mhurhangee/ep-ind-claims huggingface dataset:
An ultracapacitor that is in contact with a hot atmosphere having a temperature of about 80 °C or more, the ultracapacitor comprising: a first electrode that comprises a first current collector electrically coupled to a first carbonaceous coating including activated carbon; a second electrode that comprises a second current collector electrically coupled to a second carbonaceous coating including activated carbon, wherein the first current collector and the second current collector each contain a substrate that includes a conductive metal; a separator positioned between the first electrode and the second electrode wherein the separator includes a cellulosic fibrous material; a nonaqueous electrolyte that is in ionic contact with the first electrode and the second electrode wherein the nonaqueous electrolyte contains an ionic liquid that is dissolved in a nonaqueous solvent, wherein the ionic liquid contains a cationic species and a counterion; and a housing within which the first electrode, the second electrode, the separator, and the electrolyte are retained; wherein the capacitor exhibits a capacitance value within the hot atmosphere of about 6 Farads per cubic centimeter or more as determined at a frequency of 120 Hz and without an applied voltage. a first electrode that comprises a first current collector electrically coupled to a first carbonaceous coating including activated carbon; a second electrode that comprises a second current collector electrically coupled to a second carbonaceous coating including activated carbon, wherein the first current collector and the second current collector each contain a substrate that includes a conductive metal; a separator positioned between the first electrode and the second electrode wherein the separator includes a cellulosic fibrous material; a nonaqueous electrolyte that is in ionic contact with the first electrode and the second electrode wherein the nonaqueous electrolyte contains an ionic liquid that is dissolved in a nonaqueous solvent, wherein the ionic liquid contains a cationic species and a counterion; and a housing within which the first electrode, the second electrode, the separator, and the electrolyte are retained; wherein the capacitor exhibits a capacitance value within the hot atmosphere of about 6 Farads per cubic centimeter or more as determined at a frequency of 120 Hz and without an applied voltage.
A mobile terminal for performing a chat using an instant messaging service, the mobile terminal comprising: a display unit; a wireless communication unit; and a controller configured to: control the wireless communication unit to perform a first chat with a first chat party, control the display unit to display a first chat window including a first chat content display region, wherein the first chat content display region displays at least one message previously transmitted to the first chat party, control the wireless communication unit to perform a second chat with a second chat party, control the display unit to display a second chat window including a second chat content display region and a chat content input region, receive from a user, via the chat content input region, at least one character to be transmitted to the second chat party, search the at least one message previously transmitted to the first chat party for a chat content containing the at least one character, control the display unit to display the chat content containing the at least one character in the chat content input region. a display unit; a wireless communication unit; and a controller configured to: control the wireless communication unit to perform a first chat with a first chat party, control the display unit to display a first chat window including a first chat content display region, wherein the first chat content display region displays at least one message previously transmitted to the first chat party, control the wireless communication unit to perform a second chat with a second chat party, control the display unit to display a second chat window including a second chat content display region and a chat content input region, receive from a user, via the chat content input region, at least one character to be transmitted to the second chat party, search the at least one message previously transmitted to the first chat party for a chat content containing the at least one character, control the display unit to display the chat content containing the at least one character in the chat content input region. control the wireless communication unit to perform a first chat with a first chat party, control the display unit to display a first chat window including a first chat content display region, wherein the first chat content display region displays at least one message previously transmitted to the first chat party, control the wireless communication unit to perform a second chat with a second chat party, control the display unit to display a second chat window including a second chat content display region and a chat content input region, receive from a user, via the chat content input region, at least one character to be transmitted to the second chat party, search the at least one message previously transmitted to the first chat party for a chat content containing the at least one character, control the display unit to display the chat content containing the at least one character in the chat content input region.
A transmission method for transmitting encoded data obtained by hierarchically encoding a video image, the transmission method comprising: a generating step of generating an encoded stream including a plurality of packets which are obtained by packetizing the encoded data, said plurality of packets including at least a first packet containing data of a first layer level and a second packet containing data of a second layer level different from the first layer level, wherein a packet ID and a first layer level ID have been allocated to packets containing encoded data of the first layer level and the packet ID and a second layer level ID have been allocated to packets containing encoded data of the second layer level, the first layer level ID being different from the packet ID and indicating a layer level of the encoded data, the second layer level ID being different from the first layer level ID, and generating information indicating an association relationship between the packet IDs and the layer levels; and a transmitting step of transmitting the generated encoded stream and the generated information indicating the association relationship, wherein among said plurality of packets, a packet storing common data which is common to said plurality of packets has been allocated with a layer level ID which is different from the first layer level ID and the second layer level ID. a generating step of generating an encoded stream including a plurality of packets which are obtained by packetizing the encoded data, said plurality of packets including at least a first packet containing data of a first layer level and a second packet containing data of a second layer level different from the first layer level, wherein a packet ID and a first layer level ID have been allocated to packets containing encoded data of the first layer level and the packet ID and a second layer level ID have been allocated to packets containing encoded data of the second layer level, the first layer level ID being different from the packet ID and indicating a layer level of the encoded data, the second layer level ID being different from the first layer level ID, and generating information indicating an association relationship between the packet IDs and the layer levels; and a transmitting step of transmitting the generated encoded stream and the generated information indicating the association relationship, wherein among said plurality of packets, a packet storing common data which is common to said plurality of packets has been allocated with a layer level ID which is different from the first layer level ID and the second layer level ID.
An apparatus for steam treating animal fodder includes a steam manifold that is adapted to receive steam from a source, the manifold defines passages for distributing steam to a plurality of lances, said lances being adapted so that in use, by placing a bale of fodder thereon the lances penetrate the bale of fodder, the weight of the bale assisting penetration of the lances into the bale, whereby steam is supplied to the interior volume of the fodder.
Sheet-like structure, comprising a main part composed of a textile material that is provided with at least one active ingredient, said main part having fibers and a superabsorbent as moisture-regulating agent, wherein the at least one active ingredient is embedded in a polymer matrix, characterized in that the fibers are at least partially integrally bonded to the moisture-regulating agent.
An air bearing assembly, comprising: a first member; and a shaft with a flange configured to rotate with respect to the first member; wherein the first member has a coating on at least one first surface facing at least one second surface of the shaft and the flange, the coating comprising a nonpolymeric self-lubricating coating, or a combination of said nonpolymeric self-lubricating coating with tungsten carbide, characterized in that the self-lubricating coating comprises diamond-like carbon. a first member; and a shaft with a flange configured to rotate with respect to the first member; wherein the first member has a coating on at least one first surface facing at least one second surface of the shaft and the flange, the coating comprising a nonpolymeric self-lubricating coating, or a combination of said nonpolymeric self-lubricating coating with tungsten carbide, characterized in that the self-lubricating coating comprises diamond-like carbon.
A particulate matter detection device comprising: a plate-like element base material; a pair of measurement electrodes arranged in the element base material; characteristics measurement means for measuring electric characteristics between the pair of measurement electrodes; and particulate matter amount calculation means for obtaining an amount of a particulate matter collected in and around the pair of measurement electrodes on the basis of a change amount of the electric characteristics measured by the characteristics measurement means; the measurement electrodes and constituting the pair of measurement electrodes are combteeth-like electrodes each including a plurality of planarly arranged combteeth portions, and a comb spine portion which connects the plurality of combteeth portions of each of the measurement electrodes and to one another at one end of each of the plurality of combteeth portions, the combteeth portions of the measurement electrodes and are arranged to engage with each other with a space being left therebetween, and the comb spine portion of at least one of the measurement electrodes and is covered with a comb spine covering portion made of a dielectric material; the element base material is a device main body which includes at least one through hole formed in one end thereof and which is long in one direction, and the pair of measurement electrodes are arranged on an inner side surface of one wall which forms the through hole or in the wall, and the comb spine covering portion 15 is formed by a wall extending vertically from the wall on which the pair of measurement electrodes are arranged, among the walls which form the through hole; characterized in that at least part of the surfaces of the pair of measurement electrodes is covered with an electrode protective film having a smaller thickness than the comb spine covering portion; a relation of C1/C2 ≥ C3/C4 × 10 is satisfied, wherein C1 is the electrostatic capacity of the electrode protective film, C2 is the electrostatic capacity of a space in the upper surface of the electrode protective film; C3 is an electrostatic capacity of the comb spine covering portion; and C4 is an electrostatic capacity of a space in the upper surface of the comb spine covering portion; wherein the measurement electrodes and are arranged so that a plane in which combteeth of the combteeth portions of the measurement electrodes and extend is orthogonal to a direction in which the through hole extends through the element base material.
Electrical connecting device in insulation displacement technology, comprising a housing with terminals for insulated conductors, with at least one conductor bar, with at least two actuating elements and with at least two insulation piercing elements, wherein the actuating elements are arranged to be able to turn relative to the insulation piercing elements in the electrical connecting device and each have a conductor receiver for the conductors to be connected, and the insulation piercing elements establish electrical contact of conductors which have been inserted into the conductor receiver with the conductor bar when an actuating element is pivoted from a first position (inserting position) in which the conductors are insertable into the conductor receiver to a second position (contact position) characterized in that the conductor receiver in the actuating elements is designed for receiving at least two insulated conductors in the conductor receiver and that the conductor receiver has an oblong cross section.
A method for transmitting a physical uplink control channel, PUCCH, signal, the method performed by a wireless device and comprising: transmitting the PUCCH signal in a first subframe; and transmitting the PUCCH signal in a second subframe, wherein the PUCCH signal is repeated over a plurality of subframes including the first subframe and the second subframe, wherein a frequency location of the PUCCH signal is maintained in two slots of one subframe and is hopped in a unit of n subframes. transmitting the PUCCH signal in a first subframe; and transmitting the PUCCH signal in a second subframe, wherein the PUCCH signal is repeated over a plurality of subframes including the first subframe and the second subframe, wherein a frequency location of the PUCCH signal is maintained in two slots of one subframe and is hopped in a unit of n subframes.
An aqueous composition for use in extracting Mycobacterium tuberculosis nucleic acids from biological samples, comprising: one or more chaotropes; one or more detergents; one or more reducing agents; one or more chelators; one or more buffers; a defoaming agent, and one or more nucleic acid capture matrix (NACM) materials, together present in an amount sufficient to denature proteins, inactivate enzymes, kill pathogens, and not degrade nucleic acids of a sample suspected of containing selected nucleic acid sequences when a sample is contacted with the composition; wherein: a) the one or more chaotropes comprise 4 M guanidine thiocyanate; b) the one or more detergents comprise 0.25% (wt./vol.) sodium dodecyl sulfate and 0.25% (wt./vol.) N -lauroyl sarcosine, sodium salt; c) the one or more reducing agents comprise 0.1 M 2-mercaptoethanol; d) the one or more chelators comprise 30 mM sodium citrate; e) the one or more buffers are present in an amount from 0.0001% to 0.3% (wt./vol.) or from 1 mM to 1M; f) the defoaming agent comprises 0.1% silicone polymer (wt./vol.); and (g) the one or more NACM materials which comprise polymer, porcelain, ceramic, plastic, polymer or glass beads coated with a nucleic acid binding substance, or a combination thereof, and are present in an amount from 1 ng to 10 μg per 100 μL. one or more chaotropes; one or more detergents; one or more reducing agents; one or more chelators; one or more buffers; a defoaming agent, and one or more nucleic acid capture matrix (NACM) materials,
A valve for regulating a flow cross section in a throttle flap connector, having a throttle flap which is mounted in the throttle flap connector so as to be rotatable about an axis of rotation, wherein the throttle flap is rotatable about the axis of rotation, by means of an actuator which acts on the throttle flap, counter to a force generated by a mechanical spring, wherein the throttle flap, in at least a first position, is fixable in said first position by means of a magnet device (4, 5), wherein the magnet device (4, 5) is formed by a permanent magnet and a magnetic counterpart, wherein the permanent magnet is arranged in the housing of the throttle flap connector and the magnetic counterpart is arranged on an element which is rotatable with the throttle flap, wherein the housing of the throttle flap connector has a cutout which is open at least on one side and into which the permanent magnet and the means for directing the magnetic field are inserted, and wherein side of the cutout which is open on one side is at least partially covered, in at least one position of the throttle flap, by the magnetic counterpart.
Device for the production of a bone cement dough from a monomer liquid and a cement powder as starting components of the bone cement dough, and for dispensing of the bone cement dough, the device comprising a cartridge (1, 101) with a cylindrical internal space; a cartridge head with a dispensing opening for dispensing the bone cement dough, whereby the cartridge head closes the cartridge (1, 101) on a front side of the cartridge (1, 101) except for the dispensing opening; a conveying plunger (3, 103) that is arranged in the internal space of the cartridge (1, 101) and is supported in the internal space of the cartridge (1, 101) such that it is pushable in the direction of the dispensing opening; a dispensing plunger (4, 104) that is arranged in the internal space of the cartridge (1, 101) between the dispensing opening and the conveying plunger (3, 103) and that is supported in the internal space of the cartridge (1, 101) such that it is pushable in the direction of the dispensing opening; a first hollow space that is bordered by the cartridge head, by internal walls of the cartridge (1, 101), and by the dispensing plunger (4, 104), whereby the cement powder is arranged in the first hollow space; a second hollow space that is part of the cylindrical internal space of the cartridge (1, 101), whereby the second hollow space is bordered by the dispensing plunger (4, 104) and the conveying plunger (3, 103); a fluid opening (8, 108) that is arranged in the conveying plunger (3, 103) and through which the monomer liquid is conveyable into the second hollow space; a feedthrough (9, 109) that is arranged in the dispensing plunger (4, 104) and/or in the wall of the cartridge (1, 101) and which connects the first hollow space and the second hollow space in monomer liquid-permeable, but cement powder impermeable manner, and a closure means (10, 110) that is arranged on a rear side of the dispensing plunger (4, 104) that faces away from the dispensing opening, whereby the closure means (10, 110) projects away from the dispensing plunger (4, 104) in the direction of the conveying plunger (3, 103) and is situated at a distance from the fluid opening (8, 108) in the conveying plunger (3, 103), whereby the fluid opening (8, 108) is closable with the closure means (10, 110) when the conveying plunger (3, 103) is being pushed in the direction of the dispensing opening, and whereby the closure means (10, 110) is appropriately mobile in the fluid opening (8, 108) closed by the closure means (10, 110) such that the fluid opening (8, 108) stays closed, while the conveying plunger (3, 103) is pushable further in the direction of the dispensing plunger (4, 104).
A steering mechanism for a catheter, the steering mechanism including: a tubular member defining a passage; and an actuator received in the passage of the tubular member, a distal part of the actuator being fast with a distal part of the tubular member, the tubular member having a longitudinally extending cutaway portion to define a bend enhancing region at a predetermined position along the tubular member, the cutaway portion retaining a longitudinally extending web or spine of material of the tubular member, characterized in that the actuator is a tubular element positioned co-axially in the passage of the tubular member, the actuator having a longitudinally extending cutaway portion which is coincident with the cutaway portion of the tubular member, the cutaway portion defining a bend enhancing region, and retaining a longitudinally extending web or spine of material of the actuator, and that the web or spines (22, 28) of the tubular member and the actuator are lying in opposed relationship relative to each other. a tubular member defining a passage; and an actuator received in the passage of the tubular member, a distal part of the actuator being fast with a distal part of the tubular member, the tubular member having a longitudinally extending cutaway portion to define a bend enhancing region at a predetermined position along the tubular member, the cutaway portion retaining a longitudinally extending web or spine of material of the tubular member, characterized in that the actuator is a tubular element positioned co-axially in the passage of the tubular member, the actuator having a longitudinally extending cutaway portion which is coincident with the cutaway portion of the tubular member, the cutaway portion defining a bend enhancing region, and retaining a longitudinally extending web or spine of material of the actuator, and that the web or spines (22, 28) of the tubular member and the actuator are lying in opposed relationship relative to each other.
A protective pad comprising: an impact shell having an exterior surface, an opposite interior surface, a medial edge, an opposite lateral edge, a top edge, and an opposite bottom edge, wherein the medial edge, lateral edge, top edge, and bottom edge define, at least in part, a perimeter of the impact shell, and a coupling frame surrounding at least a portion of the perimeter; and a damping lattice positioned proximate the interior surface of the impact shell and affixed to the coupling frame, the damping lattice is formed of an elastomeric material, wherein the damping lattice is comprised of: a plurality of interconnected joining members having an outer surface and an opposite inner surface; and a plurality of extension members extending beyond the inner surface towards the interior surface of the impact shell, characterised in that: the impact shell further comprises: a plurality of perforations extending from the exterior surface to the interior surface proximate one or more portions of the perimeter; and the coupling frame extends through the plurality of perforations of the impact shell. an impact shell having an exterior surface, an opposite interior surface, a medial edge, an opposite lateral edge, a top edge, and an opposite bottom edge, wherein the medial edge, lateral edge, top edge, and bottom edge define, at least in part, a perimeter of the impact shell, and a coupling frame surrounding at least a portion of the perimeter; and a damping lattice positioned proximate the interior surface of the impact shell and affixed to the coupling frame, the damping lattice is formed of an elastomeric material, wherein the damping lattice is comprised of: a plurality of interconnected joining members having an outer surface and an opposite inner surface; and a plurality of extension members extending beyond the inner surface towards the interior surface of the impact shell, characterised in that: the impact shell further comprises: a plurality of perforations extending from the exterior surface to the interior surface proximate one or more portions of the perimeter; and the coupling frame extends through the plurality of perforations of the impact shell. the impact shell further comprises: a plurality of perforations extending from the exterior surface to the interior surface proximate one or more portions of the perimeter; and the coupling frame extends through the plurality of perforations of the impact shell.