedestrian protection device for a motor vehicle, the pedestrian protection device having a bumper crossbeam , a deformation element (1; 101) arranged on an outer side of the bumper crossbeam and having a first element (3; 203) and a second element (5; 205) which are displaceable relative to one another in the direction of the bumper crossbeam in the event of a collision, and having a mechanical locking mechanism which, in dependence on a displacement speed and while exploiting a mass inertia of a locking element (7; 207) which is arranged on the first element (3; 203) or the second element, is adjustable between a locked state in which a displacement of the first element (3; 203) relative to the second element (5; 205) is/becomes at least partially prevented, and an unlocked state in which a displacement of the first element (3; 203) is allowed, the locking element (7; 207) being preloadable by means of a spring device (9; 209), the locking element (7; 207) and the spring device (9; 209) being designed to cooperate in such a way that, with a displacement of the first element (3; 203) and the second element (5; 205) relative to one another, the locking element (3; 203) is preloadable by means of the spring device (9; 209) before the locking element (3; 203) can achieve the locked state.
A method for the support of data transmission in a packet mobile network, for packet data network connectivity over said packet mobile network between an user equipment and an external packet data network, said packet mobile network comprising a core network accessed by a radio access network , said data transmission using a tunnel over an interface between a serving radio access network node and a serving user plane core network node, said method including support of said data transmission in a mode referred to as connectionless transmission mode, wherein, for re-initiation of uplink data transmission at idle to active transition, said user equipment passes to said serving radio access network node information referred to as connection identifier information enabling said serving radio access network node to derive internet protocol address information of said serving user plane core network node and uplink tunnel endpoint identifier information, wherein said tunnel over said interface is predefined and identified using said connection identifier information providing a reference to said packet data network and to said serving user plane core network node.
A computer based method comprising: (A) receiving first three dimensional intra-oral scan data of an intra-oral cavity of a patient from an intra-oral scanner; (B) displaying a first display image of a first 3D virtual model of the intra-oral cavity, the first 3D virtual model based on the first 3D intra-oral scan data, on a display operatively connected to a computer system; (C) identifying at least a portion of said first 3D virtual model as being desired to be replaced based on an interaction of a user with the displayed first display image; and characterised by : (D) receiving second 3D intra-oral scan data of the intra-oral cavity; (E) modifying said first 3D virtual model by replacing in the computer system at least said portion of said first 3D virtual model with a corresponding part of a second 3D virtual model based on the second 3D intra-oral scan data to provide a composite 3D virtual model of the intra-oral cavity that is based on the first 3D intra-oral scan data and the second 3D intra-oral scan data, step (E) comprising deleting or removing said portion of said first 3D virtual model. (A) receiving first three dimensional intra-oral scan data of an intra-oral cavity of a patient from an intra-oral scanner; (B) displaying a first display image of a first 3D virtual model of the intra-oral cavity, the first 3D virtual model based on the first 3D intra-oral scan data, on a display operatively connected to a computer system; (C) identifying at least a portion of said first 3D virtual model as being desired to be replaced based on an interaction of a user with the displayed first display image; (D) receiving second 3D intra-oral scan data of the intra-oral cavity; (E) modifying said first 3D virtual model by replacing in the computer system at least said portion of said first 3D virtual model with a corresponding part of a second 3D virtual model based on the second 3D intra-oral scan data to provide a composite 3D virtual model of the intra-oral cavity that is based on the first 3D intra-oral scan data and the second 3D intra-oral scan data,
Method for treating a biogas containing siloxanes, characterized in that it comprises the steps consisting of: a) filtering a flow of biogas containing siloxanes with a filter made from activated-carbon cloth so as to adsorb the siloxanes in said filter, then b1) regenerating said filter by circulating an electric current in said filter subjected to a flushing gaseous flow, then b2) optionally destroying said flushing gas thermally, the regeneration phase (b1) being carried out at a temperature between 100°C and 300°C, more preferentially between 150°C and 300°C, and even more preferentially between 200°C and 300°C . a) filtering a flow of biogas containing siloxanes with a filter made from activated-carbon cloth so as to adsorb the siloxanes in said filter, then b1) regenerating said filter by circulating an electric current in said filter subjected to a flushing gaseous flow, then b2) optionally destroying said flushing gas thermally,
Method for testing bridges of an output stage comprising a microcontroller (μC), a first bridge circuit (B10) and a second bridge circuit (B4) when a machine (M) is rotating, comprising the method steps of: - determining a rotational speed of a machine operated by means of the bridge circuits of the output stage by way of the microcontroller (μC), and - carrying out a low-speed test if the rotational speed determined does not exceed a predefined threshold value, or carrying out an observation of drivers provided for the bridges if the rotational speed determined corresponds to or exceeds the predefined threshold value. - determining a rotational speed of a machine operated by means of the bridge circuits of the output stage by way of the microcontroller (μC), and - carrying out a low-speed test if the rotational speed determined does not exceed a predefined threshold value, or carrying out an observation of drivers provided for the bridges if the rotational speed determined corresponds to or exceeds the predefined threshold value.
An injector for administering a first and a second liquid or pasty substance, in particular a drug, comprising an outer injector body in which an inner injector body is longitudinally displaceably guided in which a plunger is longitudinally displaceably guided, wherein the outer injector body comprises a jacket part , a base wall and an administration spout, wherein the base wall comprises an administration opening at its center, which is connected to an administration channel in the administration spout, wherein the inner injector body comprises a base wall in which one or multiple channels are provided, and a cuff which sealingly contacts the inner wall of the outer injector body and which can be flowed around by the second liquid or pasty substance when it is in the end position in the outer injector body , so that after administration of the first liquid or pasty substance, the second liquid or pasty substance can be administered, characterized in that this substance is pressed passed the cuff into the administration opening and the administration channel .
A tensioning device for a firing pin spring (13.2) of a firing pin of a weapon , comprising a breech , wherein the firing pin is integrated in the breech , and a control slide which surrounds a weapon housing of the weapon , preferably in a U-shape, and is guided longitudinally movably with respect to the weapon housing , wherein the control slide has a cocking slide with a cocking cam in which a pin (14.1) of a cocking rocker is embedded and guided, wherein the cocking rocker performs the tensioning of the firing pin spring (13.2), wherein the firing pin spring (13.2) is tensioned upon forward movement of the control slide , and wherein for triggering the shot, a trigger and a catch pawl are involved which are actuated by the cocking slide , for which purpose the cocking slide has a ramp . a breech , wherein the firing pin is integrated in the breech , and a control slide which surrounds a weapon housing of the weapon , preferably in a U-shape, and is guided longitudinally movably with respect to the weapon housing , wherein the control slide has a cocking slide with a cocking cam in which a pin (14.1) of a cocking rocker is embedded and guided, wherein the cocking rocker performs the tensioning of the firing pin spring (13.2), wherein the firing pin spring (13.2) is tensioned upon forward movement of the control slide , and wherein for triggering the shot, a trigger and a catch pawl are involved which are actuated by the cocking slide , for which purpose the cocking slide has a ramp .
A non-pneumatic tire comprising: a hub portion ; a ring member arranged essentially concentrically about the hub portion , the ring member comprising a tread portion on its radially outer side; and a sidewall connecting the hub portion with the ring member , wherein the sidewall comprises multiple sidewall members , each sidewall member being connected on a first side to the hub portion and on a second side to the ring member , wherein adjacent sidewall members at least partially overlap such that they can move relatively to each other when loading the tire, characterized in that one or more of the sidewall members are essentially sickle shaped, and in that each sickle-shaped sidewall member is attached to the hub portion at a first circumferential position and attached to the ring member at a second circumferential position, wherein the first circumferential position and the second circumferential position are shifted relatively to each other by at least 10° measured in the circumferential direction about an axis of rotation of the tire. a hub portion ; a ring member arranged essentially concentrically about the hub portion , the ring member comprising a tread portion on its radially outer side; and a sidewall connecting the hub portion with the ring member , wherein the sidewall comprises multiple sidewall members , each sidewall member being connected on a first side to the hub portion and on a second side to the ring member , wherein adjacent sidewall members at least partially overlap such that they can move relatively to each other when loading the tire, characterized in that one or more of the sidewall members are essentially sickle shaped, and in that each sickle-shaped sidewall member is attached to the hub portion at a first circumferential position and attached to the ring member at a second circumferential position, wherein the first circumferential position and the second circumferential position are shifted relatively to each other by at least 10° measured in the circumferential direction about an axis of rotation of the tire.
A stent delivery system comprising: an expandable stent including a plurality of interconnected cells and extending between a proximal end and a distal end; a catheter including an elongated member having a stent attachment location including a compressible material ; and a sheath mounted on the elongated member, the sheath being positionable in a transport position in which the sheath covers the stent mounted at the stent attachment location of the elongated member such that the cells of the stent are pressed into and capture the compressible material, and a deploy position in which the stent is at least partially exposed, characterised in that the stent attachment location of the elongated member includes fibers extending radially therefrom, such that when the sheath is in the transport position, the fibers are captured by the cells of the stent. an expandable stent including a plurality of interconnected cells and extending between a proximal end and a distal end; a catheter including an elongated member having a stent attachment location including a compressible material ; and a sheath mounted on the elongated member, the sheath being positionable in a transport position in which the sheath covers the stent mounted at the stent attachment location of the elongated member such that the cells of the stent are pressed into and capture the compressible material, and a deploy position in which the stent is at least partially exposed, characterised in that the stent attachment location of the elongated member includes fibers extending radially therefrom, such that when the sheath is in the transport position, the fibers are captured by the cells of the stent.
A lighting device for a stage lamp, comprising: a light-emitting device configured to emit monochromatic lights of at least two colors; a light combining device configured to combine the monochromatic lights of the at least two colors into one beam of light; and a light mixing device configured to mix the monochromatic lights of different colors in the beam of light emitted from the light combining device , wherein the light mixing device comprises a diffusion sheet having a light incidence surface facing the light combining device and a light emission surface , and characterized in that the diffusion sheet comprises a plurality of microstructures , wherein the plurality of microstructures are formed on at least one of the light incidence surface and the light emission surface , so that the light mixing device converts the beam of light into a Gaussian beam based on the scattering effect of the microstructures , the Gaussian beam is emitted by the light emission surface of the light mixing device directly as stage illuminating light, and the light combining device and the light mixing device are sequentially provided in a light emission path of the light-emitting device . a light-emitting device configured to emit monochromatic lights of at least two colors; a light combining device configured to combine the monochromatic lights of the at least two colors into one beam of light; and a light mixing device configured to mix the monochromatic lights of different colors in the beam of light emitted from the light combining device , wherein the light mixing device comprises a diffusion sheet having a light incidence surface facing the light combining device and a light emission surface , and characterized in that the diffusion sheet comprises a plurality of microstructures , wherein the plurality of microstructures are formed on at least one of the light incidence surface and the light emission surface , so that the light mixing device converts the beam of light into a Gaussian beam based on the scattering effect of the microstructures , the Gaussian beam is emitted by the light emission surface of the light mixing device directly as stage illuminating light, and the light combining device and the light mixing device are sequentially provided in a light emission path of the light-emitting device .
A method for polar encoding performed by a device, the method comprising: receiving a message comprising information bits; encoding the message using a first polar code to obtain a first codeword ; encoding the message using a second polar code to obtain a second codeword , wherein the second codeword includes two parts , and the first part of the second polar code is same as the first polar code; transmitting the first codeword to a receiver in a first transmission; transmitting the second part of the second codeword in a second transmission without transmitting the first part of the second codeword when the receiver is unable to decode the message based on the first codeword , wherein the second part of the second codeword is transmitted as a re-transmission of the message using an incremental redundancy, IR, retransmission scheme; encoding the message using a third polar code to obtain a third codeword , wherein the third codeword includes three parts , the first part of the third polar codeword is same as the first polar code and the second part of the third polar codeword is same as the second part of the second polar code; and transmitting the third part of the third codeword without transmitting the first two parts of the third codeword when the receiver is unable to decode the message based on the first codeword and the second codeword , wherein the third part of the third codeword is transmitted as a re-transmission of the message using the IR retransmission scheme; characterised in that when the receiver is unable to decode the message based on the first, second and third transmissions, chase combing retransmission scheme, CC, is adopted for the subsequent retransmission of the message. receiving a message comprising information bits; encoding the message using a first polar code to obtain a first codeword ; encoding the message using a second polar code to obtain a second codeword , wherein the second codeword includes two parts , and the first part of the second polar code is same as the first polar code; transmitting the first codeword to a receiver in a first transmission; transmitting the second part of the second codeword in a second transmission without transmitting the first part of the second codeword when the receiver is unable to decode the message based on the first codeword , wherein the second part of the second codeword is transmitted as a re-transmission of the message using an incremental redundancy, IR, retransmission scheme; encoding the message using a third polar code to obtain a third codeword , wherein the third codeword includes three parts , the first part of the third polar codeword is same as the first polar code and the second part of the third polar codeword is same as the second part of the second polar code; and transmitting the third part of the third codeword without transmitting the first two parts of the third codeword when the receiver is unable to decode the message based on the first codeword and the second codeword , wherein the third part of the third codeword is transmitted as a re-transmission of the message using the IR retransmission scheme;
A Discovery Signal, DS, processing method, comprising: executing (S102) the following operations on at least one component signal of a DS: determining a configuration manner of at least one component signal and performing pattern modification on at least one component signal; and determining a transmission manner of at least one pattern-modified component signal; wherein performing the pattern modification on at least one component signal comprises: selecting and retaining, according to an existing time-frequency resource position of at least one component signal, symbols, adjacent or close to each other in a time domain, in at least one component signal to form a Unlicensed Carrier-Discovery Signal, UCDS, and transmitting the UCDS; or, modifying a time-frequency resource position of at least one component signal to make a position of at least one component signal adjacent or close in a time domain, using modified symbols to form a UCDS, and transmitting the UCDS; wherein the UCDS comprises the following: a Primary Synchronization Signal, PSS; a Secondary Synchronization Signal, SSS; a Cell-specific Reference Signal, CRS; a. Channel State Information-Reference Signal, CSI-RS; wherein the CSI-RS is adjacent or close to symbols of PSS and SSS in the UCDS, and the CSI-RS is not transmitted in a time domain position of PSS or SSS in the UCDS, and the PSS and the SSS are transmitted on adjacent symbols in the UCDS. determining a configuration manner of at least one component signal and performing pattern modification on at least one component signal; and determining a transmission manner of at least one pattern-modified component signal; wherein performing the pattern modification on at least one component signal comprises: selecting and retaining, according to an existing time-frequency resource position of at least one component signal, symbols, adjacent or close to each other in a time domain, in at least one component signal to form a Unlicensed Carrier-Discovery Signal, UCDS, and transmitting the UCDS; or, modifying a time-frequency resource position of at least one component signal to make a position of at least one component signal adjacent or close in a time domain, using modified symbols to form a UCDS, and transmitting the UCDS; wherein the UCDS comprises the following: a Primary Synchronization Signal, PSS; a Secondary Synchronization Signal, SSS; a Cell-specific Reference Signal, CRS; a. Channel State Information-Reference Signal, CSI-RS; wherein the CSI-RS is adjacent or close to symbols of PSS and SSS in the UCDS, and the CSI-RS is not transmitted in a time domain position of PSS or SSS in the UCDS, and the PSS and the SSS are transmitted on adjacent symbols in the UCDS. a Primary Synchronization Signal, PSS; a Secondary Synchronization Signal, SSS; a Cell-specific Reference Signal, CRS; a. Channel State Information-Reference Signal, CSI-RS; wherein the CSI-RS is adjacent or close to symbols of PSS and SSS in the UCDS, and the CSI-RS is not transmitted in a time domain position of PSS or SSS in the UCDS, and the PSS and the SSS are transmitted on adjacent symbols in the UCDS.