mhurhangee/ep-ind-claims huggingface dataset:
A liquid filter, particularly an oil filter or fuel filter of an internal combustion engine, with a filter housing, which is arranged upright during operation and a hollow cylindrical filter insert accommodated therein so as to be exchangeable, wherein the filter housing has a raw liquid inlet, a clean liquid outlet and a liquid drainage channel, and is closed during operation by means of a detachable top-side cover, wherein, in the drainage channel a drainage valve is arranged, the valve body of which is axially confined in the drainage channel and moveable between a closing position closing the channel and an open position clearing it, wherein the valve body is detachably attached to the cover or the filter insert wherein, when the cover is mounted on the filter housing, said cover presses the valve body directly or via the filter insert into the closing position closing the drainage channel and wherein, when the cover is removed from the filter housing in the axial direction thereof, the valve body is first able to be carried in the opening direction to its open position and then is detachable from the cover or filter insert and is retainable in its open position by means of a holding element, characterised in that the holding element is formed by at least one spring element which automatically expands into the opening position of the valve body due to its spring force and comes into attachment to a spring element restraint holding the valve body in its open position and which by exertion of a force contracts and thus a displacement of the valve body in the closing direction is brought about, releasing engagement with the spring element restraint.
A method at a user equipment comprising: detecting that a circuit switched "CS" call has been requested at the user equipment; determining if a most recent registration attempt or registration update attempt with a network of a first radio access technology "RAT" resulted in an abnormal state; registering with a network of a second RAT (120, 122) when the abnormal state is detected even if the tracking area code or location area code of a last successful network registration matches the tracking area code or location area code in a broadcast message from the network of the second RAT; and initiating the CS call with the network of the second RAT (120, 122). detecting that a circuit switched "CS" call has been requested at the user equipment; determining if a most recent registration attempt or registration update attempt with a network of a first radio access technology "RAT" resulted in an abnormal state; registering with a network of a second RAT (120, 122) when the abnormal state is detected even if the tracking area code or location area code of a last successful network registration matches the tracking area code or location area code in a broadcast message from the network of the second RAT; and initiating the CS call with the network of the second RAT (120, 122).
A tubing mounted completion assembly comprising: at least one downhole valve assembly; and at least one contingency device (12, 14, 16, 18) associated with and separate from the downhole valve assembly, wherein the contingency device (12, 14, 16, 18) is adapted to operate upon failure of the downhole valve assembly, and wherein the assembly comprises a plurality of contingency devices (12, 14, 16, 18) each arranged in series with the downhole valve assembly, wherein the tubing mounted completion assembly comprises a contingency device operable to control flow of production fluid around the downhole valve assembly when it is closed due to failure to open. at least one downhole valve assembly; and at least one contingency device (12, 14, 16, 18) associated with and separate from the downhole valve assembly, wherein the contingency device (12, 14, 16, 18) is adapted to operate upon failure of the downhole valve assembly, and wherein the assembly comprises a plurality of contingency devices (12, 14, 16, 18) each arranged in series with the downhole valve assembly, wherein the tubing mounted completion assembly comprises a contingency device operable to control flow of production fluid around the downhole valve assembly when it is closed due to failure to open.
An inkjet recording device comprising: an inkjet head which is provided with one or more nozzles which perform ejection of ink; an ink supplier which is configured to supply ink to the inkjet head; a head driver which is configured to perform a driving operation to cause a pressure variation of ink in the nozzles regarding the ejection; and a controller which is configured to control an operation of the ink supplier and an operation of the head driver, wherein the inkjet head comprises: a common flow path in which supplied ink to the inkjet head flows; a filter which is provided in the common flow path and through which supplied ink passes; one or more individual flow paths which respectively feed ink having passed through the filter from the common flow path to each of the nozzles; and a first discharge port from which ink having passed through the filter and being in the common flow path is discharged; wherein, in a bubble discharging operation of ink in the inkjet head, the controller is configured to cause the ink supplier to supply ink with a pressure which allows ink to leak out from the nozzles, while the controller causes the head driver to apply a driving voltage pattern having a minute vibration waveform for deforming an individual flow paths, so that ink is discharged from the first discharge port and leaks from the one or more nozzles. an inkjet head which is provided with one or more nozzles which perform ejection of ink; an ink supplier which is configured to supply ink to the inkjet head; a head driver which is configured to perform a driving operation to cause a pressure variation of ink in the nozzles regarding the ejection; and a controller which is configured to control an operation of the ink supplier and an operation of the head driver, wherein the inkjet head comprises: a common flow path in which supplied ink to the inkjet head flows; a filter which is provided in the common flow path and through which supplied ink passes; one or more individual flow paths which respectively feed ink having passed through the filter from the common flow path to each of the nozzles; and a first discharge port from which ink having passed through the filter and being in the common flow path is discharged; a common flow path in which supplied ink to the inkjet head flows; a filter which is provided in the common flow path and through which supplied ink passes; one or more individual flow paths which respectively feed ink having passed through the filter from the common flow path to each of the nozzles; and a first discharge port from which ink having passed through the filter and being in the common flow path is discharged; wherein, in a bubble discharging operation of ink in the inkjet head, the controller is configured to cause the ink supplier to supply ink with a pressure which allows ink to leak out from the nozzles, while the controller causes the head driver to apply a driving voltage pattern having a minute vibration waveform for deforming an individual flow paths, so that ink is discharged from the first discharge port and leaks from the one or more nozzles.
A computer implemented method for authorizing a print job, the method comprising: when a client computer initiates communication with a host computer, via a communication link, providing an agent from the host computer to the client computer; after the agent has been loaded on the client computer, receiving at the host computer an immediate communication from the agent; by the host computer, assigning an authorization code to the client computer and storing the authorization code; providing the stored authorization code to the agent when the agent attempts to retrieve the authorization code; at the host computer, receiving a print job comprising the authorization code from the client computer; and in the host computer, checking whether the authorization code included in the print job is valid, by comparing the authorization code in the print job with the stored authorization code; and depending on the decision in the step of checking, by the host computer, enabling or disabling the print job from printing. when a client computer initiates communication with a host computer, via a communication link, providing an agent from the host computer to the client computer; after the agent has been loaded on the client computer, receiving at the host computer an immediate communication from the agent; by the host computer, assigning an authorization code to the client computer and storing the authorization code; providing the stored authorization code to the agent when the agent attempts to retrieve the authorization code; at the host computer, receiving a print job comprising the authorization code from the client computer; and in the host computer, checking whether the authorization code included in the print job is valid, by comparing the authorization code in the print job with the stored authorization code; and depending on the decision in the step of checking, by the host computer, enabling or disabling the print job from printing.
A method of transmitting a broadcast signal, the method comprising: encoding PLP data for delivering a service; mapping the encoded PLP data into symbols; building a signal frame including the mapped symbols; modulating the mapped symbols in the signal frame according to an orthogonal frequency division multiplexing, OFDM, scheme, transmitting the broadcast signal including the modulated symbols, wherein the broadcast signal includes P1 symbol at a beginning part of the modulated symbols; wherein the P1 symbol has a structure where a first portion, a second portion, and a third portion exist in time, wherein the first portion is a cyclic prefix that is obtained by frequency-shifting the foremost part of the second portion and wherein the third portion is a cyclic suffix that is obtained by frequency-shifting the backmost part of the second portion, and wherein the broadcast signal further includes P2 symbol, wherein the P2 symbol is transmitted with the same Fast Fourier Transform,FFT, size as the modulated symbols; encoding PLP data for delivering a service; mapping the encoded PLP data into symbols; building a signal frame including the mapped symbols; modulating the mapped symbols in the signal frame according to an orthogonal frequency division multiplexing, OFDM, scheme, transmitting the broadcast signal including the modulated symbols, wherein the broadcast signal includes P1 symbol at a beginning part of the modulated symbols; wherein the P1 symbol has a structure where a first portion, a second portion, and a third portion exist in time, wherein the first portion is a cyclic prefix that is obtained by frequency-shifting the foremost part of the second portion and wherein the third portion is a cyclic suffix that is obtained by frequency-shifting the backmost part of the second portion, and wherein the broadcast signal further includes P2 symbol, wherein the P2 symbol is transmitted with the same Fast Fourier Transform,FFT, size as the modulated symbols;
An infill material for an artificial turf system comprising: a plurality of wood particles, each particle defining a length dimension greater than a width or a thickness dimension, each particle length dimension being oriented generally parallel to a grain structure of each particle, the length dimension in a range of about 1 mm to about 10 mm, the length and one of the width or thickness dimensions defining an aspect ratio within a range of 4:1 to 10:1, each particle maintaining a water absorptive property that permits water to be retained by the particle and released over time to disperse heat from the infill material, characterized in that the wood particles are processed by tumbling or abrading to round off edges of the wood particles such that the edges of the wood particles are smoothed in comparison to a cut surface having a sharp, angular edge form. a plurality of wood particles, each particle defining a length dimension greater than a width or a thickness dimension, each particle length dimension being oriented generally parallel to a grain structure of each particle, the length dimension in a range of about 1 mm to about 10 mm, the length and one of the width or thickness dimensions defining an aspect ratio within a range of 4:1 to 10:1, each particle maintaining a water absorptive property that permits water to be retained by the particle and released over time to disperse heat from the infill material, characterized in that the wood particles are processed by tumbling or abrading to round off edges of the wood particles such that the edges of the wood particles are smoothed in comparison to a cut surface having a sharp, angular edge form.
Device for transferring product stacks comprising a delivery station, a receiving station and a transfer device, which comprises a connecting element for connecting the transfer device to a transport device, wherein the transfer device comprises a plurality of receiving areas for product stacks which are delimited by guiding elements (8, 9) provided with spring-loaded closing elements and the transfer device comprises plates which are to be moved into the receiving areas spring-loaded towards the closing elements along the direction of the guiding elements (8, 9).
Device for supporting at least one solar panel, comprising a rectangular frame with two opposite struts (1, 2), with at least two support arrangements (S1, S2), each of which has a support bar, one side of which has at least one first fastening element on it for securing one strut, the support bar having, pivotally mounted on it at a specific distance from the first fastening element, at least one support, whose free end has a second fastening element for securing the other one strut lying opposite the one strut, support being in the form of a U-profile that has a base section and two legs opposite one another that extend away from the base section at a distance (B1, B2) greater than a width of the support bar, so that when folded the U-profile partially surrounds the support bar characterized in that the second fastening element is formed of fastening sections that extend over the U-profile's base section, each of which has a slot opening toward the U-profile's base section to engage into the other one strut, and in that the free end of the support has a securing section that extends from the U-profile's base section and that is bent back in the direction toward the slot.
A food processing apparatus for preparing a fluid food product comprising: a food processing chamber including a blade arrangement driven by a motor; a particle sensor arranged to measure an actual particle size within said fluid food product in said food processing chamber; a controller arranged to control said motor, wherein the controller is communicatively coupled to the particle sensor, characterized in that the controller is adapted to disengage said motor in response to a signal from the particle sensor indicative of the actual particle size reaching a threshold value of no less than 400 μm within said fluid food product. a food processing chamber including a blade arrangement driven by a motor; a particle sensor arranged to measure an actual particle size within said fluid food product in said food processing chamber; a controller arranged to control said motor, wherein the controller is communicatively coupled to the particle sensor, characterized in that the controller is adapted to disengage said motor in response to a signal from the particle sensor indicative of the actual particle size reaching a threshold value of no less than 400 μm within said fluid food product.
Filter, comprising: - an input interface for receiving a command on the basis of a first protocol, - an output interface for outputting a command, - a first interface module, - a second interface module, wherein - the first interface module is connected to the input interface and the second interface module for signalling purposes, - the second interface module is connected to the output interface and the first interface module for signalling purposes, - the first interface module is configured to forward the command received via the input interface to the second interface module with a break in protocol, - the second interface module is configured to only forward those parts of the command coming from the first interface module, which are stored in the second interface module, to the output interface, - a piece of software of the second interface module cannot be modified via the input interface, characterised in that a command transfer from the first interface module to the second interface module is parallel, wherein - the interface modules (K1, K2) each comprise n connections (A1..n) for the parallel command transfer, - at least one connection (Ai) of the second interface module is not connected to the connection (Ai) of the first interface module which is associated by default. - an input interface for receiving a command on the basis of a first protocol, - an output interface for outputting a command, - a first interface module, - a second interface module, wherein - the first interface module is connected to the input interface and the second interface module for signalling purposes, - the second interface module is connected to the output interface and the first interface module for signalling purposes, - the first interface module is configured to forward the command received via the input interface to the second interface module with a break in protocol, - the second interface module is configured to only forward those parts of the command coming from the first interface module, which are stored in the second interface module, to the output interface, - a piece of software of the second interface module cannot be modified via the input interface, - the interface modules (K1, K2) each comprise n connections (A1..n) for the parallel command transfer, - at least one connection (Ai) of the second interface module is not connected to the connection (Ai) of the first interface module which is associated by default.
A benzoylpyrazole compound represented by the formula or its salt: wherein R 1 is alkyl or cycloalkyl, R 2 is a hydrogen atom or alkyl, R 3 is alkyl; cycloalkyl; haloalkyl; alkoxyalkyl; alkoxycarbonylalkyl; alkenyl; or arylalkyl which may be substituted by R 8, R 4 is alkyl; haloalkyl; alkoxy; halogen; nitro; cyano; alkylthio; alkylsulfinyl; or alkylsulfonyl, R 5 is an alkoxyalkoxy; R 6 is haloalkyl; halogen; nitro; cyano; alkylthio; alkylsulfinyl; or alkylsulfonyl, and R 8 is halogen; alkyl; or alkoxy. R 1 is alkyl or cycloalkyl, R 2 is a hydrogen atom or alkyl, R 3 is alkyl; cycloalkyl; haloalkyl; alkoxyalkyl; alkoxycarbonylalkyl; alkenyl; or arylalkyl which may be substituted by R 8, R 4 is alkyl; haloalkyl; alkoxy; halogen; nitro; cyano; alkylthio; alkylsulfinyl; or alkylsulfonyl, R 5 is an alkoxyalkoxy; R 6 is haloalkyl; halogen; nitro; cyano; alkylthio; alkylsulfinyl; or alkylsulfonyl, and R 8 is halogen; alkyl; or alkoxy.
A method for prioritizing incoming datalink messages, comprising the steps of: receiving a datalink message in an aircraft; parsing the received datalink message into individual information elements; assessing the relevance of the received datalink message from the individual information elements; and categorizing the received datalink message into one of a plurality of playback priority categories, based on the assessed relevance of the received datalink message, characterized by further comprising: estimating pilot workload level; and categorizing the received datalink message into one of the plurality of playback priority categories based additionally on the estimated pilot workload level. receiving a datalink message in an aircraft; parsing the received datalink message into individual information elements; assessing the relevance of the received datalink message from the individual information elements; and categorizing the received datalink message into one of a plurality of playback priority categories, based on the assessed relevance of the received datalink message, characterized by further comprising: estimating pilot workload level; and categorizing the received datalink message into one of the plurality of playback priority categories based additionally on the estimated pilot workload level. estimating pilot workload level; and categorizing the received datalink message into one of the plurality of playback priority categories based additionally on the estimated pilot workload level.
A photographing apparatus comprising: an image sensor (100, 300) configured to include a plurality of pixels, each pixel comprising a Photo Diode (110, 310) and a Storage Diode (120, 320), said Storage Diode configured to temporarily store a charge accumulated in the Photo Diode; and an image processor configured to receive the charge stored in the Storage Diode of each of the plurality of pixels, wherein a first pixel among the plurality of pixels comprises a first Storage Diode and a first Photo Diode, a second pixel adjacent to the first pixel among the plurality of pixels comprises a second Storage Diode and a second Photo Diode, characterised in that the first Photo Diode, the first Storage Diode, the second Storage Diode and the second Photo Diodes are spatially sequentially in this order disposed. an image sensor (100, 300) configured to include a plurality of pixels, each pixel comprising a Photo Diode (110, 310) and a Storage Diode (120, 320), said Storage Diode configured to temporarily store a charge accumulated in the Photo Diode; and an image processor configured to receive the charge stored in the Storage Diode of each of the plurality of pixels, wherein a first pixel among the plurality of pixels comprises a first Storage Diode and a first Photo Diode, a second pixel adjacent to the first pixel among the plurality of pixels comprises a second Storage Diode and a second Photo Diode, characterised in that the first Photo Diode, the first Storage Diode, the second Storage Diode and the second Photo Diodes are spatially sequentially in this order disposed.
A shaft coupling comprising: - a first shaft segment and a second shaft segment, said second shaft segment being hollow and said first shaft segment being concentric to and mounted within said second shaft segment, said second shaft segment comprising a plurality of inner teeth distributed, at least partially, along its inner perimeter and said first shaft segment comprises a plurality of outer teeth distributed, at least partially, along its outer perimeter; - coupling means for coupling said first shaft segment to said second shaft segment; said coupling means coupling or uncoupling the first shaft segment to/from the second shaft segment, to selectively transmit power from one segment to the other, said coupling means comprising a plurality of inner and outer teeth distributed, at least partially, along its inner and outer perimeters respectively, and that mesh with said plurality of teeth (21,22) of said first and second shaft segments (11, 12); characterized in that said coupling means is associated with a pressure chamber that allows said coupling means to axially slide along said first and said second shaft segments (11, 12) as the pressure varies in the chamber, wherein the pressure chamber is formed by a jacket mounted between the first and second shaft segments (11,12), whereby the pressure chamber is formed between the inner wall of the second shaft segment and the jacket. - a first shaft segment and a second shaft segment, said second shaft segment being hollow and said first shaft segment being concentric to and mounted within said second shaft segment, said second shaft segment comprising a plurality of inner teeth distributed, at least partially, along its inner perimeter and said first shaft segment comprises a plurality of outer teeth distributed, at least partially, along its outer perimeter; - coupling means for coupling said first shaft segment to said second shaft segment;