mhurhangee/ep-ind-claims huggingface dataset:
Transfer system for transferring persons and/or goods from and/or to an accessed unit, such as a floating ship, comprising: - a pedestal (114, 204); - an integrated gangway boom crane (104, 206) connected to the pedestal; and - an actuator acting between the pedestal and the integrated gangway boom crane configured for rotating the integrated gangway boom crane relative to the pedestal, wherein the actuator is a hydraulic actuator that is involved in vertical displacement compensation, and wherein the integrated gangway boom crane comprises vertical displacement compensation means, capable of compensating vertical displacement between the pedestal and the accessed unit during transfer of persons and/or goods, characterized in that the actuator is configured to enable rotation of the integrated gangway relative to the pedestal around a substantial horizontal axis with an angle in a range of -25° to +30° relative to a horizontal, and wherein the transfer system further comprising a hoist system (22, 106) that is integrally provided with the gangway boom crane and comprises rotational means for rotating the boom crane relative to the pedestal around a substantial vertical axis. - a pedestal (114, 204); - an integrated gangway boom crane (104, 206) connected to the pedestal; and - an actuator acting between the pedestal and the integrated gangway boom crane configured for rotating the integrated gangway boom crane relative to the pedestal, wherein the actuator is a hydraulic actuator that is involved in vertical displacement compensation, and wherein the integrated gangway boom crane comprises vertical displacement compensation means, capable of compensating vertical displacement between the pedestal and the accessed unit during transfer of persons and/or goods, characterized in that the actuator is configured to enable rotation of the integrated gangway relative to the pedestal around a substantial horizontal axis with an angle in a range of -25° to +30° relative to a horizontal, and
Method for controlling a mobile terminal in a vehicle or a vehicle information system which comprises a loudspeaker and which has a touch-sensitive screen, the terminal comprising a first graphical operating mode in which information is displayed graphically, and the terminal being controlled by touching graphically displayed symbols, the touching of the symbol triggering a function, characterized by the steps-switching to a second operating mode, which in principle does not allow interaction of graphical symbols and touches, or is only provided with a graphical symbol to switch back to the graphical mode; - controlling the terminal device merely by a small number of gestures on the screen, which trigger functions on the mobile terminal device independently of the touch of symbols characterised in that the output of the function results is effected via the loudspeaker a menu navigation and/or a selection of options in the second operating mode is carried out by a sequential output of individual menu items/options with pauses via the loudspeaker, in order to receive a gesture in the pauses which serves as a selection to trigger a function, and wherein after longer pauses a landmarking is carried out in which the current position in a menu and/or a selection is reproduced via the loudspeaker. - controlling the terminal device merely by a small number of gestures on the screen, which trigger functions on the mobile terminal device independently of the touch of symbols characterised in that the output of the function results is effected via the loudspeaker a menu navigation and/or a selection of options in the second operating mode is carried out by a sequential output of individual menu items/options with pauses via the loudspeaker, in order to receive a gesture in the pauses which serves as a selection to trigger a function, and wherein after longer pauses a landmarking is carried out in which the current position in a menu and/or a selection is reproduced via the loudspeaker.
An industrial automation device (101, 107, 128, 130) indicator system comprising: a plurality of indicators; and a plurality of industrial automation devices positioned in side by side orientation to one another, each of said plurality of industrial automation devices having a housing with a front face and being included in a plurality of housings, the front face sized and adapted to receive an indicator (100, 102, 400) included in the plurality of indicators, the indicator included in the plurality of indicators being positioned along an edge of the front face, each of the indicators in the plurality of indicators being positioned on a housing included in the plurality of housings in a common orientation to one another, wherein a first industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a first application, and wherein a second industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a second application, the first industrial automation device and the second industrial automation device being adjacent to one another, characterised in that the indicator is constructed from a thermochromic material having either a reversible or irreversible color change. a plurality of indicators; and a plurality of industrial automation devices positioned in side by side orientation to one another, each of said plurality of industrial automation devices having a housing with a front face and being included in a plurality of housings, the front face sized and adapted to receive an indicator (100, 102, 400) included in the plurality of indicators, the indicator included in the plurality of indicators being positioned along an edge of the front face, each of the indicators in the plurality of indicators being positioned on a housing included in the plurality of housings in a common orientation to one another, each of said plurality of industrial automation devices having a housing with a front face and being included in a plurality of housings, the front face sized and adapted to receive an indicator (100, 102, 400) included in the plurality of indicators, the indicator included in the plurality of indicators being positioned along an edge of the front face, each of the indicators in the plurality of indicators being positioned on a housing included in the plurality of housings in a common orientation to one another, wherein a first industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a first application, and wherein a second industrial automation device included in the plurality of industrial automation devices comprises inputs for connection to a motor of a second application, the first industrial automation device and the second industrial automation device being adjacent to one another, characterised in that the indicator is constructed from a thermochromic material having either a reversible or irreversible color change.
An apparatus comprising: a port to receive flow control units, flits, across a serial interconnect, the flits comprising a first flit and subsequent flits; and a protocol stack comprising: forward error correction, FEC, logic to identify a correctable error in the first flit using each of three error correcting code, ECC, groups (454, 456, 458), the FEC logic to correct the error using each of the ECC group; characterized by further comprising: an error log, the error log to log: a symbol number in the first flit corrected by each ECC group, and a magnitude of the error corrected by each ECC group in the first flit. a port to receive flow control units, flits, across a serial interconnect, the flits comprising a first flit and subsequent flits; and a protocol stack comprising: forward error correction, FEC, logic to identify a correctable error in the first flit using each of three error correcting code, ECC, groups (454, 456, 458), the FEC logic to correct the error using each of the ECC group; characterized by further comprising: an error log, the error log to log: a symbol number in the first flit corrected by each ECC group, and a magnitude of the error corrected by each ECC group in the first flit. an error log, the error log to log: a symbol number in the first flit corrected by each ECC group, and a magnitude of the error corrected by each ECC group in the first flit.
A medical device, comprising: an elongate member, having a proximal end and a distal end and at least two lumens extending therebetween, wherein at least one of the lumens is an imaging lumen; an imaging device associated with the imaging lumen; a signal transmitting device comprising at least one cable, the at least one cable having a distal end and a proximal end, the at least one cable extending longitudinally within the imaging lumen and having a distal end operably coupled to the imaging device; an antenna disposed within the elongate member and extending the length of the signal transmitting device; a processor operably coupled to a proximal end of the at least one cable and disposed outside of a proximal end of the imaging lumen; an electromagnetic interference shielding catheter disposed within and extending the length of the elongate member, wherein the antenna is configured to redirect stray current and couple electromagnetic interference to itself instead of to the at least one cable by being disposed within the imaging lumen and located adjacent to the at least one cable, wherein the antenna is a conductive wire and is electrically grounded, and wherein the antenna is connected to the same ground as the electromagnetic interference shielding catheter, and wherein the electromagnetic interference shielding catheter completely surrounds the circumference of the imaging lumen. an elongate member, having a proximal end and a distal end and at least two lumens extending therebetween, wherein at least one of the lumens is an imaging lumen; an imaging device associated with the imaging lumen; a signal transmitting device comprising at least one cable, the at least one cable having a distal end and a proximal end, the at least one cable extending longitudinally within the imaging lumen and having a distal end operably coupled to the imaging device; an antenna disposed within the elongate member and extending the length of the signal transmitting device; a processor operably coupled to a proximal end of the at least one cable and disposed outside of a proximal end of the imaging lumen; an electromagnetic interference shielding catheter disposed within and extending the length of the elongate member, wherein the antenna is configured to redirect stray current and couple electromagnetic interference to itself instead of to the at least one cable by being disposed within the imaging lumen and located adjacent to the at least one cable, wherein the antenna is a conductive wire and is electrically grounded, and wherein the antenna is connected to the same ground as the electromagnetic interference shielding catheter, and wherein the electromagnetic interference shielding catheter completely surrounds the circumference of the imaging lumen.
A carton for packaging one or more articles comprising a plurality of panels forming walls of a tubular structure including a top wall, a first side wall (14a/14b), a base wall, and a second side wall (18a/18b), the top wall being shorter in a longitudinal direction than the base wall, wherein the carton comprises an end closure structure partially closing an end of the carton, the end closure structure comprising a top end closure flap (30a/30b) hingedly connected to the top wall, at least one side end closure flap (28a, 32a, 28b, 32b) being hinged to a corner panel (42a, 42b, 48a, 48b) by a first fold line (43a, 43b, 45a, 45b), the corner panel (42a, 42b, 48a, 48b) being hinged to one of the first and second side walls (14a/14b, 18a/18b) by a second fold line (29a, 29b, 33a, 33b), wherein the at least one side end closure flap (28a, 28b, 32a, 32b) is secured to the top end closure flap (30a, 30b), the first fold line (43a, 43b, 45a, 45b) being convergently arranged with respect to the second fold line (29a, 29b, 33a, 33b) so as to converge towards the top panel, characterised in that the corner panel (42a, 42b, 48a, 48b) terminates in a lower free edge which is spaced apart from the base wall of the carton.
A joint device with an upper part and a lower part which are mounted on each other so as to be pivotable about a pivot axis, with a hydraulic unit secured on the upper part and the lower part, with a housing in which a cylinder is arranged, in which a working piston connected to a piston rod is mounted displaceably and divides the cylinder into two chambers (41, 42), wherein the housing and the piston rod are connected to the upper part and the lower part, respectively, characterized in that the working piston is coupled to at least one spring device which transmits tensile forces and compressive forces and which engages on at least one abutment (32, 33) which is arranged inside the cylinder.
A surgical blade for a surgical instrument, the surgical instrument having a transducer configured to produce vibrations along a longitudinal axis at a predetermined frequency, the surgical blade comprising: a body portion comprising a first side, a second side, and a width defined between said first and second sides; a step portion extending from said body portion, wherein said step portion comprises a first surface, a second surface, and a cutting edge situated intermediate said first and second surfaces (681, 683), wherein said second surface extends between a first plane including said cutting edge and a second plane which is parallel to said first plane, wherein said first surface is not parallel to said second surface, wherein said first and second surfaces (681, 683) are oriented such that there is an angle defined therebetween, characterized in that said blade is configured such that the relationship of: x 2 2 * tan - 1 ⁢ α + w - x 2 ⁢ x * tan - 1 ⁢ α - s - w 2 2 ⁢ tan - 1 ⁢ α is substantially equal to zero; wherein w is said width of said body portion; wherein s is the distance between said first plane and said second plane; wherein α is said angle defined between said first and second surfaces (681, 683) of said step portion; and wherein x is the distance between said second side of said body portion and said cutting edge. a body portion comprising a first side, a second side, and a width defined between said first and second sides; a step portion extending from said body portion, wherein said step portion comprises a first surface, a second surface, and a cutting edge situated intermediate said first and second surfaces (681, 683), wherein said second surface extends between a first plane including said cutting edge and a second plane which is parallel to said first plane, wherein said first surface is not parallel to said second surface, wherein said first and second surfaces (681, 683) are oriented such that there is an angle defined therebetween, characterized in that said blade is configured such that the relationship of: x 2 2 * tan - 1 ⁢ α + w - x 2 ⁢ x * tan - 1 ⁢ α - s - w 2 2 ⁢ tan - 1 ⁢ α is substantially equal to zero; wherein w is said width of said body portion; wherein s is the distance between said first plane and said second plane; wherein α is said angle defined between said first and second surfaces (681, 683) of said step portion; and wherein x is the distance between said second side of said body portion and said cutting edge.
A terminal device, comprising a memory and a processor, the memory is configured to store a group of program code; the processor is configured to invoke the program code stored in the memory, to perform the following steps: obtaining a first reference charge capacity at a first charging end moment and a second reference charge capacity at a second charging end moment of a to-be-detected single battery included in a to-be-detected battery pack, where the reference charge capacity is a difference between an electric quantity of the to-be-detected single battery and an electric quantity of a reference single battery, and the reference single battery is a single battery, which has a largest voltage value at a charging end moment, in all single batteries included in the to-be-detected battery pack; and determining, based on a difference between the first reference charge capacity and the second reference charge capacity, that a micro short circuit occurs in the to-be-detected single battery. the memory is configured to store a group of program code; the processor is configured to invoke the program code stored in the memory, to perform the following steps: obtaining a first reference charge capacity at a first charging end moment and a second reference charge capacity at a second charging end moment of a to-be-detected single battery included in a to-be-detected battery pack, where the reference charge capacity is a difference between an electric quantity of the to-be-detected single battery and an electric quantity of a reference single battery, and the reference single battery is a single battery, which has a largest voltage value at a charging end moment, in all single batteries included in the to-be-detected battery pack; and determining, based on a difference between the first reference charge capacity and the second reference charge capacity, that a micro short circuit occurs in the to-be-detected single battery. obtaining a first reference charge capacity at a first charging end moment and a second reference charge capacity at a second charging end moment of a to-be-detected single battery included in a to-be-detected battery pack, where the reference charge capacity is a difference between an electric quantity of the to-be-detected single battery and an electric quantity of a reference single battery, and the reference single battery is a single battery, which has a largest voltage value at a charging end moment, in all single batteries included in the to-be-detected battery pack; and determining, based on a difference between the first reference charge capacity and the second reference charge capacity, that a micro short circuit occurs in the to-be-detected single battery.
A self-propelled machine of assistance of a maintenance processes of rows - in espalier yarns - comprising: - a frame with elongated shape that extends between a first end and a second end opposite to the first end; - a couple of driving wheels arranged on said first end for moving said machine; - a directional wheel arranged on said second end for guiding said machine along a trajectory working; wherein is provided: - at least one support arm integrally connected to said frame; - at least one support plane for an operator functionally connected to said at least support arm, such that said support plane is - in use - in a skim configuration with respect to the ground plane, characterized by fact that said support plane is adjustable in height between a first position, where is arranged below the plane that contains the axis of said driving wheels and/or said directional wheel parallel to said ground plane, and a second position, where is arranged above said plane that contains the axis of said driving wheels and/or said directional wheel parallel to said ground plane, wherein sensor means associated with an actuator and operated by a control unit that, in feedback to a coordinates signal detected by said sensor means, allow to adjust the position in height of the support plane responsive to the shape of the ground plane is provided. - a frame with elongated shape that extends between a first end and a second end opposite to the first end; - a couple of driving wheels arranged on said first end for moving said machine; - a directional wheel arranged on said second end for guiding said machine along a trajectory working; - at least one support arm integrally connected to said frame; - at least one support plane for an operator functionally connected to said at least support arm, such that said support plane is - in use - in a skim configuration with respect to the ground plane,
An array of memory cells, comprising: buried access lines comprising conductively doped semiconductor material; pillars extending elevationally outward of and spaced along the buried access lines, the pillars individually comprising a memory cell; outer access lines elevationally outward of the pillars and the buried access lines, the outer access lines being of higher electrical conductivity than the buried access lines; a plurality of conductive vias spaced along and electrically coupling pairs of individual buried and outer access lines, a plurality of the pillars being between immediately adjacent vias along the pairs; and characterised in further comprising electrically conductive metal material directly against tops of the buried access lines and extending between the pillars along the individual buried access lines, wherein the metal material extends to elevationally under the pillars. buried access lines comprising conductively doped semiconductor material; pillars extending elevationally outward of and spaced along the buried access lines, the pillars individually comprising a memory cell; outer access lines elevationally outward of the pillars and the buried access lines, the outer access lines being of higher electrical conductivity than the buried access lines; a plurality of conductive vias spaced along and electrically coupling pairs of individual buried and outer access lines, a plurality of the pillars being between immediately adjacent vias along the pairs; and characterised in further comprising electrically conductive metal material directly against tops of the buried access lines and extending between the pillars along the individual buried access lines, wherein the metal material extends to elevationally under the pillars.
A data page, in particular for a book-like document, having at least one single page for printing and/or storing data thereon, said at least one single page comprising at least one sheet or printable layer, and said data page having at least one flexible tab with at least one tab portion (34, 35) of a tab element thereof being connected to said single page in an overlap region and the tab comprising a free tab region protruding therefrom, characterised in that at least one electroconductive element is provided in the overlap region between the single page and the at least one tab portion (34, 35) of the tab.