mhurhangee/ep-ind-claims huggingface dataset:
A pot with water reserve for a plant, of the type having a container for the substrate of the plant, a container for a water reserve, and means for bringing water from the water reserve to the substrate, said pot comprising: - an external container closed in the lower part and open in the upper part; - an internal container (100, 200) defining a cavity for the substrate, the external container and the internal container defining between each other a cavity for a water reserve and being able to be nested into and separated from each other; - a pumping means integral with the internal container and an entry of which is exposed to the water reserve, said pumping means being connected to a pumping control circuit; and - means (500, 501, 502) for fluidic connection between an exit of the pumping means and at least one irrigation orifice located at the upper part of the internal container, characterized in that the internal container comprises two elements (100, 200) nested into each other, in that the internal element of the internal container (100, 200) defines at least one cavity (C2, C3) for the pumping means and the control circuit, and in that the external element of the internal container is adapted to close at least partially said cavity or cavities. - an external container closed in the lower part and open in the upper part; - an internal container (100, 200) defining a cavity for the substrate, the external container and the internal container defining between each other a cavity for a water reserve and being able to be nested into and separated from each other; - a pumping means integral with the internal container and an entry of which is exposed to the water reserve, said pumping means being connected to a pumping control circuit; and - means (500, 501, 502) for fluidic connection between an exit of the pumping means and at least one irrigation orifice located at the upper part of the internal container,
A communication device (1, 21), comprising: a call-blocking circuit, for determining whether an incoming call is an unfamiliar call; a memory (13, 213), for storing a password-correlated table and a familiar-call-list table; and a trivial-question circuit; wherein said call-blocking circuit forwards said incoming call to said trivial-question circuit when said incoming call is determined as required entering an answer according to said familiar-call-list table; and wherein said trivial-question circuit asks a caller of said incoming call to provide said answer for a trivial question, and said trivial-question circuit connects said incoming call when said answer matches at least one password in said password-correlated table; characterized by said password-correlated table comprises at least one password being related to a specific user of the communication device (1, 21); and said trivial-question circuit forwards the unfamiliar call to the specific user corresponding to the matched password listed in the password-correlated table if positive; and said call-blocking circuit connects said incoming call when said caller enters a previous password for a first time after said at least one password is updated or expired. a call-blocking circuit, for determining whether an incoming call is an unfamiliar call; a memory (13, 213), for storing a password-correlated table and a familiar-call-list table; and a trivial-question circuit; wherein said call-blocking circuit forwards said incoming call to said trivial-question circuit when said incoming call is determined as required entering an answer according to said familiar-call-list table; and wherein said trivial-question circuit asks a caller of said incoming call to provide said answer for a trivial question, and said trivial-question circuit connects said incoming call when said answer matches at least one password in said password-correlated table; characterized by said password-correlated table comprises at least one password being related to a specific user of the communication device (1, 21); and said trivial-question circuit forwards the unfamiliar call to the specific user corresponding to the matched password listed in the password-correlated table if positive; and said call-blocking circuit connects said incoming call when said caller enters a previous password for a first time after said at least one password is updated or expired.
A ventilator set comprising a ventilation duct (1.1), a plurality of ventilator components (1.2.x) which can be inserted into the empty ventilation duct (1.1) or attached to the ventilation duct (1.1) to form a ventilator unit with the ventilation duct (1.1), and a simulation cover (0.1) with a cover opening, which can alternatively be inserted into the empty ventilation duct (1. 1) or attached to the ventilation duct (1.1) in order to form a simulator with the ventilation duct (1.1), wherein a simulator formed in this way has the same flow resistance for a flow passing through it as a ventilator unit formed in this way.
A steering control apparatus comprising: a behavior acquisition unit configured to acquire behavior information indicating a behavior of a towed vehicle that is towed by a towing vehicle; a control amount acquisition unit configured to acquire a steering control amount for steering wheels (10R, 10L) of the towed vehicle according to the behavior information acquired by the behavior acquisition unit; and a control unit configured to control a steering apparatus of the towed vehicle based on the steering control amount, characterized in that the control amount acquisition unit determines the steering control amount such that a yaw moment (Myc) occurs so as to cancel out a yaw moment that is occurring in the towed vehicle based on the yaw moment that is occurring in the towed vehicle, a vehicle weight, and a vehicle speed of the towing vehicle or the towed vehicle. a behavior acquisition unit configured to acquire behavior information indicating a behavior of a towed vehicle that is towed by a towing vehicle; a control amount acquisition unit configured to acquire a steering control amount for steering wheels (10R, 10L) of the towed vehicle according to the behavior information acquired by the behavior acquisition unit; and a control unit configured to control a steering apparatus of the towed vehicle based on the steering control amount, characterized in that the control amount acquisition unit determines the steering control amount such that a yaw moment (Myc) occurs so as to cancel out a yaw moment that is occurring in the towed vehicle based on the yaw moment that is occurring in the towed vehicle, a vehicle weight, and a vehicle speed of the towing vehicle or the towed vehicle.
A method comprising: obtaining a plurality of resource constraint values associated with a plurality of client devices sharing a network resource, wherein each respective resource constraint value characterizes a limiting rate at which media content data can be provided to a particular client device; and determining a respective encoding rate level and a corresponding resource allocation for each of the plurality of client devices based on a combination of the one or more resource constraint values and the assessment of respective perceptual quality level values, wherein a combination of resulting quality levels satisfies a joint quality criterion; wherein determining the respective encoding rate level and the corresponding resource allocation for each of the plurality of client devices comprises: determining respective initial buffer levels associated with the plurality of client devices; determining a corresponding estimate of cumulative data associated with each of the plurality of client devices as a function of the respective initial buffer levels; and constraining the determination of the respective encoding rate level and the corresponding resource allocation for each of the plurality of client devices based on the corresponding estimates of cumulative data associated with the plurality of client devices. obtaining a plurality of resource constraint values associated with a plurality of client devices sharing a network resource, wherein each respective resource constraint value characterizes a limiting rate at which media content data can be provided to a particular client device; and determining a respective encoding rate level and a corresponding resource allocation for each of the plurality of client devices based on a combination of the one or more resource constraint values and the assessment of respective perceptual quality level values, wherein a combination of resulting quality levels satisfies a joint quality criterion; wherein determining the respective encoding rate level and the corresponding resource allocation for each of the plurality of client devices comprises: determining respective initial buffer levels associated with the plurality of client devices; determining a corresponding estimate of cumulative data associated with each of the plurality of client devices as a function of the respective initial buffer levels; and constraining the determination of the respective encoding rate level and the corresponding resource allocation for each of the plurality of client devices based on the corresponding estimates of cumulative data associated with the plurality of client devices. determining respective initial buffer levels associated with the plurality of client devices; determining a corresponding estimate of cumulative data associated with each of the plurality of client devices as a function of the respective initial buffer levels; and constraining the determination of the respective encoding rate level and the corresponding resource allocation for each of the plurality of client devices based on the corresponding estimates of cumulative data associated with the plurality of client devices.
A method for reducing the pressure of fluid within subsea equipment, the method comprising the steps of: (a) providing a flexible pipe, (b) laying the flexible pipe on the sea floor, (c) providing a connector, (d) connecting the flexible pipe to the subsea equipment via the connector, and (e) extracting fluid from the subsea equipment through the connector and into the flexible pipe. characterized in that a pigging pump is provided which is connected to the flexible pipe, a pig is provided within the flexible pipe, and the method additionally comprises after step (e) the following step: (f) pumping the fluid in the flexible pipe by the pigging pump through the connector in order to return it to the subsea equipment, this step comprising pushing the pig along the flexible pipe from a pig starting point to a pig finishing point. (a) providing a flexible pipe, (b) laying the flexible pipe on the sea floor, (c) providing a connector, (d) connecting the flexible pipe to the subsea equipment via the connector, and (e) extracting fluid from the subsea equipment through the connector and into the flexible pipe.
A mirror assembly comprising: a front side and a back side; a housing portion; a support portion coupled to the housing portion; a mirror; a light source (130a', 130a", 130b', 130b"); a light path positioned around at least a portion of the mirror; an audio sensor configured to capture an utterance spoken by a user and transform the utterance into an electrical audio signal that represents the captured utterance; a network interface configured to: transmit the electrical audio signal to a remote system; and receive an indication that the user said a known keyword in response to the remote system performing speech recognition on the electrical audio signal to identify a word that is spoken and comparing the identified word with a known keyword associated with turning on or off the light source (130a', 130a", 130b', 130b"); and the mirror assembly further comprising an electronic controller configured to turn the light source (130a', 130a", 130b', 130b") on or off in response to reception of the indication that the user said the known keyword. a front side and a back side; a housing portion; a support portion coupled to the housing portion; a mirror; a light source (130a', 130a", 130b', 130b"); a light path positioned around at least a portion of the mirror; an audio sensor configured to capture an utterance spoken by a user and transform the utterance into an electrical audio signal that represents the captured utterance; a network interface configured to: transmit the electrical audio signal to a remote system; and receive an indication that the user said a known keyword in response to the remote system performing speech recognition on the electrical audio signal to identify a word that is spoken and comparing the identified word with a known keyword associated with turning on or off the light source (130a', 130a", 130b', 130b"); and transmit the electrical audio signal to a remote system; and receive an indication that the user said a known keyword in response to the remote system performing speech recognition on the electrical audio signal to identify a word that is spoken and comparing the identified word with a known keyword associated with turning on or off the light source (130a', 130a", 130b', 130b"); and
A radial press comprising a frame structure, a pressing tool, a drive unit and a press control, wherein the pressing tool comprises a plurality of pressing elements comprising pressing surfaces, which pressing elements are arranged uniformly concentrically around a press axis and which can be moved synchronously, optionally in the direction towards the press axis or away from the latter, by corresponding actuation of the drive unit, characterised in that at least two measured value recorders, connected in a signal-transmitting manner to a comparator assigned to the press control, are arranged on the pressing tool at positions which are spaced apart from one another in the direction of the press axis, wherein actuation of a signal output unit is triggered if a tolerance range stored in the press control is exceeded by the comparison value, generated in the comparator, of the measured values provided by the measured value recorders.
Winding device for a vehicle trunk, wherein - the vehicle trunk comprises a first load rail and a second load rail, - the winding device comprises a winding housing which is designed to be installed in the first load rail, - the winding device comprises a strap, and - the winding device is designed to allow the winding device to unwind the strap from the winding housing, - the winding device comprises a handle at one end of the strap, which is designed for insertion into the second load rail of the trunk, - the winding device comprises a pivotable excutcheon, which is designed to operate an operating mechanism for unwinding and rewinding the strap, characterized in that - upon release of a push button of the handle, the handle is designed to fix a base of the handle in the second load rail by means of a lever mechanism, - upon release of an actuating button of the winding device, the winding device is designed to lock the winding housing in the first load rail via a lever mechanism, - upon pressing the actuating button of the winding device, the winding device is designed to allow the winding housing to be displaced in the first load rail. - the vehicle trunk comprises a first load rail and a second load rail, - the winding device comprises a winding housing which is designed to be installed in the first load rail, - the winding device comprises a strap, and - the winding device is designed to allow the winding device to unwind the strap from the winding housing, - the winding device comprises a handle at one end of the strap, which is designed for insertion into the second load rail of the trunk, - the winding device comprises a pivotable excutcheon, which is designed to operate an operating mechanism for unwinding and rewinding the strap, characterized in that - upon release of a push button of the handle, the handle is designed to fix a base of the handle in the second load rail by means of a lever mechanism, - upon release of an actuating button of the winding device, the winding device is designed to lock the winding housing in the first load rail via a lever mechanism, - upon pressing the actuating button of the winding device, the winding device is designed to allow the winding housing to be displaced in the first load rail.
A pressure control valve comprising: a shutter arranged in a valve chamber positioned between at least one fluid inlet and at least one fluid outlet, said shutter adapted to move relative to a valve seat defining a first opening degree of the pressure control valve; where the shutter is fixed to a diaphragm that at a first side is in pressure contact to a first pressure chamber exposing it to a first pressure, and a second side being exposed to a second pressure by being in contact to a second pressure chamber, where the diaphragm deflects under changes in differential pressure over the diaphragm, thereby changing the position of the shutter with respect to the pressure responsive valve seat; wherein the shutter is cup-shaped and comprises a wall enclosing a chamber being open to the fluids in a first end and forming the first pressure chamber, characterized in that a shutter guide within the valve chamber comprises a plural of contacting parts encircling the wall of the shutter positioned at its circumference, wherein the contacting parts comprise a pointed outer surface contacting the outside surface of the wall of the shutter. where the shutter is fixed to a diaphragm that at a first side is in pressure contact to a first pressure chamber exposing it to a first pressure, and a second side being exposed to a second pressure by being in contact to a second pressure chamber, where the diaphragm deflects under changes in differential pressure over the diaphragm, thereby changing the position of the shutter with respect to the pressure responsive valve seat; wherein the shutter is cup-shaped and comprises a wall enclosing a chamber being open to the fluids in a first end and forming the first pressure chamber, characterized in that a shutter guide within the valve chamber comprises a plural of contacting parts encircling the wall of the shutter positioned at its circumference, wherein the contacting parts comprise a pointed outer surface contacting the outside surface of the wall of the shutter.
A refrigeration system comprising: a compressor having a suction port, a discharge port, and an economizer port; a condenser downstream of the discharge port; an evaporator upstream of the suction port; an expansion device between the condenser and the evaporator; and an economizer between the condenser and the evaporator, an economizer line extending from the economizer to the economizer port, wherein: a Herschel-Quincke resonator configured to provide a pulsation cancellation is located in the economizer line and has a first branch and a second branch, a first flowpath length across the resonator through the second branch being longer than a second flowpath length across the resonator through the first branch. a compressor having a suction port, a discharge port, and an economizer port; a condenser downstream of the discharge port; an evaporator upstream of the suction port; an expansion device between the condenser and the evaporator; and an economizer between the condenser and the evaporator, an economizer line extending from the economizer to the economizer port,
A steel consisting of in weight % (wt. %): C 0.07- 0.13 Si 0.10 - 0.45 Mn 1.5 - 2.9 Cr 2.4 - 3.6 Ni 0.5 - 2.0 Mo 0.1 - 0.7 Al 0.001 - 0.06 S ≤ 0.003 optionally N 0.006 - 0.06 V 0.01 - 0.2 Cu ≤ 1 Co ≤ 8 W ≤ 1 Nb ≤ 0.05 Ti ≤ 0.05 Zr ≤ 0.05 Ta ≤ 0.05 B ≤ 0.01 Ca ≤ 0.01 Mg ≤ 0.01 REM ≤ 0.2 balance Fe apart from impurities wherein the steel has a bainitic microstructure comprising up to 20 volume % retained austenite and up to 20 volume % martensite.
A laser beam irradiation apparatus for irradiating a laser beam onto a sealing unit disposed between a first substrate and a second substrate so as to seal the first substrate and the second substrate, wherein the laser beam irradiation apparatus is constructed such that the laser beam has a beam intensity which increases from a center portion to an edge portion of the laser beam on a surface which is perpendicular to a proceeding direction of the laser beam, wherein the laser beam sequentially includes a first section in which a beam intensity slowly increases from the center portion to the edge portion of the laser beam and a second section having a greater beam intensity increase rate than the first section, and the beam intensity at the center portion of the laser beam is no greater than half of the beam intensity at the edge portion of the laser beam, and the laser beam has a beam profile which is symmetrical relative to the proceeding direction of the laser beam; characterized in that the laser beam has a uniform beam intensity on a surface which is parallel to the proceeding direction of the laser beam.
Rail vehicle with a friction brake, wherein the friction brake has at least one friction partner fixed to the frame, which is equipped with a heat exchanger, so that the braking heat arising in the friction partner during a braking procedure can be transferred by means of a heat exchanger fluid, which is guided in a heat exchanger fluid circuit by a conveying apparatus, to at least one further heat exchanger (9, 13) arranged in the heat exchanger fluid circuit, characterised in that a. a measuring facility is provided for temperature measurement (TV, TR1, TR2) of the heat exchanger fluid, and b. a control facility is provided, to which the measured temperature (TV, TR1, TR2) is fed, wherein the control facility is configured, i. on the one hand, to act on switching means (10, 11) arranged in the heat exchanger fluid circuit such that the heat exchanger fluid can be switched either via a heat exchanger of an air-conditioning unit or via a further consumerside heat exchanger, and ii. on the other hand, to act on the conveying apparatus such that the volumetric flow of the heat exchanger fluid can be predefined. a. a measuring facility is provided for temperature measurement (TV, TR1, TR2) of the heat exchanger fluid, and b. a control facility is provided, to which the measured temperature (TV, TR1, TR2) is fed, wherein the control facility is configured, i. on the one hand, to act on switching means (10, 11) arranged in the heat exchanger fluid circuit such that the heat exchanger fluid can be switched either via a heat exchanger of an air-conditioning unit or via a further consumerside heat exchanger, and ii. on the other hand, to act on the conveying apparatus such that the volumetric flow of the heat exchanger fluid can be predefined. i. on the one hand, to act on switching means (10, 11) arranged in the heat exchanger fluid circuit such that the heat exchanger fluid can be switched either via a heat exchanger of an air-conditioning unit or via a further consumerside heat exchanger, and ii. on the other hand, to act on the conveying apparatus such that the volumetric flow of the heat exchanger fluid can be predefined.
A compressor comprising a housing enclosing movable components, a body provided in the housing, on which movable components such as a cylinder and a vibration eliminator are collected, a face surface provided on the body, a cylinder bore provided on the face surface, a valve plate gasket mounted so as to be disposed on the cylinder bore, a valve plate placed on the valve plate gasket, enabling a circulating fluid to be sucked and pumped, a cylinder head placed on the valve plate, and a cylinder head gasket placed between the cylinder head and the valve plate, characterized by a pressure chamber being provided within the cylinder head and being isolated from the inner volume of the cylinder head by at least one wall and by a discharge tube ferrule having a first port facing the inner volume of the cylinder head and a second port, whereby the second port fits the vibration eliminator that is inserted into the pressure chamber by means of a gasket placed on a cut-out provided on the cylinder head.