mhurhangee/ep-ind-claims huggingface dataset:
Filter bag for a vacuum cleaner, comprising a bag made of a filter material which comprises at least three filter material layers (1, 2, 3, 4, 5), at least one layer of which is a scrim (1, 3) and at least one layer a nonwoven fibre layer comprising staple fibres and/or filaments, and also an inlet opening introduced in the bag, the filter material of the filter bag in at least one region, which constitutes or constitute at most 20% of the throughflow surface of the filter bag, and also possibly in an additional region (X') or additional regions which surrounds or each surround the region or respectively a region, the additional region (X') or the additional regions constituting at most 80% of the surface of the region or respectively of each the region, having one or more joints, in the case of which the at least one nonwoven fibre layer is joined at least to one of the at least two further layers of scrim (1, 3) so that, during operation of the filter bag, a permanent fixing of the staple fibres and/or filaments of the nonwoven fibre layer to the at least one of the at least two further layers of scrim (1, 3) is ensured, characterised in that the region or the regions is or are disposed in one or in the region or regions subjected directly to a flow by an air flow entering through the inlet opening into the interior of the filter bag, the proportion of compressed surface area of the one or more joints in this region or in each of these regions and also possibly in the additional region (X') or in the additional regions, is of 0.1 and 40% and is greater than in the remaining surfaces, wherein in the remaining surfaces, on average at most 5 joints per 10 cm 2 are present.
Damping device with a mounting element and a damping element movable relative to the mounting element, wherein the damping element is more strongly damped in a first direction of movement than in a second direction of movement, wherein the mounting element comprises a flexible element which is arranged between a first end section and a second end section of the mounting element and which is fastened to the first end section and the second end section of the mounting element, wherein the region between the first end section and the second end section defines the movement travel of the damping element, wherein the damping element comprises at least one shaft and the flexible element is guided at least once around the shaft, and wherein the shaft is rotatably mounted in a housing of the damping element and is coupled with a freewheel device, characterised in that the required operating force for displacement of the damping element in the first direction of movement arises through the adhesive friction between the surface of the shaft and the flexible element.
A medical system comprising at least one electromagnetic radiation emitting device (102, 202, 302); at least one mobile electronic device (104, 204, 304) to control and communicate with the electromagnetic radiation emitting device (102, 202, 302); and at least one attachable and detachable transmission medium (106, 206, 306), having a distal end and a proximal end, wherein said distal end is placeable near or at a treatment site; and an apparatus that holds said electromagnetic radiation emitting device (102, 202, 302), said mobile electronic device (104, 204, 304) and said attachable/detachable transmission medium (106, 206, 306) fixed in relation to each other, wherein said medical system is portable and mobile; and/or is usable as a hand-held medical system.
A sealable bag comprising at least one flexible panel having inner and outer layers, the at least one flexible panel comprising: - at least one permeable inner layer and an impermeable outer layer affixed together so as to provide a plurality of cavities for receiving sorbent material, the cavities being arranged in a pattern across the flexible panel; and - an impermeable inner layer affixed to the impermeable outer layer and disposed on the opposite side of the at least one permeable inner layer from the impermeable outer layer, wherein said impermeable inner layer is configurable in use to separate the cavities from contents of the sealable bag and is manually rupturable in use to expose the cavities to the contents of the sealable bag. - at least one permeable inner layer and an impermeable outer layer affixed together so as to provide a plurality of cavities for receiving sorbent material, the cavities being arranged in a pattern across the flexible panel; and - an impermeable inner layer affixed to the impermeable outer layer and disposed on the opposite side of the at least one permeable inner layer from the impermeable outer layer,
A stay mechanism for a turn-and-tilt casement of a window or a door, with a locking device, which can be arranged at the casement, and a base part, which can be fixed to the frame, on which base part a power transmission means, operated by means of a motorized driving device, is mounted, having a connecting link to the casement, wherein the connecting link is a drive-rod connecting element, wherein the locking device has a drive-rod element with closing or locking pins arranged thereon, wherein, by means of the motorized driving device, the casement can be brought into a locking position and into an unlocking position by the locking device, wherein the drive-rod connecting element is arranged at the free end of the power transmission means and consists of a driver arranged at the power transmission means and of a hook, wherein the locking pin arranged at the drive-rod element strikes an inner edge provided at the hook and automatically separates the drive-rod connecting element, while the power transmission means in the closed position and the locking device of the casement in the locked position move towards the ready-to-turn position by means of motorized adjustment, wherein the locking pin is arranged abutting the inner edge of the swung-out open hook and in a recess of the driver and, together with the power transmission means, provides for the turning position of the casement in a motorized manner and, upon motor-retraction towards the closed position of the power transmission means and towards the locking position of the casement, releases the locking pin and allows the rotational opening position of the casement, wherein the hook has a further inner edge, on which the locking pin is supported in the locked position of the drive-rod connecting element and which enables motor-retraction from the open tilted position of the casement into the tilt position of the locking pin and further towards the closed position of the power transmission means and towards the locked position of the locking pin of the locking device at the casement, characterized in that the open hook with the locking pin located in the recess of the driver, upon approaching of the power transmission means from the closed position into the tilt position of the casement, strikes a guiding element of the stay mechanism, which can be arranged at the casement, before entering the tilt position of the casement, and connects with the locking pin by swinging in automatically, and that the base part has a circular arc-shaped section of a guide track, wherein the locking pin located in its tilt position, and with the drive-rod connecting element abutting the guiding element, performs an almost 90 ° rotation, following the power transmission means, and transfers the casement into the open tilted position under motor control.
A method for managing data traffic in a service function chaining, SFC, domain of a computing network, wherein the data traffic is transmitted in said SFC domain via flows of packets, a packet comprising one or more headers and the payload, and wherein the one or more packets are processed by one or more network functions of said SFC, wherein a) processing information for processing said one or more packets of an identified flow by said one or more network functions of said SFC is determined by a determining function, b) headers are stripped from said one or more packets by a stripping function, c) tag information uniquely identifying a flow from other flows is added to said one or more packets by a tag adding function, d) a mapping between said tag information and said headers is stored in a cache by a mapping function, said headers being updated in the cache, when a change is introduced by a network function, and e) said packets are processed by said one or more network functions according to said determined processing information, wherein said one or more network functions query said cache using said tag information to retrieve header information associated with the tag information from said cache if required to process said one or more packets. a) processing information for processing said one or more packets of an identified flow by said one or more network functions of said SFC is determined by a determining function, b) headers are stripped from said one or more packets by a stripping function, c) tag information uniquely identifying a flow from other flows is added to said one or more packets by a tag adding function, d) a mapping between said tag information and said headers is stored in a cache by a mapping function, said headers being updated in the cache, when a change is introduced by a network function, and e) said packets are processed by said one or more network functions according to said determined processing information, wherein said one or more network functions query said cache using said tag information to retrieve header information associated with the tag information from said cache if required to process said one or more packets.
A system configured for feeding livestock, comprising at least one feed preparation room accommodating a plurality of storage vessels (8, 9) for feed and/or additives, at least one livestock stable (2, 3) including feed-dispensing zones and connected at least to the feed preparation room via robot travel paths, and at least one electrically operable self-propelled robot including at least one mixing member (15, 25) and a metering device in a container arranged on a chassis with drive and/or steering wheels (26, 27), at least one electric drive at least for the mixing member (15, 25) which can be speed-controlled by means of a frequency converter, and at least one battery which can be charged via a battery charging device, the electric drive being connectable to a power supply at least in the feed preparation room via at least one current collector, characterized in that, at least in the feed preparation room, there are provided as power supply means a conductor rail section routed past the storage vessels (8, 9) and at least one docking device defining a robot entry point and a robot exit point for the conductor rail section, wherein the robot docks at the docking device, and in that the conductor rail section extends in the feed preparation room along the storage vessels (8, 9) so that in the entire area of the feed preparation room without the use of batteries the container can be efficiently filled and feed can be mixed.
A method for controlling a chloramine synthesis reaction in a hard water stream, the method comprising: delivering (i) a first water stream to a first junction where the first water stream is mixed with a first solution including an ammonium compound, and (ii) a second water stream to a second junction where the second water stream is mixed with a second solution including hypochlorite; mixing the first water stream and the second water stream downstream of the first junction and the second junction in order to react the ammonium compound and the hypochlorite to form chloramine in an outflow water stream; measuring a concentration of the hypochlorite in the second solution at a position upstream of the second junction; and determining and adjusting at least one of a flow rate of the second solution and a concentration of the hypochlorite in the second solution based on the measured concentration of hypochlorite in the second solution. delivering (i) a first water stream to a first junction where the first water stream is mixed with a first solution including an ammonium compound, and (ii) a second water stream to a second junction where the second water stream is mixed with a second solution including hypochlorite; mixing the first water stream and the second water stream downstream of the first junction and the second junction in order to react the ammonium compound and the hypochlorite to form chloramine in an outflow water stream; measuring a concentration of the hypochlorite in the second solution at a position upstream of the second junction; and determining and adjusting at least one of a flow rate of the second solution and a concentration of the hypochlorite in the second solution based on the measured concentration of hypochlorite in the second solution.
A swage tool, comprising: a first die block; a second die block; a first die coupled to a portion of the first die block; a second die coupled to a portion of the second die block; and a cylinder that moves the second die toward the first die, characterized by a first arm and a second arm coupling the first die block to the cylinder; a set of pins inserted through the cylinder and the second arm to couple the first die block to the cylinder; and a main pin that extends along a longitudinal axis through the first arm, the first die block, and the second arm to couple the first arm, the first die block and the second arm together; wherein the first die block and one of the first and second arms rotates independently about the main pin and therefore about the longitudinal axis. a first die block; a second die block; a first die coupled to a portion of the first die block; a second die coupled to a portion of the second die block; and a cylinder that moves the second die toward the first die, characterized by a first arm and a second arm coupling the first die block to the cylinder; a set of pins inserted through the cylinder and the second arm to couple the first die block to the cylinder; and a main pin that extends along a longitudinal axis through the first arm, the first die block, and the second arm to couple the first arm, the first die block and the second arm together; wherein the first die block and one of the first and second arms rotates independently about the main pin and therefore about the longitudinal axis.
A method of targeting an object in a game, the method comprising: setting a center point of a first targeting area based on a first input from a user; displaying the first targeting area surrounded by a closed curve around the center point on a screen of a user terminal; displaying a list including at least one object located in the first targeting area on the screen; and moving the first targeting area based on a second input by the user received after the first input, characterized in that the displaying of the list on the screen includes: when two or more objects are located in the first targeting area, receiving priority information regarding the objects; determining an order among the objects based on the priority information; displaying the list based on the determined order; selecting a shape of character on the screen based on an input by the user; modifying an order among the objects in the list such that the selected character has the highest priority in the list, and displaying the list based on the modified order. setting a center point of a first targeting area based on a first input from a user; displaying the first targeting area surrounded by a closed curve around the center point on a screen of a user terminal; displaying a list including at least one object located in the first targeting area on the screen; and moving the first targeting area based on a second input by the user received after the first input, characterized in that the displaying of the list on the screen includes: when two or more objects are located in the first targeting area, receiving priority information regarding the objects; determining an order among the objects based on the priority information; displaying the list based on the determined order; selecting a shape of character on the screen based on an input by the user; modifying an order among the objects in the list such that the selected character has the highest priority in the list, and displaying the list based on the modified order. when two or more objects are located in the first targeting area, receiving priority information regarding the objects; determining an order among the objects based on the priority information; displaying the list based on the determined order; selecting a shape of character on the screen based on an input by the user; modifying an order among the objects in the list such that the selected character has the highest priority in the list, and displaying the list based on the modified order.
An oil-impregnated sintered bearing comprising: a bearing hole formed in the bearing body made of a sintered metal to support a rotating shaft by an inner surface thereof as a friction surface, wherein the bearing hole includes a journal part that has a constant diameter, and enlarged diameter parts (13b, 13c) that are provided on both sides of the journal part in the longitudinal direction thereof, respectively, so as to be connected with the journal part; wherein the enlarged diameter parts (13b, 13c) are formed stepwise so that the taper angles (θ1, θ2) with respect to the longitudinal direction of the enlarged diameter parts (13b, 13c) are different from each other, and the enlarged diameter parts that are positioned farther from the journal part have a larger taper angle (θ2), wherein the enlarged diameter parts (13b, 13c) are formed so that the difference between the taper angles (θ1, θ2) of adjacent enlarged diameter parts (13b, 13c) is 3° or less, wherein inner wall part of the bearing body forming the enlarged diameter parts (13b, 13c) have a higher sintering density than an inner wall part of the bearing body forming the journal part a bearing hole formed in the bearing body made of a sintered metal to support a rotating shaft by an inner surface thereof as a friction surface, wherein the bearing hole includes a journal part that has a constant diameter, and enlarged diameter parts (13b, 13c) that are provided on both sides of the journal part in the longitudinal direction thereof, respectively, so as to be connected with the journal part; wherein the enlarged diameter parts (13b, 13c) are formed stepwise so that the taper angles (θ1, θ2) with respect to the longitudinal direction of the enlarged diameter parts (13b, 13c) are different from each other, and the enlarged diameter parts that are positioned farther from the journal part have a larger taper angle (θ2), wherein the enlarged diameter parts (13b, 13c) are formed so that the difference between the taper angles (θ1, θ2) of adjacent enlarged diameter parts (13b, 13c) is 3° or less, wherein inner wall part of the bearing body forming the enlarged diameter parts (13b, 13c) have a higher sintering density than an inner wall part of the bearing body forming the journal part
A computer program comprising instructions which, when executed by a network node, cause the network node (200, 700) being arranged for decoding of contention based uplink transmissions of data in a cell served by the network node (200, 700), to: - register a wireless device (202, 702) for contention based uplink transmissions of data on a radio resource reserved for contention based uplink transmissions of data, and - send an acknowledgement to the wireless device (202, 702) indicating that the wireless device (202, 702) is registered for contention based uplink transmissions of data on the radio resource in the cell, wherein the acknowledgement comprises an identifier, and - perform blind decoding of contention based uplink transmissions on the radio resource by considering the identifier and wireless devices being registered for contention based uplink transmissions of data on the radio resource in the cell. - register a wireless device (202, 702) for contention based uplink transmissions of data on a radio resource reserved for contention based uplink transmissions of data, and - send an acknowledgement to the wireless device (202, 702) indicating that the wireless device (202, 702) is registered for contention based uplink transmissions of data on the radio resource in the cell, wherein the acknowledgement comprises an identifier, and - perform blind decoding of contention based uplink transmissions on the radio resource by considering the identifier and wireless devices being registered for contention based uplink transmissions of data on the radio resource in the cell.
An unmanned solar-powered aircraft (300, 500, 600, 800, 900, 1600), comprising: a lightweight solar wing (100, 200, 310, 610, 910, 1610) comprising an airfoil profile, a top surface, a bottom surface, a leading edge, a trailing edge, wing tips (101, 102), and at least one photovoltaic cell, wherein the surfaces and edges follow a negative downward curvature bow shape across a span of the wing during flight, a fuselage (330, 631, 632, 532, 930, 1631, 1632), and a propeller (340, 641, 642, 840, 940), wherein the fuselage is placed below the solar wing and contains an electric motor, a battery, and electronics, characterized in that at least wing surfaces with photovoltaic cells attached thereto are surfaces where the Gaussian curvature at any surface point is equal to zero. a lightweight solar wing (100, 200, 310, 610, 910, 1610) comprising an airfoil profile, a top surface, a bottom surface, a leading edge, a trailing edge, wing tips (101, 102), and at least one photovoltaic cell, wherein the surfaces and edges follow a negative downward curvature bow shape across a span of the wing during flight, a fuselage (330, 631, 632, 532, 930, 1631, 1632), and a propeller (340, 641, 642, 840, 940), wherein the fuselage is placed below the solar wing and contains an electric motor, a battery, and electronics, characterized in that at least wing surfaces with photovoltaic cells attached thereto are surfaces where the Gaussian curvature at any surface point is equal to zero.