mhurhangee/ep-ind-claims huggingface dataset:
A device for enabling access to a rotor blade of a wind turbine (1, 254) by lowering and/or lifting the device in relation to the wind turbine (1, 254), the device comprising a first endless frame structure (12, 62, 251) defining an opening, wherein at least part of the first endless frame structure forms a track portion, the track portion being adapted to guide an, in relation to the track portion, movable object (16, 66, 68, 257) along the track portion, the device further comprising an arrangement for aligning the rotor blade of the wind turbine (1, 254) with the opening defined by the first endless frame structure (12, 62, 251), characterized in that, the alignment arrangement comprises a first and second displaceable arm (261, 262) each having guiding means, wherein the alignment arrangement comprises a catch element that is a flexible wire or a flexible belt, the first and second displaceable arms (261, 262) each being adapted to be brought from a first to a second position when the device is to be aligned with the rotor blade, the first and second displaceable arms (261, 262) being, in that second position, capable of bringing the wire or belt into contact with rotor blade via their guiding means, and bringing the device in approximate or complete alignment with the rotor blade by withdrawing the wire or belt along the guiding means while the wire or belt is in contact with the rotor blade, and wherein each of the arms (261, 262) comprises a guiding arrangement for guiding the catch element to the ends of the arms (261, 262), wherein the guiding arrangement is structured and arranged for guiding and thereby bringing the catch element to the rotor blade and afterwards pulling the device to the rotor blade.
Capsule comprising a casing (102; 202) provided with a base wall (103; 203) and with a side wall (104; 204) defining a cavity (105; 205) that is suitable for containing an initial product to be joined to a fluid for making a final product, said base wall (103; 203) being provided with an outlet (108; 208) for the exiting and dispensing of said final product, said capsule (101; 201) being characterised in that said base wall (103; 203) is deformable and suitable for being deformed from an initial configuration to a final configuration by a pressure increase inside said cavity (105; 205) and in that the capsule comprises a closing element (110; 130; 230) positioned inside said cavity (105; 205), facing and adjacent to said base wall (103; 203) and provided with a closing portion (112; 132; 232) arranged for engaging and closing said outlet (108; 208) in said initial configuration of said base wall (103; 203), and for disengaging and opening said outlet (108; 208) in said final configuration of said base wall (103; 203) so as to enable said final product to exit and be dispensed through said outlet (108; 208), said closing element (110; 130; 230) further comprising a peripheral side portion (111; 131; 231) suitable for abutting, in particular with interference, on said side wall (104; 204) and/or a connecting wall of said casing (102; 202) which is interposed between said base wall (103; 203) and said side wall (104; 204).
System for operating an autonomously driving utility vehicle in a limited region, wherein the limited region has an entrance, an exit and at least one target point, where an activity at the utility vehicle can be carried out, the system comprising: - a vehicle interface module which provides an interface for the vehicle; and - an operator interface module which provides a communication interface for the operator of the limited region, and is characterised by a driver interface module which provides a communication interface for the driver and is integrated in a mobile electronic device, wherein the vehicle interface module, the driver interface module and the operator interface module are configured to exchange information wirelessly with one another and the driver interface module is configured to provide at least the following functions: - to establish a connection to the operator when a radio infrastructure of the region has been detected, - to carry out a handover of the vehicle from the driver to the operator when a connection to the radio infrastructure has been established or the operator interface module has issued a request, wherein after the handover of the vehicle to the operator the autonomous vehicle mode is activated, - to carry out a separation from the operator only when the driver of the vehicle has assumed responsibility for the vehicle, wherein driver deactivates the autonomous vehicle mode after assuming the responsibility. - a vehicle interface module which provides an interface for the vehicle; and - an operator interface module which provides a communication interface for the operator of the limited region, and is - to establish a connection to the operator when a radio infrastructure of the region has been detected, - to carry out a handover of the vehicle from the driver to the operator when a connection to the radio infrastructure has been established or the operator interface module has issued a request, wherein after the handover of the vehicle to the operator the autonomous vehicle mode is activated, - to carry out a separation from the operator only when the driver of the vehicle has assumed responsibility for the vehicle, wherein driver deactivates the autonomous vehicle mode after assuming the responsibility.
An information processing device for authenticity determination of a digitized certificate comprising: an acceleration sensor; a photographing means configured for photographing a certificate and generating a photographed image; and a determination means configured for determining authenticity of the certificate based on appearance of a surface of the certificate in the photographed image, wherein the photographing means generates a photographed image in a condition that the certificate is placed horizontally, and wherein the acceleration sensor is configured to output an output value at a time of photographing the certificate by the photographing means, and wherein the determination means is configured to determine the authenticity of the certificate by comparing an inclination between the certificate and the photographing means calculated based on the photographed image and an inclination between the certificate and the photographing means calculated using the output value of the acceleration sensor. an acceleration sensor; a photographing means configured for photographing a certificate and generating a photographed image; and a determination means configured for determining authenticity of the certificate based on appearance of a surface of the certificate in the photographed image, wherein the photographing means generates a photographed image in a condition that the certificate is placed horizontally, and wherein the acceleration sensor is configured to output an output value at a time of photographing the certificate by the photographing means, and wherein the determination means is configured to determine the authenticity of the certificate by comparing an inclination between the certificate and the photographing means calculated based on the photographed image and an inclination between the certificate and the photographing means calculated using the output value of the acceleration sensor.
A control system for controlling an electric motor and a screw compressor system of a refrigeration system, comprising: a memory with a plurality of stored torque profiles for the screw compressor system; and a controller that: (a) receives status signals regarding a pulsing torque generated by the screw compressor system, (b) determines an operating point of the screw compressor system based upon the received status signals, (c) determines a torque profile for the screw compressor system based upon the operating point and the plurality of stored torque profiles, and (d) generates one or more control signals, per the determined torque profile, that adjust torque applied by an electric motor to the screw compressor system per the determined torque profile. a memory with a plurality of stored torque profiles for the screw compressor system; and a controller that: (a) receives status signals regarding a pulsing torque generated by the screw compressor system, (b) determines an operating point of the screw compressor system based upon the received status signals, (c) determines a torque profile for the screw compressor system based upon the operating point and the plurality of stored torque profiles, and (d) generates one or more control signals, per the determined torque profile, that adjust torque applied by an electric motor to the screw compressor system per the determined torque profile. (a) receives status signals regarding a pulsing torque generated by the screw compressor system, (b) determines an operating point of the screw compressor system based upon the received status signals, (c) determines a torque profile for the screw compressor system based upon the operating point and the plurality of stored torque profiles, and (d) generates one or more control signals, per the determined torque profile, that adjust torque applied by an electric motor to the screw compressor system per the determined torque profile.
A symbology reader comprising: an imaging module having an image sensor and a lens to cooperatively provide an image of a field of view; a data bus coupled to the imaging module; a memory module coupled to the data bus; and a processor module coupled to the data bus, the processor module adapted to carry out: an acquisition process that controls the imaging module and the memory module to transfer the image into the memory module via the data bus; a first decoding process that attempts to decode a first symbol type of the image of the field of view; and a second decoding process that attempts to decode a second symbol type of the image of the field of view; wherein the first decoding process and the second decoding process execute substantially simultaneously; characterized in that processing resources of the processor module are unevenly allocated to the first and second decoding processes according to an apportioning variable (380, 480). an imaging module having an image sensor and a lens to cooperatively provide an image of a field of view; a data bus coupled to the imaging module; a memory module coupled to the data bus; and a processor module coupled to the data bus, the processor module adapted to carry out: an acquisition process that controls the imaging module and the memory module to transfer the image into the memory module via the data bus; a first decoding process that attempts to decode a first symbol type of the image of the field of view; and a second decoding process that attempts to decode a second symbol type of the image of the field of view; wherein the first decoding process and the second decoding process execute substantially simultaneously; characterized in that processing resources of the processor module are unevenly allocated to the first and second decoding processes according to an apportioning variable (380, 480). an acquisition process that controls the imaging module and the memory module to transfer the image into the memory module via the data bus; a first decoding process that attempts to decode a first symbol type of the image of the field of view; and a second decoding process that attempts to decode a second symbol type of the image of the field of view; wherein the first decoding process and the second decoding process execute substantially simultaneously; characterized in that processing resources of the processor module are unevenly allocated to the first and second decoding processes according to an apportioning variable (380, 480).
Multistage press for massive forming of a wire section comprising a wire feed with an arranged cutting-to-length device as well as a transfer device having grippers for receiving a wire section cut to length and for transfer of this section to subsequent forming stages, wherein the wire feed, the forming stages and the cutting-to-length device can be controlled independently from one another, characterised in that on the side of the cutting-to-length device opposite the wire feed means for partial heating of a wire section are arranged, wherein the means for partial heating of a wire section comprise an induction coil, wherein the wire feed is set up for the temporary introduction of a wire section into the induction coil and the wire feed comprises a servo drive for defined forward and backward movement of a wire section.
Door lock for a motor vehicle, comprising a locking mechanism, the locking mechanism comprising a catch and a pawl for latching the catch, and an operating device for opening the locking mechanism, the operating device comprising a rotatable actuator which is rotated about its pin in both directions by an electric drive, the electric drive comprising an electric motor which is capable of driving the actuator via a gear, the actuator being a gear wheel, which is driven via a further gear wheel or a worm of the electric drive, it being possible for the locking mechanism to be opened by rotating the actuator, it being possible for the locking mechanism to be opened independently of the direction of rotation of the actuator, and the force with which the locking mechanism is opened depends on the direction of rotation of the actuator, a release lever being pivoted by rotating the actuator in one direction of rotation, which lever, by pivoting, is capable of opening the locking mechanism with little force, characterized in that the relevant position of the operating device is monitored or determined by one or more sensors, the one or more sensors being additionally used to control and/or monitor the opening.
Delivery device for providing two medium flows guided separately from one another, especially in a fuel-operated vehicle heater, comprising - a first conveyor wheel rotatable about a first rotation axis for delivering a first medium, - a second conveyor wheel rotatable about a second rotation axis for delivering a second medium, and - a drive motor for driving the first conveyor wheel and the second conveyor wheel, wherein at least one conveyor wheel is coupled with the drive motor via a magnetic coupling device, wherein the first conveyor wheel is a gas conveyor wheel for delivering a gaseous first medium, and wherein the second conveyor wheel is a liquid conveyor wheel for delivering a liquid second medium, and wherein the second conveyor wheel is coupled with the drive motor via the magnetic coupling device characterized in that in association with the first conveyor wheel, a conveyor duct, which extends in a ring-shaped manner about the first rotation axis and is open in the direction of the first rotation axis, is provided in a first housing, with a medium outlet separated from a medium inlet by an interrupter area, and that the first conveyor wheel comprises a ring-shaped delivery area axially covering the conveyor duct with a plurality of delivery blades following each other in the circumferential direction about the first rotation axis, and that the second conveyor wheel is carried rotatably about the second rotation axis in a flow duct for the second medium, wherein the flow duct has a feed duct area leading towards the second conveyor wheel essentially in the direction of the second rotation axis and a discharge duct area leading away from the second conveyor wheel in the radial direction. - a first conveyor wheel rotatable about a first rotation axis for delivering a first medium, - a second conveyor wheel rotatable about a second rotation axis for delivering a second medium, and - a drive motor for driving the first conveyor wheel and the second conveyor wheel,
Temperature sensor comprising a temperature-dependent measuring element, wherein it is possible to connect said measuring element via a first connecting cable and at least a second connecting cable, wherein the first connecting cable has a first and a second section (T1, T2), the second section being arranged between the measuring element and the first section; wherein the first and the second connecting cable (1, 2) extend along an installation segment as far as the measuring element, wherein the first section of the first connecting cable extends with a first part along the installation segment and the second section extends with a second part along the installation segment, and wherein the first and the second part do not overlap, wherein the first and the second section (T1, T2) are made from different materials, and wherein the first and the second section (T1, T2) of the first connecting cable form a thermocouple.
Shrink tunnel for use in a production system for producing packaging units or containers from packaging elements filled with a product and with shrink film shrunk on, comprising at least one tunnel zone having heating means for shrinking the shrink film onto the packaging units moved through the tunnel zone under the influence of heat at a tunnel temperature, which is a target operating temperature in the normal undisturbed operating state or operating mode of the shrink tunnel, wherein the shrink tunnel comprises, as a further operating state, at least one stand-by mode with a reduced heating capacity in relation to the normal operating mode and with a conveying speed reduced in relation to the normal operating mode of a conveyor on the shrink tunnel side, and with a control device for controlling the operating modes, wherein the control device, when the shrink tunnel is reset into the normal operating mode, sets the tunnel temperature back to the target operating temperature, characterised in that after the resetting of the shrink tunnel into the normal operating mode, and already upon reaching a first temperature threshold value of the tunnel temperature which is still below the target operating temperature, the control device increases the conveying speed of the shrink tunnel-side conveyor again, and/or upon reaching a second threshold value which is closer to the target operating temperature, issues the signal which allows for clearance for production.
A folding container comprising: - a base, - a first mount provided to the base, - a first side wall, and - a translational hinge, which connects the first side wall to the first mount and is configured to facilitate rotational and translational movement of the first side wall in respect to the first mount during transition between: ∘ an erected state, in which the first side wall extends from the first mount in a generally upright orientation in respect to the base, and ∘ a folded state, in which the first side wall extends from the first mount in a generally parallel orientation in respect to the base, - an upright lock, which comprises: ∘ a peg, which is provided to the first side wall, and ∘ a catch, which is provided to the first mount and comprises an elongated recess configured to receive the peg during transition between the erected and folded state of the first side wall and to provide a threshold for keeping the first side wall in the erected state, characterized in that the recess is elongated, at least in part, in a direction that is slanted in respect to the upright orientation. - a base, - a first mount provided to the base, - a first side wall, and - a translational hinge, which connects the first side wall to the first mount and is configured to facilitate rotational and translational movement of the first side wall in respect to the first mount during transition between: ∘ an erected state, in which the first side wall extends from the first mount in a generally upright orientation in respect to the base, and ∘ a folded state, in which the first side wall extends from the first mount in a generally parallel orientation in respect to the base, ∘ an erected state, in which the first side wall extends from the first mount in a generally upright orientation in respect to the base, and ∘ a folded state, in which the first side wall extends from the first mount in a generally parallel orientation in respect to the base, - an upright lock, which comprises: ∘ a peg, which is provided to the first side wall, and ∘ a catch, which is provided to the first mount and comprises an elongated recess configured to receive the peg during transition between the erected and folded state of the first side wall and to provide a threshold for keeping the first side wall in the erected state, ∘ a peg, which is provided to the first side wall, and ∘ a catch, which is provided to the first mount and comprises an elongated recess configured to receive the peg during transition between the erected and folded state of the first side wall and to provide a threshold for keeping the first side wall in the erected state,
A device for manufacturing an item of packaging for a group of smokable articles, in particular cigarettes, having a wrapping, preferably an inner wrapping, of, in particular, a thin packaging material, such as paper, tinfoil or the like, having a severing element, with which a material web of the packaging material is severable into individual blanks, and having a blank subassembly, in the region of which the article groups are wrappable with the individual blanks in each case, characterized by an application element, which is arranged upstream of the severing element and with which flavouring and/or aromatic portions for the smokable articles can be applied to the packaging-material web, and by a processing means with which the portions, after application, can be at least in regions reduced in their height, preferably in that they can be spread flat and/or pressed flat by the processing means, wherein the processing means is an, in particular, heatable strip which is, in particular, arrangeable or arranged parallel to the material web, along which the material web, after application of the portions, is guided for spreading flat, preferably for smoothing flat said portions, wherein the application element has at least one valve (45a-d) having a valve opening from which the portions are individually dispensable, and wherein the strip is arranged downstream of the valve opening on the at least one valve (45a-d), preferably in that the strip, or one side of the strip, forms an inner side which is arranged downstream of the valve opening of an outlet nozzle which comprises the valve opening of the at least one valve (45a-d).
Retractable barrier actuator device for a pantographic vehicle having a plurality of cross braces, each cross brace being formed by two arms articulated at their center, said plurality comprising, in particular, a proximal cross brace comprising two arms (9, 16), said device comprising a chassis and a motorized means arranged to ensure an unfolding of said pantograph in a longitudinal direction, said device comprising means for mounting one of the two arms of said proximal cross brace, referred to as a driving arm, in pivoting connection relative to said chassis, said motorized means being arranged to apply a torque to the free end of the driving arm relative to said chassis by application of force, said device further comprising a means for guiding in translation the free end of the other arm of the two arms of said cross brace proximal to said chassis, in a transverse direction, characterized in that said actuator device comprises a leverage arm, arranged to be fastened to the driving arm, in that said pivoting connection between said driving arm and said chassis is produced by a pivoting connection of said leverage arm to said chassis, preferably by means of a steel shaft, and in that said force has an application point located on the leverage arm.