mhurhangee/ep-ind-claims huggingface dataset:
Device for loading a metallurgical melting vessel with scrap, comprising a) a container for receiving the scrap for transport to a melting plant, which has a discharge opening on a front side for discharging the scrap, b) a feed system, leading to a charging opening of the melting vessel, for a transport sled which is mounted so as to be displaceable from a starting position to a charging position in the feed system, and on which the container can be placed. c) rigid retaining elements (16, 18, 20, 22), which are arranged on the transport sled and on the container and engage in one another on placement of the container, in order to prevent the container placed thereon from slipping, d) a tipping device, which is mounted in a pivot bearing on the feed system so as to be able to pivot about a pivot spindle running transversely to a longitudinal direction of the feed system, with at least one locking device in order to establish a releasable form-fitting connection by engagement in at least one counter-element arranged on the container. a) a container for receiving the scrap for transport to a melting plant, which has a discharge opening on a front side for discharging the scrap, b) a feed system, leading to a charging opening of the melting vessel, for a transport sled which is mounted so as to be displaceable from a starting position to a charging position in the feed system, and on which the container can be placed. c) rigid retaining elements (16, 18, 20, 22), which are arranged on the transport sled and on the container and engage in one another on placement of the container, in order to prevent the container placed thereon from slipping, d) a tipping device, which is mounted in a pivot bearing on the feed system so as to be able to pivot about a pivot spindle running transversely to a longitudinal direction of the feed system, with at least one locking device in order to establish a releasable form-fitting connection by engagement in at least one counter-element arranged on the container.
Method for configuration of a first wireless network comprising at least one access point, characterized in that it comprises a step of configuration of at least one parameter of said at least one access point of the first wireless network according to at least one part of a link budget of a second wireless network comprising at least two nodes, said nodes being positioned in a determined physical space, said first and second wireless networks being physically different, the distribution density of the nodes of the second network in said physical space being greater than the distribution density of the access points of the first network in said physical space.
A nitrous oxide (N 2 O) removal catalyst composite for an exhaust stream of an internal combustion engine comprising: a N 2 O removal catalytic material on a substrate, the catalytic material comprising a rhodium (Rh) component supported on a ceria-based support, wherein the ceria-based support comprises 90 to 100 weight % CeO 2 and has a pore volume that is at least 0.20 cm 3 /g, wherein the catalytic material has a H 2 -consumption peak of 100°C or less as measured by hydrogen temperature-programmed reduction (H 2 -TPR) and is effective to decompose at least a portion of nitrous oxide (N 2 O) in the exhaust stream to nitrogen (N 2) and oxygen (O 2) or to reduce at least a portion of the N 2 O to N 2 and water, N 2 and carbon dioxide (CO 2), or N 2,water, and CO 2 under conditions of the exhaust stream.
A washer comprising - a body, - a tub that is disposed within the body and wherein the washing/drying processes are performed, - a housing that extends from the outer surface of the body to the interior of the body, - a dispenser that is disposed inside the housing and that has more than one division (6, 106) wherein the cleaning agents are stored, - a dosing unit adjacent to the housing with flow connection between the housing and itself, that has at least one receptacle wherein the cleaning agents are stored for dosing and at least one dosage pump that is disposed on the receptacle and that sucks the cleaning agents in the receptacle and enables them to be transferred into the housing in order to be delivered to the tub, - at least one liquid transfer mechanism that is disposed between the dispenser and the receptacle of the dosing unit, that provides flow between the dispenser and the receptacle of the dosing unit, that allows liquid flow from the dispenser to the receptacle of the dosing unit when the dispenser is placed into the housing and that interrupts liquid flow from the dispenser to the receptacle of the dosing unit when the dispenser is pulled from the housing, characterized in that the receptacle is positioned at a lower level with respect to the dispenser and that the dosage pump is a peristaltic pump. - a body, - a tub that is disposed within the body and wherein the washing/drying processes are performed, - a housing that extends from the outer surface of the body to the interior of the body, - a dispenser that is disposed inside the housing and that has more than one division (6, 106) wherein the cleaning agents are stored, - a dosing unit adjacent to the housing with flow connection between the housing and itself, that has at least one receptacle wherein the cleaning agents are stored for dosing and at least one dosage pump that is disposed on the receptacle and that sucks the cleaning agents in the receptacle and enables them to be transferred into the housing in order to be delivered to the tub, - at least one liquid transfer mechanism that is disposed between the dispenser and the receptacle of the dosing unit, that provides flow between the dispenser and the receptacle of the dosing unit, that allows liquid flow from the dispenser to the receptacle of the dosing unit when the dispenser is placed into the housing and that interrupts liquid flow from the dispenser to the receptacle of the dosing unit when the dispenser is pulled from the housing,
Carrier element for a carrier of a ring generator, in particular stator carrier element (2A.1, 2A.2, 2A.3) for a stator carrier of a ring generator and/or rotor carrier element (3A.1, 3A.2, 3A.3) for a rotor carrier of a ring generator, wherein in order to form the carrier a number of carrier elements are combined via a generator surface, and which carrier is constructed with an outer-peripheral carrier ring (20, 30) for fitting a winding and with an inner-peripheral carrier flange (21, 31) which is constructed for transmission to a journal for connection to a machine carrier, wherein the carrier element has: - a first member (2S1, 22S1) which is associated with a first surface sector of the generator surface and which is constructed for composing the carrier ring, - a second member (2S2, 22S2) which is associated with a second surface sector of the generator surface and which is constructed for composing the carrier ring (20, 30), characterised in that - the first member and the second member adjoin integrally a seat flange (21.1, 21.2, 21.3, 31.1, 31.2, 31.3) which extends completely over the inner side and which is constructed for composing the carrier flange (21, 31). - a first member (2S1, 22S1) which is associated with a first surface sector of the generator surface and which is constructed for composing the carrier ring, - a second member (2S2, 22S2) which is associated with a second surface sector of the generator surface and which is constructed for composing the carrier ring (20, 30), characterised in that - the first member and the second member adjoin integrally a seat flange (21.1, 21.2, 21.3, 31.1, 31.2, 31.3) which extends completely over the inner side and which is constructed for composing the carrier flange (21, 31).
Packaging, in particular suitable for containing foodstuffs, comprising a container made of plastics material provided with a base and a continuous peripheral wall, the upper edge of the peripheral wall opposite the base delimiting an opening and being provided with a peripheral rim extending radially outward, and an outer covering cut from a planar blank made of recyclable cardboard material and arranged in contact with the outer face of the peripheral wall, means being provided for detachably connecting the covering to the container, said connecting means consisting of a peripheral groove delimiting a housing space which fits an upper edge of the covering of which the shape is adapted to the shape of the groove, characterized in that said peripheral groove runs along the outer face of the peripheral wall of the container, opens toward the base of the container and is delimited by two parallel walls (51, 81) each formed by an upper strip of the peripheral wall of the container adjoining the upper edge and by an outer wall of the peripheral rim facing said strip.
A method for beer fermentation, comprising the steps of: - inserting wort and yeast into a vessel to initiate a fermentation process, the wort and yeast forming a vessel content; - measuring, with an on-line measuring device, a first extract value that is representative of an extract level of the vessel content; - automatically controlling a mixing device (6, 7) dependent on the first extract value, to withdraw vessel content from the vessel and reinject it into the vessel for effecting mixing of the vessel content. - inserting wort and yeast into a vessel to initiate a fermentation process, the wort and yeast forming a vessel content; - measuring, with an on-line measuring device, a first extract value that is representative of an extract level of the vessel content; - automatically controlling a mixing device (6, 7) dependent on the first extract value, to withdraw vessel content from the vessel and reinject it into the vessel for effecting mixing of the vessel content.
A method for manufacturing a multilayer security element, the security element exhibiting at least one effect layer that requires a smooth, non-porous background, characterized by the following steps: a) providing a first layered composite, especially a transfer material, by - providing a first plastic substrate foil that exhibits a smooth, non-porous surface; - applying the effect layer, the effect layer being formed by a first layer comprising a liquid crystal material, such that the first plastic substrate foil and the effect layer form a first layered composite; b) providing a second layered composite that comprises a second plastic substrate foil, and which b1) either comprises a reflective layer, which is formed by a reflective thin-film element having a viewing-angle-dependent color impression, b2) or comprises an optically effective microstructure; c) joining the first and second layered composite such that the effect layer comes to rest on the second layered composite; d) removing the first plastic substrate foil. a) providing a first layered composite, especially a transfer material, by - providing a first plastic substrate foil that exhibits a smooth, non-porous surface; - applying the effect layer, the effect layer being formed by a first layer comprising a liquid crystal material, such that the first plastic substrate foil and the effect layer form a first layered composite; - providing a first plastic substrate foil that exhibits a smooth, non-porous surface; - applying the effect layer, the effect layer being formed by a first layer comprising a liquid crystal material, such that the first plastic substrate foil and the effect layer form a first layered composite; b) providing a second layered composite that comprises a second plastic substrate foil, and which b1) either comprises a reflective layer, which is formed by a reflective thin-film element having a viewing-angle-dependent color impression, b2) or comprises an optically effective microstructure; b1) either comprises a reflective layer, which is formed by a reflective thin-film element having a viewing-angle-dependent color impression, b2) or comprises an optically effective microstructure; c) joining the first and second layered composite such that the effect layer comes to rest on the second layered composite; d) removing the first plastic substrate foil.
A method of producing cells expressing CD56/Pax3, CD56/Pax7, or Pax3/Pax7, the method comprising providing a pluripotent stem cell in an in vitro culture and contacting the pluripotent stem cell in the in vitro culture with two or more compounds at the same time, wherein the two or more compounds comprise a GSK3β inhibitor and a TGF-β receptor inhibitor, wherein the contacting the pluripotent stem cell in the in vitro culture with the two or more compounds comprising a GSK3β inhibitor and a TGF-β receptor inhibitor, directly results in generation of cells expressing CD56/Pax3, CD56/Pax7, or Pax3/Pax7.
Handheld dental instrument with an elongate grip sleeve, at a front end of which means are arranged for holding a treatment tool, for example a dental drill, wherein means for driving the treatment tool are arranged inside the grip sleeve, which driving means have at least two rotatably mounted shafts (4, 6) that are coupled to each other, and wherein a sealing element is arranged in the coupling region of the two shafts (4, 6) inside the grip sleeve, characterized in that the sealing element has a cylindrical outer jacket, which is configured to be received in a cylindrical bore of the handpiece, and in that the sealing element has • a first cylindrical extension, which adjoins the outer jacket and which is oriented substantially parallel to a first of the two shafts (4, 6), and has • a second cylindrical extension, which adjoins the outer jacket and which is oriented substantially parallel to the second of the two shafts (4, 6), wherein the sealing element is made of an elastic material. • a first cylindrical extension, which adjoins the outer jacket and which is oriented substantially parallel to a first of the two shafts (4, 6), and has • a second cylindrical extension, which adjoins the outer jacket and which is oriented substantially parallel to the second of the two shafts (4, 6),
A decoder, comprising: a parametric decoding unit for generating a plurality of first estimated audio object signals by upmixing three or more downmix signals, wherein the three or more downmix signals encode a plurality of original audio object signals, wherein the parametric decoding unit is configured to upmix the three or more downmix signals depending on parametric side information indicating information on the plurality of original audio object signals, and a residual processing unit for generating a plurality of second estimated audio object signals by modifying one or more of the first estimated audio object signals, wherein the residual processing unit is configured to modify said one or more of the first estimated audio object signals depending on one or more residual signals. a parametric decoding unit for generating a plurality of first estimated audio object signals by upmixing three or more downmix signals, wherein the three or more downmix signals encode a plurality of original audio object signals, wherein the parametric decoding unit is configured to upmix the three or more downmix signals depending on parametric side information indicating information on the plurality of original audio object signals, and a residual processing unit for generating a plurality of second estimated audio object signals by modifying one or more of the first estimated audio object signals, wherein the residual processing unit is configured to modify said one or more of the first estimated audio object signals depending on one or more residual signals.
An electronic device comprising: display circuitry; a camera (180, 210) disposed on a rear surface of the display circuitry; memory storing instructions; and at least one processor; wherein the instructions that, when executed by the at least one processor individually or collectively, cause the electronic device to: identify camera driving information set with regard to the camera, identify a shutter speed included in the camera driving information, change set display driving information such that a time of a non-light-emitting interval of a duty cycle of the display circuitry is larger than the shutter speed, and based on the changed display driving information, control a driving of the camera. display circuitry; a camera (180, 210) disposed on a rear surface of the display circuitry; memory storing instructions; and at least one processor; wherein the instructions that, when executed by the at least one processor individually or collectively, cause the electronic device to: identify camera driving information set with regard to the camera, identify a shutter speed included in the camera driving information, change set display driving information such that a time of a non-light-emitting interval of a duty cycle of the display circuitry is larger than the shutter speed, and based on the changed display driving information, control a driving of the camera. identify camera driving information set with regard to the camera, identify a shutter speed included in the camera driving information, change set display driving information such that a time of a non-light-emitting interval of a duty cycle of the display circuitry is larger than the shutter speed, and based on the changed display driving information, control a driving of the camera.
A method for a base station comprising: receiving a user plane packet via a single tunnel established between the base station and a core network entity (264; 266) for a single packet data network connection, wherein the user plane packet comprises a header encapsulating a network layer packet associated to one particular traffic sub-class of various differentiated traffic sub-classes mapped to the tunnel, and wherein the user plane packet is extracted from a transport level packet having a header including an indication of a transport level quality of service, QoS, classification; obtaining, from the header of the user plane packet, an indicator indicative of a particular policy of a plurality of policies for handling the various differentiated traffic sub-classes mapped to the tunnel; and applying the particular policy on the received user plane packet. receiving a user plane packet via a single tunnel established between the base station and a core network entity (264; 266) for a single packet data network connection, wherein the user plane packet comprises a header encapsulating a network layer packet associated to one particular traffic sub-class of various differentiated traffic sub-classes mapped to the tunnel, and wherein the user plane packet is extracted from a transport level packet having a header including an indication of a transport level quality of service, QoS, classification; obtaining, from the header of the user plane packet, an indicator indicative of a particular policy of a plurality of policies for handling the various differentiated traffic sub-classes mapped to the tunnel; and applying the particular policy on the received user plane packet.
A microwave oven having a user interface, the user interface including: first and second input selector elements for receiving user input; a display element; a processor module coupled to the display element and a plurality of mode selector elements (6010, 6012, 6014), wherein: user selection of one of the plurality of mode selector elements (6010, 6012, 6014) causes the user interface to toggle from a first to a second operating mode; characterised in that the user interface further comprises: a plurality of shortcut selectors located such that they are hidden from first view behind a door of the microwave oven, each of the plurality of shortcut selectors being associated with a predetermined cooking profile having predetermined cooking settings; wherein the processor module receives a shortcut signal from a respective one of the plurality of shortcut selectors; the processor retrieves the respective cooking profile and causes the display to present the associated predetermined cooking settings. first and second input selector elements for receiving user input; a display element; a processor module coupled to the display element and a plurality of mode selector elements (6010, 6012, 6014), wherein: user selection of one of the plurality of mode selector elements (6010, 6012, 6014) causes the user interface to toggle from a first to a second operating mode; characterised in that the user interface further comprises: a plurality of shortcut selectors located such that they are hidden from first view behind a door of the microwave oven, each of the plurality of shortcut selectors being associated with a predetermined cooking profile having predetermined cooking settings; wherein the processor module receives a shortcut signal from a respective one of the plurality of shortcut selectors; the processor retrieves the respective cooking profile and causes the display to present the associated predetermined cooking settings. user selection of one of the plurality of mode selector elements (6010, 6012, 6014) causes the user interface to toggle from a first to a second operating mode; characterised in that the user interface further comprises: a plurality of shortcut selectors located such that they are hidden from first view behind a door of the microwave oven, each of the plurality of shortcut selectors being associated with a predetermined cooking profile having predetermined cooking settings; wherein the processor module receives a shortcut signal from a respective one of the plurality of shortcut selectors; the processor retrieves the respective cooking profile and causes the display to present the associated predetermined cooking settings. a plurality of shortcut selectors located such that they are hidden from first view behind a door of the microwave oven, each of the plurality of shortcut selectors being associated with a predetermined cooking profile having predetermined cooking settings; wherein the processor module receives a shortcut signal from a respective one of the plurality of shortcut selectors; the processor retrieves the respective cooking profile and causes the display to present the associated predetermined cooking settings.
A method in a network device coupled with a packet data network gateway of a mobile operator, comprising: transmitting configuration information to a device gateway coupled with a plurality of devices (120A-120N) based on a received configuration request, wherein the configuration information includes a service type and a service action based on the received configuration request, wherein the service type identifies a selection of the plurality of devices (120A-120N), and wherein the service action causes the device gateway to perform at least one of report data, start data collection, stop data collection, and establish secure communications between the device gateway and the network device; communicating (410, 412) with an AAA server to authenticate the selection of the plurality of devices (120A-120N); establishing a tunnel with the PDN gateway; receiving from the device gateway collected data from the selection of the plurality of devices (120A-120N); and sending to the PDN gateway the collected data. transmitting configuration information to a device gateway coupled with a plurality of devices (120A-120N) based on a received configuration request, wherein the configuration information includes a service type and a service action based on the received configuration request, wherein the service type identifies a selection of the plurality of devices (120A-120N), and wherein the service action causes the device gateway to perform at least one of report data, start data collection, stop data collection, and establish secure communications between the device gateway and the network device; communicating (410, 412) with an AAA server to authenticate the selection of the plurality of devices (120A-120N); establishing a tunnel with the PDN gateway; receiving from the device gateway collected data from the selection of the plurality of devices (120A-120N); and sending to the PDN gateway the collected data.