mhurhangee/patent-ind-claim-en huggingface dataset:
A spray bar injector comprising: a spray bar defining a longitudinal axis (A) and including a fluid inlet and a plurality of spray outlet orifices spaced apart longitudinally in a direction along the longitudinal axis (A), characterised in that the spray bar injector comprises: a check valve operatively connected to each spray outlet orifice ; a master valve in fluid communication with the fluid inlet , operatively connected to: divert flow from the fluid inlet into a first passage and block flow into a second passage in a first position to open the check valves and issue a spray from the spray outlet orifices ; and divert flow from the fluid inlet into the second passage and block flow into the first passage in a second position to close the check valves and block issue of spray from the spray outlet orifices . a spray bar defining a longitudinal axis (A) and including a fluid inlet and a plurality of spray outlet orifices spaced apart longitudinally in a direction along the longitudinal axis (A), characterised in that the spray bar injector comprises: a check valve operatively connected to each spray outlet orifice ; a master valve in fluid communication with the fluid inlet , operatively connected to: divert flow from the fluid inlet into a first passage and block flow into a second passage in a first position to open the check valves and issue a spray from the spray outlet orifices ; and divert flow from the fluid inlet into the second passage and block flow into the first passage in a second position to close the check valves and block issue of spray from the spray outlet orifices . a check valve operatively connected to each spray outlet orifice ; a master valve in fluid communication with the fluid inlet , operatively connected to: divert flow from the fluid inlet into a first passage and block flow into a second passage in a first position to open the check valves and issue a spray from the spray outlet orifices ; and divert flow from the fluid inlet into the second passage and block flow into the first passage in a second position to close the check valves and block issue of spray from the spray outlet orifices . divert flow from the fluid inlet into a first passage and block flow into a second passage in a first position to open the check valves and issue a spray from the spray outlet orifices ; and divert flow from the fluid inlet into the second passage and block flow into the first passage in a second position to close the check valves and block issue of spray from the spray outlet orifices .
A laundry drying machine comprising a body ; a drum which is positioned in the body , which has at least one air inlet opening and an air outlet opening and wherein the drying process is realized; at least one fan which sucks air from the outer environment and directs the same towards the drum ; at least one heater for heating the ambient air which is sucked before entering the drum ; a temperature sensor which is configured to detect the temperature of the air exiting the drum ; and at least one air outlet which enables the air exiting the drum to be discharged from the body , at least one control unit which is connected to the temperature sensor so as to be in data communication with the same and which is configured to estimate the temperature level of the environment outside the body and the load level in the drum using at least the temperature value detected by the temperature sensor , and enable the drying process to be realized based on the estimated temperature level of the environment outside the body and the estimated load level in the drum characterized by the control unit which is configured to check if the temperature of the air exiting the drum detected by the temperature sensor reaches a target temperature value (T 2 ) predetermined based on the temperature level of the outer environment and the load level in the drum after estimating the temperature level of the outer environment and the load level in the drum and to finalize the drying process if, after the control process, it is detected that said target temperature value (T 2 ) is reached and the control unit which is configured, in order to estimate the amount of load in the drum , to determine a second reference temperature value (T 2,ref ) predetermined in relation to the temperature of the outer environment and saved by the producer based on the estimated temperature of the outer environment, to calculate the difference (ΔT act ) between the actual temperature of the air (T act1 ) detected by the temperature sensor and said second reference temperature value (T 2,ref ), to compare the calculated difference (ΔT act ) with at least one threshold difference value (ΔT ref1 ) predetermined and saved, and to categorize, based on the result of the comparison, the amount of load in the drum based on at least two predetermined categories and wherein the control unit which is configured, in order to estimate the load level in the drum , to compare the difference (ΔT act ) between the actual temperature (T act1 ) of the air exiting the drum detected by the temperature sensor and said second reference temperature value (T 2,ref ) with two different threshold difference values (ΔT ref1 , ΔT ref2 ).
A method of preserving a composition comprising the step of adding to the composition an antimicrobial preservation system comprising: (i) itaconic acid or salt thereof and (ii) a secondary preservation chemical selected from the group consisting of a terpineol, geraniol, perillyl alcohol and mixtures thereof. (i) itaconic acid or salt thereof and (ii) a secondary preservation chemical selected from the group consisting of a terpineol, geraniol, perillyl alcohol and mixtures thereof.
Electronic control of a compressor , the electronic control disposed in an encasement , wherein the electronic control comprises: a main board associated to a plurality of auxiliary boards , wherein the electronic control is characterized in that : one of the auxiliary boards is a heat-generating board , wherein the heat-generating board is disposed at a first distance (Di) in relation to a first wall of the encasement (Pi), wherein the other auxiliary boards are disposed at least at a second distance (D2, D3) in relation to the first wall of the encasement (Pi), wherein the first distance (Di) is less than the second distance (D2), wherein each auxiliary board and the main board comprises an operation face and a track face , wherein the operation face of the heat-generating board faces the first wall of the encasement (Pi) and the operation face of the other auxiliary boards faces a second wall of the encasement (P2), wherein the first wall (Pi) is opposite the second wall (P2). one of the auxiliary boards is a heat-generating board , wherein the heat-generating board is disposed at a first distance (Di) in relation to a first wall of the encasement (Pi), wherein the other auxiliary boards are disposed at least at a second distance (D2, D3) in relation to the first wall of the encasement (Pi), wherein the first distance (Di) is less than the second distance (D2), wherein each auxiliary board and the main board comprises an operation face and a track face , wherein the operation face of the heat-generating board faces the first wall of the encasement (Pi) and the operation face of the other auxiliary boards faces a second wall of the encasement (P2), wherein the first wall (Pi) is opposite the second wall (P2).
A bandwidth part BWP switching method in 3GPP New Radio performed by a terminal device, wherein the terminal device is configured with a timer and configured to receive signal on an active first BWP, the method comprising: when the timer expires, determining to switch from the active first bandwidth part BWP to a second BWP, wherein the active first BWP is not the second BWP; and characterized in that method further comprises: determining, based on a discontinuous reception DRX state of the terminal device and a long DRX cycle, whether to start the timer, and starting the timer when a duration when the terminal device is in the long DRX cycle is longer than a preset duration, or when a number of long DRX cycles is greater than a preset quantity, and the method further comprises: stopping the timer when the terminal device is no longer in the long DRX cycle before the timer expires, wherein the timer is a DRX-inactivity timer. when the timer expires, determining to switch from the active first bandwidth part BWP to a second BWP, wherein the active first BWP is not the second BWP; and characterized in that method further comprises: determining, based on a discontinuous reception DRX state of the terminal device and a long DRX cycle, whether to start the timer, and starting the timer when a duration when the terminal device is in the long DRX cycle is longer than a preset duration, or when a number of long DRX cycles is greater than a preset quantity, and the method further comprises: stopping the timer when the terminal device is no longer in the long DRX cycle before the timer expires, wherein the timer is a DRX-inactivity timer. stopping the timer when the terminal device is no longer in the long DRX cycle before the timer expires, wherein the timer is a DRX-inactivity timer.
A dock shelter module that is configured for being disposed at a side of a warehouse and configured to connect the inside and outside of the warehouse, the dock shelter module comprising: a top frame ; a pair of side frames coupled to both sides of the top frame , longitudinally extending, and forming a loading-unloading space in cooperation with the top frame; a bottom frame coupled to the lower ends of the side frames and having a dock leveler seated thereon; a first gate coupled to the top frame , disposed at the front of the loading-unloading space, and opening and closing the outside of the warehouse and the loading-unloading space; a second gate coupled to the top frame , disposed at the rear of the loading-unloading space, and opening and closing the inside of the warehouse and the loading-unloading space; and an air curtain generator installed on the bottom of the top frame between the first gate and the second gate , gate, and forming an air curtain in the loading-unloading space in accordance with whether the first gate and the second gate are opened and closed. a top frame ; a pair of side frames coupled to both sides of the top frame , longitudinally extending, and forming a loading-unloading space in cooperation with the top frame; a bottom frame coupled to the lower ends of the side frames and having a dock leveler seated thereon; a first gate coupled to the top frame , disposed at the front of the loading-unloading space, and opening and closing the outside of the warehouse and the loading-unloading space; a second gate coupled to the top frame , disposed at the rear of the loading-unloading space, and opening and closing the inside of the warehouse and the loading-unloading space; and an air curtain generator installed on the bottom of the top frame between the first gate and the second gate , gate, and forming an air curtain in the loading-unloading space in accordance with whether the first gate and the second gate are opened and closed.
A self-triggering ventilation valve for automatically self-opening after a pre-set time, the ventilation valve comprises: - a body having a body shape for engaging a channel opening of a window , the body comprising a body channel for allowing passage of an air flow from the channel opening and through the body ; - a block member connected to the body and being displaceable between an open position and a closed position blocking the body channel ; and - an actuator unit comprising: - a displacement member being adapted for displacing the block member from the closed position to the open position ; - a trigger member configured for detecting the block member being displaced to the closed position ; and - a controller configured for activating the displacement member after a pre-set time of detecting the block member being in the closed position by displacing the block member from the closed position to the open position . - a body having a body shape for engaging a channel opening of a window , the body comprising a body channel for allowing passage of an air flow from the channel opening and through the body ; - a block member connected to the body and being displaceable between an open position and a closed position blocking the body channel ; and - an actuator unit comprising: - a displacement member being adapted for displacing the block member from the closed position to the open position ; - a trigger member configured for detecting the block member being displaced to the closed position ; and - a controller configured for activating the displacement member after a pre-set time of detecting the block member being in the closed position by displacing the block member from the closed position to the open position . - a displacement member being adapted for displacing the block member from the closed position to the open position ; - a trigger member configured for detecting the block member being displaced to the closed position ; and - a controller configured for activating the displacement member after a pre-set time of detecting the block member being in the closed position by displacing the block member from the closed position to the open position .
A method, comprising: providing , by a user equipment to a serving network node, capability information indicating at least the user equipment's capability to search for sounding reference signal timing; receiving sounding reference signal configuration in a measurement request from the serving network node; performing , by the user equipment, at least one cross link interference sounding reference signal reference signal received power measurement as specified in the sounding reference signal configuration; and reporting , to the serving network node, cross link interference sounding reference signal reference signal received power measurement results. providing , by a user equipment to a serving network node, capability information indicating at least the user equipment's capability to search for sounding reference signal timing; receiving sounding reference signal configuration in a measurement request from the serving network node; performing , by the user equipment, at least one cross link interference sounding reference signal reference signal received power measurement as specified in the sounding reference signal configuration; and reporting , to the serving network node, cross link interference sounding reference signal reference signal received power measurement results.
An electrophotographic image forming apparatus comprising: an image carrier ; a developer carrier configured to adhere toner onto the image carrier ; an image density detector configured to detect a density of an image on the image carrier formed by the developer carrier adhering the toner onto the image carrier ; a rotary member , wherein an image pattern is formed on the outer circumferential surface of the rotary member , and the density of the image pattern is detected by the image density detector ; and a rotational position detector configured to detect a rotational position of one of the image carrier and the developer carrier , wherein the image forming apparatus further comprises a writing unit , characterized in that a determination of a leading end and/or a trailing end position of the image pattern formed on the rotary member in the sub-scanning direction is performed responsive to: the rotational position of the image carrier detected by the rotational position detector ; an interval between a writing position on the image carrier at which the writing unit adheres toner and a detection position of the image pattern by the image density detector ; and a process linear speed of the image carrier over the interval. an image carrier ; a developer carrier configured to adhere toner onto the image carrier ; an image density detector configured to detect a density of an image on the image carrier formed by the developer carrier adhering the toner onto the image carrier ; a rotary member , wherein an image pattern is formed on the outer circumferential surface of the rotary member , and the density of the image pattern is detected by the image density detector ; and a rotational position detector configured to detect a rotational position of one of the image carrier and the developer carrier , wherein the image forming apparatus further comprises a writing unit , characterized in that a determination of a leading end and/or a trailing end position of the image pattern formed on the rotary member in the sub-scanning direction is performed responsive to: the rotational position of the image carrier detected by the rotational position detector ; an interval between a writing position on the image carrier at which the writing unit adheres toner and a detection position of the image pattern by the image density detector ; and a process linear speed of the image carrier over the interval. the rotational position of the image carrier detected by the rotational position detector ; an interval between a writing position on the image carrier at which the writing unit adheres toner and a detection position of the image pattern by the image density detector ; and a process linear speed of the image carrier over the interval.
An apparatus comprising means configured at least to: generate, during an instantiation process of a virtualised network function component wherein the instantiation process comprises generation of a key-pair, of a public key infrastructure, for the virtualised network function component by a security management entity external to the virtualised network, an attribute for the virtualised network function component, wherein the attribute is unique to the virtualised network function component; assign the attribute to the virtualised network function component; and wherein the attribute comprises a trust attribute comprising the key-pair; and wherein the attribute is usable by the virtualised network function component for one or more of: identification thereof in the virtualised network; authorization thereof in the virtualised network; and proving one or more characteristics of the virtualised network function component. generate, during an instantiation process of a virtualised network function component wherein the instantiation process comprises generation of a key-pair, of a public key infrastructure, for the virtualised network function component by a security management entity external to the virtualised network, an attribute for the virtualised network function component, wherein the attribute is unique to the virtualised network function component; assign the attribute to the virtualised network function component; and wherein the attribute comprises a trust attribute comprising the key-pair; and wherein the attribute is usable by the virtualised network function component for one or more of: identification thereof in the virtualised network; authorization thereof in the virtualised network; and proving one or more characteristics of the virtualised network function component. identification thereof in the virtualised network; authorization thereof in the virtualised network; and proving one or more characteristics of the virtualised network function component.
DC voltage converter for supplying redundant systems in safety engineering with a first and at least one second processing channel, comprising a transformer which is connected on the primary side via a switching element (T1) to an input voltage (UE) in a controllable manner and which has on the secondary side a first and at least one second output circuit for providing in each case an output voltage (U1, U2) for supplying one processing channel in each case, a pulse-width modulator which controls the primary-side switching element (T1) in pulsed manner, and a regulating device , the regulating device being assigned to the first output circuit and being designed to regulate the pulse-width modulator in such a way that a first output voltage (U1) of the first output circuit is stabilized, and wherein each second output circuit is assigned a voltage regulator on the output side which stabilises a second output voltage (U2) of the respective second output circuit, the transformer has a single secondary winding (L2) on the secondary side, the second output circuits are connected in parallel with the first output circuit to the first secondary winding (L2), and the first output circuit comprises a first diode (D1), characterized in that the first output circuit comprises at least one further diode (D3, D4), said at least one further diode (D3, D4) being connected in series with said first diode (D1).
An inkjet printing apparatus comprising: an ink tank configured to contain an ink to be supplied to a printing head that ejects the ink, the ink being injected from an ink bottle ; a first passage defined by a first upper end portion and a first lower end portion , the first upper end portion , which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank , the first lower end portion opening to an inside of the ink tank ; and a second passage defined by a second upper end portion and a second lower end portion , the second upper end portion , which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank , the second lower end portion opening to an inside of the ink tank , the second passage being shorter than the first passage such that the second upper end portion and the second lower end portion are located between the first upper end portion and the first lower end portion , characterized in that the first passage has a tapered shape, and a sectional area of the first lower end portion is larger than a sectional area of the first upper end portion . an ink tank configured to contain an ink to be supplied to a printing head that ejects the ink, the ink being injected from an ink bottle ; a first passage defined by a first upper end portion and a first lower end portion , the first upper end portion , which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank , the first lower end portion opening to an inside of the ink tank ; and a second passage defined by a second upper end portion and a second lower end portion , the second upper end portion , which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank , the second lower end portion opening to an inside of the ink tank , the second passage being shorter than the first passage such that the second upper end portion and the second lower end portion are located between the first upper end portion and the first lower end portion , characterized in that the first passage has a tapered shape, and a sectional area of the first lower end portion is larger than a sectional area of the first upper end portion .