mhurhangee/ep-ind-claims huggingface dataset:
System for extracting an electrode from a spot welding tong, comprising: - a base; - a frame mounted such that it rotates relative to the base about a main axis; and characterised in that it further comprises: - a jaw assembly fixed to said frame such that it drives said jaw assembly in rotation, said jaw assembly comprising a controlled jaw and a movable jaw, both articulated about a common or non-common jaw assembly axis (X8, X11), parallel to said main axis, and mounted substantially opposite one another on either side of the main axis, said jaw assembly being able to assume an open position, in which the controlled jaw is at a distance from said axis, and a closed position in which said jaw is close to said main axis; - means (32, 36) for controlling the controlled jaw such that, as the frame rotates about the main axis, this jaw moves towards and then away from said main axis; - a passage provided for inserting the electrode between said jaws (11, 12); and - resilient means for allowing said movable jaw to rotate about the axis (X8, XI1) thereof, said resilient means being fixed on the one hand to a free end of said movable jaw opposite said axis (X8, X11) and on the other hand to said frame; so as to allow said movable jaw to be adjusted to a diameter and a radial position of the electrode to be extracted. - a base; - a frame mounted such that it rotates relative to the base about a main axis; and characterised in that it further comprises: - a jaw assembly fixed to said frame such that it drives said jaw assembly in rotation, said jaw assembly comprising a controlled jaw and a movable jaw, both articulated about a common or non-common jaw assembly axis (X8, X11), parallel to said main axis, and mounted substantially opposite one another on either side of the main axis, said jaw assembly being able to assume an open position, in which the controlled jaw is at a distance from said axis, and a closed position in which said jaw is close to said main axis; - means (32, 36) for controlling the controlled jaw such that, as the frame rotates about the main axis, this jaw moves towards and then away from said main axis; - a passage provided for inserting the electrode between said jaws (11, 12); and - resilient means for allowing said movable jaw to rotate about the axis (X8, XI1) thereof, said resilient means being fixed on the one hand to a free end of said movable jaw opposite said axis (X8, X11) and on the other hand to said frame; so as to allow said movable jaw to be adjusted to a diameter and a radial position of the electrode to be extracted.
A battery, comprising: a plurality of layers of battery cell groups stacked in a first direction, wherein each layer of the battery cell group comprises a plurality of battery cells arranged in an array; and a plurality of thermal management components provided between adjacent two layers of the battery cell groups in the first direction, wherein the thermal management component is configured to contain a fluid to adjust temperature of the battery cells located on both sides of the thermal management component, characterized in that the plurality of the thermal management components are connected to each other in a second direction to form a layer of thermal management component groups without gaps to isolate the adjacent two layers of the battery cell groups, and the second direction is perpendicular to the first direction, and that an end portion of the thermal management component in the second direction is provided with a connecting portion, and the connecting portion is configured to connect the adjacent thermal management component. a plurality of layers of battery cell groups stacked in a first direction, wherein each layer of the battery cell group comprises a plurality of battery cells arranged in an array; and a plurality of thermal management components provided between adjacent two layers of the battery cell groups in the first direction, wherein the thermal management component is configured to contain a fluid to adjust temperature of the battery cells located on both sides of the thermal management component, characterized in that the plurality of the thermal management components are connected to each other in a second direction to form a layer of thermal management component groups without gaps to isolate the adjacent two layers of the battery cell groups, and the second direction is perpendicular to the first direction, and that an end portion of the thermal management component in the second direction is provided with a connecting portion, and the connecting portion is configured to connect the adjacent thermal management component.
A cooker comprising: a housing; a heating chamber disposed inside the housing, and having a front opening; a door covering the front opening; at least one heating device; a control board including a controller connected to the at least one heating device; a machine chamber disposed inside the housing, and housing the controller; and a fan housed in the machine chamber and sending air toward the machine chamber, wherein the door includes an outer frame (7b, 7c, 7d, 7e), two members (8a, 8b) covering an opening surrounded by the outer frame (7b, 7c, 7d, 7e), an air intake port and an exhaust port each provided in the outer frame (7b, 7c, 7d, 7e), the air intake port is provided in a lower part of the door and close to the machine chamber, the cooker further comprises a door arm linking the door to the housing, the door has a door-side attachment hole (18a, 23a) to which a front end of the door arm is attached, the housing has a housing-side attachment hole (17a, 22a) to which a rear end of the door arm is attached, and the machine chamber communicates with an inside of the door defined by the outer frame (7b, 7c, 7d, 7e) and the two members (8a, 8b) through the housing-side attachment hole (17a, 22a), the air intake port, and the door-side attachment hole (18a, 23a). a housing; a heating chamber disposed inside the housing, and having a front opening; a door covering the front opening; at least one heating device; a control board including a controller connected to the at least one heating device; a machine chamber disposed inside the housing, and housing the controller; and a fan housed in the machine chamber and sending air toward the machine chamber, wherein the door includes an outer frame (7b, 7c, 7d, 7e), two members (8a, 8b) covering an opening surrounded by the outer frame (7b, 7c, 7d, 7e), an air intake port and an exhaust port each provided in the outer frame (7b, 7c, 7d, 7e), the air intake port is provided in a lower part of the door and close to the machine chamber, the cooker further comprises a door arm linking the door to the housing, the door has a door-side attachment hole (18a, 23a) to which a front end of the door arm is attached, the housing has a housing-side attachment hole (17a, 22a) to which a rear end of the door arm is attached, and the machine chamber communicates with an inside of the door defined by the outer frame (7b, 7c, 7d, 7e) and the two members (8a, 8b) through the housing-side attachment hole (17a, 22a), the air intake port, and the door-side attachment hole (18a, 23a).
A laser-operated light source, comprising: a chamber configured to accommodate an ionizable gas; an ignition source configured to ionize the gas in the chamber for generating a plasma; a laser configured to input laser energy into the plasma such that, under the impact of the laser energy, the plasma emits light, which forms an output signal of the light source; a first optical fiber; a fiber coupler configured to couple the light into the first optical fiber; characterized by a second optical fiber and a third optical fiber; the first optical fiber being connected upstream of the second optical fiber and the third optical fiber, and comprising a larger diameter than a diameter of the second optical fiber and the third optical fiber; wherein the second optical fiber and the third optical fiber pass through a first mode scrambler and a second mode scrambler consecutively in the fiber direction. a chamber configured to accommodate an ionizable gas; an ignition source configured to ionize the gas in the chamber for generating a plasma; a laser configured to input laser energy into the plasma such that, under the impact of the laser energy, the plasma emits light, which forms an output signal of the light source; a first optical fiber; a fiber coupler configured to couple the light into the first optical fiber; characterized by a second optical fiber and a third optical fiber; the first optical fiber being connected upstream of the second optical fiber and the third optical fiber, and comprising a larger diameter than a diameter of the second optical fiber and the third optical fiber; wherein the second optical fiber and the third optical fiber pass through a first mode scrambler and a second mode scrambler consecutively in the fiber direction.
A method of detecting and decoding locking pulses having a predetermined pulse repetition frequency, PRF, the steps comprising: dividing a pulse interval of the predetermined PRF into an odd number of repeating subintervals; exposing, by an imager, alternating ones of said plurality of repeating subintervals; determining whether a pulse is repeatedly detected in one of said subintervals by said exposing step; and identifying said one of said subintervals of said pulse interval, thereby decoding said received pulses of said one of said subintervals as having the predetermined PRF. dividing a pulse interval of the predetermined PRF into an odd number of repeating subintervals; exposing, by an imager, alternating ones of said plurality of repeating subintervals; determining whether a pulse is repeatedly detected in one of said subintervals by said exposing step; and identifying said one of said subintervals of said pulse interval, thereby decoding said received pulses of said one of said subintervals as having the predetermined PRF.
Single-use filtration device, comprising a plurality of single-use filter capsules which are connected to each other by rigid lines and at least some of which are fixedly mounted in a grid that is universally predefined by a holder, wherein the filter capsules, in particular with regard to the type of filter, the type of construction and/or the size, and/or the connections of the filter capsules are preconfigured for a desired filtration process, wherein the lines form a plurality of line branches with associated filter capsules, through which a flow passes successively or in parallel, characterized in that a sterilizable air filter for venting the single-use filtration device is arranged at an upper external port of the single-use filtration device, wherein a portion of the flow path between the external port and the air filter is designed as a sight-glass, or at least one indicator which reacts to water is arranged in the flow path between the external port and the air filter, or a portion of the flow path between the external port and the air filter is formed by an at least partially transparent silicone tube which is surrounded by a transparent supporting casing.
A ladder for use as a fire escape having two stiles comprising telescopically collapsible tube sections (112a,112b,112c), a plurality of rungs each secured to the upper end of two tube sections, each of the two sections being part of a respective one of the two stiles, and retractable spring-biased pins supported by the lateral ends of the rungs and engageable in holes in the walls of the tube sections to lock the tube sections to one another in the extended state of the ladder, wherein the ladder is capable of being suspended from the uppermost tube sections of the stiles characterised in that the holes in the walls of the tube sections in which the spring pins are engageable are at least in the longitudinal direction of the tubes elongated and are dimensioned to allow free play between the pins and the holes in at least the axial direction of the tubes.
A method, implemented by one or more computing devices, comprising: receiving, by the one or more computing devices, first usage information associated with requests, by a plurality of requesting devices, for a first portion of a content item; receiving first network efficiency information corresponding to the first portion of the content item and comprising at least a first bitrate and a first cache hit ratio; determining a ranking for the first portion of the content item, based on at least the first usage information and a combination of the first bitrate and the first cache hit ratio of the first network efficiency information; causing a network storage device to store the first portion of the content item if the determined ranking is above a threshold, wherein the first portion has a first compression format, a first resolution profile and the first bitrate; receiving a request for a second portion of the content item, wherein the second portion is associated with a ranking, based on usage indicated by second usage information, below the threshold; and delivering the second portion of the content item after causing transcoding, to the first compression format, the first resolution profile, and the first bitrate, of at least the second portion of the content item from another representation of the content item. receiving, by the one or more computing devices, first usage information associated with requests, by a plurality of requesting devices, for a first portion of a content item; receiving first network efficiency information corresponding to the first portion of the content item and comprising at least a first bitrate and a first cache hit ratio; determining a ranking for the first portion of the content item, based on at least the first usage information and a combination of the first bitrate and the first cache hit ratio of the first network efficiency information; causing a network storage device to store the first portion of the content item if the determined ranking is above a threshold, wherein the first portion has a first compression format, a first resolution profile and the first bitrate; receiving a request for a second portion of the content item, wherein the second portion is associated with a ranking, based on usage indicated by second usage information, below the threshold; and delivering the second portion of the content item after causing transcoding, to the first compression format, the first resolution profile, and the first bitrate, of at least the second portion of the content item from another representation of the content item.
A conveyor belt module comprising: a wedge-shaped deck extending longitudinally in a direction of belt travel from a first longitudinal edge to a second longitudinal edge, wherein the second longitudinal edge diverges from the first longitudinal edge, laterally from a first side edge to a second side edge and in thickness from a top conveying surface to an opposite bottom surface; a first set of hinge elements spaced apart across first gaps along the first longitudinal edge; a second set of hinge elements spaced apart across second gaps along the second longitudinal edge; and characterised in that the conveyor belt module further comprises a drive element formed between two of the first set of hinge elements, the drive element having an opening aligned with a hinge opening of the first set of hinge elements; a sprocket pocket formed below the deck between two of the second set of hinge elements; wherein the sprocket pocket includes an interior drive surface having a first skewed edge that is angled relative to the top conveying surface. a wedge-shaped deck extending longitudinally in a direction of belt travel from a first longitudinal edge to a second longitudinal edge, wherein the second longitudinal edge diverges from the first longitudinal edge, laterally from a first side edge to a second side edge and in thickness from a top conveying surface to an opposite bottom surface; a first set of hinge elements spaced apart across first gaps along the first longitudinal edge; a second set of hinge elements spaced apart across second gaps along the second longitudinal edge; and characterised in that the conveyor belt module further comprises a drive element formed between two of the first set of hinge elements, the drive element having an opening aligned with a hinge opening of the first set of hinge elements; a sprocket pocket formed below the deck between two of the second set of hinge elements; wherein the sprocket pocket includes an interior drive surface having a first skewed edge that is angled relative to the top conveying surface.
An integral filter, comprising: a multilayer media having at least three layers (120, 130, 140) forming a hollow tube shape, said multilayer media supported by a tube structure and positionable in an air flow, said air flow able to pass through said at least three layers (120, 130, 140); a pre-filtration first layer forming an outer circumference and an in-flow surface of said multilayer media, wherein said first layer is formed of microglass fibers, and said first layer includes a first material that is hydrophobic, wherein said first material is a binder for binding said microglass fibers, and wherein said first layer is hydrophobic; a porous membrane filtration second layer formed of a second material, wherein said second material is formed of at least one of expanded polytetrafluoroethylene and high molecular weight polyethylene, said second layer interposed between said first layer and a structurally supportive third layer; and said third layer downstream of said first layer in said air flow, wherein said third layer is formed of at least one of polyethylene spun bond, polyethylene air laid, bi-component spun bond, and bi-component air laid, and said third layer at least one of pleatable and embossable. a multilayer media having at least three layers (120, 130, 140) forming a hollow tube shape, said multilayer media supported by a tube structure and positionable in an air flow, said air flow able to pass through said at least three layers (120, 130, 140); a pre-filtration first layer forming an outer circumference and an in-flow surface of said multilayer media, wherein said first layer is formed of microglass fibers, and said first layer includes a first material that is hydrophobic, wherein said first material is a binder for binding said microglass fibers, and wherein said first layer is hydrophobic; a porous membrane filtration second layer formed of a second material, wherein said second material is formed of at least one of expanded polytetrafluoroethylene and high molecular weight polyethylene, said second layer interposed between said first layer and a structurally supportive third layer; and said third layer downstream of said first layer in said air flow, wherein said third layer is formed of at least one of polyethylene spun bond, polyethylene air laid, bi-component spun bond, and bi-component air laid, and said third layer at least one of pleatable and embossable.
Scalp-Stimulation Preparation comprising Acetyl-Tetrapeptide-3, Biochanin A, Fenugreek Seed Extract and Menthol, characterized by a liquid phase containing in aqueous solution (related to 100 weight %) 0,050 to 0,250 weight % Acetyl-Tetrapeptide-3 0,050 to 0,250 weight % Biochanin A 1,500 to 2,700 weight % Fenugreek Seed Extract 0,500 to 1,500 weight % Menthol, and by a solid phase, to be united with it immediately before the application, which comprises table salt, e.g. iodized salt, as carrier substance and (related to 100 weight %) contains 0,10 to 1,00 weight % of an active-substance-booster for the liquid phase, e.g. Taurine, whereby the weight relation between the liquid and the solid phase is approximately 50 to 1. by a liquid phase containing in aqueous solution (related to 100 weight %) 0,050 to 0,250 weight % Acetyl-Tetrapeptide-3 0,050 to 0,250 weight % Biochanin A 1,500 to 2,700 weight % Fenugreek Seed Extract 0,500 to 1,500 weight % Menthol, 0,050 to 0,250 weight % Acetyl-Tetrapeptide-3 0,050 to 0,250 weight % Biochanin A 1,500 to 2,700 weight % Fenugreek Seed Extract 0,500 to 1,500 weight % Menthol, and by a solid phase, to be united with it immediately before the application, which comprises table salt, e.g. iodized salt, as carrier substance and (related to 100 weight %) contains 0,10 to 1,00 weight % of an active-substance-booster for the liquid phase, e.g. Taurine, 0,10 to 1,00 weight % of an active-substance-booster for the liquid phase, e.g. Taurine, whereby the weight relation between the liquid and the solid phase is approximately 50 to 1.
A dye molecule having the structure: where: R 1 is constituted of an SO 3 - group bound with an ionic bond to a hydrogen H atom or to another atom or to an ammonium NH 4 group or to a lysine salt or to an arginine salt or to a different monovalent cation; and R 2 is constituted of an SO 3 - group. R 1 is constituted of an SO 3 - group bound with an ionic bond to a hydrogen H atom or to another atom or to an ammonium NH 4 group or to a lysine salt or to an arginine salt or to a different monovalent cation; and R 2 is constituted of an SO 3 - group.
A method of wireless communication, comprising: generating, at an access point, a message identifying a time period in which the access point will ignore packets from any wireless station, the message identifying a restricted access window in which the access point will accept packets from a selected group of wireless stations, and the message further indicating that the access point would ignore any packet outside the restricted access window, the message including a minimum reserved time for the restricted access window; transmitting the message from the access point to one or more wireless stations associated with the access point; receiving a request from a wireless station to extend the restricted access window beyond the minimum reserved time; and transmitting a message from the access point to the wireless station indicating that the restricted access window is extended by a particular amount of time. generating, at an access point, a message identifying a time period in which the access point will ignore packets from any wireless station, the message identifying a restricted access window in which the access point will accept packets from a selected group of wireless stations, and the message further indicating that the access point would ignore any packet outside the restricted access window, the message including a minimum reserved time for the restricted access window; transmitting the message from the access point to one or more wireless stations associated with the access point; receiving a request from a wireless station to extend the restricted access window beyond the minimum reserved time; and transmitting a message from the access point to the wireless station indicating that the restricted access window is extended by a particular amount of time.