mhurhangee/ep-ind-claims huggingface dataset:
A vehicle information processing device configured to calculate a feature related to an operation of a vehicle (2; 3), the vehicle information processing device comprising one or more processors configured to: receive input information including information on a driving operation performed on the vehicle (2; 3), information on an operating state of driver assistance of the vehicle (2; 3), and information on a behavior of the vehicle (2; 3); and calculate the feature by using the input information received during a predetermined period in which a predetermined condition is satisfied out of a period in which the one or more processors receive the input information, wherein the predetermined condition includes a condition that a driving situation of the vehicle (2; 3) is a predetermined driving situation corresponding to the feature, and characterized in that the information on an operating state of driver assistance of the vehicle (2; 3) includes requests of a kinematic plan from an advanced driver assistance system (ADAS) application. receive input information including information on a driving operation performed on the vehicle (2; 3), information on an operating state of driver assistance of the vehicle (2; 3), and information on a behavior of the vehicle (2; 3); and calculate the feature by using the input information received during a predetermined period in which a predetermined condition is satisfied out of a period in which the one or more processors receive the input information, wherein the predetermined condition includes a condition that a driving situation of the vehicle (2; 3) is a predetermined driving situation corresponding to the feature, and characterized in that the information on an operating state of driver assistance of the vehicle (2; 3) includes requests of a kinematic plan from an advanced driver assistance system (ADAS) application.
A sewing machine comprising: a crank shaft, a first drive shaft, a second drive shaft, a needle assembly, a presser foot, and an upper walking foot, a first crank arm assembly (60, 62) connecting said crank shaft to said first drive shaft, a first linkage assembly connecting said first drive shaft to said needle assembly, a second crank arm assembly (80, 86) connecting said first drive shaft to said second drive shaft, and a second linkage assembly connecting said second drive shaft to said presser foot and said upper walking foot, said second linkage assembly configured to cause out-of-phase reciprocatory movement of said presser foot and said upper walking foot, said second crank arm assembly (80, 86) having a variable length selectably adjustable by an operator to yield at least first and second different stepping heights of said upper walking foot. a crank shaft, a first drive shaft, a second drive shaft, a needle assembly, a presser foot, and an upper walking foot, a first crank arm assembly (60, 62) connecting said crank shaft to said first drive shaft, a first linkage assembly connecting said first drive shaft to said needle assembly, a second crank arm assembly (80, 86) connecting said first drive shaft to said second drive shaft, and a second linkage assembly connecting said second drive shaft to said presser foot and said upper walking foot, said second linkage assembly configured to cause out-of-phase reciprocatory movement of said presser foot and said upper walking foot, said second crank arm assembly (80, 86) having a variable length selectably adjustable by an operator to yield at least first and second different stepping heights of said upper walking foot.
A method for operating a high productivity injection molding machine, the method comprising: providing an injection molding machine having a mold including a first mold side and a second mold side, at least one of the first mold side and the second mold side having an average thermal conductivity of more than 51.9 W/m °C (30 BTU/HR FT °F), and a mold cavity that is formed between the first mold side and the second mold side; operating the injection molding machine through at least one injection molding cycle, the injection molding cycle including, advancing molten thermoplastic material into the mold cavity; substantially filling the mold cavity with thermoplastic material; cooling the thermoplastic material; separating the first mold side and the second mold side to expose the cooled thermoplastic material; removing the cooled thermoplastic material; and closing the first mold side and the second mold side; characterized in that the molten plastic material is injected into the mold cavity at a substantially constant pressure for a fill time period in which molten plastic material flows into the mold cavity, wherein the fill time period makes up about 90% of the total fill time and the period for cooling makes up about 10% of the total fill time. providing an injection molding machine having a mold including a first mold side and a second mold side, at least one of the first mold side and the second mold side having an average thermal conductivity of more than 51.9 W/m °C (30 BTU/HR FT °F), and a mold cavity that is formed between the first mold side and the second mold side; operating the injection molding machine through at least one injection molding cycle, the injection molding cycle including, advancing molten thermoplastic material into the mold cavity; substantially filling the mold cavity with thermoplastic material; cooling the thermoplastic material; separating the first mold side and the second mold side to expose the cooled thermoplastic material; removing the cooled thermoplastic material; and closing the first mold side and the second mold side; characterized in that the molten plastic material is injected into the mold cavity at a substantially constant pressure for a fill time period in which molten plastic material flows into the mold cavity, wherein the fill time period makes up about 90% of the total fill time and the period for cooling makes up about 10% of the total fill time.
A protein comprising a first polypeptide and a second polypeptide, wherein said first and second polypeptide each comprises at least a hinge region, a CH2 region and a CH3 region of a human IgG1 immunoglobulin heavy chain, wherein in both said first and second polypeptide the amino acids at positions L234, L235, D265, N297 and P331 of the human IgG1 heavy chain, are F, E, A, N and P, respectively, wherein the amino acid positions are numbered according to the EU-index of numbering.
A stream lining for retaining a material of a stream bed, wherein - a lining structure is formed with a carrier arranged substantially in one plane and a flat retaining device carried by the carrier, in particular a grid, and - an anchor for anchoring the carrier in a support ground, characterised in that the carrier is formed by struts which are fixed to each other and which are arranged substantially in one plane, wherein the struts are fixed to a central connecting portion and wherein there is provided a tie bar, which tie bar is connected on the one hand to the central connecting portion and on the other hand to the anchor. - a lining structure is formed with a carrier arranged substantially in one plane and a flat retaining device carried by the carrier, in particular a grid, and - an anchor for anchoring the carrier in a support ground,
A plow module for replaceable installation on a base frame of a plow device for plowing ground, wherein the plow module comprises: - a rotatable first cutting element formed as a crowned cutting plate, having a circumferential first cutting edge, wherein the first cutting element is formed in such a way that, by moving the plow module on the ground along a plowing direction, a lateral region of a soil strip of the ground can be cut, - a second, flat cutting element having a second cutting edge, wherein the second cutting element is formed in such a way that by moving the plow module on the ground along the plowing direction a bottom region of the soil strip of the ground can be severed, characterized in that the plow module is formed as a fully mounted assembly in which the second cutting element with its cutting edge follows the first cutting element in the plowing direction and - a first carrier structure is provided, on which the first cutting element is arranged, - a second carrier structure is provided, on which the cutting element is arranged and which is connected to the first carrier structure, - the first carrier structure has means for releasable attachment to a base frame of the plow device. - a rotatable first cutting element formed as a crowned cutting plate, having a circumferential first cutting edge, wherein the first cutting element is formed in such a way that, by moving the plow module on the ground along a plowing direction, a lateral region of a soil strip of the ground can be cut, - a second, flat cutting element having a second cutting edge, wherein the second cutting element is formed in such a way that by moving the plow module on the ground along the plowing direction a bottom region of the soil strip of the ground can be severed, - a first carrier structure is provided, on which the first cutting element is arranged, - a second carrier structure is provided, on which the cutting element is arranged and which is connected to the first carrier structure, - the first carrier structure has means for releasable attachment to a base frame of the plow device.
An airfoil comprising: an airfoil body portion having a pressure side, a suction side and at least one rib (118; 118A; 118B; 118C); a recessed area in the airfoil body portion located on one of the pressure side or the suction side, wherein the at least one rib (118... 118C) divides the recessed area into at least one geometric shape; a cover (116; 116A) enclosing the recessed area and including at least one pedestal engaging a distal end of the at least one rib (118... 118C); and a weld (138; 138A) extending through the cover (116; 116A) and a portion of the at least one rib (118... 118C), wherein the weld (138; 138A) spans a width of the distal end of the at least one rib (118... 118C), characterized in that the pedestal includes a rib contact surface that has a width greater than a width of the distal end of the at least one rib (118... 118C). an airfoil body portion having a pressure side, a suction side and at least one rib (118; 118A; 118B; 118C); a recessed area in the airfoil body portion located on one of the pressure side or the suction side, wherein the at least one rib (118... 118C) divides the recessed area into at least one geometric shape; a cover (116; 116A) enclosing the recessed area and including at least one pedestal engaging a distal end of the at least one rib (118... 118C); and a weld (138; 138A) extending through the cover (116; 116A) and a portion of the at least one rib (118... 118C), wherein the weld (138; 138A) spans a width of the distal end of the at least one rib (118... 118C), characterized in that the pedestal includes a rib contact surface that has a width greater than a width of the distal end of the at least one rib (118... 118C).
An appliance for creating and monitoring a safety area in a working space, comprising a recording device which is configured to record images in a monitoring area which encompasses the safety area, an illumination device which is configured to project lines or patterns which define the safety area, into the working space, and an evaluation device which is configured to evaluate the images which are recorded by the recording device with respect to a violation of the safety area, characterised in that the illumination device is configured to project a temporally coded sequence (11, 11', 11", 11′′′, 11ʺʺ, 11′′′ʺ) of the lines or patterns into the working space, wherein the evaluation device is configured to compare images of the temporally coded sequence (11, 11', 11", 11′′′, 11ʺʺ, 11′′′ʺ) of the lines or patterns with the expected sequence and to output a violation signal if the images of the temporally coded sequence (11, 11', 11", 11′′′, 11ʺʺ, 11ʺ′′′) do not correspond to the expected sequence. a recording device which is configured to record images in a monitoring area which encompasses the safety area, an illumination device which is configured to project lines or patterns which define the safety area, into the working space, and an evaluation device which is configured to evaluate the images which are recorded by the recording device with respect to a violation of the safety area, characterised in that the illumination device is configured to project a temporally coded sequence (11, 11', 11", 11′′′, 11ʺʺ, 11′′′ʺ) of the lines or patterns into the working space, wherein the evaluation device is configured to compare images of the temporally coded sequence (11, 11', 11", 11′′′, 11ʺʺ, 11′′′ʺ) of the lines or patterns with the expected sequence and to output a violation signal if the images of the temporally coded sequence (11, 11', 11", 11′′′, 11ʺʺ, 11ʺ′′′) do not correspond to the expected sequence.
A system for identifying incorrect loading of a disposable in a fluid separation system, the system comprising: a microphone for recording sound from the fluid separation system, wherein the microphone is configured to record the sound from an incorrectly loaded disposable; and a processor connected to the microphone and configured to, after the microphone records the sound from the incorrectly loaded disposable, send a signal to perform an action; wherein the processor is configured to compare the recorded sound to first reference sound data, wherein when the recorded sound differs from the first reference sound data, the at least one processor sends a signal to perform a notification action; and the comparing utilizes one or more of a fast Fourier transform, a wavelet transform, a short-time Fourier transform, and combinations thereof. a microphone for recording sound from the fluid separation system, wherein the microphone is configured to record the sound from an incorrectly loaded disposable; and a processor connected to the microphone and configured to, after the microphone records the sound from the incorrectly loaded disposable, send a signal to perform an action; wherein the processor is configured to compare the recorded sound to first reference sound data, wherein when the recorded sound differs from the first reference sound data, the at least one processor sends a signal to perform a notification action; and the comparing utilizes one or more of a fast Fourier transform, a wavelet transform, a short-time Fourier transform, and combinations thereof.
Firearm, comprising a component carrier, a barrel having a cartridge chamber for accommodating a cartridge, and a slide, which is supported on the component carrier in a longitudinally moveable manner and has a breech block for the barrel and a striking device for the cartridge, wherein the slide bears an extractor for extracting a fired cartridge from the cartridge chamber, wherein an ejector is supported on the slide in a longitudinally moveable manner, which ejector protrudes from the side into the extraction motion path of the cartridge and, in the end phase of the rearward motion of the slide, lies against a stop formed on the component carrier, characterized in that the slide, together with the ejector, can be modularly replaced with a second slide having no ejector, for which second slide said stop assumes the ejector function.
A lithium ion secondary battery comprising a positive electrode, a separator, a negative electrode, and a package body, wherein the negative electrode comprises simple substance silicon as a negative electrode active material, and a negative electrode binder, and is doped with lithium, and the following formula is satisfied: 1.0 < C a / C c + C Li < 1.6 wherein a first charge capacity of the negative electrode when a potential of 0.02 V is reached with respect to metal lithium is C a (Ah), a first charge capacity of the positive electrode when a potential of 4.3 V is reached with respect to metal lithium is C c (Ah), and a capacity of lithium with which the negative electrode is doped is C Li (Ah), characterized in that the negative electrode active material comprises simple substance silicon and silicon oxide and that the following formula is satisfied: 1.2 < C a / C c < 1.9 wherein C1/C2 is 1.05 or more, wherein C a /C c is represented as C1, and C a /(C c + C Li) is represented as C2.
A rotorcraft, comprising: a main rotor; one or more flight controls connected to the main rotor and operational to control flight characteristics of the main rotor; a plurality of engines connected to the main rotor and operable to drive the main rotor when operational; a main rotor revolutions per minute sensor operable to determine a measured main rotor RPM at which the main rotor is turning; and a monitoring system operable to determine an engine failure of the plurality of engines, the monitoring system further operable to engage an automated autorotation entry assist process in response to at least determining the engine failure and according to the measured main rotor RPM, wherein the automated autorotation entry assist process comprises the monitoring system generating one or more rotor RPM related commands according to at least a target main rotor RPM and the measured main rotor RPM, wherein the one or more RPM related commands comprises a first command to change a collective blade pitch angle in proportion to the rate of change of the main rotor RPM after an engine failure is determined, wherein the monitoring system engages the automated autorotation entry assist process in response to the rate of change of the main rotor RPM falling outside of a rate of change threshold, and wherein the automated autorotation entry assist process further comprises controlling the one or more flight controls according to the one or more rotor RPM related commands. a main rotor; one or more flight controls connected to the main rotor and operational to control flight characteristics of the main rotor; a plurality of engines connected to the main rotor and operable to drive the main rotor when operational; a main rotor revolutions per minute sensor operable to determine a measured main rotor RPM at which the main rotor is turning; and a monitoring system operable to determine an engine failure of the plurality of engines, the monitoring system further operable to engage an automated autorotation entry assist process in response to at least determining the engine failure and according to the measured main rotor RPM, wherein the automated autorotation entry assist process comprises the monitoring system generating one or more rotor RPM related commands according to at least a target main rotor RPM and the measured main rotor RPM, wherein the one or more RPM related commands comprises a first command to change a collective blade pitch angle in proportion to the rate of change of the main rotor RPM after an engine failure is determined, wherein the monitoring system engages the automated autorotation entry assist process in response to the rate of change of the main rotor RPM falling outside of a rate of change threshold, and wherein the automated autorotation entry assist process further comprises controlling the one or more flight controls according to the one or more rotor RPM related commands.
A flexible puncture needle device, comprising a puncture needle and a transmission mechanism; the puncture needle comprises an outer tube and a central tube, the outer tube comprises a puncture needle head and a plurality of segments sequentially engaged with each other and connected, at front end of the outer tube, with the puncture needle head; the central tube is inserted into the outer tube from rear end of the outer tube to form a central tube vacant portion and central tube insertion portion of the outer tube, the central tube vacant portion is capable of bending, and during the forward or backward movement of the central tube in the outer tube along an axis of the outer tube, a bendable angle of the central tube vacant portion changes as a length of the central tube vacant portion changes; the transmission mechanism comprises a connector for connecting the puncture needle and the transmission mechanism; the connector includes a base fixed at a rear port of the outer tube; the connector further includes a compression cap and a bracket, front end of the bracket is smaller than rear end of the bracket, the rear end of the bracket is fixedly connected with a front support plate; front end of the compression cap is smaller than rear end of the compression cap, the compression cap is sleeved on outer side of the outer tube, and side wall of rear portion of the compression cap surrounds the base, and front end of the compression cap abuts against outer end of the base, and rear end of the compression cap is fixed to front end of the bracket. the puncture needle comprises an outer tube and a central tube, the outer tube comprises a puncture needle head and a plurality of segments sequentially engaged with each other and connected, at front end of the outer tube, with the puncture needle head; the central tube is inserted into the outer tube from rear end of the outer tube to form a central tube vacant portion and central tube insertion portion of the outer tube, the central tube vacant portion is capable of bending, and during the forward or backward movement of the central tube in the outer tube along an axis of the outer tube, a bendable angle of the central tube vacant portion changes as a length of the central tube vacant portion changes; the transmission mechanism comprises a connector for connecting the puncture needle and the transmission mechanism; the connector includes a base fixed at a rear port of the outer tube; the connector further includes a compression cap and a bracket, front end of the bracket is smaller than rear end of the bracket, the rear end of the bracket is fixedly connected with a front support plate; front end of the compression cap is smaller than rear end of the compression cap, the compression cap is sleeved on outer side of the outer tube, and side wall of rear portion of the compression cap surrounds the base, and front end of the compression cap abuts against outer end of the base, and rear end of the compression cap is fixed to front end of the bracket.
Hand-guided working implement with a housing, to which a guide rail having a longitudinal central axis is fixed, with a drive motor, which drives a saw chain located on the guide rail to revolve in a running direction via a drive element, wherein the guide rail has an imaginary central plane, which extends perpendicular to the axis of rotation of the drive element and contains the longitudinal central axis of the guide rail, wherein the saw chain has a chain width (a) as measured perpendicularly to the central plane, wherein the guide rail has a deflecting region at its free end remote from the housing, wherein the saw chain has a first strand extending in the running direction from the deflecting region to the drive element and a second strand extending in the running direction from the drive element to the deflecting region, wherein the drive element is located in a sprocket chamber bounded by a sprocket cover, wherein the saw chain enters the sprocket chamber in an entry region, wherein the sprocket chamber has an ejection opening for chippings, wherein the sprocket cover has a longitudinal edge bounding the sprocket chamber adjacent to the first strand of the saw chain, wherein the longitudinal edge has a distance from the housing as measured perpendicularly to the central plane along at least 50% of its length from the entry region to the ejection opening, the distance corresponding at least to the chain width (a), characterised in that the longitudinal edge of the sprocket cover has at the ejection opening a section, where the longitudinal edge is inclined relative to the central plane of the guide rail and where the ejection opening widens in the running direction of the first strand of the saw chain, wherein the maximum distance (b) of the longitudinal edge from the central plane is at least 110% of the minimum distance (c).