mhurhangee/patent-ind-claim-en huggingface dataset:
A heterogeneous imaging sensor system , comprising: a multiple-pattern fiducial mark comprising a plurality of patterns detectable by a corresponding number of wavelengths of electromagnetic energy; a first imaging device to sense a first of the plurality of patterns, the first imaging device detecting a first of the number of wavelengths of electromagnetic energy; a second imaging device to sense a second of the plurality of patterns, the second imaging device detecting a second of the number of wavelengths of electromagnetic energy, wherein the first pattern and the second pattern are detected at different wavelengths of electromagnetic energy; characterised in that the system further comprises a weighting module executable by a processing device of the heterogeneous imaging sensor system to weight the influence of the first imaging device and the influence of the second imaging device in detecting the multiple-pattern fiducial mark based on signal strength, positions of the first and second imaging devices, the angles of the first and second imaging devices, a size of detected features, a quantity of detected features, or combinations thereof. a multiple-pattern fiducial mark comprising a plurality of patterns detectable by a corresponding number of wavelengths of electromagnetic energy; a first imaging device to sense a first of the plurality of patterns, the first imaging device detecting a first of the number of wavelengths of electromagnetic energy; a second imaging device to sense a second of the plurality of patterns, the second imaging device detecting a second of the number of wavelengths of electromagnetic energy, wherein the first pattern and the second pattern are detected at different wavelengths of electromagnetic energy; characterised in that the system further comprises a weighting module executable by a processing device of the heterogeneous imaging sensor system to weight the influence of the first imaging device and the influence of the second imaging device in detecting the multiple-pattern fiducial mark based on signal strength, positions of the first and second imaging devices, the angles of the first and second imaging devices, a size of detected features, a quantity of detected features, or combinations thereof.
A bicycle attachment part for shielding an exposed section of a traction transmission of a bicycle drive , in particular a bicycle chain , wherein the exposed section is exposed between two gear wheels of the bicycle drive , wherein the bicycle attachment part is configured to be mounted on a drive sided strut, in particular a chain strut , of a bicycle rear frame , and wherein the bicycle attachment part , in the state of mounting on the drive sided strut, surrounds the exposed section of the traction transmission on three sides, wherein the bicycle attachment part comprises an inner part region for shielding the exposed section of the traction transmission from a rear wheel tyre, which is arranged on the bicycle rear frame , and wherein the bicycle attachment part comprises an upper part region and an outer part region for respectively shielding the exposed section of the traction transmission, characterised in that the upper part region tapers at least in sections towards a front gear wheel of the two gear wheels, in particular a chain ring , of the bicycle drive . wherein the bicycle attachment part is configured to be mounted on a drive sided strut, in particular a chain strut , of a bicycle rear frame , and wherein the bicycle attachment part , in the state of mounting on the drive sided strut, surrounds the exposed section of the traction transmission on three sides, wherein the bicycle attachment part comprises an inner part region for shielding the exposed section of the traction transmission from a rear wheel tyre, which is arranged on the bicycle rear frame , and wherein the bicycle attachment part comprises an upper part region and an outer part region for respectively shielding the exposed section of the traction transmission, characterised in that the upper part region tapers at least in sections towards a front gear wheel of the two gear wheels, in particular a chain ring , of the bicycle drive .
Method for relaying messages that is implemented by a telecommunication system comprising M sources ( S 1 , ..., S M ), L full-duplex relays ( R 1 , ..., R L ) and a destination ( D ), M>1, L≥1, the method comprising per relay and for a current transmission cycle of T transmission intervals, T being a natural number, T >1: - decoding so as to estimate a message per source, on the basis of successive received blocks transmitted during a current transmission interval t by a source S ∈{ S 1 , S 2 , ..., S M }, corresponding to a code word c S,t comprising B blocks c S , t 1 , c S , t 2 , ... c S , t b ..., c S , t B , the first of which can be decoded independently of the other blocks, a code word c S,t coding a K-bit message u S,t , the sources transmitting simultaneously, with K and B being natural numbers, B >2, 1≤ t ≤ T , - performing error detection on the estimated messages and deciding on the source messages u S , t decoded without error, upon each estimation of a message subsequent to a block received from a source, - performing network coding of a selection of the messages decoded without error, - transmitting to the destination ( D ) a signal representative of the network-coded messages and a control signal indicating the selected messages ( S R,t,b -1 \S D,t,b -1 ), wherein: - after each reception of a block c S , t b from the various sources S ={ S 1 , ..., S M }, the relay does not transmit during a time period required for receiving and decoding feedback originating from the destination indicating correct or incorrect decoding of one or more messages, - the relay selects the messages to be coded from among the messages decoded without error by the relay by taking only the feedback (fdb) into account. - decoding so as to estimate a message per source, on the basis of successive received blocks transmitted during a current transmission interval t by a source S ∈{ S 1 , S 2 , ..., S M }, corresponding to a code word c S,t comprising B blocks c S , t 1 , c S , t 2 , ... c S , t b ..., c S , t B , the first of which can be decoded independently of the other blocks, a code word c S,t coding a K-bit message u S,t , the sources transmitting simultaneously, with K and B being natural numbers, B >2, 1≤ t ≤ T , - performing error detection on the estimated messages and deciding on the source messages u S , t decoded without error, upon each estimation of a message subsequent to a block received from a source, - performing network coding of a selection of the messages decoded without error, - transmitting to the destination ( D ) a signal representative of the network-coded messages and a control signal indicating the selected messages ( S R,t,b -1 \S D,t,b -1 ), - after each reception of a block c S , t b from the various sources S ={ S 1 , ..., S M }, the relay does not transmit during a time period required for receiving and decoding feedback originating from the destination indicating correct or incorrect decoding of one or more messages, - the relay selects the messages to be coded from among the messages decoded without error by the relay by taking only the feedback (fdb) into account.
A black azo pigment represented by the following formula : wherein R 1 represents an aryl group optionally having a substituent; wherein the aryl group is selected from the group consisting of a phenyl group, a naphthyl group, and a group represented by the following formula (2-Z) and wherein the substituent is selected from the group consisting of an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group each having 1 to 4 carbon atoms, an amino group, and a carbamate group. wherein R 1 represents an aryl group optionally having a substituent; wherein the aryl group is selected from the group consisting of a phenyl group, a naphthyl group, and a group represented by the following formula (2-Z) and wherein the substituent is selected from the group consisting of an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group each having 1 to 4 carbon atoms, an amino group, and a carbamate group.
An implantable intracardiac device to prevent systolic anterior motion of the anterior mitral valve leaflet into the left ventricular outflow tract without inhibiting blood flow through the left ventricular outflow tract, the device comprising a blocking member configured for implantation within the left ventricle of the heart and an anchoring element configured for anchoring the device to the interventricular septum whereby the device, when anchored in the interventricular septum, is adapted to effect in-situ blocking of systolic anterior motion of the anterior mitral valve leaflet into the left ventricular outflow tract, wherein the blocking member is configured for implantation within the left ventricle of the heart without compression or re-shaping of the mitral valve annulus, and wherein the blocking member comprises a generally cylindrical helical coil having a hollow lumen for passage of blood, wherein the helical coil has a length of 4-6 cm and tapers inwardly towards a distal end thereof from a proximal radial diameter of 2-3 cm to a distal radial diameter of 0.5 to 1.5 cm.
A wrench combining a sleeve, comprising a wrench body , a rotating sleeve , a locking strip , a hexagonal sleeve and magnetic steel ; wherein a through-hole is arranged in the center of the locking strip , the through-hole matches with a structure of an outline of the wrench body ; and wherein, the locking strip is installed inside the rotating sleeve , the hexagonal sleeve is arranged in the rotating sleeve , and the magnetic steel sleeves one end of the hexagonal sleeve , so a sleeve device is formed, the wrench body penetrates through the sleeve device; the outline of two external circles of the locking strip is of a gradually-opened face structure, a face at which the rotating sleeve is connected to the external circle of the locking strip matches with the gradually-opened face structure, the gradually-opened face structure of the rotating sleeve is opposite to the structure of the locking strip , and the two gradually-opened face structures can be mutually locked or released by turning the rotating sleeve .
Device for metering powder , which comprises a vessel containing powder and a sealing head with a septum for the vessel , wherein the sealing head is connectable powdertight with the vessel and the septum with the sealing head , and the device further comprises a vessel holder , which serves to hold the sealing head of the vessel , and the vessel with its opening points downwards, so that the powder can flow out of the vessel , wherein a gap is present between the sealing head and a holding bowl of the vessel holder , in which a gas flow between the holding bowl and the sealing head can be created and the vessel holder has a cannula for piercing the septum .
A quinacridone pigment comprising 2,9-bis(isopropyl)quinacridone represented by formula (I)
Vehicle guidance system for providing a driving function for the automated longitudinal guidance of a vehicle at a signalling unit ; wherein the vehicle guidance system is configured, during operation of the driving function, - on the basis of environmental data from one or more environmental sensors of the vehicle , to detect a first signalling unit which is arranged in front of the vehicle in the direction of travel on a road used by the vehicle ; - to determine driver data relating to the attentiveness of a driver of the vehicle when monitoring the driving function; characterized in that the vehicle guidance system is further configured, during operation of the driving function, - to determine, on the basis of the environmental data, that the first signalling unit cannot be taken into consideration in the driving function for the automated longitudinal guidance of the vehicle ; and - in response to this, to effect an unavailability output to the driver of the vehicle in order to inform the driver of the vehicle that the first signalling unit is not taken into consideration in the driving function for the automated longitudinal guidance of the vehicle ; wherein the unavailability output depends on the driver data. - on the basis of environmental data from one or more environmental sensors of the vehicle , to detect a first signalling unit which is arranged in front of the vehicle in the direction of travel on a road used by the vehicle ; - to determine driver data relating to the attentiveness of a driver of the vehicle when monitoring the driving function; characterized in that the vehicle guidance system is further configured, during operation of the driving function, - to determine, on the basis of the environmental data, that the first signalling unit cannot be taken into consideration in the driving function for the automated longitudinal guidance of the vehicle ; and - in response to this, to effect an unavailability output to the driver of the vehicle in order to inform the driver of the vehicle that the first signalling unit is not taken into consideration in the driving function for the automated longitudinal guidance of the vehicle ; wherein the unavailability output depends on the driver data.
A method of operating a base station of a communications network, comprising: transmitting , on a set of resources, a first communication to each of a plurality of user equipments, UEs; receiving acknowledgments, ACKs, to the transmitted first communications from a first subset of the plurality of UEs; determining that a second subset of the plurality of UEs has failed to acknowledge the transmitted first communications; configuring a group scheduling message that indicates an allocation of the set of resources to the second subset of UEs based on a predetermined resource reallocation scheme; transmitting the group scheduling message to the second subset of UEs; and transmitting , on the set of resources, a second communication to each UE in the second subset of UEs in accordance with the indicated allocation from the group scheduling message; wherein at least one resource of the set of resources, associated with transmission of a respective transmitted first communication to a first respective UE among the first subset of UEs, is associated with transmission of a respective transmitted second communication to a second respective UE among the second subset of UEs; and wherein at least one additional resource of the set of resources, associated with transmission of a respective transmitted first communication to the second respective UE, is associated with transmission of the respective transmitted second communication to the second respective UE. transmitting , on a set of resources, a first communication to each of a plurality of user equipments, UEs; receiving acknowledgments, ACKs, to the transmitted first communications from a first subset of the plurality of UEs; determining that a second subset of the plurality of UEs has failed to acknowledge the transmitted first communications; configuring a group scheduling message that indicates an allocation of the set of resources to the second subset of UEs based on a predetermined resource reallocation scheme; transmitting the group scheduling message to the second subset of UEs; and transmitting , on the set of resources, a second communication to each UE in the second subset of UEs in accordance with the indicated allocation from the group scheduling message; wherein at least one resource of the set of resources, associated with transmission of a respective transmitted first communication to a first respective UE among the first subset of UEs, is associated with transmission of a respective transmitted second communication to a second respective UE among the second subset of UEs; and wherein at least one additional resource of the set of resources, associated with transmission of a respective transmitted first communication to the second respective UE, is associated with transmission of the respective transmitted second communication to the second respective UE.
A subsea leak detection system for an off-shore operation facility, comprising at least one leak detector operatively connected to a controller located on a subsea assembly characterised in that said system is provided with a floating member on which said leak detector is attached, said floating member being adapted to be installed, and stably positioned, above said assembly that said subsea assembly includes a X-mas tree and a protective structure having a template hatch extending above the X-mas tree , the protective structure acting to collect hydrocarbon leakages, said floating member is a buoy anchored by a locking unit via wires, and said leak detector is positioned above a roof of said x-mas tree and beneath said template hatch .
A compound of the formula 1, which may exist in amide form A or enol form B:
An oxidation catalyst for treating an exhaust gas from a diesel engine, which oxidation catalyst comprises: a first washcoat region for adsorbing NO x , wherein the first washcoat region comprises a zeolite catalyst, wherein the zeolite catalyst comprises a noble metal loaded onto or supported on a zeolite by ion-exchange, wherein the noble metal comprises palladium (Pd), the zeolite is a small pore zeolite, and wherein the zeolite catalyst does not comprise a base metal selected from the group consisting of iron (Fe), copper (Cu), manganese (Mn), chromium (Cr), cobalt (Co), nickel (Ni), tin (Sn) and mixtures of two or more thereof; a second washcoat region for oxidising nitric oxide (NO), wherein the second washcoat region comprises platinum (Pt) and a support material, wherein the platinum (Pt) is disposed or supported on the support material, and wherein the support material comprises a refractory metal oxide; and a substrate having an inlet end and an outlet end, wherein the first washcoat region and the second washcoat region are disposed or supported on the substrate. a first washcoat region for adsorbing NO x , wherein the first washcoat region comprises a zeolite catalyst, wherein the zeolite catalyst comprises a noble metal loaded onto or supported on a zeolite by ion-exchange, wherein the noble metal comprises palladium (Pd), the zeolite is a small pore zeolite, and wherein the zeolite catalyst does not comprise a base metal selected from the group consisting of iron (Fe), copper (Cu), manganese (Mn), chromium (Cr), cobalt (Co), nickel (Ni), tin (Sn) and mixtures of two or more thereof; a second washcoat region for oxidising nitric oxide (NO), wherein the second washcoat region comprises platinum (Pt) and a support material, wherein the platinum (Pt) is disposed or supported on the support material, and wherein the support material comprises a refractory metal oxide; and a substrate having an inlet end and an outlet end, wherein the first washcoat region and the second washcoat region are disposed or supported on the substrate.
Method for controlling a three-phase electrical machine from an inverter , where said inverter receives a direct voltage at its input, and delivers at its output three phase voltages enabling the electrical machine to be controlled, where the inverter comprises three branches each comprising an upper switch (I1, I3, I5) and a lower switch (I2, I4, I6), where each switch (I1, I2, I3, I4, I5, I6) can switch to an open or closed position, where the position of an upper switch of a branch is always the reverse of the position of the lower switch of this same branch, where the simultaneous positions of the switches of the branches of the inverter are represented by a control vector (V0, V1, V2, V3, V4, V5, V6, V7) comprising three binary elements, i.e. eight vectors representing the various combinations of the possible positions of the switches, where the vector for which all the upper switches (I1, I3, I5) of the branches are in an open position is a first "zero-sequence" vector (V0), and where the vector for which all the upper switches (I1, I3, I5) of the branches are in a closed position is a second "zero-sequence" vector (V7), and the other vectors are called "active vectors", where said active vectors (V1, V2, V3, V4, V5 and V6) delimit six control sectors (S1, S2, S3, S4, S5, S6) as a complex representation, in which at the centre of each sector (S1, S2, S3, S4, S5, S6) there is an active vector (V1, V2, V3, V4, V5, V6), where the setpoint control of the electrical machine is represented by a control vector (V*) moving from sector to sector with the rotation of the electrical machine's rotor, where the method is characterised by the fact that, with each sector (S1, S2, S3, S4, S5, S6) subdivided into three subsectors, comprising a central subsector centred on the active vector, a first lateral subsector associated with the first zero-sequence vector (V0), and a second lateral subsector, opposite the first lateral subsector relative to the central subsector, associated with the second zero-sequence vector (V7), it comprises a step of control of the voltage at the terminals of each phase (U, V, W) of the electrical machine , measured relative to neutral, with the value defined by the control vector (V0, V1, V2, V3, V4, V5, V6, V7) associated with the subsector in which the control vector (V*) is located.
Implant part intended for introduction into a jaw bone, with a receiving channel into which an assigned abutment is insertable, wherein in a first indexing area, the receiving channel has a plurality of contact surfaces for the abutment that are inclined with regard to the longitudinal axis of the implant part and in a second indexing area, in the form of an anti-rotation lock, functional surfaces parallel in relation to the longitudinal axis of the abutment , characterised in that in its first indexing area, with regard to its connecting parameters, the receiving channel is configured for rotational self-centring on insertion of the abutment .