mhurhangee/ep-ind-claims huggingface dataset:
A carbonated beverage plastic container (60, 80, 100) which comprises: a hollow body of plastic material having a lower supporting base portion (62, 82, 102), a sidewall portion (64, 84, 104) extending upwardly from the base portion (62, 82, 102), a neck portion extending upwardly from the sidewall portion (64, 84, 104), and an opening at the top of the neck portion; wherein the neck portion has an upper screw threaded outer surface for holding a screw threaded closure, a tamper bead beneath the screw threaded outer surface having a top and bottom portion thereof, and a support ring beneath the tamper bead having a top and bottom portion thereof; characterized in that the distance from the top of the neck portion to the bottom of the tamper bead is from 7,874 mm (0.310 inch) to 13,335 mm (0.525 inch); and wherein the distance from the bottom of the tamper bead to the bottom of the support ring is from 6,35 mm (0.250 inch) to 3,175 mm (0.125 inch); and wherein the weight of the neck portion is from 2.5 to 4.4 grams, having a round opening from 25 to 30 mm wide and wherein the ratio of the center of gravity height to the container height is from 0.4999 to 0.425 depending on the container type and the center of gravity height (68, 88, 108) is below the center of gravity height (58, 78, 98) of conventional carbonated beverage containers (50, 70, 90). a hollow body of plastic material having a lower supporting base portion (62, 82, 102), a sidewall portion (64, 84, 104) extending upwardly from the base portion (62, 82, 102), a neck portion extending upwardly from the sidewall portion (64, 84, 104), and an opening at the top of the neck portion; wherein the neck portion has an upper screw threaded outer surface for holding a screw threaded closure, a tamper bead beneath the screw threaded outer surface having a top and bottom portion thereof, and a support ring beneath the tamper bead having a top and bottom portion thereof; characterized in that the distance from the top of the neck portion to the bottom of the tamper bead is from 7,874 mm (0.310 inch) to 13,335 mm (0.525 inch); and wherein the distance from the bottom of the tamper bead to the bottom of the support ring is from 6,35 mm (0.250 inch) to 3,175 mm (0.125 inch); and wherein the weight of the neck portion is from 2.5 to 4.4 grams, having a round opening from 25 to 30 mm wide and wherein the ratio of the center of gravity height to the container height is from 0.4999 to 0.425 depending on the container type and the center of gravity height (68, 88, 108) is below the center of gravity height (58, 78, 98) of conventional carbonated beverage containers (50, 70, 90).
A balance training method using a wearable device, comprising: generating, during a balance training mode of the wearable device, an irregular torque pattern; supplying the irregular torque pattern to an actuator of the wearable device; and outputting, via the actuator, a torque based on the irregular torque pattern, characterized by generating a walking assistance torque pattern associated with providing the walking assist function to a user wearing the wearable device during a first time period; and generating the irregular torque pattern by applying a perturbation simulating a situation where a fall occurs to the walking assistance torque pattern in a second time period, wherein the perturbation is not applied to the walking assistance torque pattern supplied to the actuator in the first time period such that, during the second time period, the torque output by the actuator includes a sudden change in force. generating, during a balance training mode of the wearable device, an irregular torque pattern; supplying the irregular torque pattern to an actuator of the wearable device; and outputting, via the actuator, a torque based on the irregular torque pattern, characterized by generating a walking assistance torque pattern associated with providing the walking assist function to a user wearing the wearable device during a first time period; and generating the irregular torque pattern by applying a perturbation simulating a situation where a fall occurs to the walking assistance torque pattern in a second time period, wherein the perturbation is not applied to the walking assistance torque pattern supplied to the actuator in the first time period such that, during the second time period, the torque output by the actuator includes a sudden change in force.
A method for managing thermal conditions in a mobile electronic device, comprising: determining, in the mobile electronic device, whether an add-on outer case is attached to the mobile electronic device, wherein the add-on outer case is removably secured to and covers a permanent outer housing of the mobile electronic device, and wherein determining whether the add-on outer case is attached to the mobile electronic device comprises detecting a presence of the add-on outer case by a proximity sensor within the mobile electronic device, wherein determining whether the add-on outer case is attached to the mobile electronic device comprises detecting a pulse from the proximity sensor deflecting off an inner surface of the add-on case; measuring, in the mobile electronic device, a continuous duration that the presence of the add-on outer case is detected, wherein in response to the continuous duration exceeding a time threshold the add-on outer case is determined to be attached; and changing, in the mobile electronic device, a thermal mitigation parameter of a thermal mitigation process implemented on the mobile electronic device in response to determining that the add-on outer case is attached to the mobile electronic device. determining, in the mobile electronic device, whether an add-on outer case is attached to the mobile electronic device, wherein the add-on outer case is removably secured to and covers a permanent outer housing of the mobile electronic device, and wherein determining whether the add-on outer case is attached to the mobile electronic device comprises detecting a presence of the add-on outer case by a proximity sensor within the mobile electronic device, wherein determining whether the add-on outer case is attached to the mobile electronic device comprises detecting a pulse from the proximity sensor deflecting off an inner surface of the add-on case; measuring, in the mobile electronic device, a continuous duration that the presence of the add-on outer case is detected, wherein in response to the continuous duration exceeding a time threshold the add-on outer case is determined to be attached; and changing, in the mobile electronic device, a thermal mitigation parameter of a thermal mitigation process implemented on the mobile electronic device in response to determining that the add-on outer case is attached to the mobile electronic device.
A solar cell encapsulant sheet comprising a resin layer formed of a resin composition comprising an olefine-based resin, wherein the storage elastic modulus at 25°C of the resin layer is 200 MPa or less, at least one surface of the resin layer is the sheet surface of the encapsulant sheet, and the sheet surface satisfies the following requirements (a), (b) and (c): (a) the dynamic friction coefficient on a tempered white glass plate is 1.5 or less, (b) the ten point average surface roughness Rzjis measured according to the method of JIS-B0601 is from 0.1 to 50 μm, and (c) the static friction coefficient on a tempered white glass plate is 1.5 or less, wherein the dynamic friction coefficient and the static friction coefficient are determined using a measuring apparatus conformable to JIS-K7125. (a) the dynamic friction coefficient on a tempered white glass plate is 1.5 or less, (b) the ten point average surface roughness Rzjis measured according to the method of JIS-B0601 is from 0.1 to 50 μm, and (c) the static friction coefficient on a tempered white glass plate is 1.5 or less,
A solid-state imaging device comprising: a first image sensor which includes a first photoelectric converter arranged to photoelectrically convert light of a first color among incoming light, and which includes a second photoelectric converter arranged to photoelectrically convert light of a second color among incoming light; and a second image sensor which includes a third photoelectric converter arranged to photoelectrically convert light of a third color being a complementary color of the first color among light having been transmitted by the first photoelectric converter, and which includes a fourth photoelectric converter arranged to photoelectrically convert light of a fourth color being a complementary color of the second color among light having been transmitted by the second photoelectric converter; characterised in that the first image sensor is stacked on the second image sensor, and wherein a light-receiving surface of the first image sensor and a light-receiving surface of the second image sensor are arranged on a same optical path. a first image sensor which includes a first photoelectric converter arranged to photoelectrically convert light of a first color among incoming light, and which includes a second photoelectric converter arranged to photoelectrically convert light of a second color among incoming light; and a second image sensor which includes a third photoelectric converter arranged to photoelectrically convert light of a third color being a complementary color of the first color among light having been transmitted by the first photoelectric converter, and which includes a fourth photoelectric converter arranged to photoelectrically convert light of a fourth color being a complementary color of the second color among light having been transmitted by the second photoelectric converter; characterised in that the first image sensor is stacked on the second image sensor, and wherein a light-receiving surface of the first image sensor and a light-receiving surface of the second image sensor are arranged on a same optical path.
A blown film coextrusion line, comprising: a support frame; at least a first extruder having a first proximal end and a first distal end, the first proximal end mounted to the support frame, the first extruder extending upward from the support frame toward the first distal end at a first angle; at least a second extruder having a second proximal end and a second distal end, the second proximal end mounted to the support frame, the second extruder extending upward from the support frame toward the second distal end at a second angle; and a downward facing blown film coextrusion die in fluid communication with the first distal end of the first extruder and the second distal end of the second extruder; wherein the first angle is from 20 to 70 degrees relative to horizontal, the second angle is 20 to 70 degrees relative to horizontal, and the first and second angles oppose each other. a support frame; at least a first extruder having a first proximal end and a first distal end, the first proximal end mounted to the support frame, the first extruder extending upward from the support frame toward the first distal end at a first angle; at least a second extruder having a second proximal end and a second distal end, the second proximal end mounted to the support frame, the second extruder extending upward from the support frame toward the second distal end at a second angle; and a downward facing blown film coextrusion die in fluid communication with the first distal end of the first extruder and the second distal end of the second extruder; wherein the first angle is from 20 to 70 degrees relative to horizontal, the second angle is 20 to 70 degrees relative to horizontal, and the first and second angles oppose each other.
Closure device for a sports footwear, comprising: - a supporting plate intended to be fixed to said sports footwear; - a closure lever pivotally connected to said supporting plate; - a tensioning member pivotally articulated to said closure lever with the interposition of an elastic member; - an anchoring plate intended to be fixed to said sports footwear and provided with retaining means; wherein said closure device can be switched from a first position or closed position to a second position or open position and vice versa, and wherein said tensioning member comprises first hooking means engaging said retaining means of said anchoring plate when said closure device is in said first position or closed position; characterized in that said supporting plate comprises retaining means and said tensioning member comprises second hooking means engaging said retaining means of said supporting plate when said closure device is in said second position or open position. - a supporting plate intended to be fixed to said sports footwear; - a closure lever pivotally connected to said supporting plate; - a tensioning member pivotally articulated to said closure lever with the interposition of an elastic member; - an anchoring plate intended to be fixed to said sports footwear and provided with retaining means;
A vehicle, in particular a mobile agricultural machine, with a sensor system (3, 5) for detecting human communication signals and with a control unit for controlling at least the movement of the vehicle with the aid of communication signals detected by the sensor system (3, 5), wherein the sensor system (3, 5) is mounted on the vehicle in order to detect the communication signals directly from the vehicle, and has a detection zone which lies outside the vehicle, characterized in that the sensor system (3, 5) comprises at least one imaging sensor and/or at least one acoustic sensor, wherein the control unit is configured to extract control commands from detected communication signals, to classify each control command into one of at least two classes and to execute control commands of a first class independently of the identity of a person (8, 9) who has issued the communication signals, and to execute control commands of a second class only if a person who has issued the communication signals is legitimized, wherein the control unit is configured to check the legitimization of a person (8, 9) with the aid of a feature from an image of the person (8, 9) delivered by the imaging sensor and/or to check the legitimization of a person (8, 9) with the aid of a feature of their voice.
A panel light apparatus for fixing on multiple hooks disposed on a ceiling, comprising: a back cover (28; 831; 911; 975; 781; 653); a LED light source; a driver circuit (821; 654); a panel light housing having a luminance cover, the LED light source and the driver circuit (821; 654) being disposed to the panel light housing, the driver circuit (821; 654) converting an external power source to a driving current to the LED light source to emit light from the luminance cover, the back cover (28; 831; 911; 975; 781; 653) being disposed on an opposite side with respect to the luminance cover; and at least one connector (6511; 6512) with a top lever configured to be hung to one of the hooks, the connector (6511; 6512) has another end fixed to the back cover (28; 831; 911; 975; 781; 653), the top lever having multiple contact points for engaging the hook so that the at least one connector (6511; 6512) being fitting for the hooks with different distance settings, wherein the connector (6511; 6512) has an axial hinge for fixing the connector (6511; 6512) to the back cover (28; 831; 911; 975; 781; 653), the top lever being rotatable with respect to the axial hinge so that the at least one connector (6511; 6512) being fitting for the hooks with different distance settings, wherein the connector (6511; 6512) has two ear levers (65112; 65113), one ends of the two ear levers (65112; 65113) are connected to two opposite ends of the top lever, and the other ends of the two ear levers (65112; 65113) are movably connected to the axial hinge. a back cover (28; 831; 911; 975; 781; 653); a LED light source; a driver circuit (821; 654); a panel light housing having a luminance cover, the LED light source and the driver circuit (821; 654) being disposed to the panel light housing, the driver circuit (821; 654) converting an external power source to a driving current to the LED light source to emit light from the luminance cover, the back cover (28; 831; 911; 975; 781; 653) being disposed on an opposite side with respect to the luminance cover; and at least one connector (6511; 6512) with a top lever configured to be hung to one of the hooks, the connector (6511; 6512) has another end fixed to the back cover (28; 831; 911; 975; 781; 653), the top lever having multiple contact points for engaging the hook so that the at least one connector (6511; 6512) being fitting for the hooks with different distance settings, wherein the connector (6511; 6512) has an axial hinge for fixing the connector (6511; 6512) to the back cover (28; 831; 911; 975; 781; 653), the top lever being rotatable with respect to the axial hinge so that the at least one connector (6511; 6512) being fitting for the hooks with different distance settings, wherein the connector (6511; 6512) has two ear levers (65112; 65113), one ends of the two ear levers (65112; 65113) are connected to two opposite ends of the top lever, and the other ends of the two ear levers (65112; 65113) are movably connected to the axial hinge.
Method for mounting at least one decorative element on a mounting comprising the steps of: a. procuring a mounting provided with at least one cavity; b. procuring at least one decorative element; c. filling said cavity with a filling material; d. heating the filling material; e. allowing the filling material from step d) to cool to form a substrate; f. producing at least one recess in said substrate; g. mounting said decorative element inside said recess; the method being characterised in that: - the filling material is a composite filling material comprising at least one metal powder and at least one organic binder and having, at the time of filling, a viscosity that lies in the range 1,000 mPa.s to 1,000,000 mPa.s; - in step d), the filling material is heated to a temperature exceeding the melting point thereof in order to transform same into a liquid; - in step e), the filling material from step d) is cooled and solidified to form a substrate in crystalline form. a. procuring a mounting provided with at least one cavity; b. procuring at least one decorative element; c. filling said cavity with a filling material; d. heating the filling material; e. allowing the filling material from step d) to cool to form a substrate; f. producing at least one recess in said substrate; g. mounting said decorative element inside said recess; - the filling material is a composite filling material comprising at least one metal powder and at least one organic binder and having, at the time of filling, a viscosity that lies in the range 1,000 mPa.s to 1,000,000 mPa.s; - in step d), the filling material is heated to a temperature exceeding the melting point thereof in order to transform same into a liquid; - in step e), the filling material from step d) is cooled and solidified to form a substrate in crystalline form.
A skin lightening cosmetic composition, characterized in that the composition, based on mass percentage, comprises: 0 to 30% pearl powder; 0 to 10% pearl extract; 0.1 to 10% glycyrrhiza glabra aqueous solution; 0.005 to 1% hydrolyzed conchiolin protein; 0.1 to 5% pea extract; wherein the content of the pearl powder and the pearl extract is not zero at the same time; wherein the percentage of the glycyrrhiza glabra extract in the glycyrrhiza glabra aqueous solution is 1.0 to 3.0%, and wherein glycyrrhiza glabra aqueous solution is formed by dispersing the glabridin extract into water after enveloped by the hydroxypropyl cyclodextrin, adding 1, 2-pentadiol to the above solution, and a mass fraction of the glabridin in the extract of glycyrrhiza glabra was more than 90%. 0 to 30% pearl powder; 0 to 10% pearl extract; 0.1 to 10% glycyrrhiza glabra aqueous solution; 0.005 to 1% hydrolyzed conchiolin protein; 0.1 to 5% pea extract;
An antibody which binds the alpha chain of the receptor to IL-7 (designated CD127) and exhibits cytotoxic activity against human CD127 positive cells, in particular human T cells expressing CD127 (CD127+ cells), which is Antibody-Dependent Cellular Cytotoxicity (ADCC), and has antagonist properties toward interleukin 7 (IL-7) thereby antagonizing access of IL-7 to CD127 on CD127 positive cells, characterized in that the antibody is produced by hybridoma MD707-3 deposited at the CNCM under No I-4532.
Reactor for producing silicon by means of the thermal decomposition of a silicon-containing compound on silicon rods heated to a high temperature, comprising a reactor base and a removable upper reactor part mounted thereon, which together enclose an inner reactor space in which the thermal decomposition is effected, wherein the reactor base has holders, in which the silicon rods are fixed, characterized in that the inner reactor space is subdivided by a casing-like partition wall into two partial regions, a central, preferably cylindrical inner region in which the silicon rods are arranged, and an outer region which radially encloses said inner region and is preferably shaped like an annular gap, wherein the partial regions are open toward the top or are connected to one another via passages in the partition wall, wherein the partition wall has a double-walled form and the walls of the partition wall form an intermediate space here through which a cooling circuit is guided.
An apparatus for moving work equipment in the ground, with a sliding unit for effecting a linear movement of a linkage (44, 45) along the longitudinal axis of said linkage, wherein the sliding unit for effecting the linear movement of the linkage (44, 45) has a cylinder (14, 340) which comprises a first cylinder housing and a first piston guided inside a pressure chamber formed by the first cylinder housing (18, 342), wherein the sliding unit for effecting the linear movement has at least one cylinder arrangement (12, 336) which comprises the first cylinder (14, 340) and at least one second cylinder (16, 346), wherein the second cylinder (16, 346) comprises a second cylinder housing (28, 348) and a second piston guided inside a pressure chamber formed by the second cylinder housing (28, 348), wherein the sliding unit has a carriage which can be coupled to the linkage (44, 45) and which is slideable by means of the drive motion of the cylinder arrangement (12, 336), wherein one end of a second piston rod (32, 35) connected to the second piston is coupled with the first cylinder housing (18, 348) such that the second piston rod (32, 350) can be moved together with the first cylinder housing (18, 342) for effecting the linear movement of the linkage (44, 45), wherein the carriage is coupled to the second cylinder housing (28, 348) such that the carriage for effecting the linear movement of the linkage (44,45) is moveable together with the second cylinder housing (28, 348), characterized in that all cylinders (14, 16, 114, 116, 340, 346, 352, 356) are implemented as synchronized cylinders, and in that both ends of a first piston rod (22, 344) connected to the first piston engage a stationary counter-pressure element (316 to 322, 304, 306) of the sliding unit, wherein the ends of the second piston rod (32, 350) are each fixedly connectable with the first cylinder housing (18, 342) via corresponding connecting elements (34, 36).