mhurhangee/ep-ind-claims huggingface dataset:
A walking motion assist device for assisting a wearer in rotationally moving an ankle joint of the wearer, the walking motion assist device comprising: a drive motor; a drive mechanism that is capable of rotating coaxially with the ankle joint by way of the drive motor; a control device that is configured to control driving provided by the drive motor; a storage that is configured to store a basic movement pattern and a corrected movement pattern that represent time-series changes in ankle joint angle in a gait cycle; and a calculator that is configured to obtain the corrected movement pattern by correcting the basic movement pattern based on input by an operator, the walking motion assist device being characterized in that: the basic movement pattern is represented by a polygonal line or a Bezier curve, each of which includes four points corresponding to heel and toe contact, heel off, toe off, and midswing in the gait cycle serving as inflection points, or a combination of the polygonal line and the Bezier curve, the calculator is configured to generate the corrected movement pattern corrected by adjusting positions of the inflection points on the basic movement pattern, and the control device is configured to control driving provided by the drive motor based on the corrected movement pattern. a drive motor; a drive mechanism that is capable of rotating coaxially with the ankle joint by way of the drive motor; a control device that is configured to control driving provided by the drive motor; a storage that is configured to store a basic movement pattern and a corrected movement pattern that represent time-series changes in ankle joint angle in a gait cycle; and a calculator that is configured to obtain the corrected movement pattern by correcting the basic movement pattern based on input by an operator, the walking motion assist device being characterized in that: the basic movement pattern is represented by a polygonal line or a Bezier curve, each of which includes four points corresponding to heel and toe contact, heel off, toe off, and midswing in the gait cycle serving as inflection points, or a combination of the polygonal line and the Bezier curve, the calculator is configured to generate the corrected movement pattern corrected by adjusting positions of the inflection points on the basic movement pattern, and the control device is configured to control driving provided by the drive motor based on the corrected movement pattern. the basic movement pattern is represented by a polygonal line or a Bezier curve, each of which includes four points corresponding to heel and toe contact, heel off, toe off, and midswing in the gait cycle serving as inflection points, or a combination of the polygonal line and the Bezier curve, the calculator is configured to generate the corrected movement pattern corrected by adjusting positions of the inflection points on the basic movement pattern, and the control device is configured to control driving provided by the drive motor based on the corrected movement pattern.
A processor implemented speech recognizing method implementing a speech recognizing model neural network for recognition of a speech, the speech including a plurality of sequential speech frames, the method comprising: dividing each speech frame of the speech signal into signals of different frequency components, determining an attention weight (a t) for each frequency component based on an output value (h t-1)output by at least one layer (415, 420, 425; 515, 520, 525, 530; 715, 720, 730, 735; 815, 820, 825, 830, 835) of the speech recognizing model neural network at a previous time (t-1) of the recognition of at least one speech frame of the speech; respectively applying the determined attention weights (a t) to feature values of the different frequency components of a speech signal including at least one speech frame corresponding to a current time (t) of the recognition of the speech; and recognizing the speech signal to which the attention weights are applied, using the speech recognizing model neural network. dividing each speech frame of the speech signal into signals of different frequency components, determining an attention weight (a t) for each frequency component based on an output value (h t-1)output by at least one layer (415, 420, 425; 515, 520, 525, 530; 715, 720, 730, 735; 815, 820, 825, 830, 835) of the speech recognizing model neural network at a previous time (t-1) of the recognition of at least one speech frame of the speech; respectively applying the determined attention weights (a t) to feature values of the different frequency components of a speech signal including at least one speech frame corresponding to a current time (t) of the recognition of the speech; and recognizing the speech signal to which the attention weights are applied, using the speech recognizing model neural network.
A network connection method, wherein the method comprises: scanning, by a user equipment, UE, two-dimensional code provided by an access point device, to obtain data of a target access point; obtaining, by the UE, a configuration description file according to the data of the target access point, the configuration description file being used to connect to the target access point; and installing, by the UE, the configuration description file, and after detecting the target access point, connecting to the target access point according to the configuration description file, the configuration description file comprising a service set identifier of the target access point, an encryption manner of the target access point, and a password of the target access point, wherein the obtaining a configuration description file according to the data of the target access point comprises: sending, by the UE, the data of the target access point to a server according to a server address in the two-dimensional code information, wherein after receiving the data of the target access point, the server generates the configuration description file according to the data of the target access point, and receives the configuration description file from the server. the scanning, by a user equipment, UE, two-dimensional code provided by an access point device, to obtain data of a target access point; obtaining, by the UE, a configuration description file according to the data of the target access point, the configuration description file being used to connect to the target access point; and installing, by the UE, the configuration description file, and after detecting the target access point, connecting to the target access point according to the configuration description file, the configuration description file comprising a service set identifier of the target access point, an encryption manner of the target access point, and a password of the target access point, wherein the obtaining a configuration description file according to the data of the target access point comprises: sending, by the UE, the data of the target access point to a server according to a server address in the two-dimensional code information, wherein after receiving the data of the target access point, the server generates the configuration description file according to the data of the target access point, and receives the configuration description file from the server. the
A source for parabolic antenna, comprising: - a sigma radiating assembly (1S, 1C, 1L) adapted to generate the sigma channel comprising a sigma radiating element positioned on a main transmission/reception axis of the source, and a sigma supply circuit for supplying the sigma radiating element, and - a delta radiating assembly (2S, 2C, 2L) adapted to generate the delta channel comprising eight delta radiating elements (21S, 21C, 21L) arranged about the main transmission/reception axis of the source, and a delta supply circuit (22S, 22C, 22L), wherein the delta radiating elements (21S, 21C, 21L) are arranged on a circle centred on the main transmission/reception axis of the source, with angular spacing of 45 degrees between two successive delta elements (21S, 21C, 21L). - a sigma radiating assembly (1S, 1C, 1L) adapted to generate the sigma channel comprising a sigma radiating element positioned on a main transmission/reception axis of the source, and a sigma supply circuit for supplying the sigma radiating element, and - a delta radiating assembly (2S, 2C, 2L) adapted to generate the delta channel comprising eight delta radiating elements (21S, 21C, 21L) arranged about the main transmission/reception axis of the source, and a delta supply circuit (22S, 22C, 22L),
A cooling plate assembly for an injection molding machine, the assembly comprising: a) a cooling plate (200, 1200, 220, 3200, 4200, 5200) having a plate front surface; b) an air channel (202, 1202, 4202, 5202) extending within a thickness (207, 4207) of the cooling plate generally parallel to the plate front surface; c) a plate bore (210, 1210, 4210, 5210) extending into the cooling plate from the plate front surface, the plate bore extending lengthwise along a plate bore axis between a plate bore first end open to the plate front surface and a plate bore second end in fluid communication with the air channel, the plate bore for providing fluid communication between the air channel (202, 1202, 4202, 5202) and a cavity (306, 1306, 4306) of a cooling tube (300, 1300. 2300, 3300, 4300) mountable to the cooling plate, the cavity for receiving at least a portion of a molded article; and d) a valve (130, 1130, 2130, 3130, 4130, 5130) within the plate bore for regulating air flow between the air channel and the cavity, characterized in that the valve is disposed along the plate bore axis between the plate bore second end and a plate bore opening in the plate bore front surface at the plate bore first end, and that when the valve is in the first position, a first air flow passage (332a, 1332a, 2332a, 3332a, 4332a, 5332a) extending through the plate bore via the plate bore opening is open for conducting air from the cavity to the air channel to draw the molded article into the cavity, and when the valve is moved to the second position, the first air flow passage (332a, 1332a, 2332a, 3332a, 4332a, 5332a) is obstructed to reduce air flow between the cavity and the air channel, and a second air flow passage (332b, 1332b, 2332b, 3332b, 4332b, 5332b) extending through the plate bore via the plate bore opening is opened for conducting air from the air channel to the cavity to assist ejection of the molded article from the cavity. a) a cooling plate (200, 1200, 220, 3200, 4200, 5200) having a plate front surface; b) an air channel (202, 1202, 4202, 5202) extending within a thickness (207, 4207) of the cooling plate generally parallel to the plate front surface; c) a plate bore (210, 1210, 4210, 5210) extending into the cooling plate from the plate front surface, the plate bore extending lengthwise along a plate bore axis between a plate bore first end open to the plate front surface and a plate bore second end in fluid communication with the air channel, the plate bore for providing fluid communication between the air channel (202, 1202, 4202, 5202) and a cavity (306, 1306, 4306) of a cooling tube (300, 1300. 2300, 3300, 4300) mountable to the cooling plate, the cavity for receiving at least a portion of a molded article; and d) a valve (130, 1130, 2130, 3130, 4130, 5130) within the plate bore for regulating air flow between the air channel and the cavity,
An LED lighting device comprising: an LED string including a plurality of LEDs (511, 512) connected in series wherein the LED string includes a first LED string and a second LED string; a rectifier to which an alternating-current power source is input and which outputs an undulating voltage to the LED string; a current limit circuit comprising a resistor element and connected in series to the LED string; a control circuit configured to control a current flowing through the LED string by controlling the resistor element (424, 425, 426), thereby to perform light control of the LED string; and a bypass circuit having a bypass first input terminal connected between the first LED string and the second LED string; characterised in that the bypass circuit has a bypass second input terminal connected to an output terminal of the current limit circuit to receive current from the resistor element and is configured to cause a constant current to flow via the bypass first input terminal in a case where the undulating voltage output from the rectifier is between a threshold voltage of the first LED string and a total threshold voltage of the first LED string and the second LED string, and to shut off the current via the bypass first input terminal in a case where the undulating voltage exceeds the total threshold voltage. an LED string including a plurality of LEDs (511, 512) connected in series wherein the LED string includes a first LED string and a second LED string; a rectifier to which an alternating-current power source is input and which outputs an undulating voltage to the LED string; a current limit circuit comprising a resistor element and connected in series to the LED string; a control circuit configured to control a current flowing through the LED string by controlling the resistor element (424, 425, 426), thereby to perform light control of the LED string; and a bypass circuit having a bypass first input terminal connected between the first LED string and the second LED string; characterised in that the bypass circuit has a bypass second input terminal connected to an output terminal of the current limit circuit to receive current from the resistor element and is configured to cause a constant current to flow via the bypass first input terminal in a case where the undulating voltage output from the rectifier is between a threshold voltage of the first LED string and a total threshold voltage of the first LED string and the second LED string, and to shut off the current via the bypass first input terminal in a case where the undulating voltage exceeds the total threshold voltage.
A valve device for a fuel tank, adapted to be attached to a fuel tank to be used, comprising: a case including a vent valve port communicating with an outside of the fuel tank at an upper portion, and including an inflow portion for a fuel below the vent valve port, a float body which is located inside the case and rises by a fuel flowing into the case so as to be seated in the vent valve port, a face portion facing a bottom portion of the float body in the case, an elastic piece formed by a first arc-shaped split groove formed at an inner side of the face portion, and a second arc-shaped split groove formed outside the first arc-shaped split groove, and one portion of the elastic piece abutting against the bottom portion of the float body, the valve device being characterized in that the elastic piece is curved along the first arc-shaped split groove and the second arc-shaped split groove. a case including a vent valve port communicating with an outside of the fuel tank at an upper portion, and including an inflow portion for a fuel below the vent valve port, a float body which is located inside the case and rises by a fuel flowing into the case so as to be seated in the vent valve port, a face portion facing a bottom portion of the float body in the case, an elastic piece formed by a first arc-shaped split groove formed at an inner side of the face portion, and a second arc-shaped split groove formed outside the first arc-shaped split groove, and one portion of the elastic piece abutting against the bottom portion of the float body, the valve device being characterized in that the elastic piece is curved along the first arc-shaped split groove and the second arc-shaped split groove.
A prefabricated roof plate element comprising only two load carrying girders (63,104), each girder (63,104) is formed by longitudinal connection plates (36, 56, 110) and longitudinal upper (10, 12) and lower (8, 4) steel frame parts having opposing vertical side walls (22,24 and 30,32), upper corrugations (38, 40) at an uppermost part of the longitudinal upper steel frame parts (10, 12) and opposing lower corrugations (42, 44) at a lowermost part of the lower steel frame parts (8, 4), said lower corrugations (42, 44) at the lowermost part of the lower steel frame parts (8, 4) and said upper corrugations (38, 40) at the uppermost part of the longitudinal upper steel frame parts (10, 12) holding the longitudinal connection plates (36, 56, 110) in a longitudinal direction, and said lower steel frame parts (8, 4, 20) furthermore are interconnected as an integral steel panel part forming the bottom (8, 20) of said roof plate element, characterised in that each load carrying girder (36,104) form a longitudinal side of the roof plate element along the entire length of the roof plate element.
A step drill comprising: a small-diameter portion having a first cutting edge at a tip portion of the small-diameter portion; a tapered step portion connected to the axial rear end of the small-diameter portion and having a second cutting edge; and a groove formed with a constant lead from the small-diameter portion to the step portion and recessed toward the axis of the small-diameter portion, characterised in that the first cutting edge includes a convex blade part formed on the circumferential end side of the first cutting edge and convex in the direction of rotation of the small-diameter portion, in that the groove includes a first ground portion forming an area embracing the second cutting edge of the step portion and a second ground portion forming an area on the heel side of the step portion relative to the first ground portion, and in that the convex blade part is formed by the portion of intersection between the first ground portion and the second ground portion. a small-diameter portion having a first cutting edge at a tip portion of the small-diameter portion; a tapered step portion connected to the axial rear end of the small-diameter portion and having a second cutting edge; and a groove formed with a constant lead from the small-diameter portion to the step portion and recessed toward the axis of the small-diameter portion, characterised in that the first cutting edge includes a convex blade part formed on the circumferential end side of the first cutting edge and convex in the direction of rotation of the small-diameter portion, in that the groove includes a first ground portion forming an area embracing the second cutting edge of the step portion and a second ground portion forming an area on the heel side of the step portion relative to the first ground portion, and in that the convex blade part is formed by the portion of intersection between the first ground portion and the second ground portion.
A pharmaceutical composition comprising a liquid composition containing p-boronophenylalanine, wherein the liquid composition is accommodated in a packaging material, and satisfies the following Condition I or Condition II: Condition I: the liquid composition comprises components of antioxidant less than 0.001 W/V% and a concentration of dissolved oxygen in the liquid composition is 3.5 ppm or less; Condition II: the liquid composition comprises an antioxidant and a concentration of dissolved oxygen in the liquid composition is 3.0 ppm or less. Condition I: the liquid composition comprises components of antioxidant less than 0.001 W/V% and a concentration of dissolved oxygen in the liquid composition is 3.5 ppm or less; Condition II: the liquid composition comprises an antioxidant and a concentration of dissolved oxygen in the liquid composition is 3.0 ppm or less.
Stand laundry drier with a mast, several support arms, which are hinged on a sliding joint that can be moved along the mast from a lower closed position into an upper open position of the stand laundry drier, and can be spread open by means of a spreading device whilst moving the sliding joint in the direction of the upper ends of the mast, and between which washing lines for hanging items of washing extend, and with a foldable stand frame, which has at least three spreadable upright legs hinged to an upright leg guide of the mast, wherein an arresting device is envisaged for fixing the sliding joint in the open position, which can fix the sliding joint disconnectably in a locking position, and can be transferred into a release position, in which the sliding joint can be moved downward along the mast, and the stand frame has spreading rods, which are hinged to the upright legs with an outer end, characterised in that a coupling is envisaged, which couples the movement of the sliding joint with the movement of the spreading rods and in that the coupling is formed by a coupling rod, which is moveably mounted along the mast, wherein the coupling rod is hinged to the sliding joint on the one hand, and to the inner ends of the spreading rods on the other hand in such a way that the coupling rod can fold the upright legs against each other when it is displaced downwards with the sliding joint when moving the sliding joint into the lower closed position. a mast, several support arms, which are hinged on a sliding joint that can be moved along the mast from a lower closed position into an upper open position of the stand laundry drier, and can be spread open by means of a spreading device whilst moving the sliding joint in the direction of the upper ends of the mast, and between which washing lines for hanging items of washing extend, and with a foldable stand frame, which has at least three spreadable upright legs hinged to an upright leg guide of the mast,