mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for controlling a coupled hybrid dynamic system comprising modeled components in a virtual model (70', 70") and physical structural components (80', 80", 80"'), the arrangement comprising: a physical test rig (72', 72", 72"') configured to drive the physical structural components (80', 80", 80"') and generate a test rig response (82', 82A"'-82D"', 84', 84A'"-84D'"), comprising a first component and a second component; a storage device; and a processor operable with the storage device to store a virtual model (70', 70") of a complementary system to the physical structural components (80', 80", 80"'), characterized by the virtual model (70', 70") being a plurality of disembodied assemblies, or the virtual model (70") being complementary to a plurality of disembodied physical assemblies, the processor configured to drive the physical test rig (72', 72", 72"') and store in the storage device a first component of the test rig response (82', 82A'"-82D'") and a second component of the test rig response (84', 84A'"-84D'"), the processor further configured to apply the first component of the test rig response (82', 82A'"-82D'") to the virtual model (70', 70") of the modeled components and store a response of the virtual model (70', 70") to the first component of the test rig response (82', 82A"'-82D"') and compare the response (88', 88A'"-88D'") of the virtual model (70', 70") to the first component of the test rig response (82', 82A'"-82D'") to the second component of the test rig response (84', 84A'"-84D'") so as to form a difference, the difference being used by the processor to form a system dynamic response model. a physical test rig (72', 72", 72"') configured to drive the physical structural components (80', 80", 80"') and generate a test rig response (82', 82A"'-82D"', 84', 84A'"-84D'"), comprising a first component and a second component; a storage device; and a processor operable with the storage device to store a virtual model (70', 70") of a complementary system to the physical structural components (80', 80", 80"'), characterized by the virtual model (70', 70") being a plurality of disembodied assemblies, or the virtual model (70") being complementary to a plurality of disembodied physical assemblies, the processor configured to drive the physical test rig (72', 72", 72"') and store in the storage device a first component of the test rig response (82', 82A'"-82D'") and a second component of the test rig response (84', 84A'"-84D'"), the processor further configured to apply the first component of the test rig response (82', 82A'"-82D'") to the virtual model (70', 70") of the modeled components and store a response of the virtual model (70', 70") to the first component of the test rig response (82', 82A"'-82D"') and compare the response (88', 88A'"-88D'") of the virtual model (70', 70") to the first component of the test rig response (82', 82A'"-82D'") to the second component of the test rig response (84', 84A'"-84D'") so as to form a difference, the difference being used by the processor to form a system dynamic response model.
A communication control method which is performed by a mobility management entity included in a communication system comprising a terminal wherein the terminal has moved from a first tracking area to a second tracking area, the communication control method comprising: an acquisition step of acquiring correlation information in which a control plane serving gateway that transmits and receives a control signal for a communication service used by the terminal using a control plane which is a path for transmitting the control signal, a user plane serving gateway that transmits and receives a user signal for a communication service using a user plane which is a path for transmitting the user signal, and a tracking area of the user plane serving gateway are correlated with one another; a determination step of determining the user plane serving gateway corresponding to the second tracking area with reference to the correlation information acquired in the acquisition step; and a connection request step of issuing a request for connection between the user plane serving gateway determined in the determination step and a eNodeB. wherein the determination step is performed on the basis of a paging response; wherein there are a plurality of user plane serving gateways, wherein the connection request step includes: issuing a request for connection between the user plane serving gateway corresponding to the first tracking area and the user plane serving gateway determined in the determination step, before issuing a request for connection between the user plane serving gateway and the eNodeB; and transmitting buffered data from the user plane serving gateway corresponding to the tracking area before the movement to the determined user plane serving gateway, after the connection has been set up. issuing a request for connection between the user plane serving gateway corresponding to the first tracking area and the user plane serving gateway determined in the determination step, before issuing a request for connection between the user plane serving gateway and the eNodeB; and transmitting buffered data from the user plane serving gateway corresponding to the tracking area before the movement to the determined user plane serving gateway, after the connection has been set up.
A method for improving the grain filling of a wheat plant, wherein said method comprises overexpressing in said wheat plant a NADH-dependent glutamate synthase (NADH-GoGAT) having at least 95% identity with the polypeptide of sequence SEQ ID NO: 1, wherein the percent of identity between two sequences is calculated from an alignment of the two sequences over their whole length.
A process for the manufacture of marked cellulose acetate fibres, which are comprised in cigarettes, comprising: - a step wherein a plurality of cellulose acetate fibres are provided; - a step wherein a marker comprising at least one polynucleotide is deposited onto at least a portion of the cellulose acetate fibres, thereby marking the cellulose acetate fibres, wherein the at least one polynucleotide encodes information comprising at least one information item selected from the group consisting of producer, date, place, batch, fibre characteristics and product line. - a step wherein a plurality of cellulose acetate fibres are provided; - a step wherein a marker comprising at least one polynucleotide is deposited onto at least a portion of the cellulose acetate fibres, thereby marking the cellulose acetate fibres,
An edge protector for being cast into the edge of a concrete floor slab, the edge of the concrete slab being formed by the upper surface and side wall of the slab, the edge protector comprising a first folded sheet having an upper and a lower portion, the fold being on a first side of the first folded sheet for alignment with the sidewall of the slab, the upper portion being planar, the lower portion extending at least partially under the upper portion in a direction away from the fold, and continuing from the end of the lower portion in the same general direction, without any further folds or bends greater than 90 degrees, as an anchor portion, wherein the anchor portion extends away from the lower portion at an angle relative to the upper planar portion lying between 10 degrees and 80 degrees, characterised in that the upper and lower portions are spaced from one another and the fold includes a relatively planar portion connecting the upper and lower portions, and wherein the upper portion is anchorless.
A process for the manufacture of 1,1,3-trichloro-1-propene comprising: (a) contacting 1,1,1,3,tetrachloropropane in the vapor phase in a reaction zone with a catalyst, to produce a product mixture comprising 1,1,3-trichloro-1-propene; and (b) recovering said 1,1,3-trichloro-1-propene from the product mixture produced in (a), wherein the catalyst is iron.
A strapping tool, comprising: a motive power source; and a sealing assembly operatively coupled to the motive power source, the sealing assembly comprising at least one cam member, at least one follower member (28, 32) disposed around the at least one cam member, and at least one sealing jaw member, the at least one cam member and the at least one follower member (28, 32) operatively coupling the at least one sealing jaw member (16, 18, 44, 46) to the motive power source, and the at least one sealing jaw member (16, 18, 44, 46) of the sealing assembly configured to notch or crimp a strapping seal member so as to secure a piece of strapping around a package or bundle of items. a motive power source; and a sealing assembly operatively coupled to the motive power source, the sealing assembly comprising at least one cam member, at least one follower member (28, 32) disposed around the at least one cam member, and at least one sealing jaw member, the at least one cam member and the at least one follower member (28, 32) operatively coupling the at least one sealing jaw member (16, 18, 44, 46) to the motive power source, and the at least one sealing jaw member (16, 18, 44, 46) of the sealing assembly configured to notch or crimp a strapping seal member so as to secure a piece of strapping around a package or bundle of items.
Method for checking the operation of a measuring system of an agricultural spreader, by means of which a current discharge angle can be determined during the application of granular material, having the step: - detecting an angle-dependent quantity distribution of the granular material after its discharge by a spreading disk of the agricultural spreader, by means of the measuring system of the agricultural spreader; characterized by the steps: - detecting an angle-dependent velocity distribution of the granular material after its discharge by the spreading disk of the agricultural spreader, by means of the measuring system of the agricultural spreader; and - performing a verification of the measured values of the measuring system on the basis of the detected angle-dependent quantity distribution of the granular material and the detected angle-dependent velocity distribution of the granular material. - detecting an angle-dependent quantity distribution of the granular material after its discharge by a spreading disk of the agricultural spreader, by means of the measuring system of the agricultural spreader; - detecting an angle-dependent velocity distribution of the granular material after its discharge by the spreading disk of the agricultural spreader, by means of the measuring system of the agricultural spreader; and - performing a verification of the measured values of the measuring system on the basis of the detected angle-dependent quantity distribution of the granular material and the detected angle-dependent velocity distribution of the granular material.
Locking device comprising: - a support, - a first locking member (20, 20', 20") and a second locking member (30, 30', 30"), the first locking member (20, 20', 20") being mounted on the support so as to move between a locked position and an unlocked position, the first locking member (20, 20', 20") engaging with the second locking member when in the locked position, - a shape-memory member having a first length (L 1) when not activated and a second length (L 2) when activated, - an intermediate member (40, 40') movable between a retaining position and a release position, the intermediate member in the retaining position retaining the first locking member (20, 20', 20") in the locked position and the intermediate member (40, 40') in the release position allowing the first locking member (20, 20', 20") to move to the unlocked position, the shape-memory member is connected to the intermediate member so as to move the intermediate member (40, 40') to the release position when the shape-memory member is activated, and - a return device exerting a first return force (F 1) on the shape-memory member when the shape-memory member has the first length (L 1) and a second force (F 2) on the shape-memory member when the shape-memory member has the second length (L 2), characterized in that the first return force (F 1) is greater than the second return force (F 2). - a support, - a first locking member (20, 20', 20") and a second locking member (30, 30', 30"), the first locking member (20, 20', 20") being mounted on the support so as to move between a locked position and an unlocked position, the first locking member (20, 20', 20") engaging with the second locking member when in the locked position, - a shape-memory member having a first length (L 1) when not activated and a second length (L 2) when activated, - an intermediate member (40, 40') movable between a retaining position and a release position, the intermediate member in the retaining position retaining the first locking member (20, 20', 20") in the locked position and the intermediate member (40, 40') in the release position allowing the first locking member (20, 20', 20") to move to the unlocked position, the shape-memory member is connected to the intermediate member so as to move the intermediate member (40, 40') to the release position when the shape-memory member is activated, and - a return device exerting a first return force (F 1) on the shape-memory member when the shape-memory member has the first length (L 1) and a second force (F 2) on the shape-memory member when the shape-memory member has the second length (L 2),
Method for checking a total distance which is travelled by a motor vehicle and is displayed therein, wherein a distance which is travelled by the motor vehicle during operation of the motor vehicle is detected and wherein the detected distance is added to distances which have been detected as distances previously travelled by the motor vehicle to form the total distance travelled by the motor vehicle, wherein - a change in a component of a control device of the motor vehicle which is irreversible and takes place over a time period, is detected on said component, characterized in that - the magnitude and/or type of the change in the component is assigned to a comparison distance, related to the time period, travelled by the motor vehicle, - the distance detected during the time period as the distance travelled by the motor vehicle is compared in a comparison with the comparison distance travelled, and - a result of the comparison can be retrieved by an operator of the motor vehicle or is transmitted automatically to the operator. - a change in a component of a control device of the motor vehicle which is irreversible and takes place over a time period, is detected on said component, characterized in that - the magnitude and/or type of the change in the component is assigned to a comparison distance, related to the time period, travelled by the motor vehicle, - the distance detected during the time period as the distance travelled by the motor vehicle is compared in a comparison with the comparison distance travelled, and - a result of the comparison can be retrieved by an operator of the motor vehicle or is transmitted automatically to the operator.
A car comprising: a passenger compartment; a body surrounding the passenger compartment and having: a roof, a tail provided with a rear bumper, and a joining portion connecting the roof to the tail; and a rear spoiler, which is arranged at the end of the joining portion in the area of the tail; the car is characterized in that it comprises a deflector panel, which is arranged on the joining portion, is directly hit by an air flow brushing the joining portion during the travel and is mounted in a movable manner so as to move between a rest position, in which the deflector panel rests on the joining portion, and an active position, in which the deflector panel is lifted and spaced apart from the joining portion. a passenger compartment; a body surrounding the passenger compartment and having: a roof, a tail provided with a rear bumper, and a joining portion connecting the roof to the tail; and a rear spoiler, which is arranged at the end of the joining portion in the area of the tail; the car is characterized in that it comprises a deflector panel, which is arranged on the joining portion, is directly hit by an air flow brushing the joining portion during the travel and is mounted in a movable manner so as to move between a rest position, in which the deflector panel rests on the joining portion, and an active position, in which the deflector panel is lifted and spaced apart from the joining portion.
An additive manufacturing method for delivering a flowable material from a nozzle (51; 71) of a programmable computer numeric control machine, the nozzle (51; 71) being configured to translate along a first axis, a second axis perpendicular to the first axis, and a third axis orthogonal to the first and second axes, the method comprising: actuating an extruder to form a flowable material; delivering the flowable material to a pump (74; 66); sensing a pressure of the flowable material; and characterised in that the method comprises: adjusting a speed of the extruder and a speed of the pump (74; 66) based on the sensed pressure and an increase or decrease in a rate of translation of the nozzle (51; 71) along one or more of the first, second, and third axes. actuating an extruder to form a flowable material; delivering the flowable material to a pump (74; 66); sensing a pressure of the flowable material; and characterised in that the method comprises: adjusting a speed of the extruder and a speed of the pump (74; 66) based on the sensed pressure and an increase or decrease in a rate of translation of the nozzle (51; 71) along one or more of the first, second, and third axes.
A method for use by a first station, STA, for transmitting an acknowledgement, ACK, the method comprising: receiving,, from a second STA, a data frame that includes an indicator that indicates a null data packet, NDP, ACK frame is requested for acknowledgment, wherein the data frame includes a scrambler initialization value; and transmitting,, an NDP ACK frame in response to receiving the data frame, wherein the transmitted NDP ACK frame includes an indication of an ACK sequence ID; wherein the ACK sequence ID is a partial combination of a scrambler seed and a frame check sequence, FCS. receiving,, from a second STA, a data frame that includes an indicator that indicates a null data packet, NDP, ACK frame is requested for acknowledgment, wherein the data frame includes a scrambler initialization value; and transmitting,, an NDP ACK frame in response to receiving the data frame, wherein the transmitted NDP ACK frame includes an indication of an ACK sequence ID; wherein the ACK sequence ID is a partial combination of a scrambler seed and a frame check sequence, FCS.
An electromechanical actuator for a home automation closing or sun protection installation comprising an electric motor, a reduction gear and a spring-loaded brake, said spring-loaded brake comprising: - a helical spring; - a drum; ▪ where the drum comprises a housing, and ▪ where an inner friction surface of the housing of the drum cooperates with at least one turn of the helical spring; - an input member; - an output member; characterized in that the spring-loaded brake also comprises at least one ring positioned between an outer surface (51, 52) of the input member and/or the output member and the inner friction surface of the housing of the drum. - a helical spring; - a drum; ▪ where the drum comprises a housing, and ▪ where an inner friction surface of the housing of the drum cooperates with at least one turn of the helical spring; ▪ where the drum comprises a housing, and ▪ where an inner friction surface of the housing of the drum cooperates with at least one turn of the helical spring; - an input member; - an output member;
A speaker location identifying system comprising: a camera configured to acquire a photographed image; a location unit configured to specify a position of a speaker, based on a position of the speaker in the photographed image; and a parameter decision unit configured to decide a parameter of an audio signal outputted to the speaker, based on the specified position of the speaker, wherein if images of a plurality of speakers are included in the photographed image, the location unit is configured to determine whether there are a plurality of speakers of the same shape, of the plurality of speakers, if it is determined that there are a plurality of speakers of the same shape, the location unit is configured to transmit a signal to cause the plurality of speakers of the same shape to output a sound or light, and is configured to specify the positions of the plurality of speakers, based on the sound or light outputted by the plurality of speakers. a camera configured to acquire a photographed image; a location unit configured to specify a position of a speaker, based on a position of the speaker in the photographed image; and a parameter decision unit configured to decide a parameter of an audio signal outputted to the speaker, based on the specified position of the speaker, wherein if images of a plurality of speakers are included in the photographed image, the location unit is configured to determine whether there are a plurality of speakers of the same shape, of the plurality of speakers, if it is determined that there are a plurality of speakers of the same shape, the location unit is configured to transmit a signal to cause the plurality of speakers of the same shape to output a sound or light, and is configured to specify the positions of the plurality of speakers, based on the sound or light outputted by the plurality of speakers.
A fuel cell, comprising: a support having gas flow channels which are disposed in an interior of the support, for passage of fuel gas along its lengthwise direction, the support being shaped into a flat plate having a pair of opposed main surfaces; a fuel electrode layer, a solid electrolyte layer and an air electrode layer which are disposed on one main surface of the pair of opposed main surfaces of the support in the order named; an interconnector made of a sintered body composed predominantly of lanthanum chromite, the interconnector being disposed on the other main surface of the pair of opposed main surfaces of the support; and an adjustment layer made of a sintered body composed predominantly of perovskite-type oxide containing Ti or a sintered body composed predominantly of oxide of Ni and Mg, the adjustment layer being placed in only part of a region lying between the interconnector and the support, the area in which the adjustment layer is placed being only at each end of the other main surface in its widthwise direction. a support having gas flow channels which are disposed in an interior of the support, for passage of fuel gas along its lengthwise direction, the support being shaped into a flat plate having a pair of opposed main surfaces; a fuel electrode layer, a solid electrolyte layer and an air electrode layer which are disposed on one main surface of the pair of opposed main surfaces of the support in the order named; an interconnector made of a sintered body composed predominantly of lanthanum chromite, the interconnector being disposed on the other main surface of the pair of opposed main surfaces of the support; and an adjustment layer made of a sintered body composed predominantly of perovskite-type oxide containing Ti or a sintered body composed predominantly of oxide of Ni and Mg, the adjustment layer being placed in only part of a region lying between the interconnector and the support, the area in which the adjustment layer is placed being only at each end of the other main surface in its widthwise direction.