mhurhangee/ep-ind-claims huggingface dataset:
Door for a refrigerating appliance with an outer envelope foamed with insulation material, which comprises an outer plate covering an outer side of the door and at least one part of lateral flanks of the door in one piece, wherein a lateral edge of the outer plate features at least one section (6, 7) angled away from the lateral flank into the inside of the door, which section forms one side of a grip channel recessed from the lateral flank into the door, wherein the lateral edge of the outer plate is reinforced by at least one section (6, 7) at a distance from the outer and inner side of the door angled away from the lateral flank into the inside of the door, wherein the upper and/or the lower side of the door is or are closed off by a head piece, characterised in that the grip channel is covered at at least one of its longitudinal ends by an inserted moulded section, wherein the head piece on a front side features a groove for accepting a section angled away from an edge of the outer plate and wherein the head piece is connected to the moulded part by tongue and groove.
An apparatus comprising: means for receiving from a first device a communication comprising packets of a first traffic flow and packets of a second traffic flow via a first radio bearer, wherein the first radio bearer is a default radio bearer; means for receiving, via the first radio bearer from the first device, a packet data unit, wherein the packet data unit is or comprises a switch-marker signaling the end of transmitting packets of the second traffic flow via the first radio bearer, wherein the first traffic flow continues to be received via the first radio bearer; means for establishing the second radio bearer between the apparatus and the first device; and means, based on the establishing, for receiving the further packets of the second traffic flow via the second radio bearer. means for receiving from a first device a communication comprising packets of a first traffic flow and packets of a second traffic flow via a first radio bearer, wherein the first radio bearer is a default radio bearer; means for receiving, via the first radio bearer from the first device, a packet data unit, wherein the packet data unit is or comprises a switch-marker signaling the end of transmitting packets of the second traffic flow via the first radio bearer, wherein the first traffic flow continues to be received via the first radio bearer; means for establishing the second radio bearer between the apparatus and the first device; and means, based on the establishing, for receiving the further packets of the second traffic flow via the second radio bearer.
A method performed by a first network node serving a source cell, for handling handover failures for a target cell, which target cell is applicable for handover of a wireless device in a wireless communications network from the source cell to the target cell, the method comprising: associating the target cell with an indication indicating that the target cell is unsuitable for handover, when an amount of failed handovers from the source cell to the target cell exceeds a failure threshold, the method being characterized by further comprising: dissociating the target cell from the indication, when learning that a solution event has occurred indicating that a problem associated with at least some of the failed handovers has been restored, and associating the target cell with the indication, when a subsequent amount of failed handovers from the source cell to the target cell exceeds a verification threshold occurring after the target cell has been dissociated from the indication, wherein the verification threshold is lower than the failure threshold. associating the target cell with an indication indicating that the target cell is unsuitable for handover, when an amount of failed handovers from the source cell to the target cell exceeds a failure threshold, the method being characterized by further comprising: dissociating the target cell from the indication, when learning that a solution event has occurred indicating that a problem associated with at least some of the failed handovers has been restored, and associating the target cell with the indication, when a subsequent amount of failed handovers from the source cell to the target cell exceeds a verification threshold occurring after the target cell has been dissociated from the indication, wherein the verification threshold is lower than the failure threshold. dissociating the target cell from the indication, when learning that a solution event has occurred indicating that a problem associated with at least some of the failed handovers has been restored, and associating the target cell with the indication, when a subsequent amount of failed handovers from the source cell to the target cell exceeds a verification threshold occurring after the target cell has been dissociated from the indication, wherein the verification threshold is lower than the failure threshold.
A weather radar apparatus comprising: a transmitting/receiving unit (12, 13) configured to transmit a radar wave of a first transmission frequency to an observation target and receive a reflected wave; a distribution unit configured to distribute a received signal of the reflected wave to a main path and at least one other path; an extraction unit configured to extract a component, as a main path signal, from the signal distributed to the main path, the component corresponding to the first transmission frequency, and to extract, from the signal distributed to the one other path, an interference wave signal based on at least one second transmission frequency used by another radio station; and a removing unit configured to remove the interference wave signal extracted from a signal of the main path. a transmitting/receiving unit (12, 13) configured to transmit a radar wave of a first transmission frequency to an observation target and receive a reflected wave; a distribution unit configured to distribute a received signal of the reflected wave to a main path and at least one other path; an extraction unit configured to extract a component, as a main path signal, from the signal distributed to the main path, the component corresponding to the first transmission frequency, and to extract, from the signal distributed to the one other path, an interference wave signal based on at least one second transmission frequency used by another radio station; and a removing unit configured to remove the interference wave signal extracted from a signal of the main path.
A method for storing and retrieving data on a magnetic tape including a data area divided sequentially along the length of the magnetic tape into a plurality of sections (60, 62, 64, 66) to provide a predetermined number of sections associated with the magnetic tape, each section having a plurality of partitions (84, 86) arranged across the width of the magnetic tape, such that each partition is contained within only one section and extends substantially entirely across the length of its containing section, said magnetic tape being accessed by a tape drive having an associated tape drive processor in communication with a host computer having an associated host processor, the method comprising: reading or writing data in at least one partition within a logical volume having an associated number of sections designated by the host computer from the predetermined number of sections associated with the magnetic tape; and receiving by the tape drive a mask from the host computer that designates writable partitions on the magnetic tape, wherein writing data includes writing data only to partitions designated by the mask received from the host computer. reading or writing data in at least one partition within a logical volume having an associated number of sections designated by the host computer from the predetermined number of sections associated with the magnetic tape; and receiving by the tape drive a mask from the host computer that designates writable partitions on the magnetic tape, wherein writing data includes writing data only to partitions designated by the mask received from the host computer.
A node for use in a wireless network, comprising: a communications unit for receiving a message using radio reception from a sender device in the wireless network, the message comprising a plurality of symbols and a first message integrity indicator located at a predetermined distance from the start of the message, wherein some of the symbols are located before the first message integrity indicator, while some of the symbols are located after the first message integrity indicator; a position identification unit for determining a position of the first message integrity indicator in the message; a message integrity indicator generator for performing a cryptographic operation on at least some of the symbols of the message located before the first message integrity indicator, but on none of the symbols located after the first message integrity indicator, so as to generate a second message integrity indicator before the first message integrity indicator is received; a comparator unit for comparing symbols of the second message integrity indicator with symbols of the first message integrity indicator while simultaneously receiving the symbols of the first message integrity indicator; the comparator unit indicating that the message is not authorized if the second message integrity indicator does not match the first message integrity indicator by sending an error signal to the position identification unit; and the position identification unit disabling, from the sender device, further radio reception of the symbols of the message upon reception of the error signal from the comparator unit. a communications unit for receiving a message using radio reception from a sender device in the wireless network, the message comprising a plurality of symbols and a first message integrity indicator located at a predetermined distance from the start of the message, wherein some of the symbols are located before the first message integrity indicator, while some of the symbols are located after the first message integrity indicator; a position identification unit for determining a position of the first message integrity indicator in the message; a message integrity indicator generator for performing a cryptographic operation on at least some of the symbols of the message located before the first message integrity indicator, but on none of the symbols located after the first message integrity indicator, so as to generate a second message integrity indicator before the first message integrity indicator is received; a comparator unit for comparing symbols of the second message integrity indicator with symbols of the first message integrity indicator while simultaneously receiving the symbols of the first message integrity indicator; the comparator unit indicating that the message is not authorized if the second message integrity indicator does not match the first message integrity indicator by sending an error signal to the position identification unit; and the position identification unit disabling, from the sender device, further radio reception of the symbols of the message upon reception of the error signal from the comparator unit.
A safety controller for controlling a machine at a manufacturing site, the safety controller being configured to perform a monitoring process for the functional safety of the machine, the safety controller comprising: a storage unit (106, 108); a diagnosis unit configured to diagnose the presence of an error in data written in a memory space of the storage unit (106, 108) or data read from the memory space; and a processing unit (10, 102) configured to perform processing in accordance with a diagnosis result obtained by the diagnosis unit, wherein the processing unit (10, 102) performs appropriate processing when an error is detected in data within a set range of the memory space in which the diagnosis unit is to be enabled, wherein the processing unit (10, 102) does not perform the appropriate processing when the diagnosis unit detects an error in data outside the set range of the memory space; and wherein the data within the set range of the memory space corresponds to data for achieving the functional safety of the machine and data outside the set range of the memory space corresponds to data unrelated to the functional safety of the machine. a storage unit (106, 108); a diagnosis unit configured to diagnose the presence of an error in data written in a memory space of the storage unit (106, 108) or data read from the memory space; and a processing unit (10, 102) configured to perform processing in accordance with a diagnosis result obtained by the diagnosis unit, wherein the processing unit (10, 102) performs appropriate processing when an error is detected in data within a set range of the memory space in which the diagnosis unit is to be enabled, wherein the processing unit (10, 102) does not perform the appropriate processing when the diagnosis unit detects an error in data outside the set range of the memory space; and wherein the data within the set range of the memory space corresponds to data for achieving the functional safety of the machine and data outside the set range of the memory space corresponds to data unrelated to the functional safety of the machine.
A pack of smoking articles, comprising: a frame of a semi-rigid material having a single major panel arranged adjacent a major face of a charge of smoking articles and side flaps arranged adjacent opposite sides of the charge of smoking articles, the side flaps being substantially symmetrical with respect to the major panel; and a flexible barrier sheet around the frame and the charge, forming a sealed enclosure; wherein the frame supports the flexible barrier sheet over the face of the charge of smoking articles and inhibits damage to the smoking articles and/or to the flexible barrier sheet from external pressure applied to the pack, wherein each of the side flaps has at least one cut-out region such that each side flap is discontinuous over a length of the respective opposite side of the charge of smoking articles, and wherein the flexible barrier sheet is wrapped around the charge of smoking articles and the frame, and forms the sealed enclosure via one or more sealed seams (13, 14), wherein at least one of the sealed seams (13, 14) is arranged to extend in the cut-out region. a frame of a semi-rigid material having a single major panel arranged adjacent a major face of a charge of smoking articles and side flaps arranged adjacent opposite sides of the charge of smoking articles, the side flaps being substantially symmetrical with respect to the major panel; and a flexible barrier sheet around the frame and the charge, forming a sealed enclosure; wherein the frame supports the flexible barrier sheet over the face of the charge of smoking articles and inhibits damage to the smoking articles and/or to the flexible barrier sheet from external pressure applied to the pack, wherein each of the side flaps has at least one cut-out region such that each side flap is discontinuous over a length of the respective opposite side of the charge of smoking articles, and wherein the flexible barrier sheet is wrapped around the charge of smoking articles and the frame, and forms the sealed enclosure via one or more sealed seams (13, 14), wherein at least one of the sealed seams (13, 14) is arranged to extend in the cut-out region.
An electro-magnetic check valve for use in an air exchange panel of a transportation refrigeration system, comprising: a valve cap positioned adjacent the air exchange panel and movable between a first position and a second position, the valve cap including a magnetic portion and being made of an iron based steel, wherein the valve cap includes at least one sealing mechanism being connected to or integrally formed with a second surface opposite a first surface of the valve cap, wherein the sealing mechanism is a generally v-shaped peak that extends from the second surface of the valve cap; a resilient flexible member mounted to the valve cap, the resilient flexible member being coupled to the air exchange panel to bias the valve cap into a first position, wherein the resilient flexible member is made from a sheet metal and includes a plurality of grains such that the resilient flexible member has an increased flexibility parallel to the plurality of grains and an increased stiffness normal to the plurality of grains; an electromagnet positioned inside the air exchange panel opposite the valve cap, and a controller that selectively applies power to the electromagnet to move the valve cap between the first position and the second position. a valve cap positioned adjacent the air exchange panel and movable between a first position and a second position, the valve cap including a magnetic portion and being made of an iron based steel, wherein the valve cap includes at least one sealing mechanism being connected to or integrally formed with a second surface opposite a first surface of the valve cap, wherein the sealing mechanism is a generally v-shaped peak that extends from the second surface of the valve cap; a resilient flexible member mounted to the valve cap, the resilient flexible member being coupled to the air exchange panel to bias the valve cap into a first position, wherein the resilient flexible member is made from a sheet metal and includes a plurality of grains such that the resilient flexible member has an increased flexibility parallel to the plurality of grains and an increased stiffness normal to the plurality of grains; an electromagnet positioned inside the air exchange panel opposite the valve cap, and a controller that selectively applies power to the electromagnet to move the valve cap between the first position and the second position.
A voltage imbalance assessment method in a power conversion device including a forward converter that rectifies a voltage of a three-phase AC power supply, a smoothing capacitor that smooths the rectified voltage, a detection unit that detects the smoothed voltage, and a control unit, wherein the control unit generates data indicating frequency components based on the detected voltage, characterized in that it compares a magnitude of a component being four times a power supply frequency with a magnitude of a component being six times the power supply frequency in the data indicating the frequency component, and assesses voltage imbalance of the three-phase AC power supply based on the comparison. generates data indicating frequency components based on the detected voltage, characterized in that it compares a magnitude of a component being four times a power supply frequency with a magnitude of a component being six times the power supply frequency in the data indicating the frequency component, and assesses voltage imbalance of the three-phase AC power supply based on the comparison.
Method of automatically removing meat from an animal or poultry extremity that includes first and second bones (113, 117) articulated by a joint and surrounded by said meat, the method includes: providing the animal or poultry extremity; holding the first bone at a free end thereof remote from the joint; separating the meat from the first bone and moving the meat lengthwise of the first bone in a direction toward the joint; severing the second bone from the first bone adjacent the joint; collecting the severed second bone with all the meat attached thereto; holding the thus collected second bone at a distal end thereof remote from an end that was attached to the first bone; separating and removing the meat from the second bone longitudinally thereof in a direction toward the end that was attached to the first bone; and collecting the meat. providing the animal or poultry extremity; holding the first bone at a free end thereof remote from the joint; separating the meat from the first bone and moving the meat lengthwise of the first bone in a direction toward the joint; severing the second bone from the first bone adjacent the joint; collecting the severed second bone with all the meat attached thereto; holding the thus collected second bone at a distal end thereof remote from an end that was attached to the first bone; separating and removing the meat from the second bone longitudinally thereof in a direction toward the end that was attached to the first bone; and collecting the meat.
A passive flow modulation device for a turbomachine, comprising: a temperature sensitive element disposed within a first area; a piston coupled to the temperature sensitive element, the piston extending through a wall to a second area, wherein the first area is at a higher temperature than the second area; and a valve arrangement disposed in the second area and actuated by a distal end portion of the piston, the valve arrangement is configured to tangentially inject a supply of cooling air through an angled orifice from the second area into the first area in response to an increase in temperature in the first area. a temperature sensitive element disposed within a first area; a piston coupled to the temperature sensitive element, the piston extending through a wall to a second area, wherein the first area is at a higher temperature than the second area; and a valve arrangement disposed in the second area and actuated by a distal end portion of the piston, the valve arrangement is configured to tangentially inject a supply of cooling air through an angled orifice from the second area into the first area in response to an increase in temperature in the first area.
A camera device comprising: a camera mounted on a predetermined position on a vehicle and configured to take an image including a mark disposed outside the vehicle; an image superimposing unit configured to generate a superimposed image by superimposing a calibration object having a position adjustment part and a rotation adjustment part on the image taken by the camera; and a calculation unit configured to calculate parameters relative to a pan angle, a tilt angle and a roll angle for calibration of a camera mounting position on the basis of a position of the calibration object after being shifted in the superimposed image, characterized in that: the position adjustment part has a circular shape; a marker is provided on a center part of the mark and the calibration object is shifted such that the position adjustment part meets the marker, and the calibration object is rotated about the center point of the marker such that a part of the mark other than said center part overlaps the rotation adjustment part. a camera mounted on a predetermined position on a vehicle and configured to take an image including a mark disposed outside the vehicle; an image superimposing unit configured to generate a superimposed image by superimposing a calibration object having a position adjustment part and a rotation adjustment part on the image taken by the camera; and a calculation unit configured to calculate parameters relative to a pan angle, a tilt angle and a roll angle for calibration of a camera mounting position on the basis of a position of the calibration object after being shifted in the superimposed image, the position adjustment part has a circular shape; a marker is provided on a center part of the mark and the calibration object is shifted such that the position adjustment part meets the marker, and the calibration object is rotated about the center point of the marker such that a part of the mark other than said center part overlaps the rotation adjustment part.