mhurhangee/patent-ind-claim-en huggingface dataset:
Rotatable inspection device for inspection of the integrity of an axisymmetric portion of parts , for example a threaded tube , said inspection device including a measuring unit configured to be rotated about the symmetry axis of the axisymmetric portion , the measuring unit comprising: - a radially movable measuring structure comprising a defect detection sensor , - an electronic device for processing and transmitting the signal measured by the defect detection sensor along said portion , and - a measuring unit support supporting the radially movable measuring structure , wherein the electronic device is configured to wirelessly transmit the processed signal to a remote monitoring unit . characterized in that said measuring structure is configured to urge the defect detection sensor to press against said portion to be inspected. - a radially movable measuring structure comprising a defect detection sensor , - an electronic device for processing and transmitting the signal measured by the defect detection sensor along said portion , and - a measuring unit support supporting the radially movable measuring structure , wherein the electronic device is configured to wirelessly transmit the processed signal to a remote monitoring unit . characterized in that said measuring structure is configured to urge the defect detection sensor to press against said portion to be inspected.
An inkjet head comprising: a head chip having a nozzle substrate provided with nozzles (N) which discharge ink; and an ink chamber which is located over the head chip and in which the ink to be supplied to the nozzles (N) is stored, wherein the inkjet head is configured to be mounted on a mounting member , between the nozzle substrate and the ink chamber , the inkjet head has a position reference substrate provided with butting parts which are configured to be butted against the mounting member to position the inkjet head when the inkjet head is mounted on the mounting member , the position reference substrate is a supporting substrate which supports the head chip and the ink chamber , characterised in that the position reference substrate is formed of 42 alloy, the head chip and the position reference substrate have alignment marks (M1 to M6), and the head chip and the position reference substrate are stacked such that the alignment marks (M1 to M6) are superposed. a head chip having a nozzle substrate provided with nozzles (N) which discharge ink; and an ink chamber which is located over the head chip and in which the ink to be supplied to the nozzles (N) is stored, wherein the inkjet head is configured to be mounted on a mounting member , between the nozzle substrate and the ink chamber , the inkjet head has a position reference substrate provided with butting parts which are configured to be butted against the mounting member to position the inkjet head when the inkjet head is mounted on the mounting member , the position reference substrate is a supporting substrate which supports the head chip and the ink chamber , characterised in that the position reference substrate is formed of 42 alloy, the head chip and the position reference substrate have alignment marks (M1 to M6), and the head chip and the position reference substrate are stacked such that the alignment marks (M1 to M6) are superposed.
Weighing device with a load receptor for capturing the weight of the goods to be weighed, an evaluation device for determining a weight value on the basis of the weight captured by the load receptor and a real-time localisation system , which comprises a localisation computer , which is embodied to determine an identifier and the position of the check weight provided with the localisation tag on the load receptor and to transfer the same to the evaluation device , which is embodied to effectuate an automatic check of the weighing device on the basis of the determined identifier and position of the check weight and its determined weight value, characterised in that the real-time localisation system is provided with several solid reference points which are embodied as receiving modules and are embodied to measure signal delay times relating to a localisation tag and to transfer the same in a wire bound manner or via radio to the localisation computer of the real-time localisation system which calculates the measurements in an actual position.
A method for transmitting a channel access parameter set, comprising: determining the channel access parameter set to be used by a first device in a first basic service set, BSS, for accessing a channel according to at least one priority parameter, wherein the channel access parameter set is used for indicating a priority of the first device to access the channel among all devices that contend for accessing the channel, and the at least one priority parameter comprises a priority of each of BSSs comprising the devices that contend for accessing the channel; and transmitting the channel access parameter set to the first device to enable the first device to perform channel access based on the channel access parameter set, wherein the channel access parameter set comprises a distributed coordination function interframe space, DIFS, and a contention window, CW. determining the channel access parameter set to be used by a first device in a first basic service set, BSS, for accessing a channel according to at least one priority parameter, wherein the channel access parameter set is used for indicating a priority of the first device to access the channel among all devices that contend for accessing the channel, and the at least one priority parameter comprises a priority of each of BSSs comprising the devices that contend for accessing the channel; and transmitting the channel access parameter set to the first device to enable the first device to perform channel access based on the channel access parameter set, wherein the channel access parameter set comprises a distributed coordination function interframe space, DIFS, and a contention window, CW.
A shelf assembly for installation in a household cooling appliance , comprising: a first shelf , a second shelf , which is separate from the first shelf , a carrier frame , at which the first shelf and the second shelf are arranged, wherein the carrier frame comprises a guiding , and at least one of the shelves can be shifted relative to the carrier frame and to the other shelf by the guiding , wherein the carrier frame comprises a first side bar , wherein the first side bar comprises a holding bracket for holding the shelf assembly at a household cooling appliance component and the first side bar comprises a channel-like housing , into which the holding bracket is introduced, characterized in that the housing comprises a first housing part and a second housing part separate from it, wherein the housing parts are connected by a connection , and wherein the connection is a snap-fit connection. a first shelf , a second shelf , which is separate from the first shelf , a carrier frame , at which the first shelf and the second shelf are arranged, wherein the carrier frame comprises a guiding , and at least one of the shelves can be shifted relative to the carrier frame and to the other shelf by the guiding , wherein the carrier frame comprises a first side bar , wherein the first side bar comprises a holding bracket for holding the shelf assembly at a household cooling appliance component and the first side bar comprises a channel-like housing , into which the holding bracket is introduced, characterized in that the housing comprises a first housing part and a second housing part separate from it, wherein the housing parts are connected by a connection , and wherein the connection is a snap-fit connection.
Method for inerting of heavy metals, chlorides and other halogens as well as soluble solids and metallic contaminations in ash and/or waste from combustion processes or other thermal, chemical, mechanical processes by means of aluminosilicate fixation or stabilizing in mineral polymers with a tight and stable binder matrix forming, characterised in that combustion or the thermal, chemical, mechanical process is followed by granulation, preferably in a continuous or virtually continuous operating mode.
A state identification device , comprising: a feature amount extraction unit that extracts a feature amount from physical data of a machine tool unit which shifts to a plurality of operation states; a feature amount storage unit in which a region (2351-235N) is provided as a storage destination of the extracted feature amount for each of the plurality of operation states to which the machine tool unit shifts; a similarity calculation unit that calculates a similarity between the extracted feature amount and a feature amount stored in the feature amount storage unit ; a state determination unit that determines an operation state of the machine tool unit based on the calculated similarity; and a storage destination determination unit that determines the region (2351-235N) serving as the storage destination of the extracted feature amount based on a determination result of the state determination unit ; characterized in that : the machine tool unit shifts to at least one of three states, which include a stop state, an idle state, and a work state, as the operation state, and the feature amount storage unit is provided with the region (2351-235N) corresponding to each of the stop state, the idle state, and the work state. a feature amount extraction unit that extracts a feature amount from physical data of a machine tool unit which shifts to a plurality of operation states; a feature amount storage unit in which a region (2351-235N) is provided as a storage destination of the extracted feature amount for each of the plurality of operation states to which the machine tool unit shifts; a similarity calculation unit that calculates a similarity between the extracted feature amount and a feature amount stored in the feature amount storage unit ; a state determination unit that determines an operation state of the machine tool unit based on the calculated similarity; and a storage destination determination unit that determines the region (2351-235N) serving as the storage destination of the extracted feature amount based on a determination result of the state determination unit ; characterized in that : the machine tool unit shifts to at least one of three states, which include a stop state, an idle state, and a work state, as the operation state, and the feature amount storage unit is provided with the region (2351-235N) corresponding to each of the stop state, the idle state, and the work state. the machine tool unit shifts to at least one of three states, which include a stop state, an idle state, and a work state, as the operation state, and the feature amount storage unit is provided with the region (2351-235N) corresponding to each of the stop state, the idle state, and the work state.
A centrifugal pendulum absorber for a flywheel , comprising: - a plurality of pendulum weights being arranged circumferentially around a center axis (C) of the centrifugal pendulum absorber, each pendulum weight being configured to be movable along a predetermined pendulum path during use, characterized in that , - the centrifugal pendulum absorber further comprises at least one stopping element for at least one of the pendulum weights which is positioned such that it defines an end point of the predetermined pendulum path, at which end point the at least one of the pendulum weights is configured to come into contact with the at least one stopping element, wherein at least a portion of the at least one stopping element which is intended to contact the at least one pendulum weight comprises a copper alloy, such as brass and/or bronze. - a plurality of pendulum weights being arranged circumferentially around a center axis (C) of the centrifugal pendulum absorber, each pendulum weight being configured to be movable along a predetermined pendulum path during use, characterized in that , - the centrifugal pendulum absorber further comprises at least one stopping element for at least one of the pendulum weights which is positioned such that it defines an end point of the predetermined pendulum path, at which end point the at least one of the pendulum weights is configured to come into contact with the at least one stopping element, wherein at least a portion of the at least one stopping element which is intended to contact the at least one pendulum weight comprises a copper alloy, such as brass and/or bronze.
A torque sensor for sensing the torque applied to a first shaft having a multipolar magnet rotated therewith and being connected to a second shaft via a torsion bar , the torque sensor comprising: - a pair of magnetic yokes adapted to be disposed in a magnetic field of the multipolar magnet , adapted to be rotated together with the second shaft , capable of having a first magnetic flux generated between the yokes when torque is applied to the first shaft and the torsion bar is twisted, and a magnetic detection element having a detection surface , being capable of detecting a magnetic flux in a direction parallel to the detection surface , and being adapted to detect the first magnetic flux, characterized in that the magnetic detection element includes: - at least a pair of Hall plates (10011, 100r1) parallel to the detection surface and arranged at an interval; and - a magnetic concentrator (100s1) overlapping a part of each of the pair of Hall plates (10011, 100r1) in a plane view in a normal direction of the detection surface , - a pair of magnetic yokes adapted to be disposed in a magnetic field of the multipolar magnet , adapted to be rotated together with the second shaft , capable of having a first magnetic flux generated between the yokes when torque is applied to the first shaft and the torsion bar is twisted, and a magnetic detection element having a detection surface , being capable of detecting a magnetic flux in a direction parallel to the detection surface , and being adapted to detect the first magnetic flux, - at least a pair of Hall plates (10011, 100r1) parallel to the detection surface and arranged at an interval; and - a magnetic concentrator (100s1) overlapping a part of each of the pair of Hall plates (10011, 100r1) in a plane view in a normal direction of the detection surface ,
An apparatus for generating a floor model of an underground tunnel for a positioning unit of a navigation application controlling an autonomously operating vehicle, the apparatus comprising at least one processor, and at least one memory including computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the apparatus to: - receive a three-dimensional model of an underground tunnel, - identify floor points among points of the three-dimensional model of the underground tunnel by detecting points on a bottom floor level of the tunnel on the basis of performing one or more evaluation or filtering procedures; - extract the floor points by forming a further dataset on the basis of the identified floor points, and - provide to the positioning unit at least a part of the extracted floor points as a floor model of the tunnel for applying the floor model as a map of the tunnel for positioning or route planning of a mobile object in the underground tunnel along the floor defined by the floor points. - receive a three-dimensional model of an underground tunnel, - identify floor points among points of the three-dimensional model of the underground tunnel by detecting points on a bottom floor level of the tunnel on the basis of performing one or more evaluation or filtering procedures; - extract the floor points by forming a further dataset on the basis of the identified floor points, and - provide to the positioning unit at least a part of the extracted floor points as a floor model of the tunnel for applying the floor model as a map of the tunnel for positioning or route planning of a mobile object in the underground tunnel along the floor defined by the floor points.
A method performed by a user equipment, the method comprising: receiving , by a user equipment of a communication network, information comprising a multiple transmission time interval uplink grant with cyclic redundancy check bits scrambled by a radio network temporary identifier; based on the information, determining , by the user equipment, a subset of data transmissions of a previous burst of data transmissions to be retransmitted by the user equipment; and based on the determining, performing by the user equipment retransmission of the subset of data transmissions using scheduled resources of the multiple transmission time interval uplink grant, wherein based on the information indicating a number of transmissions associated with the multiple transmission time interval uplink grant is exceeding the number of retransmissions of the previous burst of data transmissions, the user equipment decides to use at least one transmission associated with the multiple transmission time interval uplink grant for transmitting a data with a process identity value other than process identity values corresponding to processes used for the retransmissions. receiving , by a user equipment of a communication network, information comprising a multiple transmission time interval uplink grant with cyclic redundancy check bits scrambled by a radio network temporary identifier; based on the information, determining , by the user equipment, a subset of data transmissions of a previous burst of data transmissions to be retransmitted by the user equipment; and based on the determining, performing by the user equipment retransmission of the subset of data transmissions using scheduled resources of the multiple transmission time interval uplink grant, wherein based on the information indicating a number of transmissions associated with the multiple transmission time interval uplink grant is exceeding the number of retransmissions of the previous burst of data transmissions, the user equipment decides to use at least one transmission associated with the multiple transmission time interval uplink grant for transmitting a data with a process identity value other than process identity values corresponding to processes used for the retransmissions.
Device for detecting at least one chemical species in a medium to be analysed comprising a chemical sensor , the chemical sensor comprising: - a substrate , - a functionalised carrier intended for capturing and accumulating the chemical species and attached to a side of the substrate , and the device also comprising means for diffusion of the chemical species between the medium to be analysed and the functionalised carrier , the diffusion means comprising a vibration generating system connected to the chemical sensor in order to subject the chemical sensor to controlled vibrations, the device being characterised in that the vibration generating system comprises a micro-motor (μMOT) connected to the chemical sensor and to control means (CONT) of the micro-motor (μMOT). - a substrate , - a functionalised carrier intended for capturing and accumulating the chemical species and attached to a side of the substrate , and
A patch generation device for generation of vascular patches in the form of pre-operative surgical planning models providing optimized patient-specific patch geometries, said patch generation device comprising a processing unit effectuating processing of the optimized patient-specific patch geometries characterized in that; said patch generation device comprises a modeling module performing structural and hemodynamic reconstruction of a patient's vascular structures, said patch generation device comprises an integration module performing formation and scaling of a healthy vascular anatomy with which the patient's reconstructed cardiovascular anatomy is integrated in the manner that said reconstructed defected vascular anatomy and the healthy vascular anatomy are overlapped to reveal the patient's specific anatomical parts into which a patch graft implantation is envisageable, said patch generation device comprises a transformation module , converting the revealed patient-specific anatomical parts under the effect of blood pressure and into which a patch graft implantation is envisageable to a non-pressured vascular structure by finite element method whereby construction of a 3-D patch graft model in pre-operative state is facilitated and, said integration module isolates and geometrically specifies an exact surface loading and associated stitching forces on the patient's vascular anatomy by combining both of the three-dimensional anatomies of the healthy and defected vascular anatomies.
A method of generating a routing policy from an origin to a destination through a navigable network, the navigable network being represented by an electronic map comprising a plurality of segments representing navigable segments of the navigable network, each segment having associated therewith data indicative of an expected travel time along the segment, the method comprising: using the expected travel times for respective segments of the electronic map to determine a route from the origin to the destination that has a shortest expected journey time using a deterministic routing algorithm; and using a stochastic routing algorithm to generate a routing policy that maximises the probability of arriving at the destination within a time budget from leaving the origin, wherein the time budget is based at least on said determined shortest expected journey time, and wherein the routing policy is a solution to a set of non-linear equations that provides a dynamic routing strategy to determine, upon arrival at a node of the electronic map, the next segment to take at the node based on the travel time taken to reach the node from the origin, such that the probability of arriving at the destination within the time budget is maximised. using the expected travel times for respective segments of the electronic map to determine a route from the origin to the destination that has a shortest expected journey time using a deterministic routing algorithm; and using a stochastic routing algorithm to generate a routing policy that maximises the probability of arriving at the destination within a time budget from leaving the origin, wherein the time budget is based at least on said determined shortest expected journey time, and wherein the routing policy is a solution to a set of non-linear equations that provides a dynamic routing strategy to determine, upon arrival at a node of the electronic map, the next segment to take at the node based on the travel time taken to reach the node from the origin, such that the probability of arriving at the destination within the time budget is maximised.
A fire-retardant material comprising from 25 to 50 wt% base oil, from 0.5 to 2.5 wt% polymer, from 0.1 to 1.0 wt% antioxidant, and from 50 to 75 wt% flame retardant, wherein the flame retardant is a metal hydroxide, a metal oxide or a metal silicate, or a combination of one or more of a metal hydroxide, a metal oxide and a metal silicate.
A semi-transparent security element for safeguarding value documents , which upon viewing in incident light and in transmitted light has different colors, comprising a transparent carrier substrate , characterized in that the security element has two metallic layers dyed in a first color, obtainable by printing technology by means of dyed metal pigments, having an ink layer arranged therebetween appearing in a second color.