mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: recording, by a first controller, a first signal received from at least one sensor of a plurality of sensors in a conveyor zone; recording, by the first controller, a second signal transmitted in response to receiving the first signal; storing the first signal and the second signal recorded over a periodic scan cycle in a memory to create a historical log of the first signal and the second signal, wherein the first signal is indicative of an article presence status in the conveyor zone and the second signal is indicative of an actuation status of the conveyor zone; calculating, by the first controller, an accumulation parameter using the historical log of the first signal and the second signal; and communicating, by the first controller to a second controller, the accumulation parameter to enable the second controller determine if a release of an article from the conveyor is to be initiated. recording, by a first controller, a first signal received from at least one sensor of a plurality of sensors in a conveyor zone; recording, by the first controller, a second signal transmitted in response to receiving the first signal; storing the first signal and the second signal recorded over a periodic scan cycle in a memory to create a historical log of the first signal and the second signal, wherein the first signal is indicative of an article presence status in the conveyor zone and the second signal is indicative of an actuation status of the conveyor zone; calculating, by the first controller, an accumulation parameter using the historical log of the first signal and the second signal; and communicating, by the first controller to a second controller, the accumulation parameter to enable the second controller determine if a release of an article from the conveyor is to be initiated.
Method for automatically executing a control function of an autonomously or semi-autonomously controlled vehicle, comprising the steps of: - acquiring sensor data by means of at least one sensor of the vehicle, - processing the sensor data by means of an artificial neural network, wherein the sensor data, or data derived from the sensor data, are supplied as input variables to the artificial neural network, and the artificial neural network maps the input variables onto output variables depending on a parametrizable processing chain (410, 420, 430), - classifying the acquired sensor data depending on the output variables determined by the artificial neural network, and depending on a prespecified safety-directed decision rule, wherein classifying comprises performing at least one calculation in accordance with a calculation rule comprising a cost matrix; wherein the cost matrix comprises a cost factor for each combination of associable class and intended class; wherein the respective cost factor indicates the costs that result if the respective associable class is associated instead of the intended class, and - executing the control function depending on the classification. - acquiring sensor data by means of at least one sensor of the vehicle, - processing the sensor data by means of an artificial neural network, wherein the sensor data, or data derived from the sensor data, are supplied as input variables to the artificial neural network, and the artificial neural network maps the input variables onto output variables depending on a parametrizable processing chain (410, 420, 430), - classifying the acquired sensor data depending on the output variables determined by the artificial neural network, and depending on a prespecified safety-directed decision rule, wherein classifying comprises performing at least one calculation in accordance with a calculation rule comprising a cost matrix; wherein the cost matrix comprises a cost factor for each combination of associable class and intended class; wherein the respective cost factor indicates the costs that result if the respective associable class is associated instead of the intended class, and - executing the control function depending on the classification.
A bending machine, in particular a press brake, having an upper beam and a lower beam, wherein the upper beam is movable in a working direction (z) of the bending machine relative to the lower beam, in order to form a workpiece, which is inserted between the upper beam and the lower beam via a front side of the bending machine, by bending along a bending line, which extends in a width direction (y) of the bending machine, the bending machine including a safety system having a first functional element and a further functional element for monitoring a safety area between both functional elements (13a, 13b) and between the upper beam and the lower beam, the safety system being arranged to follow the movement of the upper beam in the working direction (z), wherein the first functional element and the further functional element are mechanically connected to one another via a flexible tractive force transmission means and an adjustment device for changing the position of the functional elements (13a, 13b), wherein the adjustment device includes a coupling section movably guided in the working direction (z), coupled to the flexible tractive force transmission means in order to convert a movement of the coupling section into a movement of the flexible tractive force transmission means, which causes a path-identical change in position of the functional elements (13a, 13b) in the working direction (z) relative to the upper beam, characterized in that the adjustment device is a manual adjustment device by which the movement of the coupling section is effected via a mechanical application of force by an operator, where the adjustment device comprises a tension-proof adjusting element having a handle, which is connected in the interior of the bending machine to the coupling section located there, wherein the tension-proof adjusting element extends from the interior of the bending machine through a body part of the bending machine to the handle, the handle being accessible from the exterior of the bending machine.
A busbar for battery electrode post connection with a terminal for voltage detection, the busbar being made by folding a rectangular thin plate of a conductive metal with respect to a center thereof, the busbar characterized in comprising: a first part formed with a first pair of holes (10L, 10L); a second part formed with a second pair of holes (10L, 10L) and overlapping the first part so that the first pair of holes (10L, 10L) overlap the second pair of holes (10L, 10L) respectively, by folding along a center line of the thin plate; a pair of hinge portions (10H, 10H) formed by forming an elongate opening in the center of the rectangular thin plate; the elongate opening extending in parallel to the said center line, and connecting the first part and the second part by the said folding; and a terminal for voltage detection provided integrally with the rectangular thin plate, and extended from an edge of the rectangular thin plate and being erected in a direction normal to the rectangular thin plate, wherein an electrode post of one battery can be inserted through one of a first pair of overlapped holes and one of a second pair of overlapped holes, and an electrode post of an adjacent battery can be inserted through the other of the first pair of overlapped holes and the other of the second pair of overlapped holes and the terminal for voltage detection is erected from the rectangular thin plate by folding the terminal for voltage detection. a first part formed with a first pair of holes (10L, 10L); a second part formed with a second pair of holes (10L, 10L) and overlapping the first part so that the first pair of holes (10L, 10L) overlap the second pair of holes (10L, 10L) respectively, by folding along a center line of the thin plate; a pair of hinge portions (10H, 10H) formed by forming an elongate opening in the center of the rectangular thin plate; the elongate opening extending in parallel to the said center line, and connecting the first part and the second part by the said folding; and a terminal for voltage detection provided integrally with the rectangular thin plate, and extended from an edge of the rectangular thin plate and being erected in a direction normal to the rectangular thin plate, wherein an electrode post of one battery can be inserted through one of a first pair of overlapped holes and one of a second pair of overlapped holes, and an electrode post of an adjacent battery can be inserted through the other of the first pair of overlapped holes and the other of the second pair of overlapped holes and the terminal for voltage detection is erected from the rectangular thin plate by folding the terminal for voltage detection.
A device (1, 100) to measure the diameter of a hole or of a shaft such that it comprises, at.least: - one element (4, 20) to approach the inner wall of the hole or the outer wall of the shaft, - limit stops (5, 15) mobile with respect to the approach element (4, 20) and intended to press against the inner wall of the hole or against the outer wall of the shaft, and - an element to capture at least one image (58, 59, 60, 65) as a line or in two dimensions, measurement device wherein the limit stops (5, 15) each comprise at least one portion that may be seen by the capture element, at least when the limit stops (5, 15) are arranged against the inner wall of the hole or against the outer wall of the shaft, each visible portion delimiting a profile (7, 12) determined so that the said image is representative of the diameter, device wherein the limit stops (5, 15) are integral with at least one flexible membrane, said flexible membrane delimiting at least one chamber (9, 49), said flexible membrane being deformable under the effect of the pressurization by an organ to adjust, the pressure in said chamber (9, 49), said chamber (9, 49) being arranged in the approach element (4, 20) so that the limit stops (5, 15) advance towards the inner wall of the hole or the outer wall of the shaft during the pressurization. - one element (4, 20) to approach the inner wall of the hole or the outer wall of the shaft, - limit stops (5, 15) mobile with respect to the approach element (4, 20) and intended to press against the inner wall of the hole or against the outer wall of the shaft, and - an element to capture at least one image (58, 59, 60, 65) as a line or in two dimensions,
A communication method of a Universal Plug and Play UPnP Remote Access Client, RAC, providing remote access service to a home network, the communication method characterised by comprising: receiving external inputs of an identifier of a Remote Access Server, RAS, to generate a credential, and a Session Initiation Protocol, SIP, identifier of the RAS, wherein the identifier of the RAS is a product identification number, PIN, allocated to the RAS; generating a payload of a first SIP packet including a credential Identifier, ID, generated based on the identifier of the RAS, Remote Access Transport Agent, RATA, capability information of the RAC, and a Transport Address, TA, set corresponding to candidate IP addresses to access the RAC; and transmitting the first SIP packet to the RAS. receiving external inputs of an identifier of a Remote Access Server, RAS, to generate a credential, and a Session Initiation Protocol, SIP, identifier of the RAS, wherein the identifier of the RAS is a product identification number, PIN, allocated to the RAS; generating a payload of a first SIP packet including a credential Identifier, ID, generated based on the identifier of the RAS, Remote Access Transport Agent, RATA, capability information of the RAC, and a Transport Address, TA, set corresponding to candidate IP addresses to access the RAC; and transmitting the first SIP packet to the RAS.
A container of a heat storage and release system, comprising an enclosure including means (201/202) for injecting and withdrawing a gas to be cooled or heated, said enclosure being delimited by a first concrete casing surrounded by a thermally insulating layer, said insulating layer being surrounded by a steel shell, said first concrete casing and said insulating layer being non-pressure-tight, and characterized in that said enclosure comprises at least two concrete modules (210, 410) arranged one above the other in a centered manner so as to form first concrete casing, each concrete module (210, 410) comprising a volume delimited by a concrete lateral wall and a perforated concrete bottom, said volume being suited to contain a fixed bed of particles of a heat storage and release material.
A method for controlling a multi-unit air conditioning system including at least three compressors, wherein, when a compressor re-operation is repeatedly carried out after all of the compressors have been turned off, to turn on again at least one of the compressors, the repetition of the compressor re-operation characterized by being carried out for a predetermined number of different orders in such a manner that all of the compressors are sequentially turned on first one by one in an associated order of the repeated compressor re-operation, wherein, after a predetermined one of the compressors is turned on, the remaining compressors are sequentially turned on one by one.
A method comprising: at a network mapping server device in a network, receiving a connection upgrade message comprising information to establish a first data flow from a first endpoint that does not support multiple subflows for the first data flow according to a multipath protocol, wherein multiple subflows subdivide the first data flow across two or more network paths; analyzing, by the network mapping server device, the information in the connection upgrade message in order to resolve network connectivity to determine potential network connections for at least two subflows of the first data flow to a second endpoint; sending, by the network mapping server device, a response message comprising information configured to establish at least two subflows for the first data flow between the first endpoint and the second endpoint; and at the network mapping server device, receiving a connection downgrade message comprising information to downgrade multiple subflows from the second endpoint into a second data flow to the first endpoint, wherein multiple subflows from the second endpoint are merged into the second data flow as a single data flow to the first endpoint. at a network mapping server device in a network, receiving a connection upgrade message comprising information to establish a first data flow from a first endpoint that does not support multiple subflows for the first data flow according to a multipath protocol, wherein multiple subflows subdivide the first data flow across two or more network paths; analyzing, by the network mapping server device, the information in the connection upgrade message in order to resolve network connectivity to determine potential network connections for at least two subflows of the first data flow to a second endpoint; sending, by the network mapping server device, a response message comprising information configured to establish at least two subflows for the first data flow between the first endpoint and the second endpoint; and at the network mapping server device, receiving a connection downgrade message comprising information to downgrade multiple subflows from the second endpoint into a second data flow to the first endpoint, wherein multiple subflows from the second endpoint are merged into the second data flow as a single data flow to the first endpoint.
A connector assembly (100;200) comprising: a shroud (150,250); and, a plurality of co-axial radio frequency connectors (110;210) at least partially received in the shroud (150;250) such that the shroud extends around each radio frequency connector and between adjacent radio frequency connectors, each co-axial connector having a front portion (102;202) arranged to mate to a corresponding other co-axial connector and a rear portion (103;203) having terminals (153,154;253,254) for being soldered to a circuit board (10;20), characterised in that the shroud extends to be adjacent to circuit board when soldered to the circuit board in use, and in that the shroud is moulded around the co-axial connectors; the shroud comprising at least one piece of radiowave absorption material (151,152;251,252) arranged to absorb radio frequency energy leaking or dispersing from the radio frequency connectors in use, wherein the radiowave absorption material is selected to absorb an expected signal frequency carried by the radio frequency connectors. a shroud (150,250); and, a plurality of co-axial radio frequency connectors (110;210) at least partially received in the shroud (150;250) such that the shroud extends around each radio frequency connector and between adjacent radio frequency connectors, each co-axial connector having a front portion (102;202) arranged to mate to a corresponding other co-axial connector and a rear portion (103;203) having terminals (153,154;253,254) for being soldered to a circuit board (10;20), characterised in that the shroud extends to be adjacent to circuit board when soldered to the circuit board in use, and in that the shroud is moulded around the co-axial connectors; the shroud comprising at least one piece of radiowave absorption material (151,152;251,252) arranged to absorb radio frequency energy leaking or dispersing from the radio frequency connectors in use, wherein the radiowave absorption material is selected to absorb an expected signal frequency carried by the radio frequency connectors.
A gradient fiber non-woven fabric, comprising a coarse long-fiber layer and a fine long-fiber layer, the coarse long-fiber layer has a fiber diameter of 30 μm-40 μm, the fine long-fiber layer has a fiber diameter of 13 μm-17 μm; the coarse long-fiber layer weighs 100g-150g per square meter, the fine long-fiber layer weighs 100g-150g per square meter; a bonding point area of the gradient fiber non-woven fabric accounts for 25% of the total area of the non-woven fabric, and a depth of the bonding point is 0.05 mm -0.1 mm.
System comprising a male connector and a female connector, the female connector being releasably coupled with the male connector, the male connector defining a first fluid conduit and including a male end adapted to be received within the female connector and having a coupling feature, the female connector comprising: a second fluid conduit; an opening adapted to receive the male end such that the first and second fluid conduits are placed in fluid communication when the male end is fully inserted into the opening; a collet finger including an engagement feature adapted to engage the coupling feature of the male end and displace generally laterally to a travel direction of the male end when the male end is being inserted into the opening, and a button including a member extending therefrom adapted to cause the engagement feature to displace laterally away from the coupling feature upon depressing the button, characterised in that the member moves generally laterally to the displacement direction of the collet finger and the travel direction of the male end. a second fluid conduit; an opening adapted to receive the male end such that the first and second fluid conduits are placed in fluid communication when the male end is fully inserted into the opening; a collet finger including an engagement feature adapted to engage the coupling feature of the male end and displace generally laterally to a travel direction of the male end when the male end is being inserted into the opening, and a button including a member extending therefrom adapted to cause the engagement feature to displace laterally away from the coupling feature upon depressing the button, characterised in that the member moves generally laterally to the displacement direction of the collet finger and the travel direction of the male end.
An electric power supply device comprising: a semiconductor element; a power source having a positive terminal to which a first main electrode of the semiconductor element is connected through a wiring of a power source side; a load connected between a second main electrode of the semiconductor element and a ground; and a control portion with a first comparator and a second comparator, said control portion being configured to control the semiconductor element to be turned on and off to supply an electric power to the load, characterised in that the first comparator is configured for comparing a first voltage of a point between the first main electrode and the wiring of the power source side with a first decided voltage (LV_1), the first decided voltage being higher than a lower limit value of an in-phase input voltage of the first comparator, and the second comparator is configured for comparing the first voltage with a second decided voltage higher than the first decided voltage (LV_1), wherein the control portion is configured to control the semiconductor element to be turned off when the first comparator determines that the first voltage is lower than the first decided voltage (LV_1), and to control the semiconductor element to be turned on when a first prescribed time is elapsed after the semiconductor element is turned off; wherein the control portion is further configured, when the semiconductor element is turned on after the first prescribed time is elapsed so that a minimum value of the first voltage exceeds the second decided voltage, to control the semiconductor element to continue a turning on state; and when the semiconductor element is turned on after the first prescribed time is elapsed, if the first voltage is lower than the first decided voltage (LV_1) again, to control the semiconductor element to be turned off again, and then, the control portion is configured to repeat an operation for turning on (S25,S29,S30) the semiconductor element again after the first prescribed time is elapsed a first prescribed number of times and when the first voltage, obtained when the semiconductor element is turned on during all trials, is lower than the first decided voltage (LV_1), then the control portion is configured to control the semiconductor element to hold the turning off state. a semiconductor element; a power source having a positive terminal to which a first main electrode of the semiconductor element is connected through a wiring of a power source side; a load connected between a second main electrode of the semiconductor element and a ground; and a control portion with a first comparator and a second comparator, said control portion being configured to control the semiconductor element to be turned on and off to supply an electric power to the load,
A combustor support-liner assembly, comprising: a support structure; and at least one combustor liner panel selectively attached to said support structure, wherein said at least one combustor liner panel includes an uncooled ceramic portion, a cooled ceramic portion and a support that receives said cooled ceramic portion; characterised in that: the uncooled ceramic portion includes a backing layer blocking a flow of cooling air. a support structure; and at least one combustor liner panel selectively attached to said support structure, wherein said at least one combustor liner panel includes an uncooled ceramic portion, a cooled ceramic portion and a support that receives said cooled ceramic portion; characterised in that: the uncooled ceramic portion includes a backing layer blocking a flow of cooling air.