mhurhangee/patent-ind-claim-en huggingface dataset:
A soft reset method performed by a soft reset control device of a digital subscriber line, DSL apparatus, the DSL apparatus containing a plurality of service modules and a plurality of non-service modules, wherein the non-service modules are provided in a hardware apparatus layer and the service modules are provided in other layers, wherein one non-service module among the plurality of non-service modules is a DSL module, the method comprising: • receiving a soft reset command , wherein the soft reset command comprises: ∘ a soft reset command triggered when a service module completes service configuration; or ∘ a soft reset command triggered when a user operates a soft reset button of the DSL apparatus; • controlling , according to the soft reset command, the service module of the plurality of service modules to perform soft reset; • presetting and saving a first service module type that needs support of a non-service module of the plurality of non-service modules during a soft reset process; • obtaining a second service module type corresponding to the service module, wherein the second service module type is included in the soft reset command; • judging whether the second service module type matches the first service module type; and when it does not match, controlling the non-service module to maintain the working status . • receiving a soft reset command , wherein the soft reset command comprises: ∘ a soft reset command triggered when a service module completes service configuration; or ∘ a soft reset command triggered when a user operates a soft reset button of the DSL apparatus; ∘ a soft reset command triggered when a service module completes service configuration; or ∘ a soft reset command triggered when a user operates a soft reset button of the DSL apparatus; • controlling , according to the soft reset command, the service module of the plurality of service modules to perform soft reset; • presetting and saving a first service module type that needs support of a non-service module of the plurality of non-service modules during a soft reset process; • obtaining a second service module type corresponding to the service module, wherein the second service module type is included in the soft reset command; • judging whether the second service module type matches the first service module type; and when it does not match, controlling the non-service module to maintain the working status .
A rivet for fastening workpiece members , the rivet comprising: a body comprising a shank extending in a first, longitudinal direction and a head ; a bore being defined through the shank and the head, the head including a body locking feature formed thereon; and, a stem comprising a main longitudinal portion including a stem locking feature , the stem arranged for insertion into said bore, and an enlarged portion arranged for radially expanding the shank when the enlarged portion is forced into said bore to fasten the workpiece members; the rivet being configured for insertion into respective apertures formed in the workpiece members; and the rivet being characterised in that the head extends in a second, substantially transversal direction to the first longitudinal direction and in that when the workpiece members are fastened, the head of the body of the rivet undergoes pivotal displacement relative to the shank to engage the body locking feature thereof with the stem locking feature , thereby to lock the stem in place relative to the body and/or the workpiece members. a body comprising a shank extending in a first, longitudinal direction and a head ; a bore being defined through the shank and the head, the head including a body locking feature formed thereon; and, a stem comprising a main longitudinal portion including a stem locking feature , the stem arranged for insertion into said bore, and an enlarged portion arranged for radially expanding the shank when the enlarged portion is forced into said bore to fasten the workpiece members; the rivet being configured for insertion into respective apertures formed in the workpiece members; and the rivet being characterised in that the head extends in a second, substantially transversal direction to the first longitudinal direction and in that when the workpiece members are fastened, the head of the body of the rivet undergoes pivotal displacement relative to the shank to engage the body locking feature thereof with the stem locking feature , thereby to lock the stem in place relative to the body and/or the workpiece members. the rivet being configured for insertion into respective apertures formed in the workpiece members; and the rivet being characterised in that the head extends in a second, substantially transversal direction to the first longitudinal direction and in that when the workpiece members are fastened, the head of the body of the rivet undergoes pivotal displacement relative to the shank to engage the body locking feature thereof with the stem locking feature , thereby to lock the stem in place relative to the body and/or the workpiece members.
An apparatus for controlling an electro-pneumatic leveling valve of a vehicle by a control signal , the leveling valve comprising a magnet with an armature , wherein in response of receiving the control signal the armature is movable between a first position to exhaust the leveling valve and a second position to pressurize the leveling valve characterized by a generator module configured to generate a pulse width modulated (PWM) signal as the control signal for controlling the speed of lowering the vehicle and to transmit the PWM signal to the magnet , wherein the PWM signal comprises a first signal level driving the armature in the first position and a second signal level driving the armature in the second position and a duty cycle (T) defining a duration of the first signal level to control a pneumatic flow through the leveling valve .
A vane adapted for use with a rotor said vane comprising: a plate ; characterised by a slot extending transversely to one edge of said plate , said slot being defined by first and second oppositely disposed edges and a third edge oriented transversely to said first and second edges; an insert removably mounted within said slot said insert comprising: a base engageable with said third edge of said slot; a first leg projecting transversely to said base and engageable with said first edge of said slot; a second leg projecting transversely to said base and engageable with said second edge of said slot. a plate ; characterised by a slot extending transversely to one edge of said plate , said slot being defined by first and second oppositely disposed edges and a third edge oriented transversely to said first and second edges; an insert removably mounted within said slot said insert comprising: a base engageable with said third edge of said slot; a first leg projecting transversely to said base and engageable with said first edge of said slot; a second leg projecting transversely to said base and engageable with said second edge of said slot. a base engageable with said third edge of said slot; a first leg projecting transversely to said base and engageable with said first edge of said slot; a second leg projecting transversely to said base and engageable with said second edge of said slot.
Flat luminaire , like a flat outdoor luminaire, comprising: a flat, three-dimensional luminaire body , a lighting electronic , a light source being operably connected to the lighting electronic , a luminaire cover having a light transmission section to allow light to pass through and a receiving section for at least partially receiving the lighting electronic , and an attachment element for attaching the luminaire to a mounting feature , wherein the luminaire cover is attached to the luminaire body such that the light transmission section covers the light source so that light of the light source can emit through the light transmission section , wherein the attachment element comprises a fixing section forming a mounting opening for receiving the mounting feature to attach the luminaire , characterized in that the luminaire body is made of a metal sheet , the fixing section comprises a stepped section facing towards the mounting opening so as to allow for receipt of mounting features having different diameters. a flat, three-dimensional luminaire body , a lighting electronic , a light source being operably connected to the lighting electronic , a luminaire cover having a light transmission section to allow light to pass through and a receiving section for at least partially receiving the lighting electronic , and an attachment element for attaching the luminaire to a mounting feature , wherein the luminaire cover is attached to the luminaire body such that the light transmission section covers the light source so that light of the light source can emit through the light transmission section , wherein the attachment element comprises a fixing section forming a mounting opening for receiving the mounting feature to attach the luminaire , characterized in that the luminaire body is made of a metal sheet , the fixing section comprises a stepped section facing towards the mounting opening so as to allow for receipt of mounting features having different diameters.
A diagnostic tool for classifying a patient's affliction , the tool comprising a first arm and a second arm joined in an L-shaped configuration, a top surface of the second arm comprising a descriptive ranking guide comprising a plurality of rank descriptors containing text describing at least a portion of rank classifier indicia, each of the rank descriptors corresponding to at least one of the ranks.
Sanitary installation part , having a functional unit and having a diffuser formed downstream of the functional unit , wherein the functional unit forms at least one inlet opening to a diffuser space , wherein the diffuser has a baffle plate which delimits the diffuser space in an incident-flow direction predefined by the at least one inlet opening , which baffle plate diverts water flowing in through the at least one inlet opening in a lateral direction, wherein the diffuser space is formed between the baffle plate and the functional unit and has an outlet opening through which water entering through the at least one inlet opening emerges in its entirety from the diffuser space , characterized in that an opening cross section of the outlet opening has an area which amounts to 0.9 times to 2 times, preferably 1 times to 1.7 times, an area of an opening cross section of the at least one inlet opening .
Apparatus for filtering molten metal, in particular aluminium, including a container with an outer shell or casing of metal and an inner thermally insulated interior cladding or wall construction made of heat resistant insulation and refractory material, a removable lid provided on top of the container to keep the container sealed (air tight) during operation, the container being provided with an inlet chamber having an inlet opening receiving metal from a metal supply launder and outlet chamber with outlet opening connected to a launder segment , the container further being provided with partition wall between the inlet chamber and outlet chamber and with ceramic foam filter mounted in the outlet chamber, the inlet chamber and outlet chamber are provided side by side within the container and being split by the partition wall extending from the bottom of the container and upwardly to a preset level of the container interior height, whereby the container is connected in parallel with the metal supply launder via stubs that communicates with the inlet and outlet openings respectively, the launder being provided with a dam or valve device downstream the outlet of the container and another dam or valve device between the said launder stubs (5' and 6'), characterised in that inside the container there is further arranged a second outlet chamber with a filter that when in use, communicates with the first outlet chamber via a space above a partition wall extending from the bottom of the container and upwardly to a preset level of the container interior height, where the second outlet chamber has one outlet provided by a stub connected to a launder segment (10") being in connection with metal supply launder .
A method of controlling information using an electronic device, the method comprising: recognizing generation of notification information of one or more processes activated in a first operation mode among a plurality of operation modes including the first operation mode and a second operation mode; and notifying a user of only a part of the notification information when a current operation mode is the second operation mode, characterised in that the part of the notification information provides less information than the notification information, and the notification information includes at least a number of times that the notification information has been generated to the user. recognizing generation of notification information of one or more processes activated in a first operation mode among a plurality of operation modes including the first operation mode and a second operation mode; and notifying a user of only a part of the notification information when a current operation mode is the second operation mode, characterised in that the part of the notification information provides less information than the notification information, and the notification information includes at least a number of times that the notification information has been generated to the user.
A method for forming a core layer of an information carrying card, comprising: forming a first thermoplastic layer defining at least one cavity , the first thermoplastic layer comprising at least one thermoplastic material; positioning at least a portion of an inlay layer in the at least one cavity , the inlay layer comprising a sheet of metal or metal containing material; and dispensing a crosslinkable polymer composition over the first thermoplastic layer , and the inlay layer . forming a first thermoplastic layer defining at least one cavity , the first thermoplastic layer comprising at least one thermoplastic material; positioning at least a portion of an inlay layer in the at least one cavity , the inlay layer comprising a sheet of metal or metal containing material; and dispensing a crosslinkable polymer composition over the first thermoplastic layer , and the inlay layer .
A method comprising: obtaining a template nucleic acid molecule attached to a 5' adaptor or a 3' adaptor; hybridizing a first target specific region of a first bridge probe to a first target sequence of the template nucleic acid molecule, wherein a first adaptor landing sequence of the first bridge probe is configured to hybridize to a first bridge binding sequence of a universal anchor probe; and hybridizing a second target specific region of a second bridge probe to a second target sequence of the template nucleic acid molecule, wherein a second adaptor landing sequence of the second bridge probe is configured to hybridize to a second bridge binding sequence of the universal anchor probe. obtaining a template nucleic acid molecule attached to a 5' adaptor or a 3' adaptor; hybridizing a first target specific region of a first bridge probe to a first target sequence of the template nucleic acid molecule, wherein a first adaptor landing sequence of the first bridge probe is configured to hybridize to a first bridge binding sequence of a universal anchor probe; and hybridizing a second target specific region of a second bridge probe to a second target sequence of the template nucleic acid molecule, wherein a second adaptor landing sequence of the second bridge probe is configured to hybridize to a second bridge binding sequence of the universal anchor probe.
Sanitary fitting , comprising: - a fitting housing with at least one first conduit for a carbonized liquid, - a nozzle insert arranged in the at least one first conduit , wherein the nozzle insert has a guide channel with a first diameter , with which the carbonized liquid can be guided to a baffle wall of the nozzle insert so that the carbonized liquid can be swirled by the baffle wall , - an expansion space arranged downstream of the nozzle insert , wherein the expansion space has a second diameter that is larger than the first diameter of the guide channel , and - an outlet opening arranged downstream of the expansion space and through which the swirled carbonated liquid can exit the sanitary fitting , characterized in that the nozzle insert can be inserted through the outlet opening into a receiving space in the fitting housing . - a fitting housing with at least one first conduit for a carbonized liquid, - a nozzle insert arranged in the at least one first conduit , wherein the nozzle insert has a guide channel with a first diameter , with which the carbonized liquid can be guided to a baffle wall of the nozzle insert so that the carbonized liquid can be swirled by the baffle wall , - an expansion space arranged downstream of the nozzle insert , wherein the expansion space has a second diameter that is larger than the first diameter of the guide channel , and - an outlet opening arranged downstream of the expansion space and through which the swirled carbonated liquid can exit the sanitary fitting ,
Method for controlling a hybrid power train , which has a drive engine and a dual-clutch transmission which, to establish two power transmission paths , has a first and a second friction clutch and a first and a second component transmission , wherein an electric machine is connected to the second power transmission path downstream of the second friction clutch in a power flow direction, wherein a purely electric driving operation can be realized by means of the second component transmission assigned to the second friction clutch , and wherein, in the event of a gear change in the second component transmission during purely electric driving operation, a fill-in torque is provided, wherein the fill-in torque is provided from the inertial energy of the previously cranked, non-fired drive engine , wherein the drive engine is cranked up to a target rotational speed by means of the first power transmission path , characterized in that the power train also has an electric starter motor and wherein the starter motor is used at least to overcome a breakaway torque during the cranking of the drive engine and wherein, before the cranking process, a high gear stage is engaged in the first component transmission , in particular the highest or the second-highest gear stage of the first component transmission .
Pasta cooking appliance comprising: a self-supporting cabinet ; an open-top cooking basin recessed on the top of the cabinet and dimensioned to contain several liters of water; and a heating device adapted to heat up the water contained in the cooking basin so as to bring the same water to boil; wherein the pasta cooking appliance additionally comprises: an overflow drain line which is designed to drain out of the cooking basin the water exceeding a given maximum level inside the cooking basin ; and wherein the pasta cooking appliance additionally comprises: an electrically-operated blowing device adapted to blow an air jet (F) towards the surface of the water contained in the cooking basin ; and an electronic control unit adapted to switch on and off the blowing device , wherein the electronic control unit is configured to detect when the pasta cooking appliance is operating in water boil-over conditions and to switch on the blowing device when said boil-over conditions are detected.
A method for controlling a center pivot irrigation system with a main pivot arm and a corner arm pivotally attached to an outer end of the main pivot arm, characterised by comprising: first determining a first bearing of the main pivot arm relative to a center pivot axis; based on the first determined bearing, selecting a first valve pulsing pattern for the corner arm, wherein the first valve pulsing pattern defines a first pattern of open and closed valves for nozzles on the corner arm; based on the first valve pulsing pattern, first generating control signals for control valves controlling flow through the nozzles of the corner arm to open and close according to the first pattern; second determining a second bearing of the main pivot arm relative to the center pivot axis; based on the second determined bearing, selecting a second valve pulsing pattern for the corner arm, wherein the second valve pulsing pattern defines a second pattern of open and closed valves for nozzles on the corner arm differing from the first pattern of open and closed valves; based on the second valve pulsing pattern, second generating control signals for the control valves to open and close according to the second pattern; and repeating the first determining, the first generating, the second determining, and second generating steps for a full pivot of the main pivot arm about the center pivot axis, wherein water discharged from the nozzles of the corner arm is applied at variable rates to ground under the corner arm with the valves opened and closed according to the first and second patterns. first determining a first bearing of the main pivot arm relative to a center pivot axis; based on the first determined bearing, selecting a first valve pulsing pattern for the corner arm, wherein the first valve pulsing pattern defines a first pattern of open and closed valves for nozzles on the corner arm; based on the first valve pulsing pattern, first generating control signals for control valves controlling flow through the nozzles of the corner arm to open and close according to the first pattern; second determining a second bearing of the main pivot arm relative to the center pivot axis; based on the second determined bearing, selecting a second valve pulsing pattern for the corner arm, wherein the second valve pulsing pattern defines a second pattern of open and closed valves for nozzles on the corner arm differing from the first pattern of open and closed valves; based on the second valve pulsing pattern, second generating control signals for the control valves to open and close according to the second pattern; and repeating the first determining, the first generating, the second determining, and second generating steps for a full pivot of the main pivot arm about the center pivot axis, wherein water discharged from the nozzles of the corner arm is applied at variable rates to ground under the corner arm with the valves opened and closed according to the first and second patterns.
An air data system comprising: an air data probe comprising: a probe head having an inlet, an interior surface extending from the inlet, and an exterior surface extending from the inlet; a strut connected to the head; and a mounting plate connected to the strut; and a surface acoustic wave, SAW, sensor attached to the air data probe for detecting particulate accumulation. an air data probe comprising: a probe head having an inlet, an interior surface extending from the inlet, and an exterior surface extending from the inlet; a strut connected to the head; and a mounting plate connected to the strut; and a probe head having an inlet, an interior surface extending from the inlet, and an exterior surface extending from the inlet; a strut connected to the head; and a mounting plate connected to the strut; and a surface acoustic wave, SAW, sensor attached to the air data probe for detecting particulate accumulation.