mhurhangee/ep-ind-claims huggingface dataset:
Main bearing unit for supporting the rotor shaft of a wind turbine, comprising: - a roller bearing having at least one inner ring, at least one outer ring and a roller element assembly received between the outer and inner rings (12, 14); - a coupling arrangement which is designed to couple the rotor shaft at least indirectly and in a torque-transmitting manner to an output shaft of the wind turbine; wherein the rotor shaft is coupled in a torque transmitting manner to one of the outer ring and the inner ring; and wherein the coupling arrangement is coupled in a torque transmitting manner to the same one of the outer ring and the inner ring as the rotor shaft, characterized in that the clutch assembly is directly coupled to the one of the outer ring and the inner ring or integrated into the one of the outer ring and the inner ring. - a roller bearing having at least one inner ring, at least one outer ring and a roller element assembly received between the outer and inner rings (12, 14); - a coupling arrangement which is designed to couple the rotor shaft at least indirectly and in a torque-transmitting manner to an output shaft of the wind turbine;
Dual knife cutting system consisting of a beam back, on which a knife back for an upper knife and a knife back for a lower knife are arranged and a plurality of dual knife cutting elements (6, 7) are attached to the knife backs (2, 3), wherein the upper knife and lower knife are driven to move back and forth in an oscillating manner, and knife guides for the upper knife and knife guides for the lower knife are attached to the beam back, which comprise guide arms (11, 111), wherein on the beam back on its side facing away from the knife guides (10, 110), at least in the area between adjacent knife guides with guide arms for the lower knife and the knife guides with guide arms for the upper knife, a projection is respectively formed, characterised in that in the area of the guide arms for the lower knife recesses are formed in the projection.
1. An air conditioner comprising a refrigerant circuit in which a compressor an outdoor heat exchanger, an expansion valve, and an indoor heat exchanger are connected to one another, the air conditioner being capable of performing: cooling operation in which the entirety of the indoor heat exchanger functions as an evaporation region; and dehumidification operation in which a portion of the indoor heat exchanger close to its liquid inlet functions as the evaporation region, wherein: the air conditioner further comprises an indoor fan opposed to the indoor heat exchanger; wherein the indoor heat exchanger includes an auxiliary heat exchanger and a main heat exchanger, characterized in that the main heat exchanger includes a front heat exchanger disposed closer to a front surface of an indoor unit and a rear heat exchanger disposed closer to a rear surface of the indoor unit, the auxiliary heat exchanger being disposed forward of the front heat exchanger, liquid refrigerant being supplied to the auxiliary heat exchanger and the main heat exchanger in the dehumidification operation: a control unit of the air conditioner is configured to control, in the dehumidification operation, the compressor and the expansion valve so that an extent of the evaporation region varies, in the auxiliary heat exchanger, depending on a load; and the control unit of the air conditioner is configured to control the maximum number of revolutions of the indoor fan in the dehumidification operation such that it is smaller than the maximum number of revolutions of the indoor fan in the cooling operation. a control unit of the air conditioner is configured to control, in the dehumidification operation, the compressor and the expansion valve so that an extent of the evaporation region varies, in the auxiliary heat exchanger, depending on a load; and the control unit of the air conditioner is configured to control the maximum number of revolutions of the indoor fan in the dehumidification operation such that it is smaller than the maximum number of revolutions of the indoor fan in the cooling operation.
Method for characterising a photovoltaic module, comprising the following steps: - capturing at least one electroluminescent image of the module, - from the captured image, determining a mapping of apparent band gap energy of the photovoltaic module, and - from the mapping of apparent band gap energy, determining a mapping of the module for at least one of the following quantities: - - open circuit voltage, - - saturation current, and - - absolute loss of photovoltaic efficiency. - capturing at least one electroluminescent image of the module, - from the captured image, determining a mapping of apparent band gap energy of the photovoltaic module, and - from the mapping of apparent band gap energy, determining a mapping of the module for at least one of the following quantities: - - open circuit voltage, - - saturation current, and - - absolute loss of photovoltaic efficiency. - - open circuit voltage, - - saturation current, and - - absolute loss of photovoltaic efficiency.
An apparatus for producing an image upon a receiver, the apparatus comprising: a plurality of printing modules (M1-M5) each having a specific toner color, a web belt that transports the receiver past the plurality of printing modules from a first printing module that prints a first color to at least one second printing module that prints a second color, to a third printing module that prints a third color to place the image upon the receiver and that transports the image and receiver to a fusing station that treats the receiver to fuse the image; characterized by a controller for controlling the plurality of printing modules to form the image by applying the first colors on the receiver upstream of the fusing station using one of the first printing module and the third printing module based on the at least one of a light transmittability of the receiver or a reflectivity of the receiver detected with a sensing device with the first color being applied by the third printing module to cause a print made using a transparent receiver to appear to have a color backing and the first color being applied by the first printing module to provide a color background for an image being printed on a reflective receiver. a plurality of printing modules (M1-M5) each having a specific toner color, a web belt that transports the receiver past the plurality of printing modules from a first printing module that prints a first color to at least one second printing module that prints a second color, to a third printing module that prints a third color to place the image upon the receiver and that transports the image and receiver to a fusing station that treats the receiver to fuse the image; characterized by a controller for controlling the plurality of printing modules to form the image by applying the first colors on the receiver upstream of the fusing station using one of the first printing module and the third printing module based on the at least one of a light transmittability of the receiver or a reflectivity of the receiver detected with a sensing device with the first color being applied by the third printing module to cause a print made using a transparent receiver to appear to have a color backing and the first color being applied by the first printing module to provide a color background for an image being printed on a reflective receiver.
A radial press with a housing and several pressing jaws arranged therein concentrically about a press axis, wherein said pressing jaws are supported in a sliding manner on associated sliding surfaces that are inclined relative to the press axis and a pressure plate, which can be moved along the press axis by means of a driving mechanism, acts upon the pressing jaws on the end faces thereof, and wherein the driving mechanism comprises several hydraulic cylinder-piston units with cylinders that are fixed on the housing and piston rods that engage on the pressure plate, characterized in that the piston rods feature on their ends spherical head pieces that are supported in spherical counter bearings formed on the pressure plate.
A heat exchanger (18, 200) for use in cooling a flow of compressed gas with a flow of cooling fluid, the heat exchanger (18, 200) comprising: a body portion having a first end, a second end, and a space between the first end and the second end; a tube bundle including a first tube sheet (130, 222), a second tube sheet (134, 226), and a plurality of tubes extending between the first tube sheet (130, 222) and the second tube sheet (134, 226), the tube bundle insertable into the space from either the first end or the second end; a first head (46, 210) including an inlet (82, 238) and an outlet (86, 242), the first head (46, 210) connected to the first end and connectable to the second end; and a second head (50, 214) connected to the second end and connectable to the first end such that cooling fluid enters the inlet (82, 238), passes through a first portion of the plurality of tubes, contacts the second head (50, 214) and flows through a second portion of the plurality of tubes to the outlet (86, 242); characterised in that the first head (46, 210) and the second head (50, 214) completely support the tube bundle within the space such that the tube bundle is held in position without contact of the body portion; and wherein the first and second heads (46, 210, 50, 214) include a dome shaped cavity. a body portion having a first end, a second end, and a space between the first end and the second end; a tube bundle including a first tube sheet (130, 222), a second tube sheet (134, 226), and a plurality of tubes extending between the first tube sheet (130, 222) and the second tube sheet (134, 226), the tube bundle insertable into the space from either the first end or the second end; a first head (46, 210) including an inlet (82, 238) and an outlet (86, 242), the first head (46, 210) connected to the first end and connectable to the second end; and a second head (50, 214) connected to the second end and connectable to the first end such that cooling fluid enters the inlet (82, 238), passes through a first portion of the plurality of tubes, contacts the second head (50, 214) and flows through a second portion of the plurality of tubes to the outlet (86, 242); characterised in that the first head (46, 210) and the second head (50, 214) completely support the tube bundle within the space such that the tube bundle is held in position without contact of the body portion; and wherein the first and second heads (46, 210, 50, 214) include a dome shaped cavity.
A clothes treatment apparatus comprising: a cabinet having a treatment chamber for allowing clothes to be hung therein; a steam unit disposed in the cabinet for generating steam; and a steam spray device disposed in the cabinet for spraying steam into the treatment chamber, wherein the steam spray device comprises: a main body part having a space defined therein; an introduction part disposed in the main body part, the introduction part communicating with the space, the introduction part being configured such that the steam generated by the steam unit is introduced through the introduction part; a nozzle part disposed in the main body part, the nozzle part communicating with the space, the nozzle part being configured to discharge steam in the space into the treatment chamber; a condensed water discharge part disposed in the main body part for discharging condensed water in the space out of the main body part; and a partition wall disposed in the main body part for partitioning at least a portion of the space into a first space and a second space, the partition wall defining a gap through which steam flows from the first space to the second space, the partition wall being configured such that steam flowing from the introduction part and the nozzle part collides with the partition wall, wherein the partition wall is configured to change a flow direction of the collided steam. a main body part having a space defined therein; an introduction part disposed in the main body part, the introduction part communicating with the space, the introduction part being configured such that the steam generated by the steam unit is introduced through the introduction part; a nozzle part disposed in the main body part, the nozzle part communicating with the space, the nozzle part being configured to discharge steam in the space into the treatment chamber; a condensed water discharge part disposed in the main body part for discharging condensed water in the space out of the main body part; and a partition wall disposed in the main body part for partitioning at least a portion of the space into a first space and a second space, the partition wall defining a gap through which steam flows from the first space to the second space, the partition wall being configured such that steam flowing from the introduction part and the nozzle part collides with the partition wall, wherein the partition wall is configured to change a flow direction of the collided steam.
An aircraft system for an aircraft, the aircraft system comprising a controller that is configured to: receive at least one signal during a landing procedure of the aircraft; determine that the aircraft is at a predetermined stage in the landing procedure, on the basis of the at least one signal, wherein the predetermined stage is before a command to extend at least one landing gear of the aircraft is issued during the landing procedure; and cause initiation of at least a part of a procedure to interrogate an aircraft braking system, on the basis of the determination; characterized in that the controller is configured to cause initiation of a first part of the procedure to interrogate the aircraft braking system before receiving a command to extend the landing gear, and cause initiation of a second part of the procedure to interrogate the aircraft braking system after receiving a command to extend the landing gear. receive at least one signal during a landing procedure of the aircraft; determine that the aircraft is at a predetermined stage in the landing procedure, on the basis of the at least one signal, wherein the predetermined stage is before a command to extend at least one landing gear of the aircraft is issued during the landing procedure; and cause initiation of at least a part of a procedure to interrogate an aircraft braking system, on the basis of the determination; characterized in that the controller is configured to cause initiation of a first part of the procedure to interrogate the aircraft braking system before receiving a command to extend the landing gear, and cause initiation of a second part of the procedure to interrogate the aircraft braking system after receiving a command to extend the landing gear.
An apparatus for use in a Neighborhood Awareness Network, NAN, device, the apparatus comprising: a memory; and processing circuitry in communication with the memory and arranged to: generate, for transmission to another NAN device, a Neighborhood Awareness Network, NAN, public action frame comprising an indication that the NAN public action frame is a schedule update frame and a change in a schedule of at least one of time blocks (512, 522) or one or more channels (510, 520) for communication between the NAN device and the other NAN device, wherein the change is selectable from a plurality of different changes to the time blocks including changes to a current time block and at least one of future time blocks or one or more channels; and adjust the schedule as indicated by the schedule update frame to change communication with the other NAN device. a memory; and processing circuitry in communication with the memory and arranged to: generate, for transmission to another NAN device, a Neighborhood Awareness Network, NAN, public action frame comprising an indication that the NAN public action frame is a schedule update frame and a change in a schedule of at least one of time blocks (512, 522) or one or more channels (510, 520) for communication between the NAN device and the other NAN device, wherein the change is selectable from a plurality of different changes to the time blocks including changes to a current time block and at least one of future time blocks or one or more channels; and adjust the schedule as indicated by the schedule update frame to change communication with the other NAN device. generate, for transmission to another NAN device, a Neighborhood Awareness Network, NAN, public action frame comprising an indication that the NAN public action frame is a schedule update frame and a change in a schedule of at least one of time blocks (512, 522) or one or more channels (510, 520) for communication between the NAN device and the other NAN device, wherein the change is selectable from a plurality of different changes to the time blocks including changes to a current time block and at least one of future time blocks or one or more channels; and adjust the schedule as indicated by the schedule update frame to change communication with the other NAN device.
Method for manufacturing a structured press element, wherein this method comprises at least the following steps: - providing a metallic base element, such as a plate or a roller; - applying a mask on a surface of the metallic base element, wherein the mask has a certain resistance to a surface treatment so as to cover the surface at least temporarily from the surface treatment at the level of the mask; - carrying out the surface treatment; wherein, said mask has a heterogeneous build, and at least this build determines the extent of said resistance to the surface treatment, characterized in that the mask divides said surface of the metallic base element into one or more shielded portions, on which the mask is located, and one or more non-shielded portions, on which there is no or hardly any mask, and wherein the mask comprises one or more edge portions and one or more internal portions, wherein the one or more internal portions are each completely surrounded by one or more adjoining edge portions, and the one or more edge portions extend between one or more adjoining non-shielded portions of the surface, and one or more adjoining internal portions of the mask, wherein the build of the mask is such that at the level of at least one aforementioned edge portion, the resistance to the surface treatment increases gradually from a respective adjoining non-shielded portion to a respective adjoining internal portion. - providing a metallic base element, such as a plate or a roller; - applying a mask on a surface of the metallic base element, wherein the mask has a certain resistance to a surface treatment so as to cover the surface at least temporarily from the surface treatment at the level of the mask; - carrying out the surface treatment;
A tag communication device capable of wirelessly communicating with RFID tags by emitting a radio beam from an antenna, the tag communication device comprising: receiving means for receiving identification information respectively from a first RFID tag (2A-1, 2A-2), arranged in a communication desired region as a spatial region in which communication is desired, and a second RFID tag (2B-1, 2B-2), arranged outside the communication desired region and at a position adjacent to the communication desired region; and control means for controlling the radio beam, characterized in that: the control means controls the radio beam so as to be able to communicate with the first RFID tag (2A-1, 2A-2) and not communicate with the second RFID tag (2B-1, 2B-2) according to the identification information received by the receiving means. receiving means for receiving identification information respectively from a first RFID tag (2A-1, 2A-2), arranged in a communication desired region as a spatial region in which communication is desired, and a second RFID tag (2B-1, 2B-2), arranged outside the communication desired region and at a position adjacent to the communication desired region; and control means for controlling the radio beam, the control means controls the radio beam so as to be able to communicate with the first RFID tag (2A-1, 2A-2) and not communicate with the second RFID tag (2B-1, 2B-2) according to the identification information received by the receiving means.
A transfer film in which an adhesion layer, a release layer, and a transfer layer are provided on a substrate in this order, Wherein the transfer layer has a layered structure in which a protective layer and an adhesive layer are layered in this order from the side of the substrate, the protective layer contains an active ray-cured resin formed by curing an active ray-curable resin by an active ray, and the adhesion layer contains a cured binder resin which is a cured product of a binder resin and a curing agent, wherein the adhesion layer contains, as the cured binder resin, either one or both of a cured polyurethane type resin which is a cured product of a polyurethane type resin and a curing agent and a cured polyvinyl alcohol type resin which is a cured product of a polyvinyl alcohol type resin and a curing agent, the curing agent for the cured product is an epoxysilane compound or a titanium chelating agent, and the adhesive layer is an adhesive layer having a function of a receiving layer. Wherein the transfer layer has a layered structure in which a protective layer and an adhesive layer are layered in this order from the side of the substrate, the protective layer contains an active ray-cured resin formed by curing an active ray-curable resin by an active ray, and the adhesion layer contains a cured binder resin which is a cured product of a binder resin and a curing agent, wherein the adhesion layer contains, as the cured binder resin, either one or both of a cured polyurethane type resin which is a cured product of a polyurethane type resin and a curing agent and a cured polyvinyl alcohol type resin which is a cured product of a polyvinyl alcohol type resin and a curing agent, the curing agent for the cured product is an epoxysilane compound or a titanium chelating agent, and the adhesive layer is an adhesive layer having a function of a receiving layer.
A method comprising: - co-axially locating a turbine wheel and a shaft wherein one or more gaps and one or more points of contact exist between an end of the turbine wheel and an end of the shaft, wherein a rotatable force applicator assembly comprises a clamp that clamps the turbine wheel and a translatable force applicator that applies an axially directed force to the turbine wheel, wherein at least one of the one or more points of contact transfers at least a portion of the force to the shaft and wherein a rotatable shaft collet supports the shaft; - adjusting the azimuthal position of the turbine wheel and/ or the shaft to achieve a particular type of contact; - rotating the rotatable shaft collet; - energizing at least one laser beam (810-1, 810-2); and - via the at least one laser beam (810-1, 810-2), forming a weld between the turbine wheel and the shaft.