mhurhangee/ep-ind-claims huggingface dataset:
Sorting apparatus for potatoes or similar harvested crops, a harvested-crop mixture being placed on the sorting region of said apparatus and said harvested-crop mixture being sorted into at least two fractions when moved in the conveying direction, such that respective passage openings (4, 4') can be used in the sorting region, which openings can be set to respective passage categories for the harvested crop that are referred to in agriculture as the square mesh size (M-M') and that define a sorting size, it being possible to set (Q, L) the passage openings (4, 4') to at least one predeterminable square mesh size (M-M') at least by means of a group of elements (5, 6) that are transversely movable with respect to the conveying direction, and a group of said elements that are longitudinally movable with respect to said conveying direction, characterised in that all of the elements (5, 6) of the sorting region can be set to a uniform square mesh size (M-M') such that, along the sorting region, passage openings (4, 4') of the same size can be used after continuous or stepped adjustment of the two groups (GQ, GL).
Device for simulating a communication between a train, especially an automatic underground train, immobile on a test rig, and a track whereon it is made for circulating, characterised in that it comprises: - at least one rolling unit for a wheel of said train; - a speed sensor, mounted on said rolling unit of the rig; - at least one rig antenna (43, 44, 54) arranged on the rig, facing a corresponding antenna (41, 42) of the train; - means for deducing, from this speed, a relative position and a travelled simulated distance of the train in relation to said transmitting antennas; and, - means so that the rig antenna emits a required signal intended for the antenna of the train, when a specific distance has been travelled. - at least one rolling unit for a wheel of said train; - a speed sensor, mounted on said rolling unit of the rig; - at least one rig antenna (43, 44, 54) arranged on the rig, facing a corresponding antenna (41, 42) of the train; - means for deducing, from this speed, a relative position and a travelled simulated distance of the train in relation to said transmitting antennas; and, - means so that the rig antenna emits a required signal intended for the antenna of the train, when a specific distance has been travelled.
Method for operating a data receiver (8, 12, 13, 14, 15) for audio and/or video data, in which - a planned and variable sequence of program titles having a number of program titles (A-H) is recorded, - audio and/or video data for at least one program title (A-E) are received and buffered via a data link (8, 9) and - audio and/or video data of at least one program title are reproduced, and - the transmission resources of the data link (8, 9) for audio and/or video data to be transmitted and buffered are distributed by the data receiver (8, 12, 13, 14, 15) to at least two program titles (B-E) not yet reproduced, characterized in that - for a plurality of distinguishable references to a user behaviour (18A-18D), the probability is determined with which a particular acceptance category (22A; 22B; 22C; 22D) is allocated to the reproduced program title on the recording of a reference to a particular user behaviour (18A; 18B; 18C; 18D), - in dependence on a plurality of probabilities thus determined, an acceptance profile (22A-22D) is allocated to the reproduced program title, and - the relative proportion of the transmission resources of the data link (8, 9) for audio and/or video data to be transmitted and buffered of at least two program titles (B-E) not yet reproduced is changed in dependence on the acceptance profile (22A-22D) of the program title reproduced. - a planned and variable sequence of program titles having a number of program titles (A-H) is recorded, - audio and/or video data for at least one program title (A-E) are received and buffered via a data link (8, 9) and - audio and/or video data of at least one program title are reproduced, and - the transmission resources of the data link (8, 9) for audio and/or video data to be transmitted and buffered are distributed by the data receiver (8, 12, 13, 14, 15) to at least two program titles (B-E) not yet reproduced, - for a plurality of distinguishable references to a user behaviour (18A-18D), the probability is determined with which a particular acceptance category (22A; 22B; 22C; 22D) is allocated to the reproduced program title on the recording of a reference to a particular user behaviour (18A; 18B; 18C; 18D), - in dependence on a plurality of probabilities thus determined, an acceptance profile (22A-22D) is allocated to the reproduced program title, and - the relative proportion of the transmission resources of the data link (8, 9) for audio and/or video data to be transmitted and buffered of at least two program titles (B-E) not yet reproduced is changed in dependence on the acceptance profile (22A-22D) of the program title reproduced.
A vehicle braking system, comprising a pedal assembly, a hydraulic assembly, a reversing assembly, a driving wheel assembly, a pedal feel simulator, and a first electronic control unit, ECU, wherein the pedal assembly is connected to an input push rod of the hydraulic assembly, and the first ECU is electrically connected to the reversing assembly, and controls the reversing assembly to switch a working location, and the reversing assembly comprises at least two working locations, wherein when the reversing assembly is at a first working location, a brake fluid output port of the hydraulic assembly is connected to the driving wheel assembly through the reversing assembly; and when the reversing assembly is at a second working location, the brake fluid output port of the hydraulic assembly is connected to the pedal feel simulator through the reversing assembly, and the first ECU is electrically connected to the driving wheel assembly, and controls the driving wheel assembly to provide brake force, wherein the first ECU is configured to obtain a brake signal; and characterised in that, the first ECU is configured to control the reversing assembly to switch a working location based on the brake signal, to the first working location, when a vehicle deceleration capability is less than a preset value; or to switch the working location to the second working location, when a vehicle deceleration capability is greater than a preset value. wherein the pedal assembly is connected to an input push rod of the hydraulic assembly, and the first ECU is electrically connected to the reversing assembly, and controls the reversing assembly to switch a working location, and the reversing assembly comprises at least two working locations, wherein when the reversing assembly is at a first working location, a brake fluid output port of the hydraulic assembly is connected to the driving wheel assembly through the reversing assembly; and when the reversing assembly is at a second working location, the brake fluid output port of the hydraulic assembly is connected to the pedal feel simulator through the reversing assembly, and the first ECU is electrically connected to the driving wheel assembly, and controls the driving wheel assembly to provide brake force, wherein the first ECU is configured to obtain a brake signal; and characterised in that, the first ECU is configured to control the reversing assembly to switch a working location based on the brake signal, to the first working location, when a vehicle deceleration capability is less than a preset value; or to switch the working location to the second working location, when a vehicle deceleration capability is greater than a preset value.
Extraction hood which has a fan module and an inflow module, wherein the fan module is connected to the inflow module by way of a central frame, which has at least one first interface for alternate connection with at least two different fan module variants and at least one second interface for alternate connection with at least two different inflow module variants and connection points (1012, 1013) for at least two different fan module variants and connection points (1021, 1022) for at least two different inflow module variants are provided on the first interface and on the second interface in each instance, characterised in that in each case at least one connection point for a first fan module variant and at least one second connection point for a second fan module variant, which is embodied differently to the first connection point, is provided on the first interface and in each case at least one connection point for a first inflow module variant and at least one second connection point for a second inflow module variant, which is embodied differently to the first connection point, is provided on the second interface and a first fan module variant is connected to the at least one first connection point of the first interface or a second fan module variant is connected to the at least one second connection point of the first interface and moreover a first inflow module variant is connected to the at least one first connection point of the second interface or a second inflow module variant is connected to the at least one second connection point of the second interface.
Protective device for protecting a port needle against shifting and for protecting at least one port needle puncture site and/or incision site, a frame-like spacer element (11, 211) is provided with an inner opening, recess or cutout for surrounding or receiving the port needle, which frame-like spacer element (11, 211) has a height (h) corresponding to at least half the height of the port needle and has at least one means (118, 221) for fixing or securing the spacer element in the area of a port, wherein the spacer element (11, 211) is in one part, characterized in that the spacer element (11, 211) is gel-like, in particular made of a glycerol gel material, and wherein the frame-like spacer element (11, 211) is partially slit (50, 60) in an edge area.
A mechanical seal comprising: - a rotating slide ring and a stationary slide ring defining a sealing gap therebetween, - wherein one of the slide rings comprises at least a first row of a plurality of first grooves having a foot region on a first radius and a head region on a second radius, a first circumferential sliding region being provided between the head regions of the radially outermost row of grooves of the slide ring and an external radial edge of the slide ring, - the other of the slide rings having at least a second row of a plurality of second grooves with a foot region on a third radius and a head region on a fourth radius, a second circumferential sliding region being present between the head regions of the radially outermost row of grooves of the slide ring and an outer radial edge of the slide ring, - wherein the first radius is smaller than the third radius, - wherein the second radius is smaller than the fourth radius, - characterized in that the first and second grooves (5, 6) have a respective depth which changes from a foot region to a head region, and - wherein the depth of the grooves decreases starting from the foot region towards the head region. - a rotating slide ring and a stationary slide ring defining a sealing gap therebetween, - wherein one of the slide rings comprises at least a first row of a plurality of first grooves having a foot region on a first radius and a head region on a second radius, a first circumferential sliding region being provided between the head regions of the radially outermost row of grooves of the slide ring and an external radial edge of the slide ring, - the other of the slide rings having at least a second row of a plurality of second grooves with a foot region on a third radius and a head region on a fourth radius, a second circumferential sliding region being present between the head regions of the radially outermost row of grooves of the slide ring and an outer radial edge of the slide ring, - wherein the first radius is smaller than the third radius, - wherein the second radius is smaller than the fourth radius, - characterized in that the first and second grooves (5, 6) have a respective depth which changes from a foot region to a head region, and - wherein the depth of the grooves decreases starting from the foot region towards the head region.
An apparatus for producing packages of infusion products, of the type comprising a bag filled with a dosed quantity of product, a tag and a length of thread attached at opposite ends to said bag and to said tag, respectively, said apparatus comprising a winding group of said length of thread attached around said filled bag, said winding group defining a rotating carousel around a rotation axis and carrying at least one winding unit brought into rotation by said rotating carousel between an inlet station and a release station, said winding unit comprising a first gripping element and a second gripping element, which can be activated independently, and carried by a rotating structure according to a winding axis, parallel to said rotation axis, for alternatingly withholding said bag, in sequence, and a third gripping element carried by said carousel and associated with said structure for withholding said tag, said bag and said tag being received in correspondence with said inlet station so as to effect the winding around said withheld bag, of said respective length of thread attached at opposite ends to said bag and to said tag, characterized in that said carousel is activated rotating according to a continuous motion, wherein said first gripping element and said second gripping element can be relatively moved according to an activation direction (A'), parallel to said winding axis, to allow the passage from a first condition wherein said bag is gripped and withheld by either said first gripping element or said second gripping element, and the other said element is distanced in said activation direction (A'), to a second condition wherein said bag is gripped and withheld by the other of either first gripping element and said second gripping element, and one is distanced in the above-mentioned activation direction (A'), through an intermediate interaction configuration, in correspondence with which said first gripping element and said second gripping element are both capable of interacting in correspondence with respective distinct portions of said bag, so as to allow the gripping passage from one element to the other.
Process for the production of foods including the step of introducing at least one food additive into a food using a conveying device and a carrier that is movable relative to the conveying device, in the adjacent area of which the food is arranged, characterized in that the food additive is present in the form of a rod-shaped solid having a diameter of 0.2 to 25 mm and a length that is greater than the diameter and wherein the rod-shaped solid is accelerated continuously or fitfully against the food up to a speed sufficient for penetration into the food up to a penetration depth of 0.5 to 5 cm, wherein the rod-shaped solid is formed from food additive by means of a press connected to a line and is pushed into the food by the pressure of the press after exiting the line, or wherein the rod-shaped solid is introduced into a pipe section, the inner cross-section of which fittingly encompasses the solid and the rod-shaped solid is accelerated out of the pipe section and against the food by means of a compressed gas, a propellant charge, or a piston, or accelerated through the pipe section and against the food by means of counter-directionally driven, spaced-apart traction wheels.
A ultrasonic fluid meter comprising: a conduit in which a fluid can flow; an ultrasonic measurement device comprising two transducers (7a, 7b) arranged to emit and receive ultrasonic signals in the conduit, the ultrasonic measurement device being arranged to evaluate a current flow rate of the fluid from the time of flight of the ultrasonic signals between the transducers; a valve positioned along a length of the conduit between the two transducers, the valve comprising a movable member which extends in the conduit and for which a current position can be regulated in order to control the current flow rate of the fluid; a position sensor configured to measure the current position of the movable member; a pressure sensor arranged to measure the pressure of the fluid in the conduit; characterized in that the fluid meter further comprises: a processing circuit arranged, if the current position of the movable member is such that the current flow rate cannot be measured by the ultrasonic measurement device, to evaluate the current flow rate as a function of the current position of the movable member, of the pressure of the fluid to the current flow rate, and of the pressure of the fluid at zero flow rate. a conduit in which a fluid can flow; an ultrasonic measurement device comprising two transducers (7a, 7b) arranged to emit and receive ultrasonic signals in the conduit, the ultrasonic measurement device being arranged to evaluate a current flow rate of the fluid from the time of flight of the ultrasonic signals between the transducers; a valve positioned along a length of the conduit between the two transducers, the valve comprising a movable member which extends in the conduit and for which a current position can be regulated in order to control the current flow rate of the fluid; a position sensor configured to measure the current position of the movable member; a pressure sensor arranged to measure the pressure of the fluid in the conduit;
A method of connecting at least one network-based camera to a video station, said video station having at least one socket for connecting said network-based camera, whereby the or each socket is a physical socket, said method including the steps of: a) sending a camera-advertising signal from the network-based camera to the video station for notifying the presence of the network-based camera, said camera-advertising signal includes a camera-identification tag for identification of the network-based camera; b) if the network-based camera is in an unlock state, locking ownership of the network-based camera with the respective connected socket; and c) if the network-based camera is in a lock state and is not locked by the respective socket, terminating connection between the network-based camera and the video station such that at any time, each of the at least one socket • can lock ownership of only one network-based camera; and • receives video from the only one network-based camera with ownership locked by the respective socket. a) sending a camera-advertising signal from the network-based camera to the video station for notifying the presence of the network-based camera, said camera-advertising signal includes a camera-identification tag for identification of the network-based camera; b) if the network-based camera is in an unlock state, locking ownership of the network-based camera with the respective connected socket; and c) if the network-based camera is in a lock state and is not locked by the respective socket, terminating connection between the network-based camera and the video station • can lock ownership of only one network-based camera; and • receives video from the only one network-based camera with ownership locked by the respective socket.
A controlled flow drain, comprising: an upper flange coupled to a lower flange, the upper flange defining an inlet fluidly coupled to an upper drain pipe, and the lower flange defining an exit fluidly coupled to a lower drain pipe; a director orifice fluidly coupled to the inlet of the upper flange and in fluid communication with an inlet cavity defined within the upper flange; a swirl nozzle plate disposed within the upper flange and configured to receive a drain flow via the inlet and director orifice and accommodate accumulation of debris thereon; a debris fence coupled to the swirl nozzle plate within the upper flange; a swirl nozzle defined within the swirl nozzle plate and at least partially surrounded by the debris fence, the swirl nozzle providing fluid communication between the inlet cavity and a swirl chamber; an annular groove fluidly communicable with the swirl chamber and defined within the lower flange, the annular groove having a series of flushing liquid injection ports symmetrically-arrayed thereabout; and an exit control passage defined within a drain restrictor and in fluid communication with the exit and the lower drain pipe. an upper flange coupled to a lower flange, the upper flange defining an inlet fluidly coupled to an upper drain pipe, and the lower flange defining an exit fluidly coupled to a lower drain pipe; a director orifice fluidly coupled to the inlet of the upper flange and in fluid communication with an inlet cavity defined within the upper flange; a swirl nozzle plate disposed within the upper flange and configured to receive a drain flow via the inlet and director orifice and accommodate accumulation of debris thereon; a debris fence coupled to the swirl nozzle plate within the upper flange; a swirl nozzle defined within the swirl nozzle plate and at least partially surrounded by the debris fence, the swirl nozzle providing fluid communication between the inlet cavity and a swirl chamber; an annular groove fluidly communicable with the swirl chamber and defined within the lower flange, the annular groove having a series of flushing liquid injection ports symmetrically-arrayed thereabout; and an exit control passage defined within a drain restrictor and in fluid communication with the exit and the lower drain pipe.