mhurhangee/ep-ind-claims huggingface dataset:
An anomaly diagnosing apparatus for an air flowmeter, wherein the air flowmeter is arranged in an intake passage of an internal combustion engine and is configured to detect an air amount (Ga), the engine includes a catalyst, which is arranged in an exhaust passage and has an oxidizing function, an addition valve, which is arranged upstream of the catalyst in the exhaust passage and is configured to add fuel to exhaust gas, an air-fuel ratio sensor, which is arranged downstream of the addition valve in the exhaust passage, an exhaust temperature sensor, which is arranged downstream of the catalyst in the exhaust passage, and a fuel injection valve, which is configured to supply fuel into a combustion chamber, and the anomaly diagnosing apparatus is characterized by comprising processing means configured to execute: an air amount estimating process of calculating an estimated air amount (Gae), which is an estimated value of an air amount, based on an air-fuel ratio (Af) detected by the air-fuel ratio sensor and an injection amount injected by the fuel injection valve; and an upward displacement anomaly determining process of determining that there is an anomaly in which a detected value (Ga) of the air flowmeter is greater than an actual value if a logical conjunction is true of the condition that the detected value (Ga) of the air flowmeter is greater than the estimated air amount (Gae) by a margin greater than or equal to a specified amount (ΔGa1) and the condition that an amount by which a detected value (Tex) of the exhaust temperature sensor exceeds a reference value (Texe) is smaller than or equal to a predetermined amount (ΔTe). an air amount estimating process of calculating an estimated air amount (Gae), which is an estimated value of an air amount, based on an air-fuel ratio (Af) detected by the air-fuel ratio sensor and an injection amount injected by the fuel injection valve; and an upward displacement anomaly determining process of determining that there is an anomaly in which a detected value (Ga) of the air flowmeter is greater than an actual value if a logical conjunction is true of the condition that the detected value (Ga) of the air flowmeter is greater than the estimated air amount (Gae) by a margin greater than or equal to a specified amount (ΔGa1) and the condition that an amount by which a detected value (Tex) of the exhaust temperature sensor exceeds a reference value (Texe) is smaller than or equal to a predetermined amount (ΔTe).
Tyre comprising a rubber composition comprising a substituted diene elastomer, characterized in that the said substituted diene elastomer comprises units bearing an A-B radical, in which: - A represents an aliphatic C 3 -C 35 radical which can be interrupted by one or more heteroatom(s) - B represents a linear, branched or cyclic C 1 -C 6 hydrocarbon radical A and B are such that the melting point of the analogue, H-A-B, is less than 70°C and the substituted diene elastomer comprises from 10% to 40% by weight of the said A-B radical, with respect to the total weight of the elastomer. - A represents an aliphatic C 3 -C 35 radical which can be interrupted by one or more heteroatom(s) - B represents a linear, branched or cyclic C 1 -C 6 hydrocarbon radical
Apparatus for cutting to length of a hot-rolled strip, comprising: - a cooling section for cooling the hot-rolled strip, - a measuring device upstream or downstream of the cooling section for determining the thickness of the hot-rolled strip, - two different shears (4, 5) for cutting to length of the hot-rolled strip, - a discharging device which is arranged downstream of the shears (4, 5) for discharging the hot-rolled strip which has been cut to length, characterized in that the two shears (4, 5) are different and are arranged downstream of the cooling section and are drum shears, comprising a first drum shear and a second drum shear, - the first drum shear being suitable for cutting to length of thick hot-rolled strip with thicknesses of from 4 mm to 28 mm at strip running speeds of less than 2.25 m/s, - the second drum shear being suitable for cutting to length of thin hot-rolled strip with thicknesses of from 0.6 mm to 6 mm at strip running speeds of greater than 1.5 m/s, - a first drive roller unit being arranged upstream of the second drum shear, and a second drive roller unit being arranged downstream of the second drum shear, and it being possible for the first and second drive roller units (6, 7) to be set against the thin hot-rolled strip, - a selection device which is operatively connected at least to the thickness determination means, the first drum shear and the second drum shear selecting the first drum shear or the second drum shear in a manner which is dependent on the thickness of the hot-rolled strip. - a cooling section for cooling the hot-rolled strip, - a measuring device upstream or downstream of the cooling section for determining the thickness of the hot-rolled strip, - two different shears (4, 5) for cutting to length of the hot-rolled strip, - a discharging device which is arranged downstream of the shears (4, 5) for discharging the hot-rolled strip which has been cut to length, characterized in that the two shears (4, 5) are different and are arranged downstream of the cooling section and are drum shears, comprising a first drum shear and a second drum shear, - the first drum shear being suitable for cutting to length of thick hot-rolled strip with thicknesses of from 4 mm to 28 mm at strip running speeds of less than 2.25 m/s, - the second drum shear being suitable for cutting to length of thin hot-rolled strip with thicknesses of from 0.6 mm to 6 mm at strip running speeds of greater than 1.5 m/s, - a first drive roller unit being arranged upstream of the second drum shear, and a second drive roller unit being arranged downstream of the second drum shear, and it being possible for the first and second drive roller units (6, 7) to be set against the thin hot-rolled strip, - a selection device which is operatively connected at least to the thickness determination means, the first drum shear and the second drum shear selecting the first drum shear or the second drum shear in a manner which is dependent on the thickness of the hot-rolled strip.
Bottle assembly comprising a bottle for a liquid, and further comprising a pourer allocated in the bottle neck of the bottle, the pourer comprising a cylindrical cap having a first surface, a second surface and a rounded cylindrical outside wall between the first and second surfaces (6,7), the pourer further comprising a body with at least a first lateral wall (3,4) at least partially rounded and one or more longitudinal channels (13,14) which extends into the second surface of the cylindrical cap wherein the cylindrical outside wall of the cap presents at least an opening (10,12) at one end of at least one of the one or more longitudinal channel (13,14) and wherein the maximum diameter of the body is smaller than the diameter of the cap, wherein a longitudinal channel (13,14) of the one or more longitudinal channels (13,14) defines a passage configured for allowing air to enter into the bottle to enhance the regularity with which fluid comes out of the opening (10,12), said bottle assembly being characterized in that the bottle neck comprises a thread located at the outside of said bottle neck and the bottle assembly comprises a bottle sealing cap for threading onto the thread to seal the bottle.
An apparatus for storing scooters, comprising - a base forming a ground level, - a storage conveyor having a transport direction and a set of carriers for holding the scooters, the carriers being configured to hold the scooters in a position wherein the steering column of the scooter is tilted from the upright position in relation to the ground level, characterized of - a reception point for receiving the scooter in an upright position wherein the steering column of the scooter extends upwards from the ground level, - a tilting gripper configured to grip and tilt the scooter so that the scooter (59 is turned so that the rear wheel of the scooter 85) is lifted upwards, and - a carrier configured to grip the scooter at the transfer conveyor on a position wherein the rear wheel of the scooter points upwards and the steering column is below the level of the rear wheel. - a base forming a ground level, - a storage conveyor having a transport direction and a set of carriers for holding the scooters, the carriers being configured to hold the scooters in a position wherein the steering column of the scooter is tilted from the upright position in relation to the ground level, characterized of - a reception point for receiving the scooter in an upright position wherein the steering column of the scooter extends upwards from the ground level, - a tilting gripper configured to grip and tilt the scooter so that the scooter (59 is turned so that the rear wheel of the scooter 85) is lifted upwards, and - a carrier configured to grip the scooter at the transfer conveyor on a position wherein the rear wheel of the scooter points upwards and the steering column is below the level of the rear wheel.
A method of knitting plating stitch in a flatbed knitting machine that is switchable between ordinary plating and inverse plating to knit plating stitch, in which by using a flatbed knitting machine which is provided with local members (7, 8) including sinkers and lining up along the needle bed gap side of the needle bed, the ordinary plating is performed such that a main yarn and a plating yarn are fed to the same knitting needle while being kept at vertical lower and upper positions so that the main yarn is on a front side, and the inverse plating is performed such that vertical positions of the main yarn and the plating yarn to be fed to the knitting needle are inverted and the plating yarn is on the front side, characterized in that for each knitting needle, providing with an operating member (5; 15, 25, 35) having an operating part (15a, 25a, 35a) at a leading end for inverse operation to be switchable whether the operating part (15a, 25a, 35a) is allowed or disallowed to move forward and backward with respect to the needle bed gap and adjacent to the knitting needle in a knitting direction, and for the inverse plating, the operating part (15a, 25a, 35a) of the operating member (15, 25, 35) is moved forward to the needle bed gap and caused to operate on the main yarn and the plating yarn to be fed to the knitting needle in such a manner as to invert the vertical positions of the main yarn and the plating yarn to be pulled into a hook of the knitting needle, and a fabric is knitted such that the plating yarn is on the front side. for each knitting needle, providing with an operating member (5; 15, 25, 35) having an operating part (15a, 25a, 35a) at a leading end for inverse operation to be switchable whether the operating part (15a, 25a, 35a) is allowed or disallowed to move forward and backward with respect to the needle bed gap and adjacent to the knitting needle in a knitting direction, and for the inverse plating, the operating part (15a, 25a, 35a) of the operating member (15, 25, 35) is moved forward to the needle bed gap and caused to operate on the main yarn and the plating yarn to be fed to the knitting needle in such a manner as to invert the vertical positions of the main yarn and the plating yarn to be pulled into a hook of the knitting needle, and a fabric is knitted such that the plating yarn is on the front side.
A composition comprising: a powdered activated carbon having an Acid Blue 80 Index (relative adsorption of acid blue (CAS No. 4474-24-2) as defined and measured according to the disclosure in WO 2008/064360 A2 on page 14, to page 17,) of less than 30 milligrams per gram of adsorbent having mercury or mercury-containing compounds adsorbed thereon; either fly ash, cement kiln dust, or a combination thereof; and cement, an air-entraining admixture, sand, and water. a powdered activated carbon having an Acid Blue 80 Index (relative adsorption of acid blue (CAS No. 4474-24-2) as defined and measured according to the disclosure in WO 2008/064360 A2 on page 14, to page 17,) of less than 30 milligrams per gram of adsorbent having mercury or mercury-containing compounds adsorbed thereon; either fly ash, cement kiln dust, or a combination thereof; and cement, an air-entraining admixture, sand, and water.
An antibody directed to a human IRTA3 protein, wherein the amino acid sequence of the human IRTA3 protein is the 734 amino acid sequence set forth in Figure 18C1 - 18C2 (SEQ ID NO: 5) with the proviso that the antibody does not bind to amino acids 1-186 of the protein.
A system, comprising: a first memory server, comprising: a cache-coherent switch, and a first memory module; and a second memory server; and a server-linking switch connected to the first memory server and to the second memory server, wherein: the first memory module is connected to the cache-coherent switch, and the cache-coherent switch is connected to the server-linking switch, characterised in that the server-linking switch is configured to disable power to the first memory module. a first memory server, comprising: a cache-coherent switch, and a first memory module; and a cache-coherent switch, and a first memory module; and a second memory server; and a server-linking switch connected to the first memory server and to the second memory server, wherein: the first memory module is connected to the cache-coherent switch, and the cache-coherent switch is connected to the server-linking switch, characterised in that the server-linking switch is configured to disable power to the first memory module. the first memory module is connected to the cache-coherent switch, and the cache-coherent switch is connected to the server-linking switch, characterised in that the server-linking switch is configured to disable power to the first memory module.
A control method used in a system of a multisystem configuration including a plurality of sample aliquoting systems (10, 20), the control method comprising: inputting a sample for the first time into one of the plurality of sample aliquoting systems (10, 20); characterized in that the control method further comprises: inputting the sample for the second time into one of the plurality of sample aliquoting systems (10, 20); determining if the second time sample aliquoting system (10, 20) is a different system than the first time sample aliquoting system (10, 20); if the second time the sample aliquoting system (10, 20) is a different system than the first time sample aliquoting system (10, 20), taking the sample out of the sample aliquoting system (10, 20) with notification of the effect. inputting a sample for the first time into one of the plurality of sample aliquoting systems (10, 20); characterized in that the control method further comprises: inputting the sample for the second time into one of the plurality of sample aliquoting systems (10, 20); determining if the second time sample aliquoting system (10, 20) is a different system than the first time sample aliquoting system (10, 20); if the second time the sample aliquoting system (10, 20) is a different system than the first time sample aliquoting system (10, 20), taking the sample out of the sample aliquoting system (10, 20) with notification of the effect. inputting the sample for the second time into one of the plurality of sample aliquoting systems (10, 20); determining if the second time sample aliquoting system (10, 20) is a different system than the first time sample aliquoting system (10, 20); if the second time the sample aliquoting system (10, 20) is a different system than the first time sample aliquoting system (10, 20), taking the sample out of the sample aliquoting system (10, 20) with notification of the effect.
A door hinge for concealed arrangement between a door frame and a door leaf, having two accommodating bodies (1, 1') for fastening a hinge arrangement of the door hinge on the door frame and on the door leaf and having a flexible electrical connecting element, the flexible electrical connecting element being constructed as a multicore ribbon cable, characterized in that the connecting element has electrical contact elements (8, 8') at both ends, which are connected to one another by means of the multicore ribbon cable, and in that the contact elements (8, 8') are fixed in recesses on a rear side of the assigned accommodating body (1, 1') in each case.
A respiratory system comprising: an adaptor including a sealing portion, a coupling surface, an inlet port, and an outlet port; a patient interface, coupled to the coupling surface; and a nozzle, wherein the nozzle comprises: a body comprising a first end and a second end, the first end configured to couple with a medicament delivery device; and a ledge, the nozzle configured to be inserted into the sealing portion of the adaptor such that the ledge rests on the sealing portion of the adaptor; characterized in that the second end of the body opens near the first end of the coupling surface of the adaptor upon insertion of the nozzle into the adaptor, and the coupling surface is in use coupled to the patient interface at the second end of the coupling surface. an adaptor including a sealing portion, a coupling surface, an inlet port, and an outlet port; a patient interface, coupled to the coupling surface; and a nozzle, wherein the nozzle comprises: a body comprising a first end and a second end, the first end configured to couple with a medicament delivery device; and a ledge, the nozzle configured to be inserted into the sealing portion of the adaptor such that the ledge rests on the sealing portion of the adaptor; characterized in that the second end of the body opens near the first end of the coupling surface of the adaptor upon insertion of the nozzle into the adaptor, and the coupling surface is in use coupled to the patient interface at the second end of the coupling surface. a body comprising a first end and a second end, the first end configured to couple with a medicament delivery device; and a ledge, the nozzle configured to be inserted into the sealing portion of the adaptor such that the ledge rests on the sealing portion of the adaptor; characterized in that the second end of the body opens near the first end of the coupling surface of the adaptor upon insertion of the nozzle into the adaptor, and the coupling surface is in use coupled to the patient interface at the second end of the coupling surface.
Device for manipulating petri dishes having a base plate and a cover, wherein the device is adapted to receive a petri dish with the cover lying at the bottom, to turn around and to deliver, or vice versa, at least the base plate of the petri dish, characterized in that the device has a rotating holder which is rotatable about a rotation axis, on which at least a first and a second support for petri dishes are arranged, wherein the first support is brought from a bottom position into a top position and the second support is brought from the top position into the bottom position by rotating the rotating holder and the petri dishes held in the supports are reversible.
A method implemented by computer means for updating software intended to be executed by equipment of an electrical distribution grid, where each equipment unit forms a node of a command-control network communicating with other nodes of this command-control network, the method comprising: - a first step in which the respective priorities for updating are assigned to the nodes of the command-control network, at least on the basis of a topology of the command-control network and/or of respective functionalities of the equipment units in the electrical distribution grid; and - a second step in which all or part of the nodes of the network receive the update data in order of the priority assigned to said nodes, and wherein: - each node of the network stores the data item relative to the priority thereof at the outcome of the first step, and sends the priority data thereof to a software update management system for the network equipment for implementing the second step, - upon receiving respective priority data from the nodes, said update management system determines an effective update sequence for the software in each node of the network according to the respective priorities assigned to said nodes, and transmits according to said sequence the update data to said all or part of the nodes for the implementation of the second step. - a first step in which the respective priorities for updating are assigned to the nodes of the command-control network, at least on the basis of a topology of the command-control network and/or of respective functionalities of the equipment units in the electrical distribution grid; and - a second step in which all or part of the nodes of the network receive the update data in order of the priority assigned to said nodes, - each node of the network stores the data item relative to the priority thereof at the outcome of the first step, and sends the priority data thereof to a software update management system for the network equipment for implementing the second step, - upon receiving respective priority data from the nodes, said update management system determines an effective update sequence for the software in each node of the network according to the respective priorities assigned to said nodes, and transmits according to said sequence the update data to said all or part of the nodes for the implementation of the second step.
A multifunction circuit breaker device (100, 500, 600), comprising: a system for providing user-initiated testing, comprising: a microcontroller (208, 508, 608) configured to perform an arc fault self-test sequence and a ground fault self-test sequence in the multifunction circuit breaker device; a supervisory circuit (224, 522, 622) connected to the microcontroller and configured to provide a self-test current in a ground current return path of the multifunction circuit breaker device to simulate a ground fault for the ground fault self-test sequence, the self-test current being lower than a normal ground fault current in the ground current return path of the multifunction circuit breaker device; and a test actuator (222, 520, 620) connected to the supervisory circuit and configured to provide a single test input to the supervisory circuit when operated by a user, the single test input causing the supervisory circuit to simulate the ground fault for the ground fault self-test sequence; wherein the microcontroller is configured to initiate the arc fault self-test sequence and the ground fault self-test sequence when the test actuator provides the single test input to the supervisory circuit, and to provide a pass indication to the user if both the arc fault self-test sequence and the ground fault self-test sequence pass. a microcontroller (208, 508, 608) configured to perform an arc fault self-test sequence and a ground fault self-test sequence in the multifunction circuit breaker device; a supervisory circuit (224, 522, 622) connected to the microcontroller and configured to provide a self-test current in a ground current return path of the multifunction circuit breaker device to simulate a ground fault for the ground fault self-test sequence, the self-test current being lower than a normal ground fault current in the ground current return path of the multifunction circuit breaker device; and a test actuator (222, 520, 620) connected to the supervisory circuit and configured to provide a single test input to the supervisory circuit when operated by a user, the single test input causing the supervisory circuit to simulate the ground fault for the ground fault self-test sequence; wherein the microcontroller is configured to initiate the arc fault self-test sequence and the ground fault self-test sequence when the test actuator provides the single test input to the supervisory circuit, and to provide a pass indication to the user if both the arc fault self-test sequence and the ground fault self-test sequence pass.