mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a day/night image on a media comprising: obtaining an image to be printed as a front-to-back image; printing the obtained image on a first side of the media; determining an expected misalignment characteristic between the printed obtained image and a final image to be printed on a reverse side of the media, the misalignment characteristic representing a front-to-back misalignment amount and a misalignment direction; processing the obtained image by: flipping the image to generate a flipped image, detecting edges and subtracting the edges from the flipped image to generate a further image,and applying blur to the further image to generate a final image, wherein said detecting edges and subtracting the edges and said applying blur to the further image are based on the determined misalignment characteristic; and printing the final image on a reverse side of the media, such that the printed obtained image and printed final image are substantially aligned with one another. obtaining an image to be printed as a front-to-back image; printing the obtained image on a first side of the media; determining an expected misalignment characteristic between the printed obtained image and a final image to be printed on a reverse side of the media, the misalignment characteristic representing a front-to-back misalignment amount and a misalignment direction; processing the obtained image by: flipping the image to generate a flipped image, detecting edges and subtracting the edges from the flipped image to generate a further image,and applying blur to the further image to generate a final image, wherein said detecting edges and subtracting the edges and said applying blur to the further image are based on the determined misalignment characteristic; and flipping the image to generate a flipped image, detecting edges and subtracting the edges from the flipped image to generate a further image,and applying blur to the further image to generate a final image, wherein said detecting edges and subtracting the edges and said applying blur to the further image are based on the determined misalignment characteristic; and printing the final image on a reverse side of the media, such that the printed obtained image and printed final image are substantially aligned with one another.
A drug delivery device comprising: a blunt needle component including an open distal end, a blunt needle extending from the open distal end to a first non-luer connector, the blunt needle having a length greater than 1.27 cm (0.5 inches) and a lumen in fluid communication with the open distal end, a luer connector attached to the first non-luer connector including an open proximal end in fluid communication with the open distal end; and a filter component including an inlet for receiving the blunt needle, a second non-luer connector disposed adjacent to the inlet and having a proximally extending tubular wall extending in a proximal direction from the inlet and includes an inside surface that defines an inlet chamber for engaging the first non-luer connector, an outlet and a filter attached to one or both of the inlet and the outlet in fluid communication with the inlet and the outlet, wherein first non-luer connector and the second non-luer connector are incompatible with standard luer connectors and intravenous route-accessing devices characterized in that the first non-luer connector having a distally extending tubular wall that is coaxially disposed around the blunt needle and extend toward the open distal end and further defines an annular space between the wall and the blunt needle that is compatible to the inlet chamber of the second non-luer connector, and further characterized by the inlet of the filter component having a valve, wherein the valve is configured to open upon application of a force in the distal direction by the blunt needle. a blunt needle component including an open distal end, a blunt needle extending from the open distal end to a first non-luer connector, the blunt needle having a length greater than 1.27 cm (0.5 inches) and a lumen in fluid communication with the open distal end, a luer connector attached to the first non-luer connector including an open proximal end in fluid communication with the open distal end; and a filter component including an inlet for receiving the blunt needle, a second non-luer connector disposed adjacent to the inlet and having a proximally extending tubular wall extending in a proximal direction from the inlet and includes an inside surface that defines an inlet chamber for engaging the first non-luer connector, an outlet and a filter attached to one or both of the inlet and the outlet in fluid communication with the inlet and the outlet, wherein first non-luer connector and the second non-luer connector are incompatible with standard luer connectors and intravenous route-accessing devices characterized in that the first non-luer connector having a distally extending tubular wall that is coaxially disposed around the blunt needle and extend toward the open distal end and further defines an annular space between the wall and the blunt needle that is compatible to the inlet chamber of the second non-luer connector, and further characterized by the inlet of the filter component having a valve, wherein the valve is configured to open upon application of a force in the distal direction by the blunt needle.
A slew-actuated stamping station, comprising: an expandable core configured to apply radially outward pressure to a radially inward facing surface of a radial wall of a ring-shaped part; at least one slew-actuated punch for piercing, along a radially inward direction, a respective hole in the radial wall; at least one punch holder; a guide for guiding each punch holder toward the radial wall; characterized by: a drive ring; each punch holder connecting one or more of the at least one slew-actuated punch to the drive ring; and a slew for rotating the drive ring to drive each punch holder along the guide to pierce the radial wall with each slew-actuated punch. an expandable core configured to apply radially outward pressure to a radially inward facing surface of a radial wall of a ring-shaped part; at least one slew-actuated punch for piercing, along a radially inward direction, a respective hole in the radial wall; at least one punch holder; a guide for guiding each punch holder toward the radial wall; characterized by: a drive ring; each punch holder connecting one or more of the at least one slew-actuated punch to the drive ring; and a slew for rotating the drive ring to drive each punch holder along the guide to pierce the radial wall with each slew-actuated punch. a drive ring; each punch holder connecting one or more of the at least one slew-actuated punch to the drive ring; and a slew for rotating the drive ring to drive each punch holder along the guide to pierce the radial wall with each slew-actuated punch.
A hybrid construction machine comprising: an engine; a motor generator which exchanges torque with the engine; a hydraulic pump which is driven by at least one of the engine and the motor generator; a hydraulic actuator which is driven by hydraulic fluid delivered from the hydraulic pump; an electrical storage device which supplies electric power to the motor generator; and control means which sets target power of the engine based on the remaining electric amount of the electrical storage device and sets target power of the motor generator based on the target power of the engine and demanded power of the hydraulic pump, characterized in that the target power of the engine is set to monotonically increase with the decrease in the remaining electric amount of the electrical storage device. an engine; a motor generator which exchanges torque with the engine; a hydraulic pump which is driven by at least one of the engine and the motor generator; a hydraulic actuator which is driven by hydraulic fluid delivered from the hydraulic pump; an electrical storage device which supplies electric power to the motor generator; and control means which sets target power of the engine based on the remaining electric amount of the electrical storage device and sets target power of the motor generator based on the target power of the engine and demanded power of the hydraulic pump, characterized in that the target power of the engine is set to monotonically increase with the decrease in the remaining electric amount of the electrical storage device.
A prosthetic ankle device, comprising: a) a pair of prosthetic members, comprising a shank link configured to be coupled to a remnant limb of an amputee and an artificial foot, movably coupled together to allow movement of the pair of prosthetic members with respect to one another; b) a hydraulic actuator or damper including hydraulic fluid in a hydraulic chamber coupled to one of the pair of prosthetic members, and a single hydraulic piston movably disposed in the hydraulic chamber and coupled to another of the pair of prosthetic members; c) a hydraulic flow channel fluidly coupled between opposite sides of the chamber to allow hydraulic fluid to move between the opposite sides of the chamber during dorsiflexion and plantarflexion as the hydraulic piston moves therein; characterized by d) a voice coil valve coupled to the hydraulic flow channel to vary resistance to flow of hydraulic fluid through the flow channel, wherein the voice coil valve is disposed in and carried by the hydraulic piston. a) a pair of prosthetic members, comprising a shank link configured to be coupled to a remnant limb of an amputee and an artificial foot, movably coupled together to allow movement of the pair of prosthetic members with respect to one another; b) a hydraulic actuator or damper including hydraulic fluid in a hydraulic chamber coupled to one of the pair of prosthetic members, and a single hydraulic piston movably disposed in the hydraulic chamber and coupled to another of the pair of prosthetic members; c) a hydraulic flow channel fluidly coupled between opposite sides of the chamber to allow hydraulic fluid to move between the opposite sides of the chamber during dorsiflexion and plantarflexion as the hydraulic piston moves therein; characterized by d) a voice coil valve coupled to the hydraulic flow channel to vary resistance to flow of hydraulic fluid through the flow channel, wherein the voice coil valve is disposed in and carried by the hydraulic piston.
A wind turbine comprising: a generator a plurality of rotor blades; an active flow control device operatively coupled to a respective rotor blade of the plurality of rotor blades; and, a control system communicatively coupled to said active flow control device and configured to optimize energy production in the wind turbine based on a generator speed, a rotor blade pitch angle setting and an active flow control device setting, said control system comprising a processor programmed to: pitch the plurality of rotor blades towards a full operational pitch angle; utilize the active flow control device in accordance with a generator speed and a rotor blade pitch angle setting to facilitate maintaining a predetermined generator rated power level; and characterized in that subsequent to activating the active flow control device, maintain a pitch of the plurality of rotor blades at an angle less than the full operational angle. a generator a plurality of rotor blades; an active flow control device operatively coupled to a respective rotor blade of the plurality of rotor blades; and, a control system communicatively coupled to said active flow control device and configured to optimize energy production in the wind turbine based on a generator speed, a rotor blade pitch angle setting and an active flow control device setting, said control system comprising a processor programmed to: pitch the plurality of rotor blades towards a full operational pitch angle; utilize the active flow control device in accordance with a generator speed and a rotor blade pitch angle setting to facilitate maintaining a predetermined generator rated power level; and characterized in that subsequent to activating the active flow control device, maintain a pitch of the plurality of rotor blades at an angle less than the full operational angle. pitch the plurality of rotor blades towards a full operational pitch angle; utilize the active flow control device in accordance with a generator speed and a rotor blade pitch angle setting to facilitate maintaining a predetermined generator rated power level; and characterized in that subsequent to activating the active flow control device, maintain a pitch of the plurality of rotor blades at an angle less than the full operational angle.
Impact energy absorbing device for a vehicle, in particular for a rail vehicle, comprising: - a plurality of elongated first energy absorbing elements (202, 203); - each of said energy absorbing elements (202, 203) having a longitudinal axis (202.1; 203.1), a contact end (202.2; 203.2) facing an impact partner and a mounting end (202.3; 203.3) facing said vehicle; - each of said absorbing elements (202, 203) being adapted to be deformed in a defined manner along its longitudinal axis (202.1; 203.1) in an impact process with said impact partner; - each of said energy absorbing elements (202, 203) having a force to stroke characteristic, said force to stroke characteristic representing the course of the deformation force along said longitudinal axis (202.1; 203.1) versus the length reduction of the respective one of said energy absorbing elements (202, 203) during said impact process; - each of said force to stroke characteristic comprising a plurality of adjacent force peaks; characterized in that - said energy absorbing elements (202, 203) are connected at their contact ends (202.2; 203.2) by means of a contact element such that they have a simultaneous onset of said deformation force and - said energy absorbing elements (202, 203) are arranged and/or adapted such that said adjacent force peaks of at least a first one of said force to stroke characteristics are shifted with respect to said adjacent force peaks of a second one of said force to stroke characteristics. - a plurality of elongated first energy absorbing elements (202, 203); - each of said energy absorbing elements (202, 203) having a longitudinal axis (202.1; 203.1), a contact end (202.2; 203.2) facing an impact partner and a mounting end (202.3; 203.3) facing said vehicle; - each of said absorbing elements (202, 203) being adapted to be deformed in a defined manner along its longitudinal axis (202.1; 203.1) in an impact process with said impact partner; - each of said energy absorbing elements (202, 203) having a force to stroke characteristic, said force to stroke characteristic representing the course of the deformation force along said longitudinal axis (202.1; 203.1) versus the length reduction of the respective one of said energy absorbing elements (202, 203) during said impact process; - each of said force to stroke characteristic comprising a plurality of adjacent force peaks; - said energy absorbing elements (202, 203) are connected at their contact ends (202.2; 203.2) by means of a contact element such that they have a simultaneous onset of said deformation force and - said energy absorbing elements (202, 203) are arranged and/or adapted such that said adjacent force peaks of at least a first one of said force to stroke characteristics are shifted with respect to said adjacent force peaks of a second one of said force to stroke characteristics.
A lighting system comprising: i) at least one lighting module (2A, 2B) having an assigned identifier code allowing wireless addressing of the at least one light lighting module; and b) a controller communicable with said lighting module (2A, 2B) via a wireless infra-red signal emitted from said controller, the wireless infra-red signal including the assigned identifier code to address and control said at least one lighting module (2A, 2B); wherein said at least one lighting module (2A, 2B) is adapted to produce one of a number of predetermined performances selected from a group including illumination, non-illumination, degree of illumination, pattern of illumination, movement of direction of illumination and positioning of said lighting module; wherein said controller is configured to provide instructions to said at least one lighting module (2A, 2B) providing the identifier code to the lighting module or changing the identifier code of said at least one lighting module; the lighting system being characterised in that: said at least one lighting module includes a programmable memory unit for storing the identifier code; and wherein the at least one lighting module (2A, 2B) includes a visual display adapted to display the identifier code assigned to the at least one lighting module (2A, 2B), the identifier code presented as one of a numeral or an alphanumeric representation.
A furniture cloth that is formed by a clothing fabric of a ground texture which is composed in a lattice shape by warps and wefts respectively formed by a plurality of yarns oriented in the vertical direction, i.e. the up and down direction when the furniture cloth is mounted on a backrest, or yarns oriented in the horizontal direction, i.e., the left and right direction when the furniture cloth is mounted on a backrest, having at least one of single yarns or thick twisted yarns, the horizontal direction orthogonal to the vertical direction, wherein a plurality of weft fascia portions wider than the wefts are arranged in the ground texture so as to be spaced from each other from one end of the clothing fabric toward the other end in the first direction, characterised in that, in a non-use state, the arrangement intervals between the weft fascia portions adjacent to each other in the vertical direction are first gradually decreased from one end of the clothing fabric toward the other end in the vertical direction and then are gradually increased from a minimum portion toward the other end.
Vehicle heating, ventilating and/or air conditioning device having - a housing, in which at least two hot-air guiding ducts (18, 19) are formed for different vehicle interior regions, the hot-air guiding ducts (18, 19) being separated by a housing wall, - a common heating device and a common air treatment element which are arranged in each case in both hot-air guiding ducts (18, 19), the air treatment element being arranged in the air flow downstream of the heating device, and - the air treatment element having a dividing wall which divides the air treatment element into at least two part regions which are assigned to in each case one hot-air guiding duct (18, 19), characterised in that the dividing wall adjoins an air guiding element which is a movable flap which assigns the air which flows through a part region of the air treatment element optionally to one of the hot-air guiding ducts (18, 19). - a housing, in which at least two hot-air guiding ducts (18, 19) are formed for different vehicle interior regions, the hot-air guiding ducts (18, 19) being separated by a housing wall, - a common heating device and a common air treatment element which are arranged in each case in both hot-air guiding ducts (18, 19), the air treatment element being arranged in the air flow downstream of the heating device, and - the air treatment element having a dividing wall which divides the air treatment element into at least two part regions which are assigned to in each case one hot-air guiding duct (18, 19), characterised in that the dividing wall adjoins an air guiding element which is a movable flap which assigns the air which flows through a part region of the air treatment element optionally to one of the hot-air guiding ducts (18, 19).
A surgical system comprising a robotic arm which terminates at one end in a first support element with a seat which receives in a removable manner a surgical instrument for operational use thereof, wherein the surgical instrument is mechanically engageable with the seat when at least one sterile sheath covering at least the first support element of the robotic arm is disposed in between them, wherein the seat includes an automated mechanical transmission system having a transmission element and the surgical instrument includes a complementary element releasably engageable with the transmission element of the automated mechanical transmission system in the presence of the sterile sheath between them, the transmission element moveable relative to the seat to cause a first movement at the active end of the instrument, the first movement comprising movement of jaws of the instrument between open and closed positions, and wherein the surgical instrument includes a body and electrical actuators arranged inside the body for causing second movements of the active end of the instrument, the second movements including articulating of the distal end of the instrument, the seat including a first electrical connector intended for electrical connection with a complementary second electrical connector present in the instrument, through the wall of the at least one sterile sheath interposed between the first and second connector.
Execution environment for executing program code on a controller, having: - a function memory that is designed to store check functions; - a configuration memory that is designed to store execution requirements for check regions, wherein the configuration memory is protected by way of a manipulation detection module, and wherein the execution requirements are able to be configured in a configuration mode of the execution environment; - an execution unit (140, 240), - wherein the check regions are at least one of - the program code, - at least a first portion of the program commands of the program code, - the execution environment and/or - the execution unit (140, 240); - wherein the check functions are assigned to the check regions by way of the execution requirements, - wherein the execution unit (140, 240) is designed to use the check functions to determine a test result that indicates whether the respective check region meets the execution requirements, - wherein the execution unit (140, 240) is designed to execute the respective program command and/or program code depending on the test result. - a function memory that is designed to store check functions; - a configuration memory that is designed to store execution requirements for check regions, wherein the configuration memory is protected by way of a manipulation detection module, and wherein the execution requirements are able to be configured in a configuration mode of the execution environment; wherein the configuration memory is protected by way of a manipulation detection module, and wherein the execution requirements are able to be configured in a configuration mode of the execution environment; - an execution unit (140, 240), - wherein the check regions are at least one of - the program code, - at least a first portion of the program commands of the program code, - the execution environment and/or - the execution unit (140, 240); - the program code, - at least a first portion of the program commands of the program code, - the execution environment and/or - the execution unit (140, 240); - wherein the check functions are assigned to the check regions by way of the execution requirements, - wherein the execution unit (140, 240) is designed to use the check functions to determine a test result that indicates whether the respective check region meets the execution requirements, - wherein the execution unit (140, 240) is designed to execute the respective program command and/or program code depending on the test result.