mhurhangee/ep-ind-claims huggingface dataset:
Method for identifying a mobile operating apparatus (110; 210), in particular a wireless handheld device, for controlling at least one manipulator (160; 260) of a manipulator system (1; 2), wherein the manipulator system (1; 2) has a control device (140; 240) assigned to the manipulator (160; 260) and wherein the mobile operating apparatus (110; 210) preferably has a graphical user interface (113; 213), comprising the following method steps: a) displaying at least one optically readable identifier (112; 272) on an electronic display apparatus (111; 270), wherein the electronic display apparatus (111; 270) is assigned to the control device (140; 240) or to the mobile operating apparatus (110; 210); b) detecting the optically readable identifier (112; 272) by means of an optical reading apparatus (150; 250), wherein the optical reading apparatus (150; 250) is assigned to the respective other control device (140; 240) or mobile operating apparatus (110; 210); c) releasing the control of the manipulator (160; 260) for controlling by means of the mobile operating apparatus (110; 210) when the optically readable identifier (112; 272) has been correctly detected by the optical reading apparatus (150; 250), characterised in that the method further comprises the following method steps: transmitting data (181, 182) of at least one optically readable identifier (112; 272) from the control device to the mobile operating apparatus and displaying the optically readable identifier (112; 272) on the electronic display apparatus of the mobile operating apparatus; or: transmitting data (181, 182) of at least one optically readable identifier (112; 272) from the mobile operating apparatus to the control device and displaying the optically readable identifier (112; 272) on the electronic display apparatus of the control device. a) displaying at least one optically readable identifier (112; 272) on an electronic display apparatus (111; 270), wherein the electronic display apparatus (111; 270) is assigned to the control device (140; 240) or to the mobile operating apparatus (110; 210); b) detecting the optically readable identifier (112; 272) by means of an optical reading apparatus (150; 250), wherein the optical reading apparatus (150; 250) is assigned to the respective other control device (140; 240) or mobile operating apparatus (110; 210); c) releasing the control of the manipulator (160; 260) for controlling by means of the mobile operating apparatus (110; 210) when the optically readable identifier (112; 272) has been correctly detected by the optical reading apparatus (150; 250), characterised in that
A boom arrangement for an agricultural sprayer, comprising - a boom having a middle section provided with a boom frame and boom arms (6, 7) provided on opposite sides of the middle section and vertically foldable between an unfolded working position in which the boom arms (6, 7) are at least partially unfolded and a folded position; - a plurality of dispensing elements arranged along the boom and configured to dispense a spraying material; - a boom support assembly to which the middle section of the boom is connected, the boom support assembly being connectable to a support frame of an agricultural sprayer; and - a boom arms operating and locking mechanism (11,..., 15) configured to - provide the boom arms (6, 7) in a locked position in which the boom arms (6, 7) are locked; - move the boom arms (6, 7) along a vertical line of movement between the locked position and an unlocked position in which the boom arms (6, 7) can be unfolded to the unfolded working position; and - move the boom arms (6, 7) between the unlocked position and the unfolded working position; the boom arrangement being characterized in that it further comprises - a locking sensor device configured to detect, for the boom arms (6, 7), the locked position, and provide sensor signals indicative of the boom arms (6, 7) being in the locked position. - a boom having a middle section provided with a boom frame and boom arms (6, 7) provided on opposite sides of the middle section and vertically foldable between an unfolded working position in which the boom arms (6, 7) are at least partially unfolded and a folded position; - a plurality of dispensing elements arranged along the boom and configured to dispense a spraying material; - a boom support assembly to which the middle section of the boom is connected, the boom support assembly being connectable to a support frame of an agricultural sprayer; and - a boom arms operating and locking mechanism (11,..., 15) configured to - provide the boom arms (6, 7) in a locked position in which the boom arms (6, 7) are locked; - move the boom arms (6, 7) along a vertical line of movement between the locked position and an unlocked position in which the boom arms (6, 7) can be unfolded to the unfolded working position; and - move the boom arms (6, 7) between the unlocked position and the unfolded working position; the boom arrangement being characterized in that it further comprises - provide the boom arms (6, 7) in a locked position in which the boom arms (6, 7) are locked; - move the boom arms (6, 7) along a vertical line of movement between the locked position and an unlocked position in which the boom arms (6, 7) can be unfolded to the unfolded working position; and - move the boom arms (6, 7) between the unlocked position and the unfolded working position; the boom arrangement being characterized in that it further comprises - a locking sensor device configured to detect, for the boom arms (6, 7), the locked position, and provide sensor signals indicative of the boom arms (6, 7) being in the locked position.
A method of reconfiguring an internet protocol, IP, address during handover by a mobile station, MS, the method comprising: transmitting by the mobile station a ranging request message to a target base station, BS, in a target access service network, ASN, after a handover decision is made; receiving by the mobile station MS a ranging response message in response to the ranging request message from the target BS, the ranging response message including a parameter which indicates an IP address refreshing is required; receiving by the mobile station MS a dynamic host configuration, DHCP-ACK message from a gateway of the target ASN via the target base station, the DHCP-ACK message including an IP address; and registering by the mobile station MS the IP address to a home agent, wherein before the handover decision is made, the gateway of the target ASN performs an IP address allocation process with a DHCP server to obtain available IP addresses from the DHCP server, wherein the target BS requests the gateway of the target ASN to send the DHCP-ACK message to the mobile station. transmitting by the mobile station a ranging request message to a target base station, BS, in a target access service network, ASN, after a handover decision is made; receiving by the mobile station MS a ranging response message in response to the ranging request message from the target BS, the ranging response message including a parameter which indicates an IP address refreshing is required; receiving by the mobile station MS a dynamic host configuration, DHCP-ACK message from a gateway of the target ASN via the target base station, the DHCP-ACK message including an IP address; and registering by the mobile station MS the IP address to a home agent, wherein before the handover decision is made, the gateway of the target ASN performs an IP address allocation process with a DHCP server to obtain available IP addresses from the DHCP server, wherein the target BS requests the gateway of the target ASN to send the DHCP-ACK message to the mobile station.
A liquid filled bottle, comprising a cover member and a plastic bottle having a body, a rigid neck and a narrow opening sealed by the cover member, the narrow opening being defined in the upper face of the neck and surrounded by a ring of the neck, characterized in that the cover member comprising: - a one piece flexible closing element consisting essentially of a peelable film and comprising: i) a central portion adhering with said ring and sealing the narrow opening of the bottle, and ii) at least one margin portion extending around the central portion, the closing element having a circumference at least partly defined by said margin portion; and - a one piece flexible label element defined by at least one layer of film material, said label element including a label portion; wherein the closing element has a top face delimited by said circumference and defining a substantially planar support surface; wherein said label element comprises a reinforcing portion directly fastened to all or a part of said support surface and entirely or partly covering said central portion, with the provision that at least an annular fixing portion covering the ring is covered by the reinforcing portion, the reinforcing portion defining a first surface; and wherein the label portion defines a second surface (S2, S2') that is entirely offset relative to the upper face of the neck, the ratio between the second surface and the first surface being superior or equal to 1:2. - a one piece flexible closing element consisting essentially of a peelable film and comprising: i) a central portion adhering with said ring and sealing the narrow opening of the bottle, and ii) at least one margin portion extending around the central portion, the closing element having a circumference at least partly defined by said margin portion; and i) a central portion adhering with said ring and sealing the narrow opening of the bottle, and ii) at least one margin portion extending around the central portion, the closing element having a circumference at least partly defined by said margin portion; and - a one piece flexible label element defined by at least one layer of film material, said label element including a label portion;
A liquid-to-air heat exchanger comprising: an air inlet header having an air inlet connection; an air outlet header having an air outlet connection; a liquid-to-air heat exchanger core connected to the air inlet header and the air outlet header, the core being angled relative to the air inlet connection and the air outlet connection; wherein the core is disposed at a first obtuse angle (α) relative to a direction of air flow entering the heat exchanger through the air inlet connection, and is disposed at a second acute angle (β) with respect to the direction of air flow leaving the heat exchanger through the air outlet connection; characterised in that a cold-cold portion of the core is disposed at a lowermost surface of the core immediately adjacent the air outlet header; and wherein the cold-cold portion occurs on a trailing surface of the core and is offset from the air inlet connection, wherein the air outlet header comprises a lowermost portion of the heat exchanger, and wherein the air outlet header has a trough configured to collect water from relatively cooler air that has passed through the core; and wherein a liquid inlet port is connected to an end of the core adjacent to the trailing surface of the core; and a liquid outlet port is connected to the end of the core adjacent to the leading surface of the core and the liquid inlet port, wherein a portion of the trailing surface of the core immediately adjacent the liquid inlet port faces towards the trough. an air inlet header having an air inlet connection; an air outlet header having an air outlet connection; a liquid-to-air heat exchanger core connected to the air inlet header and the air outlet header, the core being angled relative to the air inlet connection and the air outlet connection; wherein the core is disposed at a first obtuse angle (α) relative to a direction of air flow entering the heat exchanger through the air inlet connection, and is disposed at a second acute angle (β) with respect to the direction of air flow leaving the heat exchanger through the air outlet connection; characterised in that a cold-cold portion of the core is disposed at a lowermost surface of the core immediately adjacent the air outlet header; and wherein the cold-cold portion occurs on a trailing surface of the core and is offset from the air inlet connection, wherein the air outlet header comprises a lowermost portion of the heat exchanger, and wherein the air outlet header has a trough configured to collect water from relatively cooler air that has passed through the core; and wherein a liquid inlet port is connected to an end of the core adjacent to the trailing surface of the core; and a liquid outlet port is connected to the end of the core adjacent to the leading surface of the core and the liquid inlet port, wherein a portion of the trailing surface of the core immediately adjacent the liquid inlet port faces towards the trough.
A computer-implemented method for calibrating radiological data associated with a tissue in a subject, the method comprising: analyzing a radiological image of the tissue to calculate a raw value indicative of a biological parameter in the tissue; analyzing a microscopy image of the tissue to identify a distribution of cells of interest within the tissue; and calculating a calibrated value indicative of a biological parameter of cells of interest within the tissue, wherein the calibrated value is obtained by correcting the raw value based on the identified distribution of cells of interest within the tissue. analyzing a radiological image of the tissue to calculate a raw value indicative of a biological parameter in the tissue; analyzing a microscopy image of the tissue to identify a distribution of cells of interest within the tissue; and calculating a calibrated value indicative of a biological parameter of cells of interest within the tissue, wherein the calibrated value is obtained by correcting the raw value based on the identified distribution of cells of interest within the tissue.
A communication connector for use with a cable having at least one grounding component (1590, 1592), the communication connector comprising: an electrically conductive housing having a door gripping portion (2427, 2428); and an electrically conductive housing door pivotably coupled to the housing, the housing door being connectable to the at least one grounding component (1590, 1592) to form an electrical connection therewith, the housing door being rotatable with respect to the housing between open and closed positions, a first one of the housing door and the door gripping portion (2427, 2428) having a projection (2012, 2014) configured to engage a different second one of the housing door and the door gripping portion (2427, 2428) when the housing door is in the closed position, the projection (2012, 2014) being configured to electrically connect the housing door with the housing to thereby electrically connect the at least one grounding component (1590, 1592) with the housing when the projection (2012, 2014) engages the second one of the housing door and the door gripping portion (2427, 2428), and wherein the projection (2012, 2014) is configured to prevent the housing door from being rotated from the open position to the closed position when less than a sufficient amount of rotational force is applied to the housing door, the projection being configured to be compressed between the housing door and the housing to allow the housing door to be rotated to the closed position when at least the sufficient amount of rotational force is applied to the housing door. an electrically conductive housing having a door gripping portion (2427, 2428); and an electrically conductive housing door pivotably coupled to the housing, the housing door being connectable to the at least one grounding component (1590, 1592) to form an electrical connection therewith, the housing door being rotatable with respect to the housing between open and closed positions, a first one of the housing door and the door gripping portion (2427, 2428) having a projection (2012, 2014) configured to engage a different second one of the housing door and the door gripping portion (2427, 2428) when the housing door is in the closed position, the projection (2012, 2014) being configured to electrically connect the housing door with the housing to thereby electrically connect the at least one grounding component (1590, 1592) with the housing when the projection (2012, 2014) engages the second one of the housing door and the door gripping portion (2427, 2428), and wherein the projection (2012, 2014) is configured to prevent the housing door from being rotated from the open position to the closed position when less than a sufficient amount of rotational force is applied to the housing door, the projection being configured to be compressed between the housing door and the housing to allow the housing door to be rotated to the closed position when at least the sufficient amount of rotational force is applied to the housing door.
A container system comprising: a base unit, the base unit having a plurality of container receiving regions, and a base handle to facilitate transport of the base unit; a plurality of containers, each of said containers being constructed to be received in an associated one of the container receiving regions, each of the containers having a container handle to facilitate transport of each container separately from the base unit, each container having a first portion and a second portion, wherein relative movement of the first and second portions between an opened and closed position permits and prevents access to contents of the container, each container having at least one container latch to enable the container to be latched in the closed position; characterised in that the container system further comprises a plurality of base unit latches, each base unit latch arranged to latch an associated one of the containers at least partially within the associated one of the container receiving regions, wherein the base unit has a plurality of front rails between the container receiving regions, and wherein the base unit latches are mounted on the front rails. a base unit, the base unit having a plurality of container receiving regions, and a base handle to facilitate transport of the base unit; a plurality of containers, each of said containers being constructed to be received in an associated one of the container receiving regions, each of the containers having a container handle to facilitate transport of each container separately from the base unit, each container having a first portion and a second portion, wherein relative movement of the first and second portions between an opened and closed position permits and prevents access to contents of the container, each container having at least one container latch to enable the container to be latched in the closed position; characterised in that the container system further comprises a plurality of base unit latches, each base unit latch arranged to latch an associated one of the containers at least partially within the associated one of the container receiving regions, wherein the base unit has a plurality of front rails between the container receiving regions, and wherein the base unit latches are mounted on the front rails.
Vehicle burner for heating a gas flow in a motor vehicle, - having a fuel pump for delivering a fuel to an actuable injection nozzle for injecting the fuel into a combustion chamber, - having an air delivery and/or air regulating device for delivering air to the combustion chamber, - having a controller for operating the vehicle burner, which controller is coupled to the fuel pump and to the air delivery and/or air regulating device, - wherein burner exhaust gas which is generated during the operation of the vehicle burner as a result of the reaction of fuel with air in the combustion chamber is utilized for heating the gas flow, - wherein, in a manner dependent on a predefinable heating power, the controller determines a fuel flow rate, an air flow rate and a fuel pressure, - wherein, in order to set the predefined heating power, the controller actuates the air delivery and/or air regulating device in order to set the determined air flow rate and actuates the fuel pump in order to set the determined fuel pressure, characterized in that the controller is furthermore coupled to the injection nozzle and actuates the latter in order to set the determined fuel flow rate, in such a way that the injection nozzle is opened to a greater or lesser extent, or is adjusted in terms of timing with regard to opening duration and opening frequency, in a manner dependent on the fuel pressure. - having a fuel pump for delivering a fuel to an actuable injection nozzle for injecting the fuel into a combustion chamber, - having an air delivery and/or air regulating device for delivering air to the combustion chamber, - having a controller for operating the vehicle burner, which controller is coupled to the fuel pump and to the air delivery and/or air regulating device, - wherein burner exhaust gas which is generated during the operation of the vehicle burner as a result of the reaction of fuel with air in the combustion chamber is utilized for heating the gas flow, - wherein, in a manner dependent on a predefinable heating power, the controller determines a fuel flow rate, an air flow rate and a fuel pressure, - wherein, in order to set the predefined heating power, the controller actuates the air delivery and/or air regulating device in order to set the determined air flow rate and actuates the fuel pump in order to set the determined fuel pressure,
A head-up display device for projecting a display image (M1, M2) onto a projection surface to cause the display image (M1, M2) to be visually recognized as a virtual image (V1, V2), the head-up display device comprising: a projection device consisting of: a display configured to emit projection light; an image formation position adjusting mirror configured to receive the projection light emitted from the display, convert the projection light into a plurality of beams of projection light (L1,L2) having different image formation distances by changing an image formation distance of at least a part of the incident projection light, and reflect the plurality of beams of projection light (L1,L2); characterized in that head up display device further comprises: a first screen configured to form a first display image by a part of the projection light having a shorter image formation distance; and a second screen configured to form a second display image by a part of the projection light having a longer image formation distance, the first screen is placed to be closer to the projection device than the second screen. a display configured to emit projection light; an image formation position adjusting mirror configured to receive the projection light emitted from the display, convert the projection light into a plurality of beams of projection light (L1,L2) having different image formation distances by changing an image formation distance of at least a part of the incident projection light, and reflect the plurality of beams of projection light (L1,L2); characterized in that head up display device further comprises: a first screen configured to form a first display image by a part of the projection light having a shorter image formation distance; and a second screen configured to form a second display image by a part of the projection light having a longer image formation distance, the first screen is placed to be closer to the projection device than the second screen. a first screen configured to form a first display image by a part of the projection light having a shorter image formation distance; and a second screen configured to form a second display image by a part of the projection light having a longer image formation distance, the first screen is placed to be closer to the projection device than the second screen.