mhurhangee/ep-ind-claims huggingface dataset:
A method carried out by a notification engine, for delivering to a user equipment incoming notifications from at least one application server (3.i) related to a corresponding application running on said user equipment, said application (3.i) running on the user equipment being registered on said notification engine, wherein the method comprises the steps of: - buffering received notifications within a group of notifications in a memory of the notification engine; - defining at least one criterion for delivering the group of notifications, the at least one criterion comprising a maximum number N of notifications to be delivered at the same time, and a time period to deliver the group of notifications to the user equipment; and - delivering, according to said at least one criterion, the group of notifications to the user equipment; wherein the notifications of the group are delivered at the same time to the user equipment in the form of an ordered list upon expiration of said time period, if the number of notifications of the group is less than or equal to the maximum number N; else, if the number of notifications of the group is more than the maximum number N, delivering a number of buffered notifications of the group equal to the maximum number, at the same time to the user equipment in the form of an ordered list upon expiration of said time period, and delivering the other notifications of the group upon expiration of a next time period. - buffering received notifications within a group of notifications in a memory of the notification engine; - defining at least one criterion for delivering the group of notifications, the at least one criterion comprising a maximum number N of notifications to be delivered at the same time, and a time period to deliver the group of notifications to the user equipment; and - delivering, according to said at least one criterion, the group of notifications to the user equipment;
A hinge joint, in particular for windows, doors or the like, comprising a stay bearing and a bearing pin, via which the stay bearing can be connected to a scissor-type strip of the hinge joint, wherein the bearing pin is axially displaceable in a bearing opening of a bearing body of the stay bearing between a first position, protruding out of the stay bearing, into a second position, and wherein stop means for end-position positioning are provided between the bearing pin on the one hand and the stay bearing on the other hand so that the bearing pin is prevented from falling out of the stay bearing and an exact positioning of the bearing pin in the first position and in the second position is made possible, characterised in that the length of the bearing pin is smaller than the length of the bearing opening so that the bearing pin in the second position is completely accommodated in the stay bearing, the bearing opening is designed to receive a further bearing pin of the hinge joint, the further bearing pin is axially displaceable in the assembled state in the bearing opening of the stay bearing between a first position, protruding out of the stay bearing, and a second position, completely accommodated in the stay bearing, and stop means for end-position positioning are provided between the further bearing pin on the one hand and the stay bearing on the other hand.
A redundant overvoltage circuit breaker with a rotational disk and with an added electronic assembly intended to extend a life span of an overvoltage component, characterised in that it has a gas discharge tube connected in series with a coil and a resistor with a positive thermal characteristic, and a gas discharge tube connected parallel thereto; that a common point of these two branches prevents a route of leakage current via gas discharge tube of one of terminals, which can be connected to a line or neutral conductor, via varistors to an earthing point; that there is no leakage current in any of these two branches, since the varistors are galvanically separated between the clamp terminal and the earthing point; that in case of increased current surges the gas discharge tube discharges through a branch of the varistors (7 and 8) into the earthing point; that the varistors (7 and 8) each has its own rotational circuit breaker (9 and 10).
Method of producing a dental drill having a shank and a work section, wherein the shank has a centrally arranged, continuous first channel and the work section has one or more continuous, helically extending further channels, the first channel and the further channels opening into a common chamber connecting the shank and the work section, comprising the following steps: - producing the shank having a centrally arranged, continuous first channel, - producing the work section having one or more continuous, helically extending further channels and - connecting the shank with the work section by sintering the shank to the work section to form a one-piece, sintered component which completely encloses the chamber connecting the shank and the work section. - producing the shank having a centrally arranged, continuous first channel, - producing the work section having one or more continuous, helically extending further channels and - connecting the shank with the work section by sintering the shank to the work section to form a one-piece, sintered component which completely encloses the chamber connecting the shank and the work section.
A heat gun having a flow guiding arrangement, comprising: a main body, inside the main body being disposed a heating element configured to generate hot air and a hot air tube from which the hot air generated by the heating element is expelled out, wherein the heating element comprises a heating core disposed in the hot air tube, the heating core comprising a mounting bracket and a heating filament disposed on the mounting bracket, on the mounting bracket being disposed a venting cavity and a heating cavity, the venting cavity and the heating cavity running through the mounting bracket, the heating cavity being disposed surrounding the venting cavity, the heating filament being disposed in the heating cavity, a mixing cavity is further provided in the hot air tube, the mixing cavity being disposed between the flow guiding arrangement and the air outlet of the hot air tube; the mounting bracket comprises a central column and a sleeve sleeved outside the central column, the venting cavity running through the central column axially, the heating cavity being formed between the sleeve and the central column; characterized in that the flow guiding arrangement being disposed at an end of the mounting bracket facing an air outlet of the hot air tube, a plurality of air guiding passages being obliquely provided on the flow guiding arrangement, the plurality of air guiding passages being arranged about a center of the flow guiding arrangement; and the flow guiding arrangement is mounted on the central column and has an outer diameter identical to an outer diameter of the central column such that the venting cavity is aligned with the air guiding passages.
Mixing machine, comprising a mixing head, equipped with one or more elements for connecting it to a container containing a mixing material in order to form a closed mixing container containing the mixing material, said mixing head being mounted such as to pivot in relation to a frame in such a way that the mixing container, formed from the mixing head and container, can be pivoted in order to carry out the mixing process, arranged in the said mixing head is at least one mixing tool, driven such as to rotate, of which the drive shaft engages through the wall of the mixing head, wherein the mixing head is configured as double-walled, characterised in that the inner wall of the double-wall configuration is perforated, through which perforations, as a fluid path, the space enclosed by the inner wall is connected to the wall intermediate space provided between the inner wall and the outer wall, and the wall intermediate space is connected to a pressure adjustment device provided for the adjustment of the pressure in the wall intermediate space, and that in the mixing head a flexible inliner is arranged for cladding its inner surface formed by the inner wall, this inliner being capable of being fixed to the inner wall of the mixing head by means of an underpressure imposed in the wall intermediate space.
A method for reducing a number of transmissions of power control signals to a wireless device in a communication network, wherein the method comprises: determining if the wireless device is implementing a routine for discarding a power control signal, and reducing the number of transmissions of power control signals to the wireless device based on the determining if the wireless device is implementing the routine for discarding the power control signal. determining if the wireless device is implementing a routine for discarding a power control signal, and reducing the number of transmissions of power control signals to the wireless device based on the determining if the wireless device is implementing the routine for discarding the power control signal.
A control method for an unmanned aerial vehicle, wherein the UAV includes a gimbal, a landing gear and a landing gear motor, the gimbal includes a yaw-axis motor, the method includes: when the landing gear is at a zero position at which the landing gear is aligned with the yaw axis of the gimbal, controlling the yaw-axis motor to rotate to different positions according to a specific strategy, wherein the specific strategy includes the landing gear following the yaw-axis motor to rotate synchronously, wherein the landing gear is fixed to the yaw axis by a mechanical locking manner such that when the yaw-axis motor drives the yaw axis to rotate, the landing gear rotates synchronously; determining a first parameter between the landing gear motor and the yaw-axis motor by controlling the yaw-axis motor to rotate to the different positions, wherein the first parameter is a rotation angle relationship between the landing gear motor and the yaw-axis motor; in a mode where the landing gear (300, 310) follows the yaw-axis to rotate, obtaining a real-time rotation angle of the yaw-axis motor; controlling the rotation of the landing gear motor according to the first parameter and the real-time rotation angle of the yaw-axis motor. when the landing gear is at a zero position at which the landing gear is aligned with the yaw axis of the gimbal, controlling the yaw-axis motor to rotate to different positions according to a specific strategy, wherein the specific strategy includes the landing gear following the yaw-axis motor to rotate synchronously, wherein the landing gear is fixed to the yaw axis by a mechanical locking manner such that when the yaw-axis motor drives the yaw axis to rotate, the landing gear rotates synchronously; determining a first parameter between the landing gear motor and the yaw-axis motor by controlling the yaw-axis motor to rotate to the different positions, wherein the first parameter is a rotation angle relationship between the landing gear motor and the yaw-axis motor; in a mode where the landing gear (300, 310) follows the yaw-axis to rotate, obtaining a real-time rotation angle of the yaw-axis motor; controlling the rotation of the landing gear motor according to the first parameter and the real-time rotation angle of the yaw-axis motor.
A method for 3D printing a product by means of consecutive deposition of a filiform material wherein at least one layer is a non-planar layer with respect to a plane (X-Y) that is orthogonal to the vertical direction defined by the force of gravity; said method comprising the steps of: a) providing: - a printing head configured to discharge the filiform material along the vertical direction; - a platform for receiving the filiform material discharged by the printing head; - a supporting form arranged directly or indirectly on the platform and having a deposition surface on top of which the filiform material is deposited; wherein the printing head is relatively movable with respect to the platform in a plane (X-Y) orthogonal to the vertical direction and the platform is rotatable about the axes (X, Y) that define the plane (X-Y) orthogonal to the direction; b) continuous controlling the relative motion of the printing head in the plane (X-Y) and the rotation of the platform about the axes (X,Y) during the discharging of the filiform material; wherein the deposition surface is non planar with respect to the plane (X-Y), characterized in that the step of controlling the rotation of the platform about the axes (X, Y) comprises the step of controlling the rotation of the platform simultaneously about the axes (X, Y) in such a way as to continuously align the vertical direction of material discharge, defined by an axis of a nozzle of the printing head, with an orthogonal direction of the surface on which the filiform material is deposited during the deposition of the layer on the supporting form so as to obtain a non-planar layer with tridimensional geometry having curvature changes about said axes (X-Y) or a braided structure consisting of curved interlaced discharged filiform material with tridimensional geometry having curvature changes about said axes (X-Y). a) providing: - a printing head configured to discharge the filiform material along the vertical direction; - a platform for receiving the filiform material discharged by the printing head; - a supporting form arranged directly or indirectly on the platform and having a deposition surface on top of which the filiform material is deposited; wherein the printing head is relatively movable with respect to the platform in a plane (X-Y) orthogonal to the vertical direction and the platform is rotatable about the axes (X, Y) that define the plane (X-Y) orthogonal to the direction; - a printing head configured to discharge the filiform material along the vertical direction; - a platform for receiving the filiform material discharged by the printing head; - a supporting form arranged directly or indirectly on the platform and having a deposition surface on top of which the filiform material is deposited; b) continuous controlling the relative motion of the printing head in the plane (X-Y) and the rotation of the platform about the axes (X,Y) during the discharging of the filiform material;
Valve for metering fluid, having a valve opening through which the fluid can flow and which is surrounded by a valve seat, having a valve needle which, to form a sealing seat at the valve opening, has a closing body which interacts with the valve seat, having a restoring element which exerts compression load on the valve needle in order to produce the sealing seat, and having an actuator which exerts tension load on the valve needle in order to eliminate the sealing seat, wherein the valve needle has different stiffnesses in the tension and compression directions, in such a way that the valve needle, when subjected to load in the tension direction, is virtually non-deformably rigid and, when subjected to load in the compression direction, has a stiffness permitting elastic deformations until a predetermined load is reached and takes on a relatively increased stiffness after onset of the deformations, characterized in that the valve needle has, in at least one needle section, at least one pair of deformation webs which can elastically buckle inward or outward when the predetermined load is reached and which are situated diametrically opposite one another, and in that, to realize the deformation webs, the solid or hollow valve needle has formed into it, in at least one needle section, at least one slot which extends in an axial direction of the valve needle and which has a limited slot length.
A process for the surface treatment of green tyres comprising: arranging a green tyre comprising at least one surface to be treated, arranging an application device suitable for applying a semi-permanent treatment substance, generating a controlled relative movement between said green tyre and said application device, applying, according to a predefined path, said treatment substance on said surface to be treated, by means of said application device, wherein applying said treatment substance comprises spraying, at a pressure less than 1.5 bar (150 kPa), said treatment substance on the surface to be treated and distributing the sprayed treatment substance on the surface to be treated. arranging a green tyre comprising at least one surface to be treated, arranging an application device suitable for applying a semi-permanent treatment substance, generating a controlled relative movement between said green tyre and said application device, applying, according to a predefined path, said treatment substance on said surface to be treated, by means of said application device, wherein applying said treatment substance comprises spraying, at a pressure less than 1.5 bar (150 kPa), said treatment substance on the surface to be treated and distributing the sprayed treatment substance on the surface to be treated.
A method for establishing a transmission channel, comprising: transmitting, by a Mobility Management Entity, MME, an Update Location message to a Home Subscriber Server, HSS; receiving, by the MME, an Update Location acknowledgement message from the HSS, wherein the Update Location acknowledgement message includes an identifier of a Service Capability Exposure Function, SCEF, entity; and initiating, by the MME, an establishment of a non-Internet Protocol, IP, data transmission channel by transmitting, from the MME, a request message to the SCEF entity, wherein the request message includes the identifier of the SCEF entity, wherein the SCEF entity is associated with a Service Capability Server, SCS / Application Server, AS, for the establishment of the non-IP data transmission channel by 1) transmitting, by the SCEF entity to the SCS/AS, a second request message including an external identifier or a Mobile Station Integrated Services Digital Network Number, and 2) receiving a response message from the SCS/AS including an SCS/AS reference identifier. transmitting, by a Mobility Management Entity, MME, an Update Location message to a Home Subscriber Server, HSS; receiving, by the MME, an Update Location acknowledgement message from the HSS, wherein the Update Location acknowledgement message includes an identifier of a Service Capability Exposure Function, SCEF, entity; and initiating, by the MME, an establishment of a non-Internet Protocol, IP, data transmission channel by transmitting, from the MME, a request message to the SCEF entity, wherein the request message includes the identifier of the SCEF entity, wherein the SCEF entity is associated with a Service Capability Server, SCS / Application Server, AS, for the establishment of the non-IP data transmission channel by 1) transmitting, by the SCEF entity to the SCS/AS, a second request message including an external identifier or a Mobile Station Integrated Services Digital Network Number, and 2) receiving a response message from the SCS/AS including an SCS/AS reference identifier.
An arrangement comprising an attachment for a machining apparatus comprising: - a copying mold; - a copying guide in a machining apparatus side, the copying guide having a through hole for passing a tool through, the copying guide being contacted to the copying mold placed in a workpiece side, the copying guide being attached to a spindle holding and rotating the tool and providing an air supply passage adapted to supply air ejected toward the workpiece side through a clearance between the tool and the through hole. - a copying mold; - a copying guide in a machining apparatus side, the copying guide having a through hole for passing a tool through, the copying guide being contacted to the copying mold placed in a workpiece side, the copying guide being attached to a spindle holding and rotating the tool and providing an air supply passage adapted to supply air ejected toward the workpiece side through a clearance between the tool and the through hole.
A method of receiving data, the method comprising: receiving a first file including a first media presentation description, MPD, about a first plurality of media data, updating time information of the first file and location information of a second file, wherein the first plurality of media data are different sets of encoded versions of a content; receiving a segment included in one of the first plurality of media data based on the first file, wherein each of the first plurality of media data is divided in to at least one segment based on a time; identifying the updating time information and the location information for receiving the second file based on the first MPD; receiving the second file including a second MPD about at least one external media data based on the updating time information and the location information; extracting an attribute from the second MPD; substituting an attribute of the first MPD using the extracted attribute, wherein the second MPD has the same attribute structure as the first MPD; and receiving an external segment included in the one of the at least one external media data. receiving a first file including a first media presentation description, MPD, about a first plurality of media data, updating time information of the first file and location information of a second file, wherein the first plurality of media data are different sets of encoded versions of a content; receiving a segment included in one of the first plurality of media data based on the first file, wherein each of the first plurality of media data is divided in to at least one segment based on a time; identifying the updating time information and the location information for receiving the second file based on the first MPD; receiving the second file including a second MPD about at least one external media data based on the updating time information and the location information; extracting an attribute from the second MPD; substituting an attribute of the first MPD using the extracted attribute, wherein the second MPD has the same attribute structure as the first MPD; and receiving an external segment included in the one of the at least one external media data.
A light emitting panel comprising: a substrate (110, 210); pixel parts (120, 220) located apart from each other, formed on the substrate (110, 210), wherein each pixel part (120, 220) comprises an emission part configured for light emission; and a protection part (150, 250) comprising an indented part (G1, G2), wherein the protection part (150, 250) is a cap arranged over the pixel parts (120, 220), and wherein the indented part (G1, G2) is concaved toward the substrate (110, 210) and disposed over a region between the pixel parts (120, 220), characterized by a heat transmission part disposed at a location opposing to the indented part (G1, G2) of the protection part (150, 250) on the substrate (110, 210), wherein the heat transmission part is in contact with the indented part (G1, G2) of the protection part (150, 250) and wherein the heat transmission part comprises a metal. a substrate (110, 210); pixel parts (120, 220) located apart from each other, formed on the substrate (110, 210), wherein each pixel part (120, 220) comprises an emission part configured for light emission; and a protection part (150, 250) comprising an indented part (G1, G2), wherein the protection part (150, 250) is a cap arranged over the pixel parts (120, 220), and wherein the indented part (G1, G2) is concaved toward the substrate (110, 210) and disposed over a region between the pixel parts (120, 220), characterized by a heat transmission part disposed at a location opposing to the indented part (G1, G2) of the protection part (150, 250) on the substrate (110, 210), wherein the heat transmission part is in contact with the indented part (G1, G2) of the protection part (150, 250) and wherein the heat transmission part comprises a metal.