mhurhangee/ep-ind-claims huggingface dataset:
An arrangement comprising a manhole and an electronic device assembly, fastened in the manhole, wherein the electronic device assembly comprises: an electronic device that is an electronic communications device, namely an access device, wherein a base material of a housing of the electronic device is a first metal; a grounding device, electrically connected to the housing; and at least two anode members, electrically connected to the housing, wherein a base material of the anode members is a second metal, and a metal potential of the second metal is less than a metal potential of the first metal, the grounding device and the anode member are electrically connected to a ground point of the electronic device by using a split cable or a conversion bracket, wherein there are at least two rod members, each of the anode members is sleeved on one of the rod members, each of the rod members comprises end parts protruding from the respective anode member, and the at least two rod members are mutually fastened by using the end parts, the at least two rod members are placed in parallel, and extension directions of the rod members are consistent, and two oppositely disposed respective end parts of each of the rod members are fixedly connected to a fastener, or wherein the at least two rod members are distributed radially by using a same fastening point as a center, one end part of each of the rod members is fastened at a location of the fastening point, and the other end part of each of the rod members is a free end. an electronic device that is an electronic communications device, namely an access device, wherein a base material of a housing of the electronic device is a first metal; a grounding device, electrically connected to the housing; and at least two anode members, electrically connected to the housing, wherein a base material of the anode members is a second metal, and a metal potential of the second metal is less than a metal potential of the first metal, the grounding device and the anode member are electrically connected to a ground point of the electronic device by using a split cable or a conversion bracket, wherein there are at least two rod members, each of the anode members is sleeved on one of the rod members, each of the rod members comprises end parts protruding from the respective anode member, and the at least two rod members are mutually fastened by using the end parts, the at least two rod members are placed in parallel, and extension directions of the rod members are consistent, and two oppositely disposed respective end parts of each of the rod members are fixedly connected to a fastener, or wherein the at least two rod members are distributed radially by using a same fastening point as a center, one end part of each of the rod members is fastened at a location of the fastening point, and the other end part of each of the rod members is a free end.
Evaporator device for a cooling circuit, comprising a support casing and a coiled pipe inside which, during use, a heat-carrying fluid can flow, said pipe winding around the support casing, wherein said support casing comprises a lateral wall, which develops between a bottom edge and an upper edge, characterized in that said lateral wall is provided, on its external surface, with a helicoidal groove made in its thickness, with shape and sizes correlated to those of said coiled pipe so that it can accommodate at least one transverse portion of said coiled pipe in contact with said lateral wall, wherein said groove defines a plurality of adjacent and contiguous housing seatings that develop continuously one after the other, each suitable to house therein a spiral of said coiled pipe and respectively defined and distanced by portions of said lateral wall that define crests that extend toward the outside, and that have a shape mating with that of said coiled pipe.
Container cap, particularly for vials for products to be mixed at the time of use, suitable for closing an opening of a container of a vial intended to contain a first product, said container cap comprising a reservoir defined by at least one lateral wall and a breakable bottom, and a cutter comprising a tubular body comprising a first sharp axial end, said reservoir and said cutter defining, in combination, a chamber intended to contain a second product, said cutter being axially movable inside said reservoir so as to press, with said first sharp end, said breakable bottom of said reservoir to break said breakable bottom and open said chamber towards said container of said vial, characterized in that at least a portion of said breakable bottom of said reservoir and/or at least a portion, bordering said breakable bottom, of an inner face of said at least one lateral wall of said reservoir comprises adsorbent and/or hygroscopic material.
Turning stand for turning a rotor hub of a wind turbine from a position having its prospective axis of rotation oriented vertically to a position having its prospective axis of rotation oriented inclined or transversally to a vertical orientation, comprising: - a base frame having a support plane and a first attachment structure for attachment to a rotor shaft link of the rotor hub, the first attachment structure being arranged to be aligned to the prospective axis of rotation of the rotor hub and the support plane being arranged to extend perpendicularly to the prospective axis of rotation of the rotor hub; - a second attachment structure for attachment of a lifting device to the rotor hub; characterised by a curved support frame comprising a curved frame section and a straight frame section having a curved support surface section and a straight support surface section, respectively; and wherein the straight frame section with the straight support surface section is arranged to be lateral of the prospective axis of rotation of the rotor hub and the straight support surface section is oriented in a non-zero angle to the support plane; the curved frame section is connected between the base frame and the straight frame section, such that the curved support surface section curves from the support plane to the straight support surface section; and the second attachment structure is adapted to be arranged laterally to the prospective axis of rotation of the rotor hub and is arranged on an opposite side of the position for the rotor hub with respect to the straight frame section, wherein the curved support frame has a first curved support surface section, a first straight support surface section, a second curved support surface section and a second straight support surface section; the first and second curved support surface sections abut the first and second straight support surface sections, respectively; the first curved support surface section and the first straight support surface section extend in parallel to the second curved support surface section and the second straight support surface section, respectively; and the first curved support surface section and the first straight support surface section are spaced apart from the second curved support surface section and the second straight support surface section, respectively. - a base frame having a support plane and a first attachment structure for attachment to a rotor shaft link of the rotor hub, the first attachment structure being arranged to be aligned to the prospective axis of rotation of the rotor hub and the support plane being arranged to extend perpendicularly to the prospective axis of rotation of the rotor hub; - a second attachment structure for attachment of a lifting device to the rotor hub; characterised by
A polarized light emissive device, comprising a substrate including a plural of grooves; and a plural of inorganic fluorescent semiconductor quantum rods aligned on the surface of the plural of grooves of the substrate, in which the plural of inorganic fluorescent semiconductor quantum rods is not a self-assembled colloidal superparticle.
An image sensor (100, 200) comprising: an array of photodiode pixels (121, 221) configured to be sensitive to light, each pixel comprising a photodiode (401, 501), and a plurality of capacitors (415, 515, 425, 525) configured to store charge from the photodiode; an address decoder configured to control the array of photodiode pixels such that the array of photodiode pixels may be divided into two or more parts, each part separately controlled to take at least one exposure separate from each other part, wherein the address decoder comprises a plurality of row decoders (801, 851), the row decoders associated with a row of the photodiode pixels and comprising: a latch (804, 854) configured to store a row type value; and row type circuitry (806, 856) configured to receive a row type input and configured to enable row address circuitry based on the row type input value matching the latch row type value; and row address circuitry (802, 852) configured to receive a row address signal and, when enabled by the row type circuitry to selectively enable rows of the photodiode array based on the row address input signal value matching a determined row value. an array of photodiode pixels (121, 221) configured to be sensitive to light, each pixel comprising a photodiode (401, 501), and a plurality of capacitors (415, 515, 425, 525) configured to store charge from the photodiode; an address decoder configured to control the array of photodiode pixels such that the array of photodiode pixels may be divided into two or more parts, each part separately controlled to take at least one exposure separate from each other part, wherein the address decoder comprises a plurality of row decoders (801, 851), the row decoders associated with a row of the photodiode pixels and comprising: a latch (804, 854) configured to store a row type value; and row type circuitry (806, 856) configured to receive a row type input and configured to enable row address circuitry based on the row type input value matching the latch row type value; and row address circuitry (802, 852) configured to receive a row address signal and, when enabled by the row type circuitry to selectively enable rows of the photodiode array based on the row address input signal value matching a determined row value.
A method, comprising: converting 2,3-butanediol to methyl vinyl carbinol, 1,3-butadiene, or a mixture thereof by contacting a feed stream comprising 2,3-butanediol with a catalyst comprising (a) M x O y where M is Sc, Tm, Ga, In or a combination thereof, and x and y have values based upon an oxidation state of M, wherein the feed stream is contacted with the catalyst at a temperature within a range of 300 °C to 700 °C and atmospheric pressure, thereby dehydrating at least a portion of the 2,3-butanediol to form a product comprising methyl vinyl carbinol, 1,3-butadiene, or a combination thereof.
A tensioned architectural membrane structure comprising: an aerogel, wherein the aerogel is hydrophobic and is present in an aerogel composite, in a monolith, blanket, mat, sheet or particulate form, wherein the architectural membrane structure carries tension stress only, without compression or bending, and wherein the architectural membrane structure has a first layer, a second layer and one or more insert layer(s) including the aerogel between said first and second layers.
A tape dispenser comprising a body supporting a blade having a cutting edge and a plate located in close proximity to one another and each extending laterally with respect to the longitudinal axis of the body and to the same side of the body, wherein the blade includes a point, and the point is in the form of a spike, the spike being thinner in cross-section than the blade, characterised in that the spike terminates at a tape puncturing end face (9d, 9d').
Electrical device for line protection in the form of a selective circuit breaker, comprising a subassembly comprising: - a magnetic actuator capable of separating at least one moving contact of a fixed contact when a short circuit occurs in the line being protected, and comprising a fixed magnetic yoke; - a thermal release comprising a bimetal strip capable of unlatching a mechanical lock of the device when an overload occurs in the line being protected; characterised in that the magnetic actuator also comprises: - a contact support attached, so that it can pivot, to the yoke and carrying the moving contact; - a coil surrounding a part of the yoke and connected in series to the bimetal strip; - a blade able to move in rotation with respect to the yoke, capable of coming into contact with at least one polar surface (18, 19) of the yoke when a short circuit occurs, the yoke being provided with means to position and guide the moving blade; - means of returning the blade and the contact support providing the threshold level at which the magnetic actuator is triggered; - driving means between the blade and the contact support, establishing a direct correspondence between at least one part of the rotational movement of the blade and at least one part of the rotational movement of the moving contact. - a magnetic actuator capable of separating at least one moving contact of a fixed contact when a short circuit occurs in the line being protected, and comprising a fixed magnetic yoke; - a thermal release comprising a bimetal strip capable of unlatching a mechanical lock of the device when an overload occurs in the line being protected; characterised in that the magnetic actuator also comprises: - a contact support attached, so that it can pivot, to the yoke and carrying the moving contact; - a coil surrounding a part of the yoke and connected in series to the bimetal strip; - a blade able to move in rotation with respect to the yoke, capable of coming into contact with at least one polar surface (18, 19) of the yoke when a short circuit occurs, the yoke being provided with means to position and guide the moving blade; - means of returning the blade and the contact support providing the threshold level at which the magnetic actuator is triggered; - driving means between the blade and the contact support, establishing a direct correspondence between at least one part of the rotational movement of the blade and at least one part of the rotational movement of the moving contact.
A drawer pull-out guide, including: - a carcass rail to be fixed to a furniture carcass, - at least one extension rail (6, 7) which is displaceable relative to the carcass rail between a closed position and an open position, - at least two, in particular three or more, rolling bodies (18a, 18b) and at least one supporting body (19a, 19b) which are movable along a running limb of the carcass rail and a running surface (23a, 23b) of the extension rail (6, 7) upon a movement of the extension rail (6, 7), - a clearance (17a, 17b, 17c) arranged on the running limb of the carcass rail and/or on the running surface (23a, 23b) of the extension rail (6, 7), the at least two rolling bodies (18a, 18b) can be jointly accommodated within the clearance (17a, 17b, 17c) in the closed position of the extension rail (6, 7) and are thereby relieved from the load of the extension rail (6, 7), and that in the closed position of the extension rail (6, 7), the load of the extension rail (6, 7) is carried by the at least one supporting body (19a, 19b), - wherein the at least two rolling bodies (18a, 18b) and the at least one supporting body (19a, 19b) are arranged in a common running carriage, characterized in that the diameter of the rolling bodies (18a, 18b), in a direction towards the front end of the extension rail (6, 7), reduces, preferably monotonously. - a carcass rail to be fixed to a furniture carcass, - at least one extension rail (6, 7) which is displaceable relative to the carcass rail between a closed position and an open position, - at least two, in particular three or more, rolling bodies (18a, 18b) and at least one supporting body (19a, 19b) which are movable along a running limb of the carcass rail and a running surface (23a, 23b) of the extension rail (6, 7) upon a movement of the extension rail (6, 7), - a clearance (17a, 17b, 17c) arranged on the running limb of the carcass rail and/or on the running surface (23a, 23b) of the extension rail (6, 7), the at least two rolling bodies (18a, 18b) can be jointly accommodated within the clearance (17a, 17b, 17c) in the closed position of the extension rail (6, 7) and are thereby relieved from the load of the extension rail (6, 7), and that in the closed position of the extension rail (6, 7), the load of the extension rail (6, 7) is carried by the at least one supporting body (19a, 19b), - wherein the at least two rolling bodies (18a, 18b) and the at least one supporting body (19a, 19b) are arranged in a common running carriage,
A method for obtaining system information, comprising: sending, by a terminal device, a first message to a network device, wherein the first message comprises first request information used to request first system information, SI; detecting, by the terminal device, a second message and obtaining the first SI, wherein the second message comprises information used to respond to the request of the first request information, and the method being characterized in that: the sending, by a terminal device, a first message to a network device comprises: sending, by the terminal device, the first message to the network device by using a first code domain resource and a first time-frequency resource, wherein the first code domain resource and the first time-frequency resource are some resources in a physical random access channel, PRACH, resource set, and the first code domain resource and the first time-frequency resource meet at least one of the following conditions: the first code domain resource is only used to transmit the first message jointly with the first time-frequency resource; and the first time-frequency resource is only used to transmit the first message jointly with the first code domain resource. sending, by a terminal device, a first message to a network device, wherein the first message comprises first request information used to request first system information, SI; detecting, by the terminal device, a second message and obtaining the first SI, wherein the second message comprises information used to respond to the request of the first request information, and the method being characterized in that: the sending, by a terminal device, a first message to a network device comprises: sending, by the terminal device, the first message to the network device by using a first code domain resource and a first time-frequency resource, wherein the first code domain resource and the first time-frequency resource are some resources in a physical random access channel, PRACH, resource set, and the first code domain resource and the first time-frequency resource meet at least one of the following conditions: the first code domain resource is only used to transmit the first message jointly with the first time-frequency resource; and the first time-frequency resource is only used to transmit the first message jointly with the first code domain resource. the first code domain resource is only used to transmit the first message jointly with the first time-frequency resource; and the first time-frequency resource is only used to transmit the first message jointly with the first code domain resource.
A hollow body ablation apparatus, comprising: a head configured to be generally triangular having at least three electrodes (160, 222) and at least one insulator, said head comprising an elongate member having sides and a base, said sides and base being flexible; a sheath; a handpiece connected to the head comprising a width adjustment and a length adjustment configured to adjust the width and length of the sides and base of the head independently, wherein the length adjustment is located on the handpiece, the length adjustment changes the length of the sides of the head and functions to change the effective length of the hollow body ablation apparatus when deployed, the width adjustment is located on the handpiece, and the width adjustment changes the size of the base of the head and functions to change the maximum width of the hollow body ablation apparatus when deployed; wherein said head can be collapsed into said sheath using the width and/or length adjustments (182, 184). a head configured to be generally triangular having at least three electrodes (160, 222) and at least one insulator, said head comprising an elongate member having sides and a base, said sides and base being flexible; a sheath; a handpiece connected to the head comprising a width adjustment and a length adjustment configured to adjust the width and length of the sides and base of the head independently, wherein the length adjustment is located on the handpiece, the length adjustment changes the length of the sides of the head and functions to change the effective length of the hollow body ablation apparatus when deployed, the width adjustment is located on the handpiece, and the width adjustment changes the size of the base of the head and functions to change the maximum width of the hollow body ablation apparatus when deployed; wherein said head can be collapsed into said sheath using the width and/or length adjustments (182, 184).
A method of achieving improved composition rheology, cosmetic consumer acceptance and deposition comprising applying to hair a composition comprising a) from 0.01% to 2% of a cationic polymer; b) from 0.5% to 3% of an associative thickener; c) from 1.0% to 10.0% of a polyol; d) an anti-dandruff active; e) a cosmetically acceptable carrier; f) a surfactant; wherein the composition comprises a yield consistency value of 0.001s to 0.9s and having a rate index value of from 0.01 to 0.6 and a percentage of coacervate particles with a floc size of greater than 20 microns is from 1% to 40%, and wherein the composition comprises a zinc-containing layered material. a) from 0.01% to 2% of a cationic polymer; b) from 0.5% to 3% of an associative thickener; c) from 1.0% to 10.0% of a polyol; d) an anti-dandruff active; e) a cosmetically acceptable carrier; f) a surfactant;