mhurhangee/ep-ind-claims huggingface dataset:
A first electronic device for expanding a wireless communication, the first electronic device comprising: a first radio access technology, RAT, communication unit configured to transmit a signal to or receive a signal from a reader via a first RAT; a second RAT communication unit configured to transmit a signal to or receive a signal from at least one second electronic device via a second RAT; a third RAT communication unit configured to transmit a signal to or receive a signal from the at least one second electronic device via a third RAT; and a processor configured to: transmit, to the at least one second electronic device, a message requesting to initiate communication using the second RAT via communication using the third RAT, determine a first distance from the first electronic device to the at least one second electronic device based on the signal transmitted and received through the communication using the second RAT, and when the determined first distance is shorter than a predetermined second distance, control communication using the first RAT between the at least one second electronic device and the reader by transmitting or receiving data related to the communication using the first RAT to and from the second electronic via the second RAT. a first radio access technology, RAT, communication unit configured to transmit a signal to or receive a signal from a reader via a first RAT; a second RAT communication unit configured to transmit a signal to or receive a signal from at least one second electronic device via a second RAT; a third RAT communication unit configured to transmit a signal to or receive a signal from the at least one second electronic device via a third RAT; and a processor configured to: transmit, to the at least one second electronic device, a message requesting to initiate communication using the second RAT via communication using the third RAT, determine a first distance from the first electronic device to the at least one second electronic device based on the signal transmitted and received through the communication using the second RAT, and when the determined first distance is shorter than a predetermined second distance, control communication using the first RAT between the at least one second electronic device and the reader by transmitting or receiving data related to the communication using the first RAT to and from the second electronic via the second RAT. transmit, to the at least one second electronic device, a message requesting to initiate communication using the second RAT via communication using the third RAT, determine a first distance from the first electronic device to the at least one second electronic device based on the signal transmitted and received through the communication using the second RAT, and when the determined first distance is shorter than a predetermined second distance, control communication using the first RAT between the at least one second electronic device and the reader by transmitting or receiving data related to the communication using the first RAT to and from the second electronic via the second RAT.
An insulated container having an internal volume, this internal volume being adapted to receive contents having a first temperature (T 1), the insulated container comprising a wall consisting of an outer layer of a first material and an inner layer of a second material, the outer layer and the inner layer being bonded to one another, the insulated container having a closed state or an open state distinct from the closed state, the outer layer of the wall being adapted to delimit from the outside the internal volume in the closed state of the insulated container, the insulated container being arranged, in the closed state, to keep the contents at the first temperature (T 1) for at least a predefined period of time, the inner layer of the wall having an isothermal capacity adapted to thermally isolate from the outside the internal volume in the closed state of the insulated container, the first material of the outer layer comprising natural plant fibres, the second material of the inner layer comprising natural animal fibres, the first material of the outer layer consisting of woven hemp cloth, the second material of the inner layer consisting of non-woven pure felted sheep's wool, characterised in that the woven hemp fabric has a first density (D 1) equal to 460 g/m 2, and in that the non-woven pure felted sheep's wool has a second density (D 2) of between 400 g/m 2 and 1000 g/m 2.
A front wheel supporting structure for a straddle-type vehicle comprising: a front arm for supporting a front axle, the front arm extending rearward from a front axle supporting portion; a front suspension mechanism for suppressing turning motion of the front arm, characterized by a link mechanism comprising an upper link member and a lower link member having front ends connected to two vertically separated upper and lower ends of a rear end of the front arm at a location rearward of a rear end of a front wheel through front fulcrum pins (21a, 22a) such that front ends of the link members can turn around pin axes of the front fulcrum pins (21a, 22a) and having rear ends connected to a link supporting bracket through rear fulcrum pins (21b, 22b) such that the rear ends of the link members (21, 22) can turn around pin axes of the rear fulcrum pins (21b, 22b), the upper and lower link members (21, 22) extending rearward substantially parallel to each other, the front suspension mechanism resiliently supporting the rear end of the front arm, and the link supporting bracket being detachably fixed to a vehicle body frame. a front arm for supporting a front axle, the front arm extending rearward from a front axle supporting portion; a front suspension mechanism for suppressing turning motion of the front arm, characterized by a link mechanism comprising an upper link member and a lower link member having front ends connected to two vertically separated upper and lower ends of a rear end of the front arm at a location rearward of a rear end of a front wheel through front fulcrum pins (21a, 22a) such that front ends of the link members can turn around pin axes of the front fulcrum pins (21a, 22a) and having rear ends connected to a link supporting bracket through rear fulcrum pins (21b, 22b) such that the rear ends of the link members (21, 22) can turn around pin axes of the rear fulcrum pins (21b, 22b), the upper and lower link members (21, 22) extending rearward substantially parallel to each other, the front suspension mechanism resiliently supporting the rear end of the front arm, and the link supporting bracket being detachably fixed to a vehicle body frame.
An antenna system, applicable to a wireless communication device, and comprising: a radio frequency chip, a controller, and N antennas, wherein the radio frequency chip is connected to the N antennas by a power amplifier and switches (302a, 302b); wherein N is an integer greater than or equal to 2; and a first antenna of the N antennas is a to-be-boosted antenna,; and the controller is configured to: determine that a frequency band in which a second antenna of the N antennas operates belongs to a preset to-be-boosted frequency band of the first antenna, wherein the preset to-be-boosted frequency band comprises at least one frequency band; determine that the second antenna is not operating in the preset-to-be-boosted frequency band and set a load status of a radio frequency input end of the second antenna; the antenna system characterised in that the controller is further configured to adjust an antenna tuner of the second antenna to set an operating frequency of the second antenna around the to-be-boosted frequency band, so that the second antenna operates as an auxiliary antenna of the first antenna, wherein the load status of the radio frequency input end is set to any one of the following: open, broken, isolation, or ground. determine that a frequency band in which a second antenna of the N antennas operates belongs to a preset to-be-boosted frequency band of the first antenna, wherein the preset to-be-boosted frequency band comprises at least one frequency band; determine that the second antenna is not operating in the preset-to-be-boosted frequency band and set a load status of a radio frequency input end of the second antenna; the antenna system characterised in that the controller is further configured to adjust an antenna tuner of the second antenna to set an operating frequency of the second antenna around the to-be-boosted frequency band, so that the second antenna operates as an auxiliary antenna of the first antenna, wherein the load status of the radio frequency input end is set to any one of the following: open, broken, isolation, or ground.
A polyolefin-based resin composition comprising a polyolefin-based resin, a polyalkylene carbonate resin, and a metal salt having a melting point higher than 100°C wherein the metal salt having a melting point higher than 100°C is formed from a metal cation and an anion and the cation is selected from the group consisting of lithium ion, sodium ion, and potassium ion, and the anion is selected from the group consisting of halogen, carboxylate, hexafluorophosphate, tetrafluoroborate, and bis(perfluoroalkyl sulfonyl)amide.
A return stop height adjustable stilt support for open-joint slabs, in particular paving slabs or other coverings of freely weather-exposed terraces, balconies or similar, comprising a base plate having a plurality of integrally moulded cylindrical bearing pedestals, a hollow-cylindrical intermediate piece, in each case associated with one bearing pedestal, having lateral actuating extensions so as to subject the respective intermediate piece to a twisting movement, cap-shaped pads, wherein in each case a pad rests upon an intermediate piece, the pads having an anti-twist protection, and the height adjustment of the pads getting in contact with the slab underside is performed via mating threads between bearing pedestal, intermediate piece and a female thread of the cap-shaped pad, wherein the thread inside the cap-shaped pad is complementary to the hollow-cylindrical intermediate piece and forms mating threads, characterized in that within the respective bearing pedestal, a polygonal recess is located which extends in the pedestal's longitudinal direction and perpendicular to the base plate, the respective cap-shaped pad has a concentric pin the outer contour of which corresponds to the polygonal recess within the bearing pedestal and which exhibits a length greater than the height of the cap-shaped pad, such that the pin and the polygonal recess form the cap-shaped pad's anti-twist protection while meshing, the respective bearing pedestal has a male thread which is complementary to a female thread of the associated hollow-cylindrical intermediate piece, the hollow-cylindrical intermediate piece moreover exhibits a male thread turning opposite to the female thread.
A method comprising: transmitting a plurality of uplink test packets from a client device, that is located on one side of a network service provider access point, to a destination that is located on the other side of the network service provider access point, such that the plurality of uplink test packets traverse the network service provider access point; determining, at the client device, a response to the transmission of the plurality of uplink test packets through the network service provider access point, the response comprising a plurality of response packets; and generating, at the client device, one or more uplink performance values in accordance with the determined response, the one or more uplink performance values characterizing how uplink traffic is handled between the client device and the destination both to and beyond the network service provider access point, wherein the generating the one or more uplink performance values comprises determining whether any of the response packets has a time stamp that is earlier than a last previously received response packet and treating any so determined response packet as being a response to a lost uplink test packet. transmitting a plurality of uplink test packets from a client device, that is located on one side of a network service provider access point, to a destination that is located on the other side of the network service provider access point, such that the plurality of uplink test packets traverse the network service provider access point; determining, at the client device, a response to the transmission of the plurality of uplink test packets through the network service provider access point, the response comprising a plurality of response packets; and generating, at the client device, one or more uplink performance values in accordance with the determined response, the one or more uplink performance values characterizing how uplink traffic is handled between the client device and the destination both to and beyond the network service provider access point, wherein the generating the one or more uplink performance values comprises determining whether any of the response packets has a time stamp that is earlier than a last previously received response packet and treating any so determined response packet as being a response to a lost uplink test packet.
Simulator intended for learning tracheal intubation comprising - an anatomic dummy element reproducing at least one buccal cavity provided with a tongue, an epiglottis and the corresponding glossoepiglottic vallecula, - a simulation system capable of determining at least one physiological parameter of a patient subject to tracheal intubation depending on data provided at the input of said system and of communicating this parameter in real time via a transducer, to an operator practicing tracheal intubation on said anatomic dummy element, characterized by the fact that it comprises - at least one force sensor positioned on the dummy element at the glossoepiglottic vallecula so as to measure the force applied at this level by the blade of a laryngoscope handled by the operator, and - transmission means for providing the value of the measurement conducted with said force sensor at the input of said simulation system, and by the fact that the simulation system is laid out for taking into account said value of the measurement conducted with the force sensor in order to determine said physiological parameter. - an anatomic dummy element reproducing at least one buccal cavity provided with a tongue, an epiglottis and the corresponding glossoepiglottic vallecula, - a simulation system capable of determining at least one physiological parameter of a patient subject to tracheal intubation depending on data provided at the input of said system and of communicating this parameter in real time via a transducer, to an operator practicing tracheal intubation on said anatomic dummy element, - at least one force sensor positioned on the dummy element at the glossoepiglottic vallecula so as to measure the force applied at this level by the blade of a laryngoscope handled by the operator, and - transmission means for providing the value of the measurement conducted with said force sensor at the input of said simulation system,
Mounting fixture for attaching at least one device for controlling the movement of a furniture part which is received on a stationary furniture part so as to be movable in a driven manner, characterised in that securing means are provided, with at least two elongated profiles (8a, 8b) running separately from one another at a clear distance, on which the device for controlling the movement can be attached, wherein the clear distance is formed by a free space between the profiles providing a material-free intermediate area of the profiles.
A UV-protective composition comprising: swelled polymer matrix flakes comprising a thermoplastic polymer swelled with an oil; and a plurality of nanoparticles including inorganic nanoparticles of at least one inorganic UV-protective agent, each of said inorganic nanoparticles comprising at least one solid inorganic crystal and a dispersant associated with said crystal, wherein said inorganic nanoparticles are dispersed and embedded in said swelled polymer matrix flakes; wherein each flake of said swelled polymer matrix flakes has a flake length (Lf), a flake width (Wf), and a flake thickness (Tf), said swelled polymer matrix flakes having a dimensionless flake aspect ratio (Rf) defined by: Rf = Lf ∗ Wf / Tf 2 wherein, with respect to a representative group containing at least 10 of said swelled polymer matrix flakes, an average Rf is at least 5; wherein said inorganic UV-protective agent has a Mohs Hardness Number within a range of 3.5 to 8; wherein said plurality of inorganic nanoparticles within said representative group has an average particle size (D N 50) of at most 100nm. swelled polymer matrix flakes comprising a thermoplastic polymer swelled with an oil; and a plurality of nanoparticles including inorganic nanoparticles of at least one inorganic UV-protective agent, each of said inorganic nanoparticles comprising at least one solid inorganic crystal and a dispersant associated with said crystal, wherein said inorganic nanoparticles are dispersed and embedded in said swelled polymer matrix flakes; wherein each flake of said swelled polymer matrix flakes has a flake length (Lf), a flake width (Wf), and a flake thickness (Tf), said swelled polymer matrix flakes having a dimensionless flake aspect ratio (Rf) defined by: Rf = Lf ∗ Wf / Tf 2 wherein, with respect to a representative group containing at least 10 of said swelled polymer matrix flakes, an average Rf is at least 5; wherein said inorganic UV-protective agent has a Mohs Hardness Number within a range of 3.5 to 8; wherein said plurality of inorganic nanoparticles within said representative group has an average particle size (D N 50) of at most 100nm.
A method for recovery of iron in the form of an iron oxide as useful product, such as hematite, from a leach solution obtained from leaching of a nickel laterite ore, comprising oxidation and hydrolysis of ferric sulphate and urea mix solution from leaching of nickel laterite ores at a temperature of 60-100 °C.
A method for use in a wellbore, the method comprising: providing an apparatus in a downhole annulus in a wellbore, the apparatus comprising a mandrel and a swellable element disposed on the mandrel, wherein the swellable element comprises a material selected to increase in volume when exposed to a downhole stimulus; placing a gravel pack below the apparatus via the downhole annulus in which the apparatus is located; placing a gravel pack above the apparatus; subsequent to placing the gravel packs, causing the swellable element to increase in volume to create an annular barrier in the wellbore characterised in that the method further comprises the step of displacing gravel pack solids into one or more voids as the swellable element swells into a space vacated by the displaced gravel pack solids. providing an apparatus in a downhole annulus in a wellbore, the apparatus comprising a mandrel and a swellable element disposed on the mandrel, wherein the swellable element comprises a material selected to increase in volume when exposed to a downhole stimulus; placing a gravel pack below the apparatus via the downhole annulus in which the apparatus is located; placing a gravel pack above the apparatus; subsequent to placing the gravel packs, causing the swellable element to increase in volume to create an annular barrier in the wellbore characterised in that the method further comprises the step of displacing gravel pack solids into one or more voids as the swellable element swells into a space vacated by the displaced gravel pack solids.
An ice making apparatus comprising: an ice making tray comprising a metallic ice forming plate with a top surface and a bottom surface, at least one perimeter sidewall extending upwardly from the top surface of the metallic ice forming plate, wherein the metallic ice forming plate and the perimeter sidewall form a water basin, and a grid with at least one edge wall and at least one dividingwall; wherein the at least one edge wall and the at least one dividing wall and the top surface of the metallic ice forming plate form at least one ice compartment; wherein an ice body is formed in the at least one ice compartment; wherein the at least one edge wall and the at least one dividing wall form a draft angle with a perpendicular to the top surface of the metallic ice forming plate of about 17 degrees to about 25 degrees; and wherein a containment wall is formed over the upwardly extending perimeter sidewalls, with the upwardly extending perimeter sidewall of the metallic ice forming plate embedded within a lower portion of the containerwall. an ice making tray comprising a metallic ice forming plate with a top surface and a bottom surface, at least one perimeter sidewall extending upwardly from the top surface of the metallic ice forming plate, wherein the metallic ice forming plate and the perimeter sidewall form a water basin, and a grid with at least one edge wall and at least one dividingwall; wherein the at least one edge wall and the at least one dividing wall and the top surface of the metallic ice forming plate form at least one ice compartment; wherein an ice body is formed in the at least one ice compartment; wherein the at least one edge wall and the at least one dividing wall form a draft angle with a perpendicular to the top surface of the metallic ice forming plate of about 17 degrees to about 25 degrees; and wherein a containment wall is formed over the upwardly extending perimeter sidewalls, with the upwardly extending perimeter sidewall of the metallic ice forming plate embedded within a lower portion of the containerwall.
A hollow vane structure for an active grille system comprising: a first piece of the vane body having a front side and a back side, wherein the first piece has a concave cross-section extending from the front side toward the back side creating a hollowed inward section on the back side of the first piece; an edge surface formed on the first piece defining a perimeter of the hollowed inward section; a second piece of the vane body connected to the back side of the first piece, where in the second piece extends across the hollowed inward section and is connected to the first piece to at least the edge surface on the backside of the first piece; characterized in that the hollow vane structure further comprises at least one rib formed in the hollowed inward section of the first piece, wherein the at least one rib extends continuously and longitudinally parallel to the axis of the vane body; and a gap between the at least one rib and the second piece, wherein the gap is created by the at least one rib being shorter in length so that the at least one rib is positioned away from the second piece and the gap is present when the vane body is fully assembled. a first piece of the vane body having a front side and a back side, wherein the first piece has a concave cross-section extending from the front side toward the back side creating a hollowed inward section on the back side of the first piece; an edge surface formed on the first piece defining a perimeter of the hollowed inward section; a second piece of the vane body connected to the back side of the first piece, where in the second piece extends across the hollowed inward section and is connected to the first piece to at least the edge surface on the backside of the first piece; characterized in that the hollow vane structure further comprises at least one rib formed in the hollowed inward section of the first piece, wherein the at least one rib extends continuously and longitudinally parallel to the axis of the vane body; and a gap between the at least one rib and the second piece, wherein the gap is created by the at least one rib being shorter in length so that the at least one rib is positioned away from the second piece and the gap is present when the vane body is fully assembled.