mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display configured to comprise a display panel that displays an image, and a sensor that comprises a medium disposed between a first electrode and a second electrode where an electric field is formed, wherein the sensor senses a variance in a quantity of electric charge caused by a variance in capacitance between the first electrode and the second electrode which occurs as light output from a pointing device affects the medium; and a controller configured to determine a position where the light is received on the display based on the variance in the quantity of electric charge sensed by the sensor and perform an operation corresponding to the determined position; characterised in that the medium comprises an insulating layer that contains a material of which a refractive index is varied depending on a variance in the electric field due to the received light; wherein the variance in the refractive index causes a variance in a dielectric constant of the material which leads to the variance in the capacitance between the first electrode and the second electrode. a display configured to comprise a display panel that displays an image, and a sensor that comprises a medium disposed between a first electrode and a second electrode where an electric field is formed, wherein the sensor senses a variance in a quantity of electric charge caused by a variance in capacitance between the first electrode and the second electrode which occurs as light output from a pointing device affects the medium; and a controller configured to determine a position where the light is received on the display based on the variance in the quantity of electric charge sensed by the sensor and perform an operation corresponding to the determined position; characterised in that the medium comprises an insulating layer that contains a material of which a refractive index is varied depending on a variance in the electric field due to the received light; wherein the variance in the refractive index causes a variance in a dielectric constant of the material which leads to the variance in the capacitance between the first electrode and the second electrode.
A blower assembly for a vehicle air conditioning unit, having a first air flow duct, in which a first blower is arranged, and a second air flow duct, in which a second blower is arranged, wherein the first air flow duct comprises a fresh-air inlet opening upstream of the first blower and the second air flow duct comprises a recirculated-air inlet opening upstream of the second blower, wherein there is provided an optionally closable transfer opening which optionally forms a connection between the first and second air flow ducts (12, 16), and a flap system which controls a flow of fresh air through the fresh-air inlet opening into the first air flow duct, a flow of recirculated air through the recirculated-air inlet opening into the second air flow duct and a flow of transfer air between the two air flow ducts (12, 16) through the transfer opening, characterized in that: the flap system having a fresh-air flap at the fresh-air inlet opening, a recirculated-air flap at the recirculated-air inlet opening and a transfer flap at the transfer opening.
A modular mannequin comprising: a plurality of individual mannequin sub-parts; and a removable material contained within respective compartments of the individual mannequin sub-parts so that the total weight of the modular mannequin is at least 100kg; characterised in that the modular mannequin further comprises one or more flexible couplings comprising a flexible material, each of the flexible couplings being configured to releasably connect two or more of the plurality of individual mannequin sub-parts to one another. a plurality of individual mannequin sub-parts; and a removable material contained within respective compartments of the individual mannequin sub-parts so that the total weight of the modular mannequin is at least 100kg; characterised in that the modular mannequin further comprises one or more flexible couplings comprising a flexible material, each of the flexible couplings being configured to releasably connect two or more of the plurality of individual mannequin sub-parts to one another.
A telecommunications system for communicating data packets to and from a mobile terminal in accordance with a mobile internet protocol, the system comprising a packet radio network including a first radio access interface and a gateway support node, the packet radio network being operable to communicate data packets to and from the mobile terminal through the gateway support node via the first radio access interface, the gateway support node being operable to provide a home address via which a correspondent node may transmit data packets via the gateway support node to the mobile terminal when the mobile terminal is attached to the packet radio network, and a wireless access network including a second radio access interface and a home agent, the wireless access network being operable to communicate data packets to and from the mobile terminal through the home agent via the second radio access interface, the wireless access network being operable to provide a care of address for the mobile terminal via which the correspondent node may transmit data packets via the home agent to the mobile terminal when the mobile terminal is attached to the wireless access network, wherein the mobile terminal is arranged to connect to one of the packet radio network or the wireless access network and, when connected, to detect which of the packet radio network and the wireless access network the mobile terminal has connected, characterized in that: upon detection that the mobile terminal is attached to the packet radio network, the mobile terminal and the home agent are arranged so that data packets are transmitted to and from the mobile terminal via the gateway support node and mobile internet protocol operations through the home agent are deactivated or suppressed. upon detection that the mobile terminal is attached to the packet radio network, the mobile terminal and the home agent are arranged so that data packets are transmitted to and from the mobile terminal via the gateway support node and mobile internet protocol operations through the home agent are deactivated or suppressed.
A method for transmitting media content via a heterogeneous network in a broadcast system that supports an Internet-protocol-based multimedia service, the method comprising: dividing data of the media content into a plurality of blocks; configuring a payload including a header region and a data region for transmission of any one block of the plurality of blocks, a plurality of blocks of the plurality of blocks or a fragment of any one block of the plurality of blocks, wherein the header region includes a fragment information field; and transmitting the payload, wherein if the data region includes a fragment of any one block of the plurality of blocks, the fragment information field indicates a type of the fragment block which is included in the data region, wherein if the data region includes any one complete block of the plurality of blocks or a plurality of blocks of the plurality of blocks, the fragment information field indicates that the data region includes at least one complete block, and wherein the header region further includes a field indicating whether a plurality of complete blocks are aggregated in the data region. dividing data of the media content into a plurality of blocks; configuring a payload including a header region and a data region for transmission of any one block of the plurality of blocks, a plurality of blocks of the plurality of blocks or a fragment of any one block of the plurality of blocks, wherein the header region includes a fragment information field; and transmitting the payload, wherein if the data region includes a fragment of any one block of the plurality of blocks, the fragment information field indicates a type of the fragment block which is included in the data region, wherein if the data region includes any one complete block of the plurality of blocks or a plurality of blocks of the plurality of blocks, the fragment information field indicates that the data region includes at least one complete block, and wherein the header region further includes a field indicating whether a plurality of complete blocks are aggregated in the data region.
Primary optical element for motor vehicle lighting module, comprising a light introduction part provided with a plurality of primary optical means (8,9) connected at output to a correcting part, said primary optical means being arranged on at least two levels in a first direction, as first and second distinct primary optical means, a plurality of first primary optical means being arranged in series in a second direction substantially perpendicular to the first direction the primary optical element characterizing in that the second primary optical means consists of a strip of material extending continuously in the second direction, overhanging the first primary optical means.
Catalyst comprising a carrier substrate of length L which extends between a first end face a and a second end face b, and catalytically active material zones A, B, and C of different compositions, wherein - material zone A comprises palladium or palladium and platinum with a weight ratio of Pd: Pt > 1, and cerium oxide, - material zone B comprises platinum or platinum and palladium with a weight ratio of Pt: Pd > 1, and cerium oxide and/or cerium/zirconium mixed oxide and - material zone C comprises platinum or platinum and palladium with a weight ratio of Pt: Pd > 1, and a carrier oxide, and wherein - material zone B is arranged above material zone A and - material zone C is arranged above material zone B and extends starting from the second end face b of the carrier substrate over a length of 20 to 60% of the length L. - material zone A comprises palladium or palladium and platinum with a weight ratio of Pd: Pt > 1, and cerium oxide, - material zone B comprises platinum or platinum and palladium with a weight ratio of Pt: Pd > 1, and cerium oxide and/or cerium/zirconium mixed oxide and - material zone C comprises platinum or platinum and palladium with a weight ratio of Pt: Pd > 1, and a carrier oxide, and - material zone B is arranged above material zone A and - material zone C is arranged above material zone B and extends starting from the second end face b of the carrier substrate over a length of 20 to 60% of the length L.
A wave energy converter comprising: a shell a pendulum pivotally positioned in said shell, said pendulum having a magnet thereon; characterized by the provision of a variable inductance means for varying an inductive capacity, said variable inductance means being positioned in said shell, said variable inductance means having at least one wire coil, said magnet of said pendulum oscillating relative to the wire coil; and a pendulum adjusting means operatively connected to said pendulum for changing a center of gravity of said pendulum. a shell a pendulum pivotally positioned in said shell, said pendulum having a magnet thereon; characterized by the provision of a variable inductance means for varying an inductive capacity, said variable inductance means being positioned in said shell, said variable inductance means having at least one wire coil, said magnet of said pendulum oscillating relative to the wire coil; and a pendulum adjusting means operatively connected to said pendulum for changing a center of gravity of said pendulum.
A non-destructive method for determining resistance to cracking of an intact egg, whereby said determining comprises the following steps a) and b): - a) determining a tensile stress developed in an eggshell of said intact egg, for example a tensile stress at a predetermined load; - b) determining an elasticity of said eggshell; wherein the results of step a) and step b) are used in evaluating said resistance to cracking, wherein a ratio of said tensile stress developed in an eggshell of said intact egg and said elasticity of said eggshell is used as a strength index to evaluate the resistance to cracking of an intact egg. - a) determining a tensile stress developed in an eggshell of said intact egg, for example a tensile stress at a predetermined load; - b) determining an elasticity of said eggshell;
Composite timepiece wheel with play take-up, including a peripheral toothing, each tooth of which includes, on either side of the median part thereof, a first half-tooth including a first part of the tooth profile, and a second half-tooth including a second part of the tooth profile, each said first half-tooth being movable with respect to said second half-tooth of the same said tooth, against elastic return means tending to move said first half-tooth and said second half-tooth of the same said tooth away from each other, characterized in that said wheel includes, axially stacked, a first half-wheel carrying all said first half-teeth, and a second half-wheel carrying all said second half-teeth, said first half-wheel and said second half-wheel having limited rotational mobility with respect to each other, about the axis of said toothing, and against said elastic return means, in that the toothing of each half-wheel protrudes from the other half-wheel, said first half-wheel including first hollows, inside each of which a second half-wheel is movable between two first successive half-teeth, and said second half-wheel including second hollows, inside each of which a first half-tooth is movable between two successive second half-teeth.
A mobile robot comprising a mop module including a left rotating plate to which a mop is attached to a bottom surface and a right rotating plate to which the mop is attached to the bottom surface; a base on which the mop module is installed a case disposed to cover at least an upper portion and a part of a side of the base; characterized in that the mobile robot further comprises a plurality of push supporters supporting the case spaced apart from the base wherein each push supporter provides the case with an elastic restoring force at least in the upper direction of the base and the outer direction of the base. a mop module including a left rotating plate to which a mop is attached to a bottom surface and a right rotating plate to which the mop is attached to the bottom surface; a base on which the mop module is installed a case disposed to cover at least an upper portion and a part of a side of the base; characterized in that the mobile robot further comprises a plurality of push supporters supporting the case spaced apart from the base wherein each push supporter provides the case with an elastic restoring force at least in the upper direction of the base and the outer direction of the base. a plurality of push supporters supporting the case spaced apart from the base wherein each push supporter provides the case with an elastic restoring force at least in the upper direction of the base and the outer direction of the base.
A wireless surface acoustic wave resonator system, comprising a first antenna, a matching network, a reflection grating, and an interdigital transducer, with at least said reflection grating and said interdigital transducer assembled on a piezoelectric substrate, said matching network comprising an optimal matching network which is composed of at least one capacitor and at least one inductor, said matching network also comprising a switch circuit which is connected in parallel to said optimal matching network, said switch circuit comprising multiple branch circuits connected in parallel, each branch circuit comprising at least one capacitor (C2, C3) and/or one inductor (L2, L3), said each branch circuit of the switch circuit also comprising a switch to control the conduction status of that branch circuit; wherein said switch circuit is a field programmable control switch circuit, and the switch of each branch circuit of said switch circuit is controlled by a field programmable control logic device; characterized in that said field programmable control logic device comprises n groups of external contact spots((M1, M2), (N1, N2), (Q1, Q2)), and each branch circuit of said field programmable control switch circuit is connected to one group of external contact spots((M1, M2), (N1, N2), (Q1, Q2)) in series, and said field programmable control logic device controls the conduction status of each group of external contact spots ((M1, M2), (N1, N2), (Q1, Q2)) by programming, so as to connect or disconnect each branch circuit in the matching network, wherein n is not less than the number of branch circuits included in said switch circuit.
A vehicle behavior transmission device, comprising: a vehicle behavior calculation unit configured to calculate a future vehicle trajectory; a light source disposed on a steering wheel of an automated driving vehicle; and an emission pattern determination unit configured to determine a light-emitting part of the light source based on the calculated future vehicle trajectory, characterized in that the vehicle behavior calculation unit calculates the future vehicle trajectory based on a travel plan of the automated driving vehicle; and the emission pattern determination unit determines the light-emitting part of the light source based on the future vehicle trajectory from a current to a time after elapse of a predetermined period of time. a vehicle behavior calculation unit configured to calculate a future vehicle trajectory; a light source disposed on a steering wheel of an automated driving vehicle; and an emission pattern determination unit configured to determine a light-emitting part of the light source based on the calculated future vehicle trajectory, characterized in that the vehicle behavior calculation unit calculates the future vehicle trajectory based on a travel plan of the automated driving vehicle; and the emission pattern determination unit determines the light-emitting part of the light source based on the future vehicle trajectory from a current to a time after elapse of a predetermined period of time.
A child transport carrier, comprising: a handle bar; a rotatable brake actuator disposed along a lengthwise axis of the handle bar; a first cable coupled to the rotatable brake actuator, the first cable having a first end and a second end; and a first wheel brake of a first wheel coupled to the first end of the first cable, wherein rotating the rotatable brake actuator around the lengthwise axis of the handle bar activates the first wheel brake, wherein the rotatable brake actuator comprises a housing having a first portion and a second portion configured to couple to the first portion around the handle bar and the second end of the first cable being coupled to the housing, characterized in that the rotatable brake actuator comprises a base member having a main body disposed around the handle bar, and a first collar disposed at a first end of the main body, the housing is disposed around the main body of the base member defining an interior cavity, and in that a first passage is provided through the first collar, wherein the first cable is disposed through the first passage of the first collar and coupled to the housing within the interior cavity. a handle bar; a rotatable brake actuator disposed along a lengthwise axis of the handle bar; a first cable coupled to the rotatable brake actuator, the first cable having a first end and a second end; and a first wheel brake of a first wheel coupled to the first end of the first cable, wherein rotating the rotatable brake actuator around the lengthwise axis of the handle bar activates the first wheel brake, wherein the rotatable brake actuator comprises a housing having a first portion and a second portion configured to couple to the first portion around the handle bar and the second end of the first cable being coupled to the housing, characterized in that the rotatable brake actuator comprises a base member having a main body disposed around the handle bar, and a first collar disposed at a first end of the main body, the housing is disposed around the main body of the base member defining an interior cavity, and in that a first passage is provided through the first collar, wherein the first cable is disposed through the first passage of the first collar and coupled to the housing within the interior cavity.
A stainless steel for exhaust gas path members, which has a composition comprising, in terms of % by mass, at most 0.03 % of C, at most 1 % of Si, at most 1.5 % of Mn, at most 0.6 % of Ni, from 10 to 20 % of Cr, from more than 0.5 to 0.7 % of Nb, from 0.05 to 0.3 % of Ti, from more than 1 to 2 % of Cu, at most 0.2 % of V, at most 0.03 % of N, from 0.0005 to 0.02 % of B, and optionally at most 0.1 % by mass of Al, further optionally at least one of Mo, W, Zr and Co in an amount of at most 4 % in total, with a balance of Fe and inevitable impurities, and having an [Nb] value, as defined by the following formula or in accordance with the [Ti] value thereof as defined by the following formula, falling within a range of from 0.5 to 0.65, and which has a texture where the Cu phase having a major diameter of at least 0.5 μm is controlled to be in an amount of at most 10 grains/25 μm 2 and the Nb compound phase having a major diameter of at least 0.5 μm is in an amount of at most 10 grains/25 μm 2: Ti = Ti - 4 C + N when Ti ≥ 0, Nb = Nb when Ti < 0, Nb = Nb + 0.5 Ti
- Method for the production of an extruded plate comprising the following steps: a) providing calcium carbonate (CaCO3) powder; b) providing polyvinyl chloride powder; c) providing additives as stabilizers, consisting of at least Ca/Zn stabilizers, impact modifiers and internal and external waxes; wherein c1), the proportion of calcium carbonate (CaCO 3) powder is between 60 and 80 % by weight, the proportion of polyvinyl chloride powder is between 20 and 40 % by weight and the proportion of additives is up to 5 % by weight; d) mixing the calcium carbonate (CaCO 3) powder with the polyvinyl chloride powder and the additives; e) heating the mixture to a temperature of 100 to 140°C until the polyvinyl chloride softens to a kneadable mass and the calcium carbonate (CaCO 3) at least partially binds to the polyvinyl; f) cooling the mass to a temperature of 40 to 50°C; g) conveying the mass to an extruder; h) melting and extruding of the mass by means of an extruder and moulding by means of a slot die to yield a plate; i) pressing the still-warm plate to a desired final thickness by means of at least two calender rolls. a) providing calcium carbonate (CaCO3) powder; b) providing polyvinyl chloride powder; c) providing additives as stabilizers, consisting of at least Ca/Zn stabilizers, impact modifiers and internal and external waxes; wherein c1), the proportion of calcium carbonate (CaCO 3) powder is between 60 and 80 % by weight, the proportion of polyvinyl chloride powder is between 20 and 40 % by weight and the proportion of additives is up to 5 % by weight; d) mixing the calcium carbonate (CaCO 3) powder with the polyvinyl chloride powder and the additives; e) heating the mixture to a temperature of 100 to 140°C until the polyvinyl chloride softens to a kneadable mass and the calcium carbonate (CaCO 3) at least partially binds to the polyvinyl; f) cooling the mass to a temperature of 40 to 50°C; g) conveying the mass to an extruder; h) melting and extruding of the mass by means of an extruder and moulding by means of a slot die to yield a plate; i) pressing the still-warm plate to a desired final thickness by means of at least two calender rolls.