mhurhangee/ep-ind-claims huggingface dataset:
Gantry washing facility, with at least one outer body (2.1, 2.2) designed as a vertical pillar of a washing gantry, in which at least one operating unit, in particular at least one operating element and/or a media container and/or an electronic, pneumatic or hydraulic component, is housed or can be housed, characterized in that the outer body (2.1, 2.2) comprises at least one pull-out means by which the at least one operating unit is translatorically movable between a closed position in which the operating unit is housed in the outer body (2.1, 2.2) and an opened position in which the operating unit is at least partially accessible from the outside.
A method for producing a component of a rotary machine which extends in an axial direction and in a radial direction perpendicular thereto and which has at least one inner channel which extends from a first end of a core of a center of the component and to a second end at a radial limiting surface of the component and is at least partially closed, characterized in that - a blank is provided which comprises the core of the component and which blank is delimited by an outer surface in the radial direction, wherein the maximum dimension of the outer surface in the radial direction is smaller than the corresponding dimension of the limiting surface in the radial direction, - wherein in a first subtractive processing step the blank is subtractively processed such that - an outer contour extending at least in the radial direction is elaborated out in the area of the outer surface and a part of the channel is produced which extends at least partially radially in the blank to the first end, - and subsequently the channel is completed by means of a build-up manufacturing on the blank. - a blank is provided which comprises the core of the component and which blank is delimited by an outer surface in the radial direction, wherein the maximum dimension of the outer surface in the radial direction is smaller than the corresponding dimension of the limiting surface in the radial direction, - wherein in a first subtractive processing step the blank is subtractively processed such that - an outer contour extending at least in the radial direction is elaborated out in the area of the outer surface and a part of the channel is produced which extends at least partially radially in the blank to the first end, - and subsequently the channel is completed by means of a build-up manufacturing on the blank.
Hand-guided working implement, e.g. lawnmower or the like, comprising a housing on which several wheels are bearing-mounted and a steering handle for guiding the working implement on the ground, wherein the steering handle is located on the housing in a rear region of the housing as viewed in the direction of travel and wherein the steering handle comprises a guide tube, wherein the housing has at least one stiffening strut extending from a rear region of the housing to a front region of the housing, and wherein the steering handle is joined to the stiffening strut, characterised in that the steering handle has a mounting console, which is located in the rear region of the housing and joined to the stiffening strut, wherein the guide tube is joined to the mounting console via at least one releasable snap device, wherein the guide tube is positively clamped to the snap device and wherein the snap device has at least one clamping plate, which is positively located on the mounting console and on the guide tube in the clamped position of the snap device, wherein the mounting console and/or the guide tube is/are deformed elastically.
A process for preparing a beverage, said beverage comprising at least one milk beverage component, wherein the beverage is prepared by means of a beverage dispenser, said beverage dispenser comprising: • at least two milk ingredient containers (1b, 1a) storing different milk ingredients, said milk ingredients differing by their fat contents, • dosing devices (2a, 2b) cooperating with the milk ingredient containers (1a, 1b) for dosing doses of milk ingredients from each milk ingredient container, and wherein the process comprises the steps of: - introducing doses of different milk ingredients simultaneously in a beverage reconstitution place (3, 8), - mixing said doses of different milk ingredients together with a diluent in order to produce the milk beverage component. • at least two milk ingredient containers (1b, 1a) storing different milk ingredients, said milk ingredients differing by their fat contents, • dosing devices (2a, 2b) cooperating with the milk ingredient containers (1a, 1b) for dosing doses of milk ingredients from each milk ingredient container, - introducing doses of different milk ingredients simultaneously in a beverage reconstitution place (3, 8), - mixing said doses of different milk ingredients together with a diluent in order to produce the milk beverage component.
Method for producing panels for forming a covering, more particularly floor panels for forming a floor covering, which comprise a substrate on the basis of soft PVC and which, at least at two opposite edges, comprise coupling parts of the type allowing to couple two of such panels to each other by means of a downward movement of one panel in respect to the other; wherein these coupling parts form a first locking system, which effects a locking in the plane of the panels and perpendicularly to said edges, as well as form a second locking system, which effects a locking perpendicularly to the plane of the panels; wherein the first locking system is formed at least of an upwardly directed lower hook-shaped portion which is situated at one of said two edges, as well as of a downwardly directed upper hook-shaped portion which is situated at the opposite edge; wherein the lower hook-shaped portion consists of a lip with an upwardly directed locking element, whereas the upper hook-shaped portion consists of a lip with a downwardly directed locking element; characterized in that said coupling parts are integrally made from the substrate, as a result of which the coupling parts are realized in soft PVC (polyvinyl chloride), as well as at least partially in the form of a milled profiled part of this soft PVC; and that the distal end of the lower hook-shaped portion is free from locking parts effecting a locking perpendicularly to the plane of the panels.
A head-mounted display device, comprising: an eyepiece, and a display device coaxial with the eyepiece, the eyepiece comprising a positive lens and a negative lens arranged sequentially and coaxially; wherein a light incident surface of the positive lens is a planar Fresnel surface, and a light emergent surface of the positive lens is a convex surface; a light incident surface of the negative lens is a concave surface, and a light emergent surface of the negative lens is a convex surface; and light to be observed is incident on the light incident surface of the negative lens, and is refracted by the negative lens to the light incident surface of the positive lens, and emitted by the positive lens; screen light emitted by the display device is adapted to enter human eyes after being refracted by the eyepiece; characterised in that a distance TTL from a center point of the light emergent surface of the positive lens to a center point of a display screen of the display device is less than 32 mm; a distance T0 from a center point of the positive lens to the exit pupil position of the eyepiece satisfies a condition of 0.35 TTL<T0<0.45 TTL; a center thickness T1 of the positive lens satisfies a condition of 0.09 TTL<T1<0.1 TTL; and a center thickness T2 of the negative lens satisfies a condition of 0.09 TTL<T2<0.1 TTL. wherein a light incident surface of the positive lens is a planar Fresnel surface, and a light emergent surface of the positive lens is a convex surface; a light incident surface of the negative lens is a concave surface, and a light emergent surface of the negative lens is a convex surface; and light to be observed is incident on the light incident surface of the negative lens, and is refracted by the negative lens to the light incident surface of the positive lens, and emitted by the positive lens; screen light emitted by the display device is adapted to enter human eyes after being refracted by the eyepiece; characterised in that a distance TTL from a center point of the light emergent surface of the positive lens to a center point of a display screen of the display device is less than 32 mm; a distance T0 from a center point of the positive lens to the exit pupil position of the eyepiece satisfies a condition of 0.35 TTL<T0<0.45 TTL; a center thickness T1 of the positive lens satisfies a condition of 0.09 TTL<T1<0.1 TTL; and a center thickness T2 of the negative lens satisfies a condition of 0.09 TTL<T2<0.1 TTL.
A method for video coding, comprising: encoding received pictures into coded pictures, the coded pictures being divided into slices comprising an integer number of coding units, encoding a syntax structure for providing at least one of a reference picture list 0 for P and B slices and a reference picture list 1 for B slices, wherein the at least one of the reference picture list 0 and the reference picture list 1 contains idle reference pictures marked as "used for reference" but that are indicated to be unused for reference for a current slice, marking pictures which are not in any of the reference picture list 0 and the reference picture list 1 as "unused for reference", characterised in that the method further comprises encoding a current slice of a current picture using one or more reference pictures from the reference picture list 0 or the reference picture list 1, but not from the idle reference pictures that are indicated to be "unused for reference for the current slice" of the current picture, and indicating idle reference pictures of the reference picture list 0 or list 1 to be "unused for reference for the current slice" by encoding a first maximum reference index of the reference picture list 0 for encoding the current slice, wherein the idle reference pictures in the reference picture list 0 have a reference index beyond the first maximum reference index. encoding received pictures into coded pictures, the coded pictures being divided into slices comprising an integer number of coding units, encoding a syntax structure for providing at least one of a reference picture list 0 for P and B slices and a reference picture list 1 for B slices, wherein the at least one of the reference picture list 0 and the reference picture list 1 contains idle reference pictures marked as "used for reference" but that are indicated to be unused for reference for a current slice, marking pictures which are not in any of the reference picture list 0 and the reference picture list 1 as "unused for reference", characterised in that the method further comprises encoding a current slice of a current picture using one or more reference pictures from the reference picture list 0 or the reference picture list 1, but not from the idle reference pictures that are indicated to be "unused for reference for the current slice" of the current picture, and indicating idle reference pictures of the reference picture list 0 or list 1 to be "unused for reference for the current slice" by encoding a first maximum reference index of the reference picture list 0 for encoding the current slice, wherein the idle reference pictures in the reference picture list 0 have a reference index beyond the first maximum reference index.
Device for reshaping a laid-flat material blank of, in particular, natural fibres such as, for example, paper or cardboard, into a dish-shaped or cup-shaped article, wherein the device comprises a reshaping device with a stamp and a die, wherein a so-called fold retainer is provided at a small spacing from the die and wherein the laid-flat blank can be clamped in place between the two, characterised in that a feed device for the laid-flat material is provided, with which the reshaping device is connected, and that a calibrating device is provided, into which the stamp introduces the already preshaped article and presses it in co-operation of the stamp and calibrating device.
A video recording method, comprising: acquiring speed varying information of a speed-varied video, wherein the speed varying information is used to represent a playing speed change of the speed-varied video; performing reverse speed-varying processing on the speed-varied video according to the speed varying information to obtain an original speed video; displaying (S2, S103) the original speed video and performing video shooting according to a video recording time sequence shown in the original speed video, synchronously, to generate an original speed target video, wherein a playing speed of the original speed video is the same as a shooting speed of performing video shooting; and performing (S104, S206) speed varying processing on the original speed target video according to the speed varying information to obtain a target speed-varied video, wherein a playing speed change of the target speed-varied video is consistent with a playing speed change of the speed-varied video. acquiring speed varying information of a speed-varied video, wherein the speed varying information is used to represent a playing speed change of the speed-varied video; performing reverse speed-varying processing on the speed-varied video according to the speed varying information to obtain an original speed video; displaying (S2, S103) the original speed video and performing video shooting according to a video recording time sequence shown in the original speed video, synchronously, to generate an original speed target video, wherein a playing speed of the original speed video is the same as a shooting speed of performing video shooting; and performing (S104, S206) speed varying processing on the original speed target video according to the speed varying information to obtain a target speed-varied video, wherein a playing speed change of the target speed-varied video is consistent with a playing speed change of the speed-varied video.
An electric trolley that travels by controlling a motor fitted to a driving wheel of the electric trolley using a motor driver of the electric trolley, the electric trolley comprising: a safety controller that determines whether or not to stop driving of the driving wheel; and a driving commander that outputs, to the motor driver, (i) an operation permission signal for permitting the motor to be operated and (ii) a control signal for controlling an operation of the motor, an operation blocker that is provided between the driving commander and the motor driver, and blocks the operation permission signal based on an operation blocking signal input from the safety controller; and a control blocker that is provided between the driving commander and the motor driver, and blocks the control signal based on a control blocking signal input from the safety controller, wherein when the safety controller determines to stop the driving of the driving wheel, the safety controller outputs the operation blocking signal to the operation blocker and outputs the control blocking signal to the control blocker, and performs control to stop inputs of the operation permission signal and the control signal to the motor driver. a safety controller that determines whether or not to stop driving of the driving wheel; and a driving commander that outputs, to the motor driver, (i) an operation permission signal for permitting the motor to be operated and (ii) a control signal for controlling an operation of the motor, an operation blocker that is provided between the driving commander and the motor driver, and blocks the operation permission signal based on an operation blocking signal input from the safety controller; and a control blocker that is provided between the driving commander and the motor driver, and blocks the control signal based on a control blocking signal input from the safety controller, wherein when the safety controller determines to stop the driving of the driving wheel, the safety controller outputs the operation blocking signal to the operation blocker and outputs the control blocking signal to the control blocker, and performs control to stop inputs of the operation permission signal and the control signal to the motor driver.
A linear luminaire, comprising a housing body, two end caps, a face casing, and a back plate, wherein: the two end caps are fixed onto two ends of the housing body, respectively; the housing body has a top groove and a bottom groove, the top groove and the bottom groove extend in a length direction with grooving openings oriented in opposite directions; the face casing is fixedly clamped onto the groove opening of the top groove and forms an optical mixing cavity together with the top groove and the two end caps, the optical mixing cavity is configured for accommodating a light-emitting module of the linear luminaire; the back plate is clamped onto the groove opening of the bottom groove to form a power driving cavity together with the bottom groove and the two end caps, the power driving cavity is configured for installing a driving module and wire connection terminals of the linear luminaire, characterized in that the housing body and the two end caps are metallic structural elements; third connecting plates are disposed on inner side surfaces of the two end caps; a first connecting plate is disposed within the housing body; the third connecting plates are fixedly connected to the first connecting plate by grounding screws; and an outer serrated gasket sleeves the grounding screw, and the outer serrated gasket is in contact with the third connecting plate or the first connecting plate. the housing body and the two end caps are metallic structural elements; third connecting plates are disposed on inner side surfaces of the two end caps; a first connecting plate is disposed within the housing body; the third connecting plates are fixedly connected to the first connecting plate by grounding screws; and an outer serrated gasket sleeves the grounding screw, and the outer serrated gasket is in contact with the third connecting plate or the first connecting plate.
A method, implemented by a source serving gateway, SGW, of delivering data packets for a session to User Equipment, UE, during intra-E-UTRAN handover involving relocation of the serving gateway function from the source SGW to a target SGW, wherein the source SGW is connected to a core network node by means of an S5/S8 interface comprising Proxy Mobile IPv6, PMIP, for the control plane and Generic Routing Encapsulation, GRE, for the user plane, the method comprising: receiving one or more data packets associated with a UE session from the core network node; receiving an empty GRE packet from the core network node, the empty GRE packet indicating the end of the data packets associated with the UE session; generating an end marker packet for each bearer of the UE session in response to the empty GRE packet; and sending said received one or more data packets followed by said generated end marker packet for each bearer of the session to a source eNodeB in response to receiving said empty GRE packet. receiving one or more data packets associated with a UE session from the core network node; receiving an empty GRE packet from the core network node, the empty GRE packet indicating the end of the data packets associated with the UE session; generating an end marker packet for each bearer of the UE session in response to the empty GRE packet; and sending said received one or more data packets followed by said generated end marker packet for each bearer of the session to a source eNodeB in response to receiving said empty GRE packet.
A system (1, 101, 201) for spraying a hot-melt adhesive onto glued surfaces comprising a melter to heat the hot-melt adhesive, an air compressor (60, 260), a power and control system (63, 263) and a gun (10, 110) having a nozzle with a hot-melt adhesive outlet or orifice and a compressed air outlet and connected to the melter (61, 261) by a pipe with screw connectors (54, 55), through which a hot-melt adhesive being heated flows, and connected to the air compressor (60, 260) by an air pipe with screw connectors (57, 58) through which a pressurized compressed air flows, wherein the pipe, through which flows the hot-melt adhesive having a viscosity between 2500 mPa*s and 7000 mPa*s and a temperature between 120°C and 200°C, and a density between 0,8 kg/dcm 3 and 1,4 kg/dcm 3, and the air pipe are fitted in an insulating layer of a connection hose, and wherein the throughput of the pipe through which the hot-melt adhesive being heated flows is between 0,5 kg/h and 1,5 kg/h, while the air pipe has a throughput between 0,1 m 3 /min and 0,6 m 3 /min characterised in that at least one heater and at least one temperature sensor are located inside the gun's walls, which are in contact with a hot-melt adhesive container, and the heater and the temperature sensor are fitted in recesses (33, 38, respectively) placed in a wall separating the hot melt adhesive container from an inner chamber of the gun. a melter to heat the hot-melt adhesive, an air compressor (60, 260), a power and control system (63, 263) and a gun (10, 110) having a nozzle with a hot-melt adhesive outlet or orifice and a compressed air outlet and connected to the melter (61, 261) by a pipe with screw connectors (54, 55), through which a hot-melt adhesive being heated flows, and connected to the air compressor (60, 260) by an air pipe with screw connectors (57, 58) through which a pressurized compressed air flows, wherein the pipe, through which flows the hot-melt adhesive having a viscosity between 2500 mPa*s and 7000 mPa*s and a temperature between 120°C and 200°C, and a density between 0,8 kg/dcm 3 and 1,4 kg/dcm 3, and the air pipe are fitted in an insulating layer of a connection hose, and wherein the throughput of the pipe through which the hot-melt adhesive being heated flows is between 0,5 kg/h and 1,5 kg/h, while the air pipe has a throughput between 0,1 m 3 /min and 0,6 m 3 /min characterised in that at least one heater and at least one temperature sensor are located inside the gun's walls, which are in contact with a hot-melt adhesive container, and the heater and the temperature sensor are fitted in recesses (33, 38, respectively) placed in a wall separating the hot melt adhesive container from an inner chamber of the gun.