mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring development parameters of a LEP printer, wherein the LEP printer includes a Binary Ink Development unit comprising one or more of the following elements: a developer cylinder charged at a voltage operative to develop a latent image on a photoconductor of the printer; an electrode charged at a voltage operative to coat the developer cylinder with toner; a squeegee roller charged at a voltage operative to urge toner particles toward the charged developer cylinder; and a cleaning cylinder charged at a voltage operative to clean off charged toner from the developer cylinder, the method comprising: defining an operational window for a current utilized by at least one of said elements of the printer; monitoring the current to determine a deviation of the current outside the operational window; characterized in that the method further comprises: automatically adding charge director to the printer on-the-fly when the deviation of the current outside the operational window is determined to exist; and adjusting developer and/or electrode voltage on-the-fly when the deviation of the current outside the operational window is determined to exist and when the addition of charge director is not effective in compensating for the deviation in the current. a developer cylinder charged at a voltage operative to develop a latent image on a photoconductor of the printer; an electrode charged at a voltage operative to coat the developer cylinder with toner; a squeegee roller charged at a voltage operative to urge toner particles toward the charged developer cylinder; and a cleaning cylinder charged at a voltage operative to clean off charged toner from the developer cylinder, the method comprising: defining an operational window for a current utilized by at least one of said elements of the printer; monitoring the current to determine a deviation of the current outside the operational window; defining an operational window for a current utilized by at least one of said elements of the printer; monitoring the current to determine a deviation of the current outside the operational window; characterized in that the method further comprises: automatically adding charge director to the printer on-the-fly when the deviation of the current outside the operational window is determined to exist; and adjusting developer and/or electrode voltage on-the-fly when the deviation of the current outside the operational window is determined to exist and when the addition of charge director is not effective in compensating for the deviation in the current. automatically adding charge director to the printer on-the-fly when the deviation of the current outside the operational window is determined to exist; and adjusting developer and/or electrode voltage on-the-fly when the deviation of the current outside the operational window is determined to exist and when the addition of charge director is not effective in compensating for the deviation in the current.
A reducer with a double-clutch structure, comprising a source power input shaft and a power output shaft; a shell for accommodating all the components, a speed reduction mechanism being arranged inside the shell and comprising a driving device and a driven device mated with the driving device; the driven device being installed on the output shaft and freely rotating around the output shaft; a first clutch device which is arranged on the output shaft synchronously and rotatably and can move in an engaging position and a disengaging position along the output shaft; the first clutch device being driven by the driven device in the engaging position and driving the output shaft at the same time; a second clutch device which is installed on the output shaft synchronously and rotatably and can move in the engaging position and the disengaging position along the output shaft; the second clutch device being meshed with the driven device in the engaging position and driving the output shaft; characterized in that: a clutch control device which operates the first clutch device and the second clutch device simultaneously to move in the engaging position and the disengaging position along the output shaft; the first clutch device always performing engaging earlier than the second clutch device and performing disengaging later than the second clutch device; wherein, the first clutch device is axially arranged between the driven device and the second clutch device; the first clutch device and the second clutch device rotate coaxially and synchronously; and when the clutch control device operates the second clutch device to move axially to the engaging position from the disengaging position, the first clutch device is axially pushed to the engaging position from the disengaging position by the second clutch device. a clutch control device which operates the first clutch device and the second clutch device simultaneously to move in the engaging position and the disengaging position along the output shaft; the first clutch device always performing engaging earlier than the second clutch device and performing disengaging later than the second clutch device; wherein, the first clutch device is axially arranged between the driven device and the second clutch device; the first clutch device and the second clutch device rotate coaxially and synchronously; and when the clutch control device operates the second clutch device to move axially to the engaging position from the disengaging position, the first clutch device is axially pushed to the engaging position from the disengaging position by the second clutch device.
A mobile communication system comprising: a specific cell (111B, 211B) configured to allow a specific user to be provided with a service and to allow a non-specific user other than the specific user to be provided with a limited service; and a management unit configured to manage a presence state of the non-specific user in the specific cell in addition to a presence state of the specific user in the specific cell, wherein the management unit is configured to allow a non-specific user to perform an attach process to the specific cell and a location registration to the specific cell even when the specific cell is configured to allow only a specific user managed by the specific cell to be provided with a service. a specific cell (111B, 211B) configured to allow a specific user to be provided with a service and to allow a non-specific user other than the specific user to be provided with a limited service; and a management unit configured to manage a presence state of the non-specific user in the specific cell in addition to a presence state of the specific user in the specific cell, wherein the management unit is configured to allow a non-specific user to perform an attach process to the specific cell and a location registration to the specific cell even when the specific cell is configured to allow only a specific user managed by the specific cell to be provided with a service.
A blow pen to which a paint pen storing an aqueous or oily paint is coupled and which is used for drawing a picture by spraying a paint absorbed to a pen core of a paint pen tip using wind blown from a mouth, comprising: an injection guide portion to which the paint pen is coupled and which sprays the paint absorbed to the pen core to the outside through an injection opening using wind discharged therefrom; and a tube which is formed of a flexible material to have a predetermined length and of which one end portion is connected to a side surface of the injection guide portion and the other end portion is connected to an injection portion used to inject wind thereinto while contacting a mouth of a user, wherein a plurality of guide plates are formed inside the injection guide portion in a protruding manner at the same interval along a circumference of the injection guide portion to guide a movement of wind so that wind supplied from the tube is discharged toward the injection opening while surrounding the outside of the pen core, characterized in that each guide plate includes a fixed portion which is coupled to the paint pen by fitting and a guide portion which forms a gap with respect to a tip of the paint pen. an injection guide portion to which the paint pen is coupled and which sprays the paint absorbed to the pen core to the outside through an injection opening using wind discharged therefrom; and a tube which is formed of a flexible material to have a predetermined length and of which one end portion is connected to a side surface of the injection guide portion and the other end portion is connected to an injection portion used to inject wind thereinto while contacting a mouth of a user, wherein a plurality of guide plates are formed inside the injection guide portion in a protruding manner at the same interval along a circumference of the injection guide portion to guide a movement of wind so that wind supplied from the tube is discharged toward the injection opening while surrounding the outside of the pen core,
A method for monitoring vibrations produced by an area of operations, the method being implemented by means of a vibration monitoring sensor comprising a vibration sensor, a battery, a processing unit and a transmission unit of long-range low-consumption technology of the Low-Power Wide Area Network, LPWAN type, said transmission unit comprising a transmitter module allowing transmissions via an LPWAN network, the method comprising the following steps: E1: dividing an operating frequency range into several frequency sub-ranges; E2: for each frequency sub-range, defining an associated vibration threshold; E3: continuously acquiring measurements of vibrations being produced by the area of operations, by means of the vibration sensor; E4: periodically transmitting, at a sending period (Tenvoi), vibration data from the vibration measurements, the vibration data being transmitted to a remote server via the LPWAN network, by means of the transmission unit; E5: detecting a vibration event corresponding to at least one exceedance of a vibration threshold in the associated frequency sub-range, by means of the processing unit;: when a vibration event is detected, transmitting an alert to the remote server via the LPWAN network, by means of the transmission unit, the method for monitoring vibrations being characterized in that the LPWAN network is a network of the LoRaWan, SigFox or narrowband-loT type, and in that the alert is transmitted periodically, at each alert period (Talerte), the alert period (Talerte) being shorter than the sending period (Tenvoi). E1: dividing an operating frequency range into several frequency sub-ranges; E2: for each frequency sub-range, defining an associated vibration threshold; E3: continuously acquiring measurements of vibrations being produced by the area of operations, by means of the vibration sensor; E4: periodically transmitting, at a sending period (Tenvoi), vibration data from the vibration measurements, the vibration data being transmitted to a remote server via the LPWAN network, by means of the transmission unit; E5: detecting a vibration event corresponding to at least one exceedance of a vibration threshold in the associated frequency sub-range, by means of the processing unit;: when a vibration event is detected, transmitting an alert to the remote server via the LPWAN network, by means of the transmission unit, the method for monitoring vibrations being characterized in that the LPWAN network is a network of the LoRaWan, SigFox or narrowband-loT type, and in that the alert is transmitted periodically, at each alert period (Talerte), the alert period (Talerte) being shorter than the sending period (Tenvoi).
Outer cap device for a container having a neck, the opening of which is closed off by a closure device comprising a region to be secured, this device being made of a single piece of plastic and comprising: - a main body intended to be attached to the neck of the container, this main body comprising an upper wall having an opening which is intended to be placed facing this region to be secured when the main body is attached to the neck of this container so as to leave this region to be secured freely accessible, - a cover comprising an internal face and an inner skirt extending from this internal face, the internal face being closed in line with this inner skirt, this inner skirt being dimensioned to pass through the opening of the upper wall of the main body and surround the region to be secured when the cover is in the closed position, - holding means for locking the cover in the closed position and allowing it to be unlocked in order to move into the open position, these holding means being configured to press the free end of the inner skirt against the closure device when the cover is in the closed position, so as to form a sealed barrier surrounding the region to be secured in order to limit the exchanges between this region to be secured and the single interior volume of the inner skirt. - a main body intended to be attached to the neck of the container, this main body comprising an upper wall having an opening which is intended to be placed facing this region to be secured when the main body is attached to the neck of this container so as to leave this region to be secured freely accessible, - a cover comprising an internal face and an inner skirt extending from this internal face, the internal face being closed in line with this inner skirt, this inner skirt being dimensioned to pass through the opening of the upper wall of the main body and surround the region to be secured when the cover is in the closed position, - holding means for locking the cover in the closed position and allowing it to be unlocked in order to move into the open position, these holding means being configured to press the free end of the inner skirt against the closure device when the cover is in the closed position, so as to form a sealed barrier surrounding the region to be secured in order to limit the exchanges between this region to be secured and the single interior volume of the inner skirt.
Detergent composition suitable for removing soils from surfaces, comprising a complex of a metal of groups 2 to 15 of the periodic system of elements with a ligand of formula I, in which R stands for a linear or branched alkyl group, or a cycloalkyl, alkenyl, alkinyl, aryl or heteroaryl group with 1 to 20 C atoms, and each R', irrespective of each other, stands for H, a linear or branched alkyl group with 1 to 20 C atoms, -F, -CI, -Br, -I, -CF 3, O-R", -NO 2, -NH 2, -CO 2 R", -C(=O)R", -CHO, -Si(CH 3) 3, -SO 3 - M +, with M = Na, H or K, and with R" = H, alkyl, preferrably methyl or ethyl, or aryl, wherein in each hydrocarbon moiety one or more carbon atoms may be substituted by a heteroatom, preferably selected from the group encompassing O, N, S, Si, and P.
A pharmacy formulation preparation crock lid or pharmacy formulation preparation crock bottom of a pharmacy formulation preparation crock for preparing an individual pharmaceutical product in a pharmacy, wherein the pharmacy formulation preparation crock lid or pharmacy formulation preparation crock bottom is adapted for quick and detachable screw-fastening to a pharmacy formulation preparation device lifting arm for a pharmacy formulation preparation device for preparing an individual pharmaceutical product, comprising: a lid plate or a bottom plate, respectively, wherein the lid plate or the bottom plate, respectively, comprises a substantially cylindrical fastening extension, hollow on the inside, extending from the lid plate upwards or from the bottom plate downwards, respectively, and allowing access to the region of the pharmacy formulation preparation crock located below the lid plate or above the bottom plate, respectively, for detachably fastening the pharmacy formulation preparation crock lid to a lifting arm of the pharmacy formulation preparation device, characterized in that the fastening extension comprises on its outer surface at least two outer thread regions spaced apart from one another in the circumferential direction; the pharmacy formulation preparation crock lid or pharmacy formulation preparation crock bottom further comprises a positioning marker on the upper side of the lid plate or on the lower side of the bottom plate, respectively, for specifying the rotational insertion position of the pharmacy formulation preparation crock lid or the pharmacy formulation preparation crock bottom with respect to a pharmacy formulation preparation device lifting arm. a lid plate or a bottom plate, respectively, wherein the lid plate or the bottom plate, respectively, comprises a substantially cylindrical fastening extension, hollow on the inside, extending from the lid plate upwards or from the bottom plate downwards, respectively, and allowing access to the region of the pharmacy formulation preparation crock located below the lid plate or above the bottom plate, respectively, for detachably fastening the pharmacy formulation preparation crock lid to a lifting arm of the pharmacy formulation preparation device, characterized in that the fastening extension comprises on its outer surface at least two outer thread regions spaced apart from one another in the circumferential direction; the pharmacy formulation preparation crock lid or pharmacy formulation preparation crock bottom further comprises a positioning marker on the upper side of the lid plate or on the lower side of the bottom plate, respectively, for specifying the rotational insertion position of the pharmacy formulation preparation crock lid or the pharmacy formulation preparation crock bottom with respect to a pharmacy formulation preparation device lifting arm.
A method in a network node for selecting a gateway for a user equipment in a wireless communications network (300a; 300b), the wireless communications network (300a; 300b) comprising the network node and at least two gateways (307a; 307b; 307a'; 307b'; 308) being configured to provide packet data network connectivity to the user equipment located within a served cell, the method comprising: detecting a presence of a local gateway (307a; 307b; 307a'; 307b'), serving a local gateway service area (309a; 309b; 309a'; 309b'), among the at least two gateways (307a; 307b; 307a'; 307b'; 308), the local gateway being located in a Radio Access Network, RAN, of the wireless communications network; obtaining user equipment information comprising a type of the user equipment, the type of the user equipment being one of a stationary type or a mobile type, and wherein the type of the user equipment is determined based on user equipment mobility behaviour in relation to the detected local gateway service area (309a; 309b; 309a'; 309b'); and selecting,, based on the determined type of the user equipment, the detected local gateway (307a; 307b; 307a'; 307b') or another gateway among the at least two gateways (307a; 307b; 307a'; 307b'; 308) for providing packet data network connectivity to the user equipment, including selecting a global gateway for providing packet data network connectivity to the user equipment when the user equipment is determined to be a mobile type, the global gateway being located in a Core Network of the wireless communications network. detecting a presence of a local gateway (307a; 307b; 307a'; 307b'), serving a local gateway service area (309a; 309b; 309a'; 309b'), among the at least two gateways (307a; 307b; 307a'; 307b'; 308), the local gateway being located in a Radio Access Network, RAN, of the wireless communications network; obtaining user equipment information comprising a type of the user equipment, the type of the user equipment being one of a stationary type or a mobile type, and wherein the type of the user equipment is determined based on user equipment mobility behaviour in relation to the detected local gateway service area (309a; 309b; 309a'; 309b'); and selecting,, based on the determined type of the user equipment, the detected local gateway (307a; 307b; 307a'; 307b') or another gateway among the at least two gateways (307a; 307b; 307a'; 307b'; 308) for providing packet data network connectivity to the user equipment, including selecting a global gateway for providing packet data network connectivity to the user equipment when the user equipment is determined to be a mobile type, the global gateway being located in a Core Network of the wireless communications network.
A method for optimization of network signalling load in an Evolved Packet System EPS wherein an User Equipment UE has access to a network comprising a Core Network CN accessed by a Radio Access Network RAN, a method wherein CN assistance information is provided by a Mobility Management Entity MME to a eNodeB (eNodeB) for an UE, said CN assistance information including information determined in said MME based on a learning of a traffic pattern and/or a mobility pattern of said UE, and said CN assistance information is used in said eNodeB to adjust eNodeB parameters enabling to control transitions between idle and connected state for said UE.
A lighting device (13, 28, 30, 38) comprising: a connector portion (17, 32), at least a portion of said connector portion being electrically conductive, said connector portion being configured for connection to a socket of a lighting fixture; at least a first light emitter; a casing (16, 31), said casing (16, 31) at least partially enclosing said first light emitter; at least one heat transfer component (14, 27, 33, 35 comprising a plurality of springs), at least a first portion of said heat transfer component being in contact with a first portion of said casing (16, 31), said first portion of said casing being spaced from an axis of said connector portion (17, 32) by a first distance, at least a second portion of said heat transfer component (14, 27, 33, 35) being spaced from said axis of said connector portion (17, 32) by a second distance, said second distance being greater than said first distance, characterised in that (i) the heat transfer component (14, 27) is thermally deformable such that, in use, the second portion of the heat transfer component moves further away from said casing and moves into contact with a housing of the lighting fixture when a temperature of the heat transfer component increases, or (ii) the heat transfer component (33, 35) is spring-loaded and restrained by a restraint (34, 36) such that, in use, upon removal of the restraint the second portion of the heat transfer component moves further away from said casing and into contact with a housing of the lighting fixture. a connector portion (17, 32), at least a portion of said connector portion being electrically conductive, said connector portion being configured for connection to a socket of a lighting fixture; at least a first light emitter; a casing (16, 31), said casing (16, 31) at least partially enclosing said first light emitter; at least one heat transfer component (14, 27, 33, 35 comprising a plurality of springs), at least a first portion of said heat transfer component being in contact with a first portion of said casing (16, 31), said first portion of said casing being spaced from an axis of said connector portion (17, 32) by a first distance, at least a second portion of said heat transfer component (14, 27, 33, 35) being spaced from said axis of said connector portion (17, 32) by a second distance, said second distance being greater than said first distance, (i) the heat transfer component (14, 27) is thermally deformable such that, in use, the second portion of the heat transfer component moves further away from said casing and moves into contact with a housing of the lighting fixture when a temperature of the heat transfer component increases, or (ii) the heat transfer component (33, 35) is spring-loaded and restrained by a restraint (34, 36) such that, in use, upon removal of the restraint the second portion of the heat transfer component moves further away from said casing and into contact with a housing of the lighting fixture.